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PUBLICATIONS

NIST Special Publication 366 Supplement 4

Bibliography on Atomic Line

Shapes and Shifts

(July 1978 through March 1992)

/. R. Fuhr and A. Lesage
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NIST Special Publication 366 Supplement 4

Bibliography on Atomic Line

Shapes and Shifts

(July 1978 through March 1992)

J. R. Fuhr and A. Lesage * * Observatoire de Paris

Meudon, France

Atomic Physics Division

Physics Laboratory

National Institute of Standards and Technology

Gaithersburg, MD 20899

January 1993

U.S. Department of Commerce

Ronald H. Brown, Secretary

National Institute of Standards and Technology

John W. Lyons, Director
National Institute of Standards U.S. Government Printing Office

and Technology Washington: 1993

Special Publication 366, S4

Natl. Inst. Stand. Technol.

Spec. Publ. 366, S4

296 pages (Jan. 1993)

CODEN: NSPUE2

For sale by the Superintendent

of Documents

U.S. Government Printing Office

Washington, DC 20402
CONTENTS

TITLE AND ABSTRACT vii

A. INTRODUCTION viii

B. ACKNOWLEDGMENTS viii

C. REFERENCES ix

D. TABLE OF CODE LETTERS AND ABBREVIATIONS ix

E. BIBLIOGRAPHICAL MATERIAL 1

1. LITERATURE REFERENCES OF GENERAL INTEREST 1

1.0. GENERAL ARTICLES ON LINE SHAPES AND SHIFTS 1

1.1. PRESSURE BROADENING 1

1.1.1. Stark broadening and shifts 1

1.1.1.1. Hydrogen and hydrogen-like (overlapping) lines 2

1.1.1.2. Isolated lines of neutral spectra 2

1.1.1.3. Isolated lines of ionic spectra 2

1.1.1.4. Topics of particular interest:

[Line wings; Effects of collective electric

fields; Asymmetries; Microfield distributions;

Magnetic fields; Turbulent plasmas; Ion

dynamic effects; Plasma polarization shifts;

Stark effect on states above the ionization

threshold, autoionization effects; Small field

limit, fine structure; Relativistic effects;

Dielectronic satellites; Rydberg atoms] . . 3

1.1.2. van der Waals broadening 6

1.1.2.1. Satellite bands 7

1.1.2.2. Polarization effects 7

1.1.2.3. Fine structure; hyperfine structure 8

1.1.3. Resonance broadening 8

1.2. BASIC ARTICLES ON DOPPLER AND NATURAL LINE

SHAPES 8

- iii -
1.2.1. Doppler broadening and Doppler-free spectroscopy 8

1.2.2. Natural line broadening 9

1.2.3. Radiation induced broadening 9

1.3. BASIC PAPERS ON INSTRUMENTAL BROADENING,

DECONVOLUTION, SUPERPOSITION OF TWO OR MORE

SIMULTANEOUSLY ACTING BROADENING MECHANISMS . 9

1.3.1. Determination of instrumental line profiles; techniques for

determining line shapes 9

1.3.2. Deconvolution 10

1.3.3. Superposition of broadening mechanisms 10

1.3.4. Multiphoton spectroscopy and saturation methods 11

1.4. IMPORTANT LINE BROADENING APPLICATIONS 11

1.4.1. Laser & maser applications 11

1.4.2. Astrophysical applications 12

1.4.3. Plasma diagnostics 12

1.4.4. Other applications 14

1.4.5. Plasma chemistry 14

1.5. OTHER TOPICS INVOLVING LINE SHAPES AND SHIFTS ... 14

1.5.1. The line shape in the presence of self absorption; effects of

radiative transfer 14

1.5.2. Broadening of scattered radiation; redistribution of radiation. 14

1.5.3. Some important papers on molecular line broadening 15

1.5.4. Miscellaneous topics: [Broadening of x-ray lines; Light shifts,

relaxation; Zeeman broadening; New anomalous redshifts; Laser

field-induced broadening; Charge-exchange effects; Linenarrowing mechanisms] 15

1.6. REVIEW ARTICLES 16

1.6.1. General line broadening reviews 16

1.6.2. Reviews on pressure broadening 16

1.6.2.1. Reviews on Stark broadening 16

- iv -
1.6.2.2. Reviews on foreign gas broadening 17

1.6.2.3. Reviews on resonance broadening 17

1.6.3. Reviews on Doppler broadening and Doppler-free

spectroscopy 17

1.6.4. Studies of regularities 17

1.7. REFERENCES ON LINE BROADENING TABLES AND

BIBLIOGRAPHIES 18

1.7.1. General line broadening tables 18

1.7.2. Pressure broadening tables 18

1.7.2.1. Special Stark broadening tables 18

1.7.2.2. Special foreign gas broadening tables 18

1.7.3. Doppler and natural line broadening tables 18

1.7.4. Tables of Voigt functions 18

1.7.5. Line broadening bibliographies 18

2. A. LITERATURE REFERENCES CONTAINING NUMERICAL DATA:

[All mechanisms except van der Waals] 19

2. B. LITERATURE REFERENCES CONTAINING NUMERICAL DATA:

[Mechanism: van der Waals] 30

3. CHRONOLOGICAL LISTING OF ALL REFERENCES WITH FULL

TITLES 44

4. LIST OF AUTHORS 218

5. ERRATA 288

- v -

BIBLIOGRAPHY ON ATOMIC LINE SHAPES AND SHIFTS

(July 1978 through March 1992)

J. R. Fuhr and A. Lesage

This is the fourth supplement to the original NBS Special Publication

366, Bibliography on Atomic Line Shapes and Shifts (1889 through March 1972). It contains 1964 references and covers the literature from July 1978 to March 1992. As

in our previous publications, the bibliography consists of five major parts: (1) Part 1

is a section containing papers of general interest, many without numerical data.

These papers are catalogued according to the broadening mechanisms (and further,

according to special topics under several of the mechanisms) and as to whether the

work is a general theory, a general review, a table of profiles or parameters, a

comment on existing work, a study of general experimental measurement techniques,

or an experimental effort of general importance. Also included are selected papers

on important applications of line broadening and on miscellaneous topics related to

atomic spectral line shapes and shifts. (2) In Part 2, all papers containing numerical

data are ordered according to element, ionization stage, and broadening mechanism.

This section is divided into two parts: Part A—All mechanisms except for van der

Waals broadening, and Part B—van der Waals broadening. In the case of foreign gas

(van der Waals) broadening, the perturbing species are listed. Furthermore, it is

indicated whether the data are experimentally or theoretically derived. (3) While in

the two preceding parts of the bibliography the references are listed for brevity by

identification numbers only, in Part 3 all references are listed completely by journal,

authors, and title. In addition, the papers are arranged by year of publication and

alphabetically by the first author's name within the year. (4) Part 4 contains a listing

of all authors and their papers, as identified by the reference numbers from Part 3.

(5) Part 5 provides corrections and/or additions to the third supplement of the

original bibliography.

Key words: Atomic; instrumental broadening; line shapes; line shifts; pressure

broadening; resonance broadening; Stark broadening; van der Waals broadening.

- vii -
A. INTRODUCTION

Since 1978, when our last bibliography [1] was published, the Data

Center on Atomic Line Shapes and Shifts has continuously monitored the literature

and collected relevant papers in the field. This process included scanning

approximately 140 journals plus Chemical Abstracts on a weekly basis. This is the

fourth supplement to our original bibliography [2], and it contains 1964 papers in the

field of atomic spectral line broadening, including all papers that were received by the

Data Center between July 1, 1978 and March 31, 1992. These references provide

numerical data, reviews, or comments of general interest. Included here are a few

older references that were omitted from our earlier publications. As before, we have

provided an errata section (Part 5), which consists of corrections and additions to

Supplement 3.

B. ACKNOWLEDGMENTS

We would like to express our great appreciation to Mme. J. Jorand and

Mr. F. Leysour of the Observatoire de Paris at Meudon, France. Mme. Jorand

diligently entered all references into the database, while Mr. Leysour was the

principal programmer and "trouble-shooter." Mr. Leysour helped design the

database, as well as organize the sorting and printing of the bibliography. Finally, we

gratefully acknowledge the help of Mrs. Helen Felrice of NIST in the preparation of

the bibliography. This work was supported in part by the Office of Standard

Reference Data at NIST and the CNRS in Paris.

- viii -
C. REFERENCES

Fuhr, J. R., Miller, B. M, and Martin, G. A., Bibliography on Atomic Line

Shapes and Shifts (June 1975 through June 1978), Natl. Bur. Stand. (U.S.),

Spec. Publ. 366, Suppl. 3, 83 pages (Dec. 1978).

Fuhr, J. R., Wiese, W. L., and Roszman, L. J., Bibliography on Atomic Line

Shapes and Shifts (1889 through March 1972), Natl. Bur. Stand. (U.S.), Spec.

Publ. 366, 165 pages (Sept. 1972).

D. TABLE OF CODE LETTERS AND ABBREVIATIONS

Description B. Language

1. T-theoretical method 1. Fr.-French

2. E~experimental method 2. Ger.—German

3. C—comment 3. Pol. -Polish

4. Russ.—Russian

5. Span. --Spanish

- ix -

E. BIBLIOGRAPHICAL MATERIAL

1. LITERATURE REFERENCES OF GENERAL INTEREST

1.0. GENERAL ARTICLES ON LINE SHAPES AND SHIFTS

Theoretical: 3632

1.1. PRESSURE BROADENING

Comment: 4527

Combined comments-theoretical: 3217, 4936

Combined experimental-theoretical: 4004

Theoretical: 3139, 3227, 3228, 3270, 3342, 3410, 3514, 3554, 3572,

3611, 3747, 3784, 3795, 3882, 3886, 3891, 3903, 3908,

3911, 3928, 4009, 4010, 4072, 4090, 4091, 4198, 4218,

4228, 4229, 4246, 4283, 4285, 4296, 4335, 4368, 4390,

4397, 4444, 4483, 4659, 4753, 4815, 4986, 5012

1.1.1. Stark broadening and shifts

Comments: 3872, 4157

Combined comments-theoretical: 3726, 3745, 3833,

3934, 3997, 4375,

4396, 4804

Combined experimental-theoretical: 4563

Theoretical: 3091, 3133, 3274, 3280, 3299, 3334, 3488, 3505,

3587, 3593, 3594, 3665, 3692, 3741, 3747, 3750,

3752, 3776, 3799, 3834, 3841, 3887, 3897, 3911,

3957, 4020, 4027, 4029, 4049, 4121, 4137, 4155,

4185, 4187, 4204, 4214, 4220, 4237, 4289, 4290,

4372, 4397, 4435, 4436, 4437, 4454, 4464, 4482,

- 1

-
4491 , 4546, 4566, 4568, 4586, 4593, 4628, 4704,

4712, 4717, 4759, 4791, 4793, 4802, 4803, 4832,

4841 , 4856, 4858, 4872, 4873, 4884, 4894, 4974,

5014

1.1.1.1. Hydrogen and hydrogen-like (overlapping) lines

Comments: 3730, 4379

Combined comment-experimental-theoretical: 4562

Combined comments-theoretical: 3726, 3745,

3805, 4235

Experimental: 3322

Combined experimental-theoretical: 3549

Theoretical: 3125, 3206, 3226, 3298, 3332, 3342,

3458, 3576, 3602, 3662, 3718, 3719,

3723, 3733, 3744, 3747, 3764, 3779,

3888, 3965, 3985, 4013, 4142, 4143,

4238, 4253, 4300, 4303, 4349, 4387,

4447, 4448, 4456, 4491, 4517, 4537,

4598, 4672, 4717, 4719, 4762, 4790,

4836, 4865, 4929, 4935. 4987, 5017

1.1.1.2. Isolated lines of neutral spectra

Combined comments-theoretical: 3162, 3745

Experimental: 3123, 3687

Theoretical: 31 60, 31 71 , 31 96, 3747, 4041 , 4533,

4710

1.1.1.3. Isolated lines of ionic spectra

Comment: 3084

Combined comments-theoretical: 3817, 4804

Combined experimental-theoretical: 3137

-2-
Theoretical: 3181, 3398, 3460, 3477, 3478, 3638,

3640, 3660, 3671 , 3844, 4027, 4270,

4546, 4565, 4685, 4696, 4758, 4784,

4863, 4897, 4999, 5013

1.1.1.4. Topics of particular interest

A. Line wings

Experimental: 3152, 4269, 4661

Combined experimental-theoretical: 3222

Theoretical: 3095, 3227, 3317, 3597, 3889, 4179,

4217, 4518, 4533, 4676, 4861

B. Effects of collective electric fields

Comments: 3426, 4118

Combined comments-experimental: 3283, 3366,

3548, 3696,

3729

Combined comments-theoretical: 3306, 3431,

3484, 3485,

3740, 4462

Experimental: 3242, 3467, 3480, 3558,

4018, 4019, 4074, 4075, 4269

Combined experimental-comment: 3365

Combined experimental-theoretical: 4165, 4443

Theoretical: 3334, 3523, 3541, 3641, 3680, 3819,

3897, 3914, 4495, 4592, 4621, 4767,

4768, 4868, 4993

C. Asymmetries

Comment: 3730

Combined comments-theoretical: 3431, 3484
Experimental: 3152, 3248, 3534, 4136,

4189, 4242, 4429, 4596,

4613, 4843, 4910

Combined experimental-theoretical: 4468, 4479,

4699, 4902

Theoretical: 3095, 3317, 3841, 3889, 4092, 4348,

4598, 4714, 4903

D. Microfield distributions

Comment: 3520

Combined comments-theoretical: 3507, 3745,

3934

Combined experimental-theoretical: 3222, 3350

Theoretical: 3390, 3504, 3527, 3562, 3668, 3669,

3697, 3703, 3799, 3842, 3843, 3849,

3850, 3956, 3972, 4028, 4029, 4030,

4031, 4050, 4052, 4092, 4100, 4127,

4153, 4177, 4178, 4179, 4185, 4186,

4187, 4204, 4234, 4237, 4238, 4256,

4270, 4295, 4311, 4312, 4318, 4343,

4369, 4370, 4415, 4422, 4433, 4454,

4460, 4461, 4466, 4475, 4533, 4535,

4558, 4569, 4590, 4606, 4612, 4641,

4702, 4717, 4719, 4721, 4759, 4767,

4768, 4791, 4793, 4803, 4833, 4834,

4851, 4858, 4876, 4898, 4904, 4911,

4927, 4934, 4949, 5026

E. Magnetic fields

Combined comment-experimental: 3283
Experimental: 3205, 3284, 3433, 3645, 5002

Combined experimental-theoretical: 3290

Theoretical: 3252, 3441, 3527, 3541, 3719, 3724,

4065, 4207, 4208, 4243, 4356, 4357,

4924, 4985

F. Turbulent plasmas

Theoretical: 3523

G. Ion dynamic effects

Comments: 3520, 4265, 4379, 4385

Combined comments-experimental: 3316, 3666

Combined comments-theoretical: 3402, 3726,

3740, 4209,

4235, 4386

Experimental: 3169, 3288, 3292, 3468,

3469, 3687, 3950, 3989,

4078, 4079, 4374, 4626

Combined experimental-theoretical: 4115, 4634,

4707, 481

0

Theoretical: 3298, 3333, 3336, 3345, 3394, 3587,

3744, 3764, 3766, 3835, 3904, 4100,

4208, 4236, 4237, 4238, 4496, 4510,

4511, 4516, 4517, 4552, 4580, 4641,

4675, 4732, 4733, 4775, 4796, 4859,

4894, 4913

H. Plasma polarization shifts

Comments: 3481 , 3730, 4470

Combined comments-theoretical: 4375, 4564

- 5 -
Experimental: 3248, 3720, 3906, 4080,

4136, 4166, 4499, 4910

Combined experimental-theoretical: 3549, 3782,

4479

Theoretical: 3458, 3802, 3810, 3999, 4014, 4015,

4185, 4491, 4536, 4696, 4724, 4867,

4899

I. Stark effect on states above the ionization

threshold, autoionization effects

Experimental: 3558, 5040

J. Small field limit: fine structure

K. Relativistic effects

L. Dielectronic satellites

Experimental: 3618

Theoretical: 3256, 3257, 4581

M. Rvdberq atoms

Experimental: 4395

Combined experimental-theoretical: 4409

Theoretical: 4194, 4445, 4456, 4610, 4667, 4859,

5018

1.1.2. van der Waals broadening

Comments: 3173, 3949

Combined comment-experimental: 3739

Combined comment-theoretical: 4055

Experimental: 3560, 5037

Combined experimental-theoretical: 3509, 3627, 3668,

4004, 4082, 4241

,

4354, 4426

- 6 -
Theoretical: 3114, 3127, 3203, 3253, 3310, 3362, 3383, 3424,

3518, 3557, 3597, 3610, 3611, 3721, 3785, 3800,

3811, 3902, 3908, 3988, 3995, 4016, 4071, 4094,

4169, 4191, 4194, 4227, 4250, 4263, 4285, 4335,

4368, 4378, 4392, 4413, 4509, 4540, 4541, 4658,

4703, 4752, 4827, 4874, 4953, 4965

1.1.2.1. Satellite bands

Combined comment-experimental: 3465

Combined comment-theoretical: 4056

Experimental: 3199, 3473, 3529, 3584, 3655, 3682,

3717, 3925, 4109

Combined experimental-theoretical: 3168, 3207,

3233, 3266,

3321, 3440,

3583, 3688,

3796, 3862,

4407, 4635,

4842

Theoretical: 3364, 3427, 3453, 3506, 3523, 3572,

3622, 3751, 3785, 4111, 4263, 4430,

4541 , 4660, 4852, 4853, 4854, 4862,

4947, 4950, 4951

1.1.2.2. Polarization effects

Combined comments-theoretical: 3162, 4056

Experimental: 3417, 3606, 3939, 4167

Combined experimental-theoretical: 3290, 3503,

4082, 4129,

4543
Theoretical: 3274, 3314, 3628, 3891, 4057, 4071,

4072, 4191, 4296

1.1.2.3. Fine structure; hyperfine structure

Combined comment-experimental-theoretical: 3921

Combined comment-theoretical: 3335

Experimental: 3311, 3413, 3417, 3486, 3710, 3769,

3771 , 3773, 3984, 4003, 4008, 4321

,

4553, 4646, 4840, 4969

Combined experimental-theoretical: 3355, 3416,

3437, 3772,

3963, 4211,

4502

Theoretical: 3104, 3105, 3106, 3127, 3134, 3135,

3215, 3252, 3382, 3383, 3412, 3434,

3435, 3483, 3516, 3552, 3610, 3677,

3793, 3896, 3899, 3946, 3947, 4088,

4388, 4537, 4647, 4731 . 4940

1.1.3. Resonance broadening

Theoretical: 3127,3611,4155,4176

1.2. BASIC ARTICLES ON DOPPLER AND NATURAL LINE SHAPES

1.2.1. Doppler broadening and Doppler-free spectroscopy

Comment: 3268

Combined comment-experimental: 4455

Combined comment-theoretical: 3485

Experimental: 3297, 3330, 3349, 3369, 3384, 3418, 3419,

3489, 3569, 3672, 3700, 3715, 3749, 3769,

3806, 3885, 3898, 3901, 4000, 4135, 4139,

4167, 4323, 4367, 4421, 4542, 4607, 4754

-8-
Combined experimental-theoretical: 3261 , 3337, 3487,

4096, 4115, 4543,

4643, 4644, 4698,

4744, 4773, 5039

Theoretical: 3090, 3153, 3201, 3249, 3301, 3314, 3376, 3550,

3620, 3675, 3712, 3821, 3861, 4091, 4097, 4428,

451 1 , 4827, 4963

1.2.2. Natural line broadening

Theoretical: 3158, 3277, 3488, 3944, 4045, 4446, 4579, 4823,

5015

1.2.3. Radiation induced broadening

Combined comment-theoretical: 3109

Experimental: 3367, 3456, 3820, 3980, 4184, 4215

Combined experimental-theoretical: 3920, 3935

Theoretical: 3131, 3462, 3543, 3643, 3652, 3707, 3738, 3775,

3851, 3877, 3894, 3948, 3991, 3992, 4106, 4219,

4228, 4353, 4410, 4771, 4985, 4993

1.3. BASIC PAPERS ON INSTRUMENTAL BROADENING.

DECONVOLUTION. SUPERPOSITION OF TWO OR MORE

SIMULTANEOUSLY ACTING BROADENING MECHANISMS

1.3.1. Determination of instrumental line profiles: technigues for

determining line shapes

Combined comments-theoretical: 3110, 3485

Experimental: 3083, 3097, 3251 , 3259, 3329, 3381 , 3404,

3474, 3513, 3517, 3684, 3714, 3859, 4210,

4488, 4556, 4671, 4680

Combined experimental-theoretical: 3130, 3261, 3313,

3358, 3359, 3360,

- 9 -
3482, 3509, 3546,

4171, 4309, 4557, 4846

Theoretical: 3082, 3129, 3167, 3218, 3220, 3254, 3258, 3305,

3309, 3319, 3320, 3340, 3411, 3412, 3471, 3523,

3539, 3547, 3556, 3573, 3575, 3600, 3620, 3626,

3706, 3731, 3905, 3912, 3913, 3915, 3951, 3990,

4001, 4026, 4146, 4149, 4160, 4168, 4219, 4247,

4277, 4406, 4494, 4806, 4925

1.3.2. Deconvolution

Combined comment-theoretical: 3110

Experimental: 3087, 4297, 4726

Combined experimental-theoretical: 3244, 3308, 3358,

3500, 4138, 4821, 4846

Theoretical: 3138, 3167, 3220, 3320, 3340, 3344, 3361, 3411,

3470, 3620, 3648, 3756, 3812, 3883, 4034, 4081,

4108, 4147, 4200, 4201, 4314, 4515, 4605, 4608,

4615, 4774, 4808

1.3.3. Superposition of broadening mechanisms

Comments: 3428, 3566, 4931

Combined comments-theoretical: 3577, 3857

Experimental: 3083, 3097, 3243, 3259, 3327, 3341, 3714,

3859, 4297, 4959

Combined experimental-theoretical: 3244, 3429, 3482,

3570, 4175, 4309, 4750

Theoretical: 3082, 3086, 3128, 3129, 3184, 3185, 3201, 3218,

3272, 3285, 3304, 3319, 3340, 3375, 3377, 3407,

3462, 3483, 3497, 3515, 3516, 3533, 3537, 3542,

3547, 3552, 3601, 3605, 3607, 3650, 3675, 3691,

- 10 -
3708, 3711, 3712, 3732, 3774, 3780, 3787, 3837,

3845, 3847, 3848, 3856, 4026, 4043, 4104, 4125,

4150, 4159, 4168, 4212, 4264, 4277, 4293, 4299,

4359, 4408, 4560, 4568, 4599, 4638, 4653, 4677,

4678, 4683, 4727, 4761, 4765, 4806, 4807, 4820,

5004, 5029

1.3.4. Multiphoton spectroscopy and saturation methods

Comment: 3178

Experimental: 3115, 3146, 3187, 3199, 3230, 3349, 3389,

3405, 3417, 3418, 3422, 3489, 3561, 3569,

3579, 3614, 3659, 3749, 3827, 3885, 3898,

3959, 4453, 4575, 4754

Combined experimental-theoretical: 3261, 3337, 3338,

3408, 3487, 3509,

4174, 4643, 4896

Theoretical: 3101, 3127, 3166, 3202, 3238, 3258, 3301, 3314,

3412, 3531, 3881, 3911, 4097, 4188, 4792

1.4. IMPORTANT LINE BROADENING APPLICATIONS

1.4.1. Laser & maser applications

Comments: 3760, 4713

Combined comment-experimental: 4455

Combined comment-experimental-theoretical: 4562

Combined comment-theoretical: 4901

Experimental: 3148, 3149, 3200, 3230, 3232, 3243, 3251,

3269, 3312, 3343, 3367, 3389, 3393, 3405,

3413, 3417, 3436, 3456, 3480, 3489, 3545,

3561 , 3579, 3582, 3624, 3690, 3743, 3769,

3820, 3846, 3853, 3980, 4042, 4132, 4323,

- 11 -
4336, 4345, 4346, 4403, 4463, 4572, 4582,

4728, 4843, 4941 , 5037

Combined experimental-theoretical: 3165, 3222, 3261,

3313, 3318, 3355,

3360, 3423, 3487,

3503, 3509, 3567,

3592, 3619, 3651,

3664, 4066, 4133,

4484, 4498, 4559,

4563, 4906, 4943

Theoretical: 3090, 3166, 3189, 3307, 3363, 3528, 3543, 3565,

3719, 3775, 3787, 3799, 3800, 3819, 3877, 4020,

4106, 4143, 4188, 4195, 4216, 4227, 4267, 4353,

4476, 4491, 4585, 4600, 4609, 4647, 4658, 4759,

4798, 4827, 4988, 5012

1.4.2. Astrophysical applications

Comment: 4288

Combined comments-theoretical: 3136, 4254, 4383, 4921

Experimental: 4075, 4233, 4382, 4577, 4825

Combined experimental-theoretical: 3117, 3374, 3535,

3536, 4165, 4409, 4747

Theoretical: 3179, 3231, 3395, 3580, 3581, 3724, 3733, 3779,

3878, 3996, 4089, 4102, 4251, 4305, 4356, 4399,

4400, 4401, 4587, 4591, 4593, 4637, 4715, 4811,

4812, 4820, 4836, 4837, 4838, 4847, 4848, 4860,

4862, 4950, 4951

1.4.3. Plasma diagnostics

Comment: 3289

- 12 -
Combined comments-experimental: 3354, 3563, 4226

Combined comment-experimental-theoretical: 4562

Combined comments-theoretical: 3110, 3507

Experimental: 3087, 3122, 3126, 3174, 3176, 3192, 3209,

3236, 3243, 3245, 3248, 3264, 3265, 3267,

3273, 3296, 3322, 3331, 3343, 3387, 3396,

3397, 3400, 3404, 3415, 3430, 3457, 3463,

3466, 3472, 3502, 3519, 3564, 3612, 3667,

3672, 3676, 3687, 3690, 3701 , 3743, 3803,

3806, 3853, 3865, 3880, 3952, 4000, 4076,

4078, 4117, 4119, 4132, 4135, 4203, 4252,

4257, 4266, 4281 , 4284, 4294, 4344, 4345,

4346, 4393, 4412, 4414, 4421, 4463, 4481,

4530, 4572, 4649, 4695, 4743, 4764, 4776,

4824, 4826, 4829, 4866, 4955, 4957, 5002,

5006, 5019, 5025, 5036

Combined experimental-theoretical: 3100, 3198, 3222,

3235, 3276, 3315,

3318, 3355, 3359,

3501, 3538, 3586,

3592, 3651, 3653,

3664, 3742, 3868,

3923, 4037, 4066,

4138, 4148, 4165,

4172, 4306, 4319,

4330, 4391, 4431,

4559, 4563, 4633,

- 13 -
4773, 4831, 4922,

4943, 5043

Theoretical: 3086, 3125, 3191, 3219, 3225, 3325, 3420, 3462,

3527, 3544, 3565, 3573, 3620, 3680, 3725, 3873,

3931, 3987, 4050, 4060, 4121, 4123, 4153, 4193,

4216, 4461, 4467, 4491, 4576, 4612, 4719, 4790,

4859, 4865, 4875, 4912, 4914, 4954

1.4.4. Other applications

Experimental: 3351

Theoretical: 3091, 3116, 3161, 3274, 3324

1.4.5. Plasma chemistry

Experimental: 4279, 4347, 4425, 4555, 4693, 4716

Theoretical: 4879

OTHER TOPICS INVOLVING LINE SHAPES AND SHIFTS

1.5.1. The line shape in the presence of self-absorption: effects of

radiative transfer

Combined comment-experimental-theoretical: 4562

Combined comment-theoretical: 3968

Experimental: 3200, 3405, 3494, 4038, 4313, 4322, 4420,

4735

Combined experimental-theoretical: 3495, 3619, 3852,

4037, 4138, 4330,

4391, 4431, 4750

Theoretical: 3226, 3231, 3399, 3406 3675, 3733, 3931, 3981,

3995, 4022, 4023, 4035, 4089, 4248, 4526, 4576,

4639, 4640, 4674, 4798

1.5.2. Broadening of scattered radiation: redistribution of radiation

Combined comment-experimental-theoretical: 3574

- 14 -
Combined comments-theoretical: 3154, 4524

Experimental: 3381, 3606, 3824, 3863, 3939, 4523, 4624,

4663, 4839

Combined experimental-theoretical: 3503, 3629, 4061,

4066, 4129, 4262,

4355, 4502, 4548,

461 1, 4750

Theoretical: 3089, 3092, 3103, 3158, 3274, 3357, 3444, 3445,

3446, 3451, 3452, 3530, 3532, 3628, 3704, 3713,

3722, 3784, 3800, 3804, 3808, 3854, 391 1 , 3927,

4020, 4044, 4057, 4071, 4072, 4089, 4227, 4248,

4258, 4259, 4260, 4267, 4334, 4404, 4419, 4465,

4469, 4519, 4525, 4528, 4529, 4544, 4545, 4549,

4594, 4639, 4640, 4673, 4674, 4749, 4753, 4777,

4778, 4834, 4968, 4995, 5009

1.5.3. Some important papers on molecular line broadening

Experimental: 3421,3474,4726

Combined experimental-theoretical: 3960, 4427, 4484

Theoretical: 3143, 3263, 3340, 3539, 3607, 3738, 3809, 3854,

3962, 4141, 4198, 4474, 4984

1.5.4. Miscellaneous topics

A. Broadening of x-ray lines

Experimental: 3265, 4284

Combined experimental-theoretical: 3318, 3423,

3482, 3501

,

3619

Theoretical: 3544,3565,3718,4204

B. Light shifts: relaxation

- 15 -
Experimental: 3187, 3262, 3293, 3367,

3384, 3413, 3454, 3545,

3614, 3820, 3892, 3898,

3922, 4058

Combined experimental-theoretical: 3118, 3142,

3165, 3193,

3963, 4164

Theoretical: 3153, 3301, 3302, 3307, 3362, 3383,

3531, 3910, 3942, 4296

C. Zeeman broadening

Combined experimental-theoretical: 4664

D. New anomalous redshifts

Combined comment-theoretical: 3392

E. Laser field-induced broadening

Experimental: 3455

F. Charge-exchange effects

Combined experimental-theoretical: 4067

G. Line-narrowing mechanisms

Theoretical: 4763

1.6. REVIEW ARTICLES

1.6.1. General line broadening reviews

3108, 3255, 3623

Theoretical: 3410, 4674

1.6.2. Reviews on pressure broadening

3508, 4107, 4550, 4742, 4818, 4880, 4888, 4972

Comment: 3760

Theoretical: 3725, 3881

1.6.2.1. Reviews on Stark broadening

- 16-
3147, 4196, 4197, 4310, 4603, 4782, 4880, 4917

Comment: 3520

Experimental: 4916

Combined experimental-theoretical: 3124, 3234

Theoretical: 3641, 3725, 3744, 4715, 4913, 4974

1.6.2.2. Reviews on foreign gas broadening

3786, 3967, 4880

Experimental: 3582, 4373

Theoretical: 3902, 3908

1.6.2.3. Reviews on resonance broadening

3728, 3967

1.6.3. Reviews on Doppler broadening and Doppler-free

spectroscopy

4818

Combined experimental-theoretical: 3112

1.6.4. Studies of regularities

3096, 3099, 3213, 3237, 3379, 3380, 3694, 3698, 3734, 3735,

3737, 3932, 4046, 4785, 4933, 4982, 5010, 5045

Comment: 3893

Combined comment-theoretical: 501

1

Experimental: 3098, 3522, 3879, 4033, 4047, 4084, 4086,

4358, 4366, 4500, 4631, 4737, 4738, 4740,

4788, 4816, 4878, 4960, 4979, 4996, 5034

Combined experimental-theoretical: 3326, 3736, 4604,

4736, 4739, 4756

Theoretical: 3196, 3212, 3553, 3818, 3976, 3977, 3978, 4156,

4158, 4289, 4291, 4292, 4372, 4566, 4886, 4887,

4889, 4973, 4975, 4976

- 17 -
1.7. REFERENCES ON LINE BROADENING TABLES AND

BIBLIOGRAPHIES

1.7.1. General line broadening tables

1.7.2. Pressure broadening tables

1.7.2.1. Special Stark broadening tables

4046, 4196, 4197, 4917, 5045

Theoretical: 4041, 4342, 4357, 4533, 4684, 4786,

4837, 4855, 4882, 4883, 5031, 5032

1.7.2.2. Special foreign gas broadening tables

3786

1.7.3. Doppler and natural line broadening tables

1.7.4. Tables of Voigt functions

Theoretical: 4150

1.7.5. Line broadening bibliographies

3172, 4888, 4972, 5028

- 18 -
2. A. LITERATURE REFERENCES CONTAINING NUMERICAL DATA.

All mechanisms except van der Waals.

Element, mechanism, type, reference number as in part 3

Al I

Stark

E

3291, 3386,

3646

E T

3792, 4093

T

3406

Al II

Stark

E

3699, 4602

E T

3736, 4371

T

4437

Al III

Stark

T

3212, 3460,

3640, 3750,

4685

Al IV

Stark

T

3752

Al IX

Stark

T

3544

Al X

Stark

T

3544

Al XI

Stark

E

4824

3544, 3884,

4873

Al XII

Stark

C

4670

E

4257

E,T

3276

3544, 3799,

4767, 4768,

4863

Stark-Doppler

T

4767

Al XIII

Stark

C

4670

C,T

4235

4053, 4203,

4257

E,T

3501

3188, 3300,

3544, 4187,

4256, 4552

Ar I

Resonance

E

3192, 3909,

4616, 4870

E,T

4098

T

4230

Stark

E

3387, 3388,

3969, 4032,

4033, 4120,

4192, 4316,

4501, 4596,

4649, 4655,

4656, 4657,

4766, 4770,

4805, 4864,

4923, 4956,

5000

E,T

3591, 3716,

4468, 4756,

4902

4230, 4280,

4464, 4832

Ar II

Stark

E

3152, 3180,

3248, 3461,

3906, 4202,

4366, 4394,

4500, 4649,

4657, 4755,

4787, 4813

E,T.

3137, 4492,

4814

3750, 4437,

4439, 4440

Ar III

Stark

E

3248, 4738

E T

4604, 4915

3279, 3281,

3460, 3640,

3670, 4565,

4685

Ar IV

Stark

E

4738

E,T

4905, 4915

3279, 3281,

3460, 3640,

3670, 4565,

4685

Ar XII

Stark

E,T

4134

- 19 -
All mechanisms except van der Waals.

Element, mechanism, type, reference number as in part 3.

Ar XIV

Stark

E,T

4922

Ar XV

Stark

E,T

4922

Ar XVI

Stark

E,T

4922

T

5026

Ar XVII

Stark

E,T

3476, 3501,

3592

3336, 3660,

3683, 3931,

4793, 4900,

4912, 4999,

5026

Ar XVIII

Stark

C,T

3335, 3507,

4235, 4386

E T

3592, 4906

T

3528,

3776,

3931,

3966,

4013,

4153,

4238,

3718,

3802,

3965,

3985,

4121,

4179,

4253,

4256,

4343,

4516,

4519,

4552,

4598,

4641,

4912,

4935

4300,

4387,

4517,

4536,

4558,

4612,

4894,

4934,

Stark-Doppler

T

4179

B I Stark

E

5033

Stark

E

5033

B II

B III

Stark

E

5033

3212, 3640,

4685, 4745

B IV

Stark

T

3640, 4270,

4685

B V

Stark

E

3200, 5044

E,T

3355, 4907

T

4007

Ba I Resonance

E

3936

Stark

E

4192

Ba II

Stark

E

4192, 4923

3175, 3212,

3638

Zeeman

E

3273

Be II

Stark

E,T

3326

3640, 4290,

4437, 4565,

4745, 5031

Be III

Stark

T

3640, 4685

Be IV

Stark

E

3200

T

4007

Be seq.

Stark

T

4154

Bi II

Stark

E

4047, 4084

E T

3521, 4371

Br I

Stark

E

4340

E T

4689, 4893

T

3974

Br II

Stark

E

4996

Stark

E

4996

Br III

Br IV

Stark

E

4996

Stark

T

3703

Br XXXIII

- 20 -
All mechanisms except van der Waals.

Element, mechanism, type, reference number as in part 3.

Br XXXV

Stark

T

3985, 4300

C I Stark

E

3409, 3994,

4189, 4452,

4583, 5008

E,T

4902

T

3385, 4838

C II

Stark

E

3210, 3829,

3830, 4687,

5008

T

3385, 4811

C III

Stark

E

3982, 4687,

4709

T

3279, 3385,

3460, 3640,

3670, 4636,

4685, 4745,

4811

C IV

Stark

E

3937, 3982,

4255, 4554,

4669, 4687

E,T

4908

T

3279, 3385,

3460, 3640,

4565, 4685,

4686, 4745,

4793, 4811,

4885, 4975,

4977

C V

Stark

E

4850

E,T

4707

T

3385, 3662

C VI

Stark

C,E

4170

E

3200, 3343

E,T

3222, 3355,

3782, 3938,

4707, 4708

T

3188, 3300,

3528, 3662,

3718, 3719,

3860, 3912,

3965, 4007,

4348, 4496,

4719, 4899,

4914

Stark-Doppler

E

3343, 3720

Stark-Zeeman

T

3719, 3719

Ca I

Resonance

E

4411

Stark

E

3433, 4190

T

4482

Ca II

Stark

E

3329, 3945,

3993, 4923

E,T

3326

T

3638, 3750,

4290, 4437,

4565, 5032

Ca XVIII

Stark

T

4872

Cd I

Resonance

E

3120, 3241

Stark

E

4192

T

3974

Zeeman

E

3647

Cd II

Stark

E

4980

CI I

Stark

E

3085, 4358,

4688

E,T

4893

CI II

Stark

E

4740

E,T

3736, 4915

CI III

Stark

E

4740

E,T

4915

T

3279, 3460,

3640, 3670,

3813, 4565,

4685

- 21 -
All mechanisms except van der Waals.

Element, mechanism, type, reference number as in part 3.

CI IV

Stark

E

4740

3640, 4685

CI XVII

Stark

T

4954

Co I Stark

E

4083, 4223

Cr I Stark

E

3466

Cr II

Stark

E

4048, 4224

Cs I Resonance

E

3190, 3356,

3418, 3783,

4666, 4772

E , T

3233, 3583

3498, 3526

Resonance -Doppler

E

3783

Stark

E

3699,

4252.

Cu IV

3871,

4344,

4381, 4666,

4706, 4751,

4772

E,T

4371

T

3196

Stark-Resonance

T

4252

Cu I

Line broadening

E

5040

Stark

E

4192, 4298,

4365, 4622

E,T

4831

4472, 4793

Stark-Zeeman

E

5025

Cu II

Stark

E

4298, 4622,

4835

Stark

T

4783

D I Stark

C,E

3316

3126, 3287,

3463, 3642,

3952, 3989,

4626, 4830

E T

3100, 4895

Eu I

Resonance

E

4512

F I Stark

E

4481, 4688

E , T

4113, 4893

T

4434

F II

Stark

E

4979

E , T

3736

3640, 3670

F III

Stark

E

4740, 4979

T

4685

F IX

Stark

C,E,T

4562

E,T

3355

F VII

Stark

E

4095

4619, 4714,

4758

F VIII

Stark-Doppler

E,T

3482

Fe I

Stark

E

3294, 4920,

4923

Fe II

Stark

E

4923

Fe XV

Stark

T

3496

- 22 -
All mechanisms except van der Waals.

Element, mechanism, type, reference number as in part 3.

4903, 4929,

Fe XXV Stark E,T 4935, 4967,

Stark 3394 3770, 4126, 4985, 4989,

T 4172, 4543, 4993, 5017,

4694, 4897 C 4634, 4698, 5023

3289, 4307, 4699, 4705,

Ga I 4459 4801, 4831, Stark-Dopple

Stark 4831, 4895, T

E C,E 5005 3299, 3394,

3759 3283,

3354,

3316,

3366 T

3904

E , T 3179, 3227, Stark -Zeeman

4618 C,T 3229, 3298, C,E

3303, 3402, 3299, 3317, 3283

Ga II 3726, 3740, 3333, 3334,

Stark 3934, 4317, 3394, 3555, T

E,T 4734 3562, 3576, 3441

4618 3649, 3680,

E 3764, 3766, He I Ga III 3113, 3132, 3779, 3834, Resonance

Stark 3177, 3248, 3836, 3841, E

T 3287, 3396, 3889, 3904, 3156, 3517,

3212 3430, 3457, 3965, 3966, 3630, 3631,

3463, 3467, 3998, 4060, 4817

Ge I 3468, 3624, 4065, 4097,

Stark 3625, 3642, 4100, 4102, Stark

E 3654, 3667, 4206, 4207, C

4362, 4489, 3771, 3900, 4208, 4217, 3426

4730 3964, 3989, 4236, 4238,

4012, 4132, 4239, 4240, C,E

T 4136, 4242, 4268, 4304, 3443, 3548,

3974 4266, 4269, 4305, 4350, 3666

4278, 4301, 4388, 4389,

H I 4302, 4308, 4448, 4449, C,T

Doppler 4313, 4337, 4450, 4456, 4209

E 4429, 4432, 4505, 4510,

4547, 4966 4457, 4504, 4511, 4518, E

4508, 4542, 4569, 4580, 3111, 3123,

Resonance 4572, 4613, 4627, 4665, 3148, 3159,

E 4648, 4661, 4676, 4679, 3163, 3164,

3710 4680, 4690, 4697, 4701, 3169, 3205,

4797, 4843, 4719, 4724, 3242, 3288,

T 4928, 4941, 4732, 4733, 3292, 3296,

4862, 4950, 4991, 5001, 4748, 4762, 3370, 3400,

4951 5019 4775, 4791, 3421, 3466,

4796, 4800, 3469, 3519,

4819, 4841, 3687, 3701,

4851, 4855, 3950, 3980,

4861, 4876, 4074, 4077,

- 23 -
All mechanisms except van der Waals.

Element, mechanism, type, reference number as in part 3.

4078, 4079,

4112, 4117, C,E T I LIII

4249, 4374, 3563 , 4068 3622, 4103 Stark

4405, 4522, T

4799, 4849, E Stark 3985, 4300

4938, 5007, 3094, 3197 , E

5024 3221,

3612,

3400,

3803,

4038

Stark

In I

E,T 3840, 4080, E,T E , T

3350, 3359, 4131, 4166, 3970, 4891 4618

3360, 3368, 4221, 4255,

3538, 3653, 4414, 4418, T In II

4498, 4810, 4499

,

4617, 3974, 4103 Stark

4948 4695, 4711, E,T

4723, 4822 Zeeman 4618

T E

3133, 3278, E,T 3647 In III

3282, 3334, 3315, 3538, Stark

3345, 3432, 3549, 4794 He II T

3598, 3603, Stark 3212

3765, 3791, T E,T

3801, 3816, 3332, 3593, 4891 K I

3878, 3976, 3594, 3778, Resonance

3977, 3978, 3802, 3835, I I E

4156, 4158, 3965, 3999, Resonance 3749

4287, 4435, 4092, 4451, E

4436, 4621, 4521, 4665, 3389 E,T

4675, 4786, 4697, 4724, 4326

4793, 4838, 4732, 4762, Stark

4876, 4881 4836, 4837, E T

4867, 4871, 4788 3498, 3526,

Stark-Zeeman 4929, 4942, 3858, 4610

E 5017 E,T

3284

Hg I

4893 Stark

C

Zeeman Resonance I II 4315

E C Stark

5002 3447 E

4919

C,T

4338

He II E

Doppler 3328, 3571, I III E

C,E 4503 Stark 3098, 3433,

3563, 3573

E,T

E

4919

4182, 4183

Stark 3440, 4502 T

C 3196, 4438,

3493 4567, 4883

- 24 -
All mechanisms except van der Waals.

K II

Stark

E , T

3736

K XVIII

Stark

T

4954

Kr I

Resonance

E

3327, 3679,

4575

T

4792

Stark

E

3245, 3621,

4578, 4650,

4816, 4845

E,T

4756

Stark

E

3621,

4366,

4650,

4781,

4845,

Kr II

4086,

4500,

4682,

4816,

4960

Kr III

Stark

E

4682, 4781

E,T

4604

Element, mechanism, type,

T

4565

Kr IV

Stark

C,T

5011

Kr XXXIII

Stark

T

4758, 4759,

4873

Kr XXXIV

Stark

T

4758, 4759,

4873, 5014

Kr XXXVI

Stark

T

3985, 4300

Li I

Resonance

E

3761, 3925,

4110

T

3526

Stark

E

3098, 3433,

4110, 4192,

4572, 4992

E,T

3792

reference number as in part 3

4971, 4973

Li III

T

3196

3703

3815

3973

3637,

3758,

3943,

4417,

Stark

E

4910

E,T

4479

Mg I

Resonance

E

3936, 4760

Stark

E

3329, 3433.

3828, 4192

4436, 4482

Mg II

Stark

E

3329, 3828,

3945

E,T

3326

3638, 3750,

4290, 4437,

4565

Mg IV

Stark

T

3640, 4685

Mg XI

Line broadening

E,T

3619

Mg XII

Stark

T

3188, 3300,

4349

Mn I Stark

T

4482

Mn II

Stark

T

3814

N I Stark

E

3155, 3250,

3534, 4452,

4596

T

4838

N II

Stark

C

3686

C,T

3636

3248, 4222,

4339, 4631,

4709, 5035

E,T

3315

3182, 3315,

3640

- 25 -
All mechanisms except van der Waals.

Element, mechanism, type, reference number as in part 3.

N III

Stark

C

3686

C,T

3636

4222, 4631

E,T

3315

3279, 3281,

3315, 3460,

3640, 3670,

4565, 4685

N IV

Stark

C

3686

C,T

3636

3248, 4631,

4857

E,T

3315

3315, 3640,

4685, 4889

N V

Stark

E

4095, 4554,

4631, 4669

E,T

4907

4811, 4885,

4889

N VII

Stark

C,E

4170

E

3200

E,T

3355

4007, 4899

Stark-Doppler

E

3720

Na I

Resonance

E

3373, 3422,

3551, 3761,

4024, 4025,

4110

3450, 3526,

4610

Stark

E

3098, 3433,

3806, 3865,

4110, 4192,

4345, 4346,

4395, 4572,

4866, 5033

E T

4211, 4443,

4559, 4943

T

3196, 3750,

4291, 4292,

4399, 4400,

4401, 4882,

4887

Na III

Stark

T

3640, 4685

Ne I

Resonance

E

3224, 3247,

4099, 4998

Stark

E

4377, 4629,

4680, 4741,

4757

T

3750

Ne II

Stark

E

3209, 4471,

4500, 4630

E , T

3736

Ne III

Stark

E

4738

E,T

4604

3640, 4565,

4685

Ne IV

Stark

E

4738

3640, 4685

Ne VI

Stark

T

4889

Stark

T

4745

Ne VII

Ne VIII

Stark

T

4745

Ne Villi

Stark

E

4416

4712, 4793

Ne X

Stark

C,T

3335

E

3243, 4416

- 26 -
All mechanisms except van der Waals.

Element, mechanism, type, reference number as in part 3.

E,T

3423, 3501,

4906

T

3188,

3332,

3528,

3718,

3810,

4123,

4179,

4256,

4491,

4536

3300,

3527,

3565,

3802,

4013,

4153,

4214,

4348,

4516,

Stark-Doppler

E

3243

T

4179

0 I

Stark

E

3994, 4583

4662, 4838,

4859

0 II

Stark

E

4737, 4981

3479, 3639,

3670, 3818

0 III

Stark

E

4737

3279, 3281,

3460, 3479,

3635, 3640,

3670, 4565,

4685

0 IV

Stark

E

4737

3640, 4685,

4889

0 V

Stark

E

4737

4745, 4889,

5013

0 VI

Stark

E

4095, 4669

4745, 4811,

4885, 4889

0 VIII

Stark

C,E

4170

E

3200

E,T

3355

3188, 3300,

4899

P I Stark

E

4358

P II

Stark

E

4047, 4084,

4358

E T

3736, 4371

P III

Stark

T

3640, 4685

P IV

Stark

T

3640, 4685

Pb I Resonance

E

4983

Stark

E

4376, 4835

E , T

3347

T

3974

Pb II

Stark

E

4047, 4084,

4376

E T

3347, 4371

Rb I Line broadening

E,T

3495

Resonance

3569

C,T

4055

3190, 3356,

3403, 3419,

3569, 3749,

3933, 4064,

4324

E,T

3583

3526, 3895

4610

Stark

E,T

3326

3212, 3974

S I

Stark

E

3994, 4358,

4393, 4481

- 27 -
All mechanisms except van der Waals.

Element, mechanism, type, reference number as in part 3.

S II

Stark

E

4282, 4358,

4481, 4890

E T

3736, 4915

S III

Stark

E

3211, 4890

E,T

3371

3460, 3478,

3640, 3670,

3813, 4565,

4685

S IV

Stark

E

3211

E,T

3371

3460, 3478,

3640, 3670,

3813, 4565,

4685

Sb II

Stark

E

4047, 4084

E,T

4371

Si I Stark

E,T

3374, 3792

Si II

Stark

E

3151, 3214,

3869, 4054,

4926

3975, 4715,

4811

Si III

Stark

E

3869, 5034

3279, 3460,

3640, 3975,

4565, 4685,

4811, 4889

Si IV

Stark

E

5034

3279, 3460,

3640, 3750,

4565, 4685,

4811, 4976,

4978, 5013

Zeeman

E , T

4664

Si XIII

Stark

E T

3318, 3501

3334, 3336,

4092

Si XIV

Stark

E,T

3501

3188, 3300,

3332, 4092

Sn I Stark

E

3348

T

3974

Sn II

Stark

E

3348, 4047,

4084, 4892

E,T

4371

3477, 3670

Sr I Stark

E

4192

Stark-Doppler

E

3494

Sr II

Stark

E

3329, 4192,

4923

3212, 3638,

3640

Stark-Doppler

E

3494

Ti II

Stark

T

3814

Ti IV

Stark

E,T

4507

Ti XX

Stark

T

3703

TI I Doppler

E

3341

Resonance

E

3121, 3208,

3571

TI III

Stark

T

3212

- 28 -
All mechanisms except van der Waals.

Element, mechanism, type, reference number as in part 3

V V

Stark

E,T

4507

Xe I Resonance

E

3327, 3959,

4051, 4575

E,T

4896

T

4792

Stark

C,T

5011

E

3331, 3753,

4017, 4181,

4332, 4333,

4650, 4916

E , T

4756

T

3752

Xe II

Stark

E

3879, 4086,

4225, 4366,

4500, 4650,

4722, 4780,

4816, 4916,

4958, 4959

E,T

4492

T

4877

Xe III

Stark

E

4682, 4781

E,T

4604

T

4565

Xe LIV

Stark

T

3985, 4300

Xe XLV

Stark

T

4912, 4999

Yb I Resonance

E

4930

E,T

5020

Zn I Resonance

E

3241

Stark

E

3291

E,T

4831

T

3974

Zeeman

E

3647

Zn II

Stark

E

4980

- 29 -
2. B. LITERATURE REFERENCES CONTAINING NUMERICAL DATA.

Mechanism : van der Waals.

Perturbed element; pertubing element; reference number as in part 3

Ag I

4098 by Ar

4945 by Ar , He

3596 by Ar, Kr, Xe T

4946 by He

Al I 4853 by He, Ne

4122 by He, Ne, Ar

E 4947 by Ne

3216 by He, Ar

B I Ar I T

C,T 4520 by Ne

,

Ar , Kr

4779 by He, Ne

Ba I

E E

4486 by Ar 3693 by Ar

4725 by Ar 4004 by Ar

3192 by Ar 4271 by Ar, Kr, Xe

3909 by Ar 4918 by He, Ar

4316 by Ar 4244 by He, Ar, Kr

4501 by Ar 3838 by He, Ne , Ar

4616 by Ar 3295 by Kr

4962 by Ar, He, Ne 3578 by Kr

4531 by Ar

,

Ne, He

4273 by He, Ne , Ar

4532 by He, Ne, Ar E,T

4870 by He, Ne , Ar 4262 by Ar

4652 by He, Ne , Ar 3425 by Ar

,

Kr, Xe

4129 by Ar, Xe

5022 by Ba

E , T 5021 by He, Ne, Ar

4124 by Ar

Xe

- 30 -
Mechanism : van der Waals.

Perturbed element; pertubing element; reference number as in part

3656 bv Hp At

3826 bvl-S J HeA A *v a Ari i J_ T 4589 bv He Ar Xe

4392 bvuy He

,

Ar , Kr 5041 bv He Ne Ar

4?86 bvuy He Ne 3916 *hv i—> y lie Hp , Npan v ^ nAy*i_ , Kr Xe

4006 bvu y Helie | Nean a nArJ- , Kr Xe

Ba II 4601 by He , Ne , Ar

,

Kr Xe

4458 bvL_y V HeA A V^ <j NeAH V—- « ArA A A- a Kr Xe

E 4754 by Ne

4373 bvuy Ar Ne

4654 bv He

,

Ar

E T

Bi I 3604 bvJ air-C H

2 2 3627 by Ar

E 3540 byJ Ar-0 - H

2 2 4424 bvuy He

,

Ar , Xe 3919 by Ar, Kr

4553 by He, N , Ar, Xe

2 4514 by Ar, Kr, Xe

3535 by Ar , Ne , He

,

H

Br I 4747 by H

4869 by He , Ar , Xe

E 3825 by He , Ne , Ar

,

Kr Xe

3958 bvuy Br2* 0V—' a WFMl • UFA • C\~> FA IA * 2 6 6 3 7 3917 by Kr

CO

2 4175 by Kr

3540 by N -0 -H J

2 2 2 Ca I

E T

3352 bv Ar 3203 by Ar

3807 bvuy Ar 3605 by Ar, He

4004 bvuy Ar 4932 by H

4561 by Ar, Kr 3536 by H

4411 by Ar, Kr, Xe 5016 by H

4272 by Ar, Ne 4392 by He, Ar, Kr

3746 by He 4286 by He , Ne

3918 by He

4453 by He

3144 by He, Ar

- 31 -
Mechanism : van der Waals.

Perturbed element; pertubing element; reference number as in part 3.

Ca II Cd II

3754 by Ar

3144 by He, Ar

3656 by He, Ar

3826 by He, Ar

3789 by Cd

CI I

E,T

4004 by Ar

4840 by He, Ar , Kr , Xe , 0 , CO, CO

, H , N , D , CI , I , CI

2 2 2 2

Cr I

3605 by Ar , He

4729 by H

4485 by He

4614 by He

E

4021 by C H -air

2 2 3378 by He, Ar , N , H

2

Cs I

Cd I

3120 by Cd

3102 by Cd, Ne

3459 by He, Ar

3119 by Xe

3475 by Xe , Kr, Ar, He

C,E

3739 by Cs

3465 by He

C,T

3107 by He, Ne , Ar

Ne

E,T

4426 by Cd, Kr

4380 by Ar

4152 by Ar, Kr, Xe

3199 by Ar

3717 by Ar

3827 by Ar

3655 by Ar, He, Xe

4373 by Ar, Ne

4011 by Cs

3644 by H

- 32 -
Mechanism : van der Waals.

Perturbed element; pertubing element; reference number as in part 3

uy He j/ji 17^1 Kir Dy ArAt- , VvIS.L Yo , Ae

4232 by He, Ne, Ar, Kr 5042 by Cs

4162 by He, jNe

,

Ar

,

Kr ^704 /,qc/, y., DyT L/S

4-uoz oy tie

,

MoJNe

,

Ar

,

VvKr

,

Ae jij't Dy He

/ 1 £ 1 Kir Ho 41 oi Dy He , MoJNe

,

ArA -v

,

Kr

,

Ae 44Uz A/iOO Kir Uo Dy He

/,f\Oi; 1-Uoj Uir uy HoHe

,

MoJNe

,

ArA v

,

Kr

,

Ae "31 jIUdD£ Kir Dy HoHe, ArA v-, VvJs^r , AeYo

/i/.Qfl Kir Dy Hotic , Mo ArA v

,

V-r js.r

,

AeYo T. 1 jijj^ Kir Dy Hotie , MoiNe , alAt- Vt~ Yo , jsx , Ae

/,i-ju? QflQ Kir Dy Hotie , Moixe

,

ArA v

,

Kr

,

YoAe *?/i

-? c j4jji Kir Dy Hone , iNe Mo , ArAv , Vvj^r , YoAe

jo 1

7jKir Dy HeHo

,

p u , Lj H

4 10 4321 by Ne,

MoJNe , MN2' PH

4 PLi U P u H , KJ H

2 6 3 8 A4174 1 Q/i Kir Dy HoHe, JNe, Mo Ar, A v 1/Js^rv , AeYo

jZjo Dy H, He. JNe, Ar , Kr,

Ar 3453 by Kr

3391 by Ne, Ar, Kr, Xe 3557 by Ne , Ar , Kr , Xe

3560 by Ne

,

Ar, Xe, Kr 3227 by Xe

4574 by Xe 3427 by Xe

3473 by Xe

,

Ar, He 3785 by Xe

3529 by Xe

,

Kr 4130 by Xe

3559 by Xe

,

Kr, Ar, Ne 4263 by Xe

Xe

E,T

4231 by Ar, Kr

3762 by Ar, Kr, Xe

3583 by Cs

3437 by He, Ne , Ar : 3321 by Xe

3500 by Xe

3688 by Xe

3168 byJ Xe, C H

5 12

3940 by Xe

3093 by Xe , Ar

3473 by Xe , Kr , Ar

,

He

Cu I

Kr, Xe, H N

3149 by He, Ne

3145 by N , air

E , T

3604 byJ air-C H

2 2

3203 by Ar

3763 by Ar

4252 by Ar, Cs

3688 by Ar, Kr

3215 by Ar, Kr , Xe

3240 by Ar , Kr , Xe

Cu II

3346 by He

- 33 -
Mechanism : van der Waals.

Perturbed element; pertubing element; reference number as in part 3.

Eu I

E

4513 by Ne

T

4681 by He, Ne , Xe

4965 by Sr

F I

E

4101 by He, Ar , N

T

4101 by Ar

Fe I

C,T

3136 by H

E

3568 by Ar

E,T

3536 by H , He

T

4584 by H

3580 by H, H-He

Ga I

T

3382 by Ar, Kr, Xe

H I

E

3417 by He

3769 by He

E , T

3286 by H

3416 by He

4115 by He

T

4430 by Ar

3271 by Ar II

3104 by He

3946 by He

4940 by He

3106 by He, Ar, Kr, Xe

3135 by He, Ne , Ar , Kr , Xe

3435 by He, Ne , Ar, Kr, Xe

3238 by H, He, Ne, Ar, Kr, Xe

He I

E

3448 by He

4087 by He

4632 by He

4937 by He

- 34 -
Mechanism : van der Waals.

Perturbed element; pertubing element; reference number as in part 3

.

T

4122 by He

5003 by He

Hg I

C

3447 by Ar, Kr

,

Xe

o ~r o ~7 3727 by Ar

4503 by Ar

4144 by Ar

,

Kr

by Ar NT2 34yz by He

3890 by He

,

Ne

3788 by He, Ne, Ar, Kr, Xe

3589 by Hg

3328 by Hg

3661 by Kr

3571 by Ne, Kr, Xe

4002 by Xe

E , T

3207 by Ar

3266 by He, Ne, Ar, Kr, Xe

3695 by He, Ne, Ar, Kr, Xe

3157 by Hg

3440 by Hg

4330 by Hg

3970 by Hg

3702 by Ar, Kr, Xe

49Rfi Dy

4RS? Dy Up

o d O £ 3926 by He , Ne , A — Ar

,

Kr

,

Xe

o t n tr 3585 by He

,

Ne , Ar

,

Kr

,

Xe

3506 by Hg

H- -L \J J Her

I I

E

3983 by Ar

,

°2' V I 4969 by Ar, 02' I

2 3339 by He, °2' H

4/zo by 1 4069 by 0

2

T

3339 by He

4969 by Ne

,

Ar, Kr, Xe

,

0

2

In I 3223 by Her "a

E

3223 by Hg

E,T

3540 by Ar- 0 - H

2 2 4163 by He, Ne, Ar, Kr, Xe

3540 by N - 2 0 -H

2 2

- 35 -
Mechanism : van der Waals.

Perturbed element; pertubing element; reference number as in part 3.

3382 by Ar, Kr,

K

Xe

I

E

3673 by Ar

3846 by Ar

3822 by Ar

4970 by Ar

3755 by Cs

3195 by He, Ne, Ar, Kr, Xe.

4327 by He, Ne, Ar, Kr, Xe

4328 by He, Ne, Ar, Kr, Xe

4360

3971

by

by

N2'

Ne

CO

Z

4011 by Rb

E , T

3604

3867

by

by

air

Ar

-C H

2 2

3797 by Cs

3689 by He, Ar

3862 by He, Ne, Ar, Kr, Xe

3117 by He , Ne, Ar, Kr, Xe

3401 by He, Ne, Ar, Xe

3796 by K

4643 by K , Rb

3633 by Ne

3634 by Ne

4842 by Ne

4140 by Rb

T

4994 by Ar

3093 by Ar

4952 by H

4540 by He, Ne , Ar

,

Kr

,

Xe

3195 by He, Ne, Ar, Kr, Xe

4746 by He, Ne, Ar

,

Kr, Xe,

3238 by H, He, Ne , Ar, Kr,

4213 by K

5030 by K , Rb

4274 by Na

4964 by Rb

,

K

Kr I

E

3679 by He, Kr

4122 by He, Ne , Kr

T

4946 by He

4853 by He, Ne

4122 by He, Ne , Ar , Kr

3327 by Kr

4947 by Ne

Li I

E

3353 by Ar

4114 by Ar, Kr, Xe

3790 by He, Ne

3855 by He, Ne , Ar , Kr , Xe

3685 by He, Ne , Ar , Kr, Xe

- 36 -
Mechanism : van der Waals.

Perturbed element; pertubing

3839 by He, Ne , Ar , Kr, Xe

4534 by He, Ne , Ar , Kr , Xe

4109 by Li

3925 by Li

E,T

4105 by Cs

3117 by He, Ne, Ar , Kr, Xe

T

4952 by H

3093 by He

4094 by He, Ne

4540 by He, Ne , Ar , Kr, Xe

3238 by H, He, Ne, Ar, Kr, Xe

3896 by Li, He, Ne

4213 by Li, Na, K

Mg I

E

4760 by Ar

4336 by7 H

2 3656 by He, Ar

3826 by He, Ar

4795 by He, Ne , Ar , Kr, Xe

E,T

4750 by Ar

3425 by Ar, Kr, Xe

4611 by H , He

element; reference number as in part 3.

T

3605 by Ar , He

4286 by He, Ne

Mg II

E

3656 by He, Ar

3826 by He, Ar

T

3605 by Ar , He

4729 by H

4485 by He

Mn I

E,T

3604 byJ air-C H

2 2

Na I

C

3178 by Ar

4493 by H

C,T

4383 by H

3709 by He, Ne

E

3115 by Ar

- 37 -
Mechanism : van der Waals.

Perturbed element; pertubing element; reference number as in part 3

3170 by Ar

3606 by Ar

3353 by Ar

4008 by Ar

4351 by Ar, H , H

2 3681 by Ar, N

z'

Iu

-Ar, H, -0 - \- C H -0 - N

2 2 I 2 3682 by Ar, \- H 0,

2 H - 2 0 -ft 2 H2-02-Ar

3579 by H

2 -0 -Ar2 3183 by H -0 -N . H -0 -Ar

2 z Z 2 2 -0 -N

2 Z 3524 by He

3781 by He

3773 by He

4477 by He

4478 by He

3373 by He, Ar, H2'z 2 3551 by He

,

Ar, H2'

N

2' IN \J 2 3866 by He, Ar, Kr

4003 by He, Ar, Kr

3146 by He, Ar, N

2 4828 by He, Ar, Xe, in 2 3984 by He, N2' Ar, Yr

3349 by He, Ne

3293 by He, Ne, Ar

3490 by He, Ne, Ar, YrKr

,

Ac

3449 by He, Ne, Ar, Kr

,

Ae

3491 by He, Ne, Ar, Yr YAcP

3525 by He, Ne, Ar, Kr, Xe

3499 by He, Ne, Ar, Kr, Xe

3262 by He, Ne, Ar, Kr, Xe

3768 by He, Ne, Ar, Kr, Xe

3715 by He, Ne, Ar, Kr, Xe

3246 by He, Ne, H

3986 by N

2 4073 by •V H 0

2

3824 by N , Na

z 3907 by Ne

3590 by Ne , Ar , Xe

4595 by Ne , Ar , Xe

3658 by Ne , Kr, Xe

4624 by Ne , Xe

3659 by Ne , Xe , Kr

3372 by NO, CO, NO

4036 by Rb, Cs

3767 by Xe

E,T

3604 by air-C H

2 2 3503 by Ar

3540 by Ar-0

2

- H

2 3772 by He

4573 by He, Ar

3823 by He, Ne , Ar

3588 by He, Ne , Ar, Kr, Xe

3142 by He, Ne , Ar, Kr, Xe

4082 by He, Ne, Ar, Kr, Xe

3509 by He, Ne , Kr

3570 by Hg

4407 by Hg

4245 by K , Rb, Cs

3338 by Kr

3540 by N -0 -H

3941 by Ne

4174 by Ne, Kr , Xe

4623 by Ne , Xe

4625 by Ne , Xe

4597 by Xe

3203 by Ar

- 38 -
Mechanism : van der Waals.

Perturbed element; pertubing element; reference number as in part 3.

3275 by Ar

3464 by Ar Ne I 4809 by Ar

4720 by Ar C , T

3681 by Ar by He

4828 by Ar

4173 by Ar, 7/.. Kr

,

T T He

,

Xe

3777 by Ar

,

Kr

,

Xe E

3919 by Ar

,

Kr

,

Xe 3140 by He

4827 by Ar, Xe n c r\ c 3595 by He- Ne , Ne

4361 by H 3323 by He

,

Ne

4399 by H 3616 by He , Ne

4400 by H 3615 by He , Ne

4401 by H 4122 by He

,

Ne

4953 by H 3979 by He

,

Ne

3748 by He n c i 3953 by He , Ne

4016 by He 3954 by He

,

Ne

3899 by He 3864 by He

,

Ne

/ Af> n i_ 4088 by He 3617 by He , Ne

3093 by He by He

,

Ne

4718 by T T He

,

Ar 4423 by He

,

Ne

3106 by T T He , Ar

,

Kr, Xe 4961 by He

,

Ne

4952 by He

,

T T H , XTNe

,

Ar

,

Kr

,

Xe / / TO 4473 by He

,

Ne , Ar , Kr

55\jA by He

,

Ne

,

Ar

,

Kr

,

Xe izbU by He

,

vr ^ n ^ vi ~ Ne , He-Ne

3832 by He

,

Ne , Ar

,

Kr, Xe 11/1 3141 by Ne

/in/ 4iy4 by He , XT _ Ne , Ar, Kr

,

Xe / 1 O / 4384 by XT _ Ne

4392 by He

,

Ne

,

Ar, Kr, Xe 4551 by Ne

4540 by T T _ He , XTNe , Ar

,

Kr, Xe 4180 by XTNe

4746 by He

,

Ne

,

Ar

,

Kr, Xe

,

N , Na

2 4087 by Ne

4055 by He

,

Ne

,

Ar

,

Xe 4272 by Ne

3450 by Hg 4632 by Ne

3238 by H, He, Ne, Ar, Kr, Xe

4274 by K

4213 by Na, K E,T

3364 by Ne 4744 by He, Ar , Ne

4731 by Ne, Xe 3438 by He, Ne

3372 by NO, CO 3487 by Ne

- 39 -
Mechanism : van der Waals.

Perturbed element; pertubing e

"3 R C ~l JJD/ by VT _ Ne

14854 by ITHe

4946 by He

4341 by He- Ne, Ne

3088 by He, Ne

3599 by He, Ne

4122 by He, Ne

3439 by Ne, He

3204 by Ne, He -Ne

Pb I

E

4199 by air-C H , air-H

2 2 2 4983 by Pb

E,T

5038 by Ar , He

Rb I

C

4063 by He, Ne , Ar , Kr , Xe

C,E,T

3921 by Ar, N

2

E

4441 by Ar, He

3794 byJ CH

4 4011 by Cs, K

ement ; reference number as in part 3

Jb /4 by TJ —He

44o / by TJ _ He

A Q Q "7 4y y / by He

j4od by He , Ar

444z by TJ ^, He , Ar

OQOQ by He

,

Ar

,

Xe

jyjj by He , VT _ Ne. , Ar

TO! I Kir by TJ ~ He

,

Me , A v- Ar

,

Kr

JoUo by IT. He ,

"NT — Ne , Ar

,

Kr

3186 by He, Ne , Ar, Kr, Xe

3678 by He, Ne, Ar, Kr, Xe

4062 by He, Ne , Ar, Kr, Xe

4325 by He, Ne, Ar

,

Kr, Xe

4329 by He, Ne, Ar, Kr, Xe

4642 by Ne, Kr, H

2 3569 by Rb

3885 by Rb

3403 by Rb

4116 by Xe

4070 by Xe

3609 byJ Xe, N , CH

2 4

E,T

3798 by He, Ar

3442 by He, Ne , Ar , Kr , Xe

3118 by N , Ar

3193 by N , He

4643 by Rb

T

3215 by Ar, Kr , Xe

3240 by Ar , Kr , Xe

3134 by He

3106 by He, Ar , Kr , Xe

4939 by He, Ar , Kr , Xe

- 40 -
Mechanism : van der Waals.

Perturbed element; pertubing element; reference number as in part 3

3135 bvuy He , Ne , Ar

,

3435 bvuy He

,

Ne , Ar

,

4746 bvuy He , Ne , Ar

,

3831 by He, Xe

3832 bvuy He

,

Xe

4173 bvuy He

,

Xe

3238 bv H, He , Ne

,

5030 by K , Rb

4352 by Kr

3093 by Kr

3324 by He

4964 bvuy Rb, K , Cs

3254 by Xe

3955 by Xe

4275 by Xe

Si I

E , T

3374 by H

T

3203 bvuy Ar

Sm I

E

4769 bvuy He

4398 bvuy He

,

Ar

4646 by He, Ne, Ar,

4645 by Kr

Sr I

C,T

4056 by Ar, Kr, Xe

Kr ; Kr : Kr.Xe

Xe

Xe N , Rb

Ar, Kr, Xe

Xe

31 SO \ysj U V aA tJ_ 3656 by He, Ar

3826 by He, Ar

3961 by He, Ar, Kr, Xe

3939 by He, Ne, Ar

,

Kr,

4700 by He, Ne, Ar, Kr,

4005 by He, Ne, Kr

3414 by He, Xe

3930 by He, Xe

4070 by Xe

Xe

Xe

E,T

3540 by Ar-0^ H

2 3663 by Ar , Xe

3540 by N -0 -H J

2 2 2

3203 by Ar

4469 by Ar

4506 by Ar

4286 by He,

5018 by Xe

Ne

Sr II

4588 by Ar

3656 by He, Ar

3826 by He, Ar

4373 by He, Ne , Ar

- 41 -
Mechanism : van der Waals.

Perturbed element; pertubing el

Tl I

E

3381 by Ar

4363 by Ar

3571 by Ar

4844 by Ar , He

4205 by CO

3876 byJ CO

2 3510 by H

3341 by H J

2 4620 by He, Ar

4490 by He, N

3924 by He, Ne , Ar , Kr , Xe

4539 by He, Ne , Ar , Kr , Xe

4261 by He, Ne , Ar, Kr , Xe , H , N , CO

2 3121 by He, Ne , Ar , Kr , Xe

3223 by Hg

3875 byJ N

2 4364 by N , He

4570 by Ne , Ar

4571 by Ne, Ar

3571 by Ne, Kr , Xe

4059 by SF

3208 by Tl

E,T

3512 by D

2 3705 by He, Ne , Ar

3874 by He, Ne , Ar , Kr , Xe

4354 by He, Ne , Ar , Kr , Xe , H , D , 0 , N , CO , SF , CO

2 2 2 6 4668 by He, Ne , Ar , Kr , Xe

4651 by He, Ne , Ar , Kr , Xe

ment ; reference number as in part 3.

3570 by Hg

3511 by Kr, Xe

4692 by Kr, Xe

4691 by Kr, Xe

4789 by Ne , Ar

4331 by Tl

4039 by Xe

4040 by Xe

T

4703 by Ar

3239 by Ar , Kr, Xe

3382 by Ar , Kr , Xe

4151 by Ar, Kr, Xe

3947 by He, Kr , Xe

4247 by He, Ne , Ar , Kr , Xe

4497 by He, Ne , Ar , Kr , Xe

Tm I

E

4398 by Ar

4128 by He

4539 by He

4645 by Kr

4944 by Xe

U I

E,T

4241 by He, Xe

Xe I

E

4990 by He, Ne , Ar

- 42 -
Mechanism : van der Waals.

Perturbed element; pertubing element; reference number as in part 3

Ar, Xe

Ar, Xe

3232 byj He , Ne

,

> 5027 by He, Ne,

3393 by He, Xe

4122 by He, Xe

3657 by Xe

4051 by Xe

4145 by Xe

3959 by Xe

E,T

3194 by He

3757 by He,

3870 by Xe

Xe

T

4946 by He

4853 by He, Ne

4122 by He, Ne,

4947 by Ne

3327 by Xe

Yb I

E

5020 by He, Ne , Ar , Kr , Xe , Yb

E,T

5043 by He

4538 by He, Ar, Xe

- 43 -
3. CHRONOLOGICAL LISTING OF ALL REFERENCES WITH FULL TITLES.

1961

3082. THE LINE WIDTH IN PHOTOGRAPHIC SPECTROPHOTOMETRY. I I. THE OPTICAL LINE

PROFILE. Junkes J., Salpeter E. W. , Ric . Spettrosc . , Lab. Astrofis.

Specola Vaticana 2 No. 7, 255. (Ger.)

1970

3083. SPECTROPHYSICAL PROPERTIES OF THE PLASMA OF A HIGH FREQUENCY LOW POWER

DISCHARGE IN ARGON AT ATMOSPHERICAL PRESSURE. Kleinmann I., Cajko J.,

Spectrochira. Acta, Part B 25, 657.

3084. A STUDY OF THE STARK BROADENING OF ISOLATED ION LINES IN PLASMA. Konjevic

N. , Grujic P., Cirkovic Lj . , Labat J., Fizika (Zagreb) 2, Suppl . 1, 81.

3085. MEASUREMENTS OF THE STARK BROADENING PARAMETERS OF SEVERAL Cl I LINES.

Konjevic N., Platisa M. , Fizika (Zagreb) 2, Suppl. 1, 83.

3086. DETERMINATION OF ELECTRON DENSITY IN PLASMA BY THE NUMBER OF THE EXTREME

RESOLVED LINE. Kurochka L. N. , Maslennikova L. B. , Sol. Phys . 11, 33.

3087. AN INTERFEROMETRIC ANALYSIS OF THE PROFILES OF SPECTRAL LINES EMITTED BY

A LOW TEMPERATURE ARC. Me jaski-Tone jc A., Vujnovic V., Fizika (Zagreb) 2,

73.

1971

3088. THEORETICAL CROSS SECTIONS FOR ALIGNMENT DESTROYING COLLISIONS IN THE 2p

LEVEL OF NEON. Carrington C. G., Corney A., J. Phys. B 4, 869.

3089. NARROWING OF LEVEL-CROSSING SIGNALS BY RADIATIVE TRANSFER IN DIFFUSE

REFLECTION. I. THEORY. Dodsworth B., Omont A., Phys. Rev. A 3, 1901.

1973

3090. ABSORPTION MULTI PHOTON SPECTROSCOPY WITHOUT DOPPLER EFFECT. Cagnac B.

,

GrynbergG., BirabenF., J. Phys. (Paris) 34, 845. (Fr.)

1961-1973 - 44 -
3091. CALCULATION OF INELASTIC TRANSITION CROSS SECTIONS ON THE BASIS OF

SPECTRAL LINE BROADENING THEORY. Demura A. V., Leneva A. E., Lisitsa V.

S., Ordena Lenina Institut Atoranoi Energii im I . V. Kurchatova Report IAE

2269 (1973) . (Russ.

)

3092. REDISTRIBUTION OF RESONANCE RADIATION. II. THE EFFECT OF MAGNETIC FIELDS.

Omont A., Smith E. W. , Cooper J., Astrophys . J. 182, 283.

1974

3093. EXCITED MOLECULAR TERMS OF THE ALKALI -RARE GAS ATOM PAIRS. Pascale J.,

Vandeplanque J., J. Chem. Phys . 60, 2278.

1975

3094. STARK-SHIFT IN THE SPECTRUM OF He II. Murakawa K. , Kaku Yogo Kenkyu 34,

51.

3095. ON THE RESONANCE LINE SHAPE MEASUREMENTS IN AXI ALLY SYMMETRIC PLASMA

SOURCE. Popovic S., Konjevic N . , "Proceedings of the Twelfth Int. Conf

.

on Phenomena in Ionized Gases, Eindhoven, The Netherlands, Part.l,

Contributed Papers," 381 (1975).

1976

3096. SOME MEASURED REGULARITIES IN THE STARK BROADENING OF NEUTRAL NITROGEN

LINES. Helbig V., Kelleher D. E., Wiese W. L. , "Physics of Ionized Gases

1976: Contributions," 412-415 (Ed. B. Navinsek, J. Stefan Institute,

Ljubljana, Yugoslavia, 1976).

3097. THE SHAPES OF SPECTRAL LINES EMITTED BY AN INDUCTIVELY COUPLED PLASMA.

Human H. G. C, Scott R. H. , Spectrochim. Acta, Part B 31, 459.

3098. REGULARITIES IN STARK BROADENING PARAMETERS OF SPECTRAL LINES OF

HOMOLOGOUS ALKALINE METALS. Puric J., Labat J., Cirkovic L j . M. , "Physics

of Ionized Gases, 1976: Contributions, 420-423, (Ed. B. Navinsek, J.

Stefan Institute, Ljubljana, Yugoslavia 1976).

3099. REGULARITIES IN THE STARK WIDTHS OF ISOLATED LINES. Wiese W. L. , Konjevic

N., "Physics of Ionized Gases 1976: Contributions," 416-419 (Ed., B.

Navinsek, J. Stefan Institute, Ljubljana, Yugoslavia, 1976).

- 45 - 1973-1976
1977

3100. DETERMINATION OF ELECTRON DENSITY FROM THE SELF-REVERSED DEUTERIUM D

LINE. Aleksandrovich K. V., Berezin I. A., Opt. Spectrosc . (USSR) 43, 13.

3101. INFLUENCE OF COLLISIONS ON THE SATURATION OF A DOPPLER LINE PROFILE.

Alekseev V. A., Malyugin A. V., Sov. J. Quantum Electron. 7, 1416.

3102. RELAXATION OF THE ALIGNMENT AND POPULATION OF THE 6

3 P LEVEL OF CADMIUM.

l Alipieva E. A., Boyarskii K. K. , Kotlikov E. N., Opt. Spectrosc. (USSR)

43, 240.

3103. THE ANGULAR DEPENDENCE OF PARTIALLY REDISTRIBUTED RESONANCE RADIATION.

Ballagh R. J., Cooper J., Astrophys . J. 213, 479.

3104. COMMUTATOR -METHOD FOR COMPUTING SHIFTS OF THE HYPERF I NE STRUCTURE OF

ATOMIC HYDROGEN ATOM IN A HELIUM MEDIUM. Batygin V. V., Gornyi M. B.,

Ivanov A. M. , Matisov B. G., Sov. Phys.--Tech. Phys . 22, 1397.

3105. QUANTUM CORRECTIONS TO THE SPECTRAL LINE SHIFTS OF HYPERFINE TRANSITIONS. Batygin V. V., Guzhva Yu. G., Matisov B. G. , Toptygin I. N., Opt.

Spectrosc. (USSR) 43, 479.

3106. QUANTUM THEORY OF SPECTRAL-LINE SHIFTS AND BROADENING FOR HYPERFINE

ATOMIC TRANSITIONS IN A BUFFER GAS MEDIUM. Batygin V. V., Guzhva Yu. G.

,

Matisov B. G. , Toptygin I. N. , Sov. Phys.--JETP 46, 1104.

3107. ALKALI METAL- ( INERT) GAS INTERACTIONS. SHAPE OF SPECTRAL LINES AND

OPTICAL PUMPING. Bernabeu E. , Amare J. C. , Alvarez J. M. , Pelayo J., Opt.

Pura Apl. 10, 239. (Span.)

3108. THE WIDTH AND SHAPE OF SPECTRAL LINES. Corney A., "Atomic and Laser

Spectroscopy" Ch. 8, 229-270 (Clarendon Press, Oxford, England, 1977).

3109. PERTURBATION OF THE ATOMIC SPECTRUM BY A STRONG LIGHT FIELD. Delone N.

B., Bull. Acad. Sci. USSR, Phys. Ser. 41, No. 12, 76.

3110. SPECTRAL LINE WIDTHS IN HIGH FREQUENCY PLASMA DIAGNOSTICS. Djulgerova R.

,

Kapicka V., Folia. Fac . Sci. Nat. Univ. Purkynianae Brun. 18, 7.

1977 - 46 -
3111. PROFILE OF THE He I 4471 A LINE AT HIGH ELECTRON DENSITIES IN HELIUM AND

HELIUM-NEON PLASMAS. Fleurier C. , Chapelle J., Proc . Int. Conf . Phenora.

Ioniz. Gases, 13th, 129-130, (Eds. P. Bachmann & H. Kastelewicz, Buch

Export: Leipzig, E. Germany, 1977).

3112. DOPPLER-FREE MULTIPHOTONIC SPECTROSCOPY. Grynberg G., Cagnac B., Rep.

Prog. Phys. 40, 791.

3113. ON THE RED SHIFTS OF HYDROGEN SPECTRAL LINES IN DENSE PLASMAS. Halenka

J., Musielok J., "Proceedings of the Xlllth Int. Conf. on Phenomena in

Ionized Gases - Part I: Contributed Papers" p. 135 (Physical Soc . of the

German Democratic Rep., Berlin, 1977).

3114. PERTURBATION OF DEGENERATE ATOMIC LEVELS BY NEUTRAL PARTICLES. Ivanov G.

K. , Opt. Spectrosc. (USSR) 43, 617.

3115. TWO-PHOTON NEAR -RESONANCE LIGHT SCATTERING FROM AN ATOMIC LEVEL. Liran

J., Levin L. A., Erez G., Jortner J., Phys. Rev. Lett. 38, 390.

3116. THEORETICAL CALCULATION OF OPTICAL COLLISIONAL CROSS SECTIONS AND a

-PARAMETER VALUES FOR TRANSITIONS OF INTEREST IN ATOMIC ABSORPTION

SPECTROMETRY. Lovett R. J., Parsons M. L., Appl . Spectrosc. 31, 424.

3117. THE DETERMINATION OF COLLISION DAMPING CONSTANTS. Lwin N. , McCartan D.

G., Lewis E. L. , Astrophys . J. 213, 599.

3118.

87

Rb RESONANT FREQUENCY CHANGE DUE TO THE SPECTRAL PROFILE OF THE

PUMPING LIGHT. Matsuda I., Shiomi N. , Kuramochi N., Fukuyo H., Bull. Res.

Lab. Precis. Mach. Electron. 40, 7.

3119. EFFECT OF TEMPERATURE AND CONCENTRATION OF Xe ON THE PARAMETERS OF THE

ilk

Cd A = 326.1 nm RESONANCE LINE CONTOUR. Misyunas A. A., Norkunas V.

K. , Stul'pinene N. A., Valuzhis A. D., Sov. Phys .- -Collect . 17, No. 2, 76.

3120. TEMPERATURE DEPENDENCE OF THE PARAMETERS OF THE SELF -BROADENED Cd

1U

A

326.1 nm RESONANCE LINE. Misyunas A. A., Stul'pinene N. A., Valuzhis A.

D., Sov. Phys. --Collect. 17, No. 6, 81.

3121. INFLUENCE OF PERTURBING FOREIGN GASES AND OF TEMPERATURE ON THE

SELF -BROADENING OF THALLIUM LINES. Misyunas A. A., Stul'pinene N. A.,

Sov. Phys. --Collect. 17, 78.

- 47 - 1977
3122. NON-EQUILIBRIUM EFFECTS IN He-Ar-H ARC PLASMA. Musielok J., Plasma Phys

17, 135.

3123. LINE BROADENING MEASUREMENT IN HIGH DENSITY PLASMA. II. NEUTRAL HELIUM

LINES. Okasaka R. , Shimizu M. , Fukuda K. , J. Phys. Soc . Jpn. 43, 1708.

3124. SPECTROSCOPY OF HIGH DENSITY PLASMAS. Peacock N. J., "Proceedings of the

Xlllth Int. Conf . on Phenomena in Ionized Gases -- Invited Lectures," p.

383 (Physical Soc. of the German Dem. Republic, Berlin, 1977).

3125. TECHNIQUE OF OPTICAL POLARIZATION MEASUREMENTS OF PLASMA LANGMUIR

TURBULENCE SPECTRUM. Zhuzhunashvili A. I., Oks E. A., Sov. Phys. JETP

46, 1122.

1978

3126. SPECTRAL DIAGNOSTICS OF THE PLASMA OF HIGH-CURRENT PULSED DISCHARGES IN

DEUTERIUM. Aleksandrovich K. V., Berezin I. A., J. Appl . Spectrosc

(USSR) 28, 146.

3127. RESONANCE BROADENING OF TWO-PHOTON S-S TRANSITIONS. Alekseev V. A.,

Yatsenko L. P., Sov. Phys.- -JETP 48, 1020.

3128. SPECTRAL PROFILE ANALYSIS USING A VOIGT PROFILE ANALYTICAL APPROXIMATION. Alvarez J. M., Bernabeu E., Opt. Pura Apl . 11, 99. (Span.)

3129. INSTRUMENT CONTOUR OF A NONIDEAL FABRY-PEROT INTERFEROMETER. 3:

INVESTIGATION OF THE SIMULTANEOUS EFFECT OF MANY FACTORS ON THE

INSTRUMENT AND OBSERVED CONTOUR. Babaev V. S., Kuchinskii V. V., Opt.

Spectrosc. (USSR) 45, 208.

3130. INSTRUMENTAL CONTOUR OF A NONIDEAL FABRY-PEROT INTERFEROMETER. 4.

INSTRUMENTAL CONTOUR OF A DEVICE CONTAINING A REAL INTERFEROMETER. Babaev

V. S., Zatsepa L. F., Kuchinskii V. V., Fafurina E. N., Opt. Spectrosc.

(USSR) 45, 795.

3131. LINE SHAPE OF RADIATIVE COLLISIONS IN AN EXTERNAL MAGNETIC FIELD. Bakaev

D. S., Vdovin Yu. A., Opt. Spectrosc. (USSR) 44, 380.

3132. VUV ABSORPTION PROFILES OF PRESSURE BROADENED LINES IN DENSE LABORATORY

PLASMAS. Baker E. A. M. , Burgess D. D., "Physics of Ionized Gases 1978:

Contributions," 387-391 (Ed. R. K. Janev, Institute of Physics, Beograd,

Yugoslavia, 1978).

1977-1978 - 48 -
3133. ELECTRON- IMPACT WIDTHS AND SHIFTS OF NEUTRAL HELIUM LINES IN A PLASMA.

Bassalo J. M. , Cattani M. , Phys . Rev. A 18, 2488.

3134. INTERATOMIC POTENTIALS, HYPERF I NE SHIFTS, AND DIFFUSION OF RUBIDIUM AND

CESIUM ATOMS IN HELIUM. Batygin V. V., Gornyi M. B., Gurevich B. M. , Sov.

Phys. --Tech. Phys. 23, 613.

3135. HYPERFINE SHIFT AND INTERATOMIC POTENTIALS OF ALKALI AND HYDROGEN ATOMS

IN A BUFFER GAS. Batygin V. V., Gornyi M. B., Sov. Phys. --Tech. Phys. 23,

1413.

3136. SOME COMMENTS ON THE LIMB SHIFT OF SOLAR LINES. Beckers J. M. , Vegvar P.

de, Sol. Phys. 58, 7.

3137. ELECTRON IMPACT WIDTHS OF SOME Ar( II ) -U. V. -MULTIPLETS . Behringer K.

,

Thoma P., J. Quant. Spectrosc . Radiat . Transfer 20, 615.

3138. DECONVOLUTION OF SPECTRAL LINES BY FOURIER ANALYSIS. Bennett W. R. Jr.,

Appl. Opt. 17, 3344.

3139. EFFECTS OF COLLISIONS ON LINEAR AND NON-LINEAR SPECTROSCOPIC LINE SHAPES.

Berman P. R. , Phys. Rep. 43C, 101.

3140. BROADENING OF THE 2p

5 3p-2p5 4d NEON SPECTRAL LINES BY HELIUM. Bielski A.,

Lisicki E. , Nesterov M. , Wolnikowski J., Acta Phys. Pol. A 54, 611.

3141. SELF BROADENING OF THE 2p

5 3p - 2p

5 4d SPECTRAL LINES OF NEON. Bielski A.,

Wolnikowski J., Acta Phys. Pol. A 54, 601.

3142. RELAXATION OF THE *D AND

4 D LEVELS OF SODIUM ATOM PERTURBED BY

3/2 5/2

NOBLE GASES. Biraben F., Beroff K. , Giacobino E., Grynberg G., J. Phys.

(Paris), Lett. 39, L108

.

3143. ON CALCULATION OF THE MOLECULAR LINE SHAPE IN THE WINGS. Boulet C,

Robert D. , Galatry L. , J. Quant. Spectrosc. Radiat. Transfer 20, 371.

3144. COLLISION BROADENING AND SHIFTS IN THE SPECTRA OF NEUTRAL AND SINGLY

IONIZED CALCIUM. Bowman N. J., Lewis E. L. , J. Phys. B 11, 1703.

3145. RELATIVE TRANSITION PROBABILITY AND PRESSURE BROADENING PARAMETERS OF

COPPER ATOMIC LINES. Boyer D. W. , Wurster W. H., Russo A. L. , Treanor C.

E., Technical Report AFFDL-TR- 78 - 82 (U. S. Air Force, Wright-Patterson

Air Force Base, Ohio, 1978).

- 49 - 1978
3146.

3147.

3148.

3149.

3150.

3151.

3152.

3153.

3154.

3155.

3156.

1978

COLLISION BROADENING AND SHIFT OF THE SODIUM 3S-4D AND 3S-5S LINES BY He,

Ar AND N . Bruce D. M. , Mirza M. Y. , Duley W. W. , Opt. Commun. 27, 76.

SPECTROSCOPIC EFFECTS IN DENSE AND ULTRA-DENSE PLASMAS. Burgess D. D.,

"Physics of Ionized Gases, 1978: Invited Lectures and Progress Reports,"

501-541 (Ed., R. K. Janev, Institute of Physics, Beograd, Yugoslavia,

1978)

SUB-KILOMETER OPTICAL PATH LASER- SPECTROSCOPIC STUDIES OF PRESSURE

BROADENED LINES IN H AND He PLASMAS. Burgess D. D., Kolbe G., Playford C.

St. Q., "Physics of Ionized Gases 1978: Contributions," 393-396 (Ed. R.

K. Janev, Institute of Physics, Beograd, Yugoslavia, 1978).

MEASUREMENT OF INDUCED-EMISSION CROSS SECTION AND LINE BROADENING OF

COPPER LASER LINES 4p

2 P - 4S2D and 4p2 P - 4S2 r D . Chen C.

3/2 5/2 r1/2 3/2

J. , Phys. Rev. A 18, 2192.

THE EFFECTS OF ARGON PRESSURE ON THE RESONANCE LINE OF STRONTIUM. Chen S.

Y. , Wang S. Y. , Acta Phys. Pol. A 54, 721.

MEASUREMENTS OF THE STARK BROADENING OF IONIZED SILICON LINES FROM A

PLASMA. Chiang W. T., Griem H. R. , Phys. Rev. A 18, 1169.

OBSERVATIONS OF LINE -CONTINUUM INTERFERENCE EFFECT IN THE WINGS OF ARGON

ION LINES. Chiang W. T., Griem H. R. , J. Phys. B 11, L761.

COMPENSATING DOPPLER BROADENING WITH LIGHT- SHIFTS . Cohen -Tannoudji C,

Hoffbeck F., Reynaud S., Opt. Commun. 27, 71.

COLLISIONAL REDISTRIBUTION Of RADIATION IN THE NON- IMPACT REGION OF

SPECTRAL LINES. Cooper J., Ballagh R. J., Smith E. W. , Acta Phys. Pol. A

54, 729.

STARK BROADENING OF NITROGEN (I) VACUUM-U.V. LINES USING A

WALL- STABILIZED ARC. Cullmann E., Labuhn F., J. Quant. Spectrosc . Radiat

Transfer 20, 205.

THE PRESSURE BROADENING OF THE HELIUM 2.06 yum (2 *P - 2 *S) LINE.

Damaschini R. , Malvern A., Verges J., Phys. Lett. A 69 , 4.

- 50 -
3157. EXPERIMENTAL INVESTIGATION OF THE MERCURY A= 5461 A LINE IN HIGH PRESSURE

DISCHARGES AT 50 Hz: COMPARISON WITH A RADIATION TRANSFER THEORETICAL

MODEL. Damelincourt J. J., Karabourniotis D., Karabourniotis M. , Scoarnec

L. , J. Phys. D 11, 2207.

3158. THEORY OF NATURAL LINE SHAPE. Davidovich L. , Nussenzveig H. M. , Coherence

and Quantum Optics IV, 953-974 (Eds., L. Mandel & E. Wolf, Plenum

Publishing Corp., New York, 1978).

3159. EXPERIMENTAL STUDY OF SOME CHARACTERISTIC PARAMETERS OF He I SPECTRAL

LINE PROFILES AA = 4471 A AND 4922 A EMITTED IN VARIOUS PLASMA ARCS.

Diatta C. S., Czernichowski A., Holys A., Acta Phys. Pol. A 54, 219.

3160. ON THE BEHAVIOR OF HALF-WIDTHS AND SHIFTS OF NEUTRAL LINES IN THE

ZERO -TEMPERATURE LIMIT. Dimitrijevic M. S., Grujic P. V., "Physics of

Ionized Gases 1978: Contributions," 261-264 (Ed. R. K. Janev, Institute

of Physics, Beograd, Yugoslavia, 1978).

3161. ON THE TEMPERATURE DEPENDENCE OF GAUNT FACTORS. Dimitrijevic M. S .

., Konjevic N. , J. Quant. Spectrosc . Radiat . Transfer 20, 223.

3162. INFLUENCE OF THE POLARIZATION POTENTIAL ON THE STARK BROADENING OF

NEUTRAL LINES IN THE ADIABATIC LIMIT. Dimitrijevic M. S., Grujic P. V.,

"Fourth Europhysics Sectional Conference on Atomic and Molecular Physics

of Ionized Gases," p. 96 (Essen, Germany, 1978).

3163. STRUCTURE OF THE HELIUM A = 447.15 nm LINE (2

3 P-43 D,3 F) EMITTED AT

DIFFERENT PLASMA CONDITIONS. Drawin H. W., Ramette J., "Physics of

Ionized Gases 1978: Contributions," 241-244 (Ed. R. K. Janev ,

• Institute

of Physics, Beograd, Yugoslavia, 1978).

3164. STRUCTURE OF THE He I 4

3 D,3 F-23 P (A = 447.15 nm, A = 447 . 0 nm)

SPECTRAL LINE EMITTED FROM A LOW-PRESSURE LINEAR DISCHARGE. Drawin H. W.

,

Ramette J., Z. Naturforsch. , Tell A 33, 1285.

3165. LASER INDUCED LIGHT SHIFT IN HELIUM: THEORY AND EXPERIMENT. Dubreuil B.,

Chapelle J., Physica C (Amsterdam) 94, 233.

3166. APPLICATION OF EXTENDED TWO-LEVEL MODEL THEORY TO DOPPLER- , LASER- AND

COLLISION-BROADENED BOUND-BOUND MULTI PHOTON ABSORPTION. Eberly J. H. , J.

Phys. B 11, L611.

- 51 - 1978
3167.

3168.

3169.

3170.

3171.

3172.

3173.

3174.

3175.

3176.

3177.

3178.

1978

THE BROADENING OF A SPECTRUM LINE BY FINITE SPECTROMETER RESOLUTION.

Engleraan R. Jr., Los Alamos Scientific Lab. Report LA-7401 (1978).

LINE SHAPES (ABSORPTION COEFFICIENTS) FOR SATELLITES AND INVERSION OF THE

DATA TO OBTAIN INTERACTION POTENTIALS. Exton R. J., Snow W. L. , J. Quant.

Spectrosc . Radiat . Transfer 20, 1.

OBSERVATION OF AN ION EFFECT IN THE PROFILE OF THE 4471 A LINE OF He I.

Fleurier C, Coulaud G., Chapelle J., Phys . Rev. A , 18.

EXCITED-STATE PHOTON-ECHO RELAXATION IN Na VAPOR. Flusberg A., Mossberg

T. W. , Hartmann S. R. , Opt. Commun. 24, 207.

A SIMPLE FORMULA FOR ESTIMATING STARK WIDTHS OF NEUTRAL LINES..

Freudenstein S. A., Cooper J., Astrophys . J. 224, 1079.

BIBLIOGRAPHY ON ATOMIC LINE SHAPES AND SHIFTS. Fuhr J. R. , Miller B. J.,

Martin G. A. , "Bibliography on Atomic Line Shapes and Shifts (June 1975

through June 1978)," Nat. Bur. Stand. (U.S.), Spec. Publ . 366, Suppl . 3

(U.S. Government Printing Office, Washington, D.C., 1978).

FAR-WING LINE BROADENING. Gallagher A., Acta Phys. Pol. A 54, 761.

DIAGNOSTIC OF DENSE PLASMAS BY INFRARED SCHLIEREN AND ABSORPTION

TECHNIQUES. Glasser J., Viladrosa R. , Chapelle J., J. Phys. D 11, 1703.

STARK HALFWIDTHS AND SHIFTS OF IONIC SPECTRAL LINES. Gorchakov L. V.,

Demkin V. P., Sov. Phys. J. 21, 502.

PROBE AND SPECTRAL MEASUREMENTS OF THE PLASMA PARAMETERS OF AN ARC

DISCHARGE WITH A HOLLOW CATHODE. Grdlichko D. P., Sakharov V. B., High

Temp. (USSR) 16, 597.

STARK BROADENING OF THE HYDROGEN RESONANCE LINE L IN A DENSE EQUILIBRIUM

PLASMA. Grutzmacher K. , Wende B., Phys. Rev. A 18, 2140.

COMMENT ON COLLISION-PROCESSES INVOLVED IN "TWO-PHOTON NEAR-RESONANCE

LIGHT SCATTERING FROM AN ATOMIC LEVEL". Grynberg G., Biraben F., Kolwas

M., Cagnac B., Phys. Rev. A 18, 2387.

- 52 -
3179. PROFILE OF THE Hn£ RADIO LINES IN A STATIC ION FIELD. Gulyaev S. A., Sov.

Astron. --AJ 22, 572.

3180. MEASUREMENTS OF THE STARK SHIFTS OF SINGLY IONIZED ARGON LINES. Hashimoto

S., Orihara S. , Proc . Fac . Sci. Tokai Univ. 14, 95.

3181. ON THE VARIATION OF SPECTRAL LINE WIDTHS WITHIN STARK -BROADENED

MULTIPLETS. Hey J. D., J. Quant. Spectrosc . Radiat. Transfer 20, 403.

3182. STARK BROADENING OF NITROGEN ION LINES FROM STATES OF HIGH ORBITAL

ANGULAR MOMENTUM. Hey J. D., Blaha M. , J. Quant. Spectrosc. Radiat.

Transfer 20, 557.

3183. WING PROFILE MEASUREMENTS OF THE Na-DOUBLET LINES IN C H /O /N , H /O /N

2 2 2 2 2 2 2 AND H

2/0

2/Ar FLAMES AT 1 ATM. Jongerius M. J., Hollander T j .

, Alkemade C.

Th. J., J. Quant. Spectrosc. Radiat. Transfer 20, 599.

3184. EFFICIENT COMPUTATION OF SPECTRAL LINE SHAPES. Karp A. H., J. Quant.

Spectrosc. Radiat. Transfer 20, 379.

3185. CALCULATIONS OF LINE ABSORPTION FOR THE VOIGT PROFILE. Kato I., Iwasaki

A., Adachi A., Shimizu T., J. Opt. Soc . Am. 68, 1008.

3186. APPLICATION OF THE MAGNETIC SCANNING TECHNIQUE FOR MEASURING THE

BROADENINGS AND SHIFTS OF THE D RESONANCE LINE OF RUBIDIUM CAUSED BY

l INERT GASES. Kazantsev S. A., Kaliteevskii N. I., Rish 0. M. , Opt.

Spectrosc. (USSR) 44, 372.

3187. TWO-PHOTON LIGHT SHIFT AND TWO-PHOTON LAMB DIPS. Keil R. , Toschek P. E.,

Sov. J. Quantum Electron. 8, 949.

3188. STARK PROFILE CALCULATIONS FOR LYMAN SERIES LINES OF ONE-ELECTRON IONS IN

DENSE PLASMAS. Kepple P. C, Griem H. R. , NRL Memorandum Report , 3634.

3189. HIGH-FREQUENCY STARK EFFECT ON OPTICALLY EXCITED ATOMS OF A PLASMA IN THE

STATIC MAGNETIC FIELD. Kim S. H., J. Appl . Phys . 49, 3066.

3190. PROFILE OF THE FAR WINGS OF SELF -BROADENED RESONANCE LINES IN THE

FLUORESCENCE SPECTRUM OF OPTICALLY DENSE CESIUM AND RUBIDIUM VAPOR.

Klyucharev A. N. , Lazarenko A. V., Movre M. , Opt. Spectrosc. (USSR) 45,

839.

- 53 - 1978
3191.

3192.

3193.

3194.

3195.

3196.

3197.

3198.

3199.

3200.

3201.

3202.

1978

CORRECTNESS OF FORMULATION OF THE PROBLEM OF PLASMA DIAGNOSTICS FROM

SPECTRAL LINE PROFILES. Kozyrev A. A., Terpugova N. S., Opt. Spectrosc

(USSR) 44, 390.

SHAPE OF ARGON SPECTRAL LINES EMITTED FROM AN ELECTRIC ARC (P=760 Torr)

STUDY AND APPLICATION OF PRESSURE BROADENING. Kretzas D., Thesis,

Universite P. Sabatier, Toulouse, France (1978).(Fr.)

ANALYSIS OF THE EFFECT OF FOREIGN GASES IN THE FILTERING ACTION OF A

85

Rb CELL. Kuraraochi N. , Matsuda I., Fukuyo H., J. Opt. Soc . Am. 68, 1087.

A SUITABLE SYSTEM FOR STUDYING THE EFFECT OF VELOCITY- CHANGING COLLISIONS

IN SATURATED ABSORPTION: Xe He. Le Gouet J. L. , J. Phys . B 11, 3001.

COLLISION BROADENING OF THE POTASSIUM RESONANCE LINES BY NOBLE GASES.

Lwin N., McCartan D. G. , J. Phys. B 11, 3841.

APPLICATION OF THE MODEL MICROFIELD METHOD TO STARK PROFILES OF ALKALI

METAL RESONANCE LINES. Mazure A., Nollez G., Z. Naturforsch. , Teil A 33,

1575.

EXPERIMENTAL STUDY OF THE STARK-SHIFT OF THE SPECTRUM He II. Murakawa K.

,

Bessho S., Kaku Yugo Kenkyu 40, 93.

TWO-DIMENSIONAL SPECTRAL LINE EMISSION RECONSTRUCTION AS A PLASMA

DIAGNOSTIC. Myers B. R. , Levine M. A., Rev. Sci. Instrum. 49, 610.

OBSERVATION OF NEW SATELLITES IN THE Cs-Ar SYSTEM USING RESONANCE

IONIZATION SPECTROSCOPY. Nayfeh M. H., Hurst G. S., Payne M. G., Young J.

P., Phys. Rev. Lett. 41, 302.

BROADENING AND SELF -ABSORPTION OF THE RESONANCE LINES OF H-LIKE LIGHT

IONS IN LASER- PRODUCED PLASMAS. Nicolosi P., Garifo L. , Jannitti E.,

Malvezzi A. M. , Tondello G., Nuovo Cimento B 48, 133.

EFFECTS OF THE RADIATOR MOTION IN THE CLASSICAL AND QUANTUM-MECHANICAL

THEORIES OF COLLISIONAL SPECTRAL-LINE BROADENING. Nienhuis G., J. Quant.

Spectrosc. Radiat. Transfer 20, 275.

TWO-PHOTON ABSORPTION BY ATOMS PERTURBED BY COLLISIONS. Nienhuis G.,

Schuller F., Physica C (Amsterdam) 94, 394.

- 54 -
3203. THE USE OF MULT I POLE EXPANSIONS IN SPECTRAL LINE -BROADENING THEORY.

O'Mara B. J., Gietzel P. C, Mon. Not. R. Astron. Soc . 184, 205.

3204. HOMOGENEOUS SATURATION OF THE 6328 A NEON LASER TRANSITION DUE TO

COLLISIONS IN THE WEAK COLLISION MODEL. Otieno A. V , Opt. Commun. 26,

207.

3205. INVESTIGATION OF NON-THERMAL ELECTRIC FIELD FLUCTUATIONS IN A

THETA- DISCHARGE GENERATED HELIUM PLASMA USING THE FORBIDDEN TRANSITIONS

(2

3,1

P - 4

3,1

F) OF NEUTRAL HELIUM. Pal R. , Thesis, University of

Maryland (1978).

3206. BROADENING AND SHIFT OF HYDROGEN LINES BY PLASMA ELECTRONS. Pargamanik L.

E., Ginzburg M. D., Ukr . Fiz. Zh. 23, 898.(Russ.)

3207. INTERACTION POTENTIALS OF Hg-Ar FROM TEMPERATURE DEPENDENT ABSORPTION

SPECTRA. Petzold H. C, Behmenburg W. , Z. Naturforsch. , Teil A 33, 1461.

3208. SELF -BROADENING OF THE Tl A = 377 . 6 run RESONANCE LINE. Pichler G.,

Carlsten J. L. , J. Phys . B 11, L483.

3209. STARK BROADENING OF Ne II LINES. Platisa M. , Dimitrijevic M. S., Konjevic

N. , Astron. Astrophys . 67, 103.

3210. EXPERIMENTAL STARK WIDTHS OF C II U.V. LINES. Platisa M. , Popovic M.

,

Konjevic N. , J. Quant. Spectrosc . Radiat . Transfer 20, 477.

3211. STARK BROADENING OF S III AND S IV LINES. Platisa M. , Popovic M. V.,

Dimitrijevic M. S., Konjevic N., "Physics of Ionized Gases 1978:

Contributions," 245-248 (Ed. R. K.Janev, Institute of Physics, Beograd,

Yugoslavia, 1978).

3212. SOME REGULARITIES WITHIN THE STARK WIDTHS OF RESONANCE LINES OF

ALKALI-LIKE HOMOLOGOUS ATOMS AND IONS. Puric J., Dimitrijevic M. S.,

Lakicevic I. S., Phys. Lett. A 67, 189.

3213. REGULARITIES IN STARK BROADENING PARAMETERS OF RESONANT SPECTRAL LINES

FROM He TO Ca. Puric J., Glavonic V., "Physics of Ionized Gases 1978:

Contributions," 253-256 (Ed. R. K. Janev, Institute of Physics, Beograd,

Yugoslavia, 1978).

- 55 - 1978
3214.

3215.

3216.

3217.

3218.

3219.

3220.

3221.

3222.

3223.

3224.

3225.

1978

EXPERIMENTAL STUDY OF THE Si II (1) MULTIPLET. Puric J., Lesage A.,

Knezevic V., "Physics of Ionized Gases 1978: Contributions," 237-240 (Ed.

R. K. Janev, Institute of Physics, Beograd, Yugoslavia, 1978).

CALCULATION OF THE COLLISIONAL BROADENING AND SHIFT OF THE HYPERF I NE

COMPONENTS OF THE D LINES OF RUBIDIUM AND CESIUM DURING COLLISIONS WITH

2 ATOMS OF HEAVY INERT GASES. Rebane V. N., Opt. Spectrosc . (USSR) 44, 376.

BROADENING AND SHIFT OF NEUTRAL ALUMINUM LINES BY van der

WAALS- INTERACTION WITH ARGON AND HELIUM ATOMS. Rondigs G. , Kusch H. J.,

Astron. Astrophys . 70, 151.

LOW DENSITY APPROXIMATIONS IN THE ADIABATIC THEORY OF PRESSURE

BROADENING. Royer A., Acta Phys . Pol. A 54, 805.

SPECTRUM PROFILES IN THE PRESENCE OF STARK, LORENTZ AND DOPPLER

BROADENINGS. Rozsnyai B. F., J. Quant. Spectrosc. Radiat . Transfer 19,

641.

ON THE ION TEMPERATURE DETERMINATION OF AN INHOMOGENEOUS PLASMA FROM

DOPPLER PROFILES. Sato M. , J. Phys. D 11, 1739.

ON NUMERICAL METHODS OF CORRECTING AN OBSERVED SPECTRAL LINE PROFILE FOR

THE INFLUENCE OF THE INSTRUMENT. Sattarov I., Sov. Astron. 22, 372.

EXPERIMENTAL STUDIES OF STARK BROADENING FOR He II 304, 1215 AND 1640 A.

Smith C. C, Burgess D. D., J. Phys. B 11, 2087.

ELECTRON DENSITY MEASUREMENTS USING THE STARK -BROADENED LINE WINGS OF

HYDROGENIC IONS IN LASER- PRODUCED PLASMAS. Smith C. C, Peacock N. J., J.

Phys. B 11, 2749.

ANALYSIS OF THE SHAPES OF SPECTRAL-LINE CONTOURS IN A HIGH-PRESSURE ARC.

Solyanikova V. A., Opt. Spectrosc. (USSR) 44, 136.

SPECTRAL LINE BROADENING IN NEON DUE TO THE RESONANCE INTERACTION. Stacey

D. N., Thompson R. C. , Acta Phys. Pol. A 54, 833.

A METHOD FOR DETERMINING THE ELECTRON CONCENTRATION AND TEMPERATURE IN A

He PLASMA DISCHARGE WITH ADDITIONS OF Xe AND CO^ Stotskii G. I., High

Temp. (USSR) 16 , 1

- 56 -
3226. APPROXIMATE LINE SHAPES FOR HYDROGEN. Sutton K. , J. Quant. Spectrosc.

Radiat. Transfer 20, 333.

3227. PRESSURE EFFECTS ON SPECTRAL LINES. Szudy J., Acta Phys . Pol. A 54, 261.

3228. INFLUENCE OF TURNING POINTS ON THE SHAPE OF PRESSURE BROADENED SPECTRAL

LINES. Szudy J., Acta Phys. Pol. A 54, 841.

3229. STARK PROFILES OF THE WINGS OF THE HYDROGEN LYMAN-a LINE. Szudy J., Bull.

Acad. Pol. Sci., Ser. Sci. Math. Astron. Phys. 26, 459.

3230. TWO -PHOTON EXCITATION OF Na ATOMS IN A FLAME BY BROAD -BAND LASER

IRRADIATION. Van Dijk C. A., Zeegers P. J. Th. , Nienhuis G. , Alkemade C.

Th. J., J. Quant. Spectrosc. Radiat. Transfer 20, 55.

3231. BROADENING OF SPECTRAL LINES BY ELECTRON SCATTERING. II. PURE ABSORPTION

IN THE LINE. Vedmich V. G., Astrophysics (USSR), 13, 277.

3232. PHASE -CHANGING BROADENING OF THE LASER LINE OF Xe I AT A = 3.51 fim.

Vetter R. , Marie E. , J. Phys. B 11, 2845.

3233. SATELLITE OF SELF -BROADENED SPECTRAL LINES OF CESIUM AND RUBIDIUM.

Veza D. , Pichler G. , Movre M. , "Physics of Ionized Gases 1978:

Contributions," 249-252 (Ed. R. K. Janev, Institute of Physics, Beograd,

Yugoslavia, 1978).

3234. POLARIZATION SHIFT EFFECT IN HIGH-DENSITY PLASMAS. Volonte S., J. Phys. D

11, 1615.

3235. DETERMINATION OF THE ELECTRON DENSITY IN A HIGH-PRESSURE Na-Xe DISCHARGE

FROM THE PROFILE OF A STARK- BROADENED SPECTRAL LINE. Waszink J. H.

,

Flinsenberg H. J., J.. Appl . Phys. 49, 3792.

3236. DETERMINATION OF TEMPERATURE AND PLASMA COMPOSITION IN A HIGH-PRESSURE Cs

I-Hg-Ar DISCHARGE. Waszink J. H. , Greef L. G. M. de , J. Appl. Phys. 49,

5150.

3237. REGULARITIES IN PLASMA-BROADENED LINE WIDTHS. Wiese W. L. , Konjevic N.

,

"Physics of Ionized Gases 1978: Contributions," 257-260 (Ed. R. K. Janev,

Institute of Physics, Beograd, Yugoslavia, 1978).

- 57 - 1978
3238. CALCULATED PRESSURE BROADENING AND SHIFT FOR ALKALI -METAL ATOMS PERTURBED

BY RARE GASES: TWO PHOTON S-S TRANSITIONS. Wu C. Y. R. , Stwalley W. C,

Phys. Rev. A 18, 1066.

3239. LONG-RANGE INTERACTIONS OF THE THALLIUM 7

2 S STATE AND BROADENING AND

1/2

SHIFT OF THE THALLIUM VIOLET AND GREEN LINES BY RARE GASES. Wu C . Y. R.

,

Stwalley W. C, Proctor T. R. , J. Chera. Phys. 69, 4238.

3240. CALCULATED PRESSURE EFFECTS ON SPECTRAL LINES FOR LONG-RANGE INTERATOMIC

POTENTIALS: Rb AND Cs WITH HEAVY RARE GASES. Wu C. Y. R. , Stwalley W. C,

J. Quant. Spectrosc. Radiat . Transfer 20, 211.

3241. DETERMINATION OF ATOMIC VAPOR PRESSURE BY AN OPTICAL ABSORPTION METHOD

USING TWO RESONANCE LINES OF THE ELEMENT INVESTIGATED. Yablochkov E. Yu.

,

Muradov V. G. , Opt. Spectrosc. (USSR) 44, 382.

1979

3242. SPECTROSCOPIC INVESTIGATION OF PLASMA TURBULENCE. Al-Shiraida Y. S.

,

Hirose A., Skarsgard H. M. , Can. J. Phys. 57, 845.

3243. NEON SPECTRAL LINE BROADENING AS A DIAGNOSTIC FOR COMPRESSED LASERFUSION TARGETS. Auerbach J. M. , Bailey D. S., Glaros S. S., Koppel L. N.

,

Pan Y. L. , Richards L. M. , Slivinsky V. W. , Thomson J. J., J. Appl . Phys.

50, 5478.

3244. INTERFEROMETRIC STUDY OF UNRESOLVED COMPONENTS OF SPECTRAL LINES. Babaev

A. S., Babaev V. S., Kuchinskii V. V., Fafurina E. N. , Opt. Spectrosc.

(USSR) 46, 122.

3245. EXPERIMENTAL INVESTIGATION OF KRYPTON SPECTRA. Baessler P., Obbarius H.

U. , Schulz-Gulde E. , Physica C (Amsterdam) 96, 147.

3246. THE WIDTH OF THE Na D RESONANCE LINE (A 5890 A) IN ATMOSPHERES OF HELIUM

2 AND NEON AND ATOMIC HYDROGEN. Baird J. P., Eckart M. J., Sandeman R. J.,

J. Phys. B 12, 355.

3247. RESONANCE BROADENING IN NEON AT LOW DENSITIES. Baird P. E. G. , Burnett

K. , Damaschini R. , Stacey D. N. , Thompson R. C, J. Phys. B 12, L143

1978-1979 - 58 -
3248. OBSERVATIONS OF HIGH-DENSITY EFFECTS ON SPECTRAL LINE SHAPES IN A DENSE

18 — 3 (n > 10 cm ) Z-PINCH DISCHARGE. Baker E. A. M. , Burgess D. D., J.

Phys. B 12, 2097.

3249. A LINESHAPE OF THE TRAPPED PARTICLE IN ANHARMONIC POTENTIAL. Baklanov Ye.

V., Chebotayev V. P., Titov Ye . A., Appl . Phys. 20, 361.

3250. SPECTROSCOPIC DIAGNOSTICS OF A.D.C. NITROGEN PLASMA JET. Baronnet J. M.

,

Rakowitz J., Coudert J. F., Bourdin E., Fauchais P., Erchov, Pavlov E.,

J. Phys. (Paris), Colloq. C7 , Suppl . 7, 40, 247.

3251. SPECTRAL COMPOSITION OF INDUCED EMISSION FROM A COPPER VAPOR LASER AND

ITS TIME EVOLUTION. Batenin V. M. , Klimovskii I. I., Morozov A. V.,

Selezneva L. A., High Temp. (USSR) 17, 406.

3252. NARROWING AND DEFORMATION OF THE HYPERF I NE STRUCTURE LINES OF ATOMS IN A

MAGNETIC FIELD. Batyghin V. V., Toptyghin I. N., Phys. Lett. A 73, 177.

3253. CALCULATION OF THE COLLISIONAL SHIFTS AND BROADENING OF ALKALI ATOMS IN

AN ATMOSPHERE OF LIGHT INERT GASES. Batygin V. V., Gornyi M. B., Matisov

B. G., Opt. Spectrosc. (USSR) 46, 572.

3254. THEORY OF LINE SHAPE FOR NONDEGENERATE OPTICAL TRANSITIONS. Batygin V.

V., Gornyi M. B. , Matisov B. G. , Opt. Spectrosc. (USSR) 47, 123.

3255. LINE SHAPE. Behmenburg W. , "Progress in Atomic Spectroscopy," Part B, Ch.

27, pp. 1187-1226 (Eds. W. Hanle & H. Kleinpoppen, Plenum Press, New

York, 1979).

3256. DIELECTRONIC SATELLITE SPECTRA FOR HIGHLY CHARGED HELIUM-LIKE IONS - III.

CALCULATIONS OF n=3 SOLAR FLARE IRON LINES. Bely-Dubau F. , Gabriel A. H.,

Volonte S., Mon. Not. R. Astron. Soc . 186, 405.

3257. DIELECTRONIC SATELLITE SPECTRA FOR HIGHLY CHARGED HELIUM-LIKE IONS - V.

EFFECT OF TOTAL SATELLITE CONTRIBUTION ON THE SOLAR FLARE IRON SPECTRA.

Bely-Dubau F., Gabriel A. H., Volonte S., Mon. Not. R. Astron. Soc. 189,

801.

3258. THEORY OF SATURATION SPECTROSCOPY INCLUDING COLLISIONAL EFFECTS. Berman

P. R., Liao P. F., Bjorkholm J. E., Phys. Rev. A 20, 2389.

- 59 - 1979
3259.

3260.

3261.

3262.

3263.

3264.

3265.

3266.

3267.

3268.

3269.

1979

DETERMINATION OF THE INSTRUMENTAL FUNCTION OF A FABRY- PEROT SPECTROMETER. Bernabeu E., Alvarez J. M. , Opt. Pura Apl . 12, 113. (Span.)

BROADENING EFFECTS OF THE 632.8 nm Ne I LINE DUE TO A HELIUM-NEON

MIXTURE. Bielski A., Darowicki H., Szudy J., Z. Naturforsch. , Teil A 34,

519.

LINE- SHAPES IN DOPPLER-FREE TWO-PHOTON SPECTROSCOPY. THE EFFECT OF FINITE

TRANSIT TIME. Biraben F., Bassini M., Cagnac B., J. Phys . (Paris) 40, 445

RELAXATION OF THE SODIUM ATOM IN THE 4D LEVEL BY COLLISIONS WITH NOBLE

GASES. I. EXPERIMENTAL ASPECTS. Biraben F., Beroff K. , Grynberg G.,

Giacobino E., J. Phys. (Paris) 40, 519.

THE SHAPE OF COLLISION BROADENED LINES FROM RESONANCE TO THE FAR WINGS.

Birnbaum G., J. Quant. Spectrosc . Radiat . Transfer 21, 597.

DOPPLER- BROADENING MEASUREMENTS OF X-RAY LINES FOR DETERMINATION OF THE

ION TEMPERATURE IN TOKAMAK PLASMAS. Bitter M. , von Goeler S., Horton R.

,

Goldman M. , Hill K. W. , Sauthoff N. R. , Stodiek W. , Phys. Rev. Lett. 42,

304.

THE DETERMINATION OF LASER PLASMA ELECTRON DENSITY BY K SPECTRA OF

MULTICHARGED IONS. Boiko V. A., Pikuz S. A., Faenov A. Ya . , J. Phys. B

12, 1889.

PRESSURE BROADENED ABSORPTION SPECTRUM OF THE MERCURY 1849 A LINE BY

VARIOUS RARE GASES. DETERMINATION OF THE Hg-Xe INTERACTION POTENTIALS.

Bras N. , Bousquet C, J. Phys. (Paris) 40, 945. (Fr.)

DETERMINATION OF THE ELECTRON DENSITY IN VARIOUS STAGES OF A SPARK

DISCHARGE FROM STARK BROADENING OF SPECTRAL LINES. Brezna E., Acta Fac

Rerum Nat. Univ. Comenianae , Phys. 19, 249.

SUPPRESSION OF DOPPLER BROADENING FOR XUV TRANSITIONS IN DENSE PLASMAS.

Burgess D. D., Everett D., Lee R. W. , J. Phys. B 12, L755.

PULSED DYE LASER ABSORPTION SPECTROSCOPY WITH METASTABLE AND EXCITED

MERCURY ATOMS. Butaux J., Jeannet J. C, Opt. Commun. 28, 81.

- 60 -
3270. IMPACT AND QUASISTATIC LIMIT IN THE QUANTUM-PATH THEORY OF PRESSURE

BROADENING. Butaux J., Nienhuis G. , Schuller F. , J. Quant. Spectrosc.

Radiat. Transfer 21, 123.

3271. PROFILE OF THE LYMAN -a LINE IN THE PRESENCE OF AN ARGON PLASMA. Chambaud

G. , Millie Ph., Ridard J., Levy B., J. Phys . B 12, 221.

3272. CONVOLUTION ALGORITHM FOR THE LORENTZ FUNCTION. Clough S. A., Kneizys F.

X. , Appl. Opt. 18, 2329.

3273. OPTICAL DIAGNOSTICS USING A BARIUM ION BEAM FOR SPATIAL RESOLUTION OF

PLASMA PARAMETERS. Cobble J. A., Glowienka J. C, IEEE Trans. Plasma Sci.

PS-7, 147.

3274. REDISTRIBUTION OF SCATTERED RADIATION BY COLLISIONS IN THE NONIMPACT

REGION OF THE SPECTRAL LINE PROFILE. Cooper J., Astrophys. J. 228, 339.

3275. ON THE CONTRIBUTION OF THE ORIENTATION AND VELOCITY RELAXATION TO THE

ATOMIC LINE SHAPE. II. LOW PRESSURE REGION. Czuchaj E. , Paul E., Acta

Phys. Pol. A 56, 547.

3276. ELECTRON DENSITY MEASUREMENT USING THE STARK PROFILES OF Al XII LINES.

Datla R. U. , Griem H. R. , Phys. Fluids 22, 1415.

3277. LINE WIDTHS AND ENERGY SHIFTS OF SPONTANEOUS EMISSION. Deng C.-H., Acta

Phys. Sin. 28, 383 .( Chinese

)

3278. A MODIFIED ADIABATIC THEORY CALCULATION FOR THE STARK BROADENING OF He I

(3 P° - 2

1 S). Dimitrijevic M. S., Grujic P., J. Phys. (Paris), Colloq.

C7, Suppl. 7, 40, 119.

3279. ON THE APPROXIMATE SEMICLASSICAL FORMULA FOR THE ELECTRON- IMPACT WIDTH OF

MULTIPLY IONIZED ATOM LINES IN PLASMAS. Dimitrijevic M. S., Konjevic N.

,

J. Phys. (Paris), Colloq. C7, Suppl. 7, 40, 815.

3280. QUANTUM MECHANICAL CALCULATIONS OF THE STARK BROADENING OF SOME He I LINES FROM PLASMAS. Dimitrijevic M. S., Grujic P., Koledin D. , J. Phys.

(Paris), Colloq. C7, Suppl . 7 , 40, 825.

3281. STARK WIDTHS OF MULTIPLY IONIZED ATOMS OF ASTROPHYS ICAL INTEREST.

Dimitrijevic M. S., "Proceedings of the 3rd National Conference of

Yugoslav Astronomers , " 138-143 (Belgrade, Yugoslavia, 1979).

- 61 - 1979
3282.

3283.

3284.

3285.

3286.

3287.

3288.

3289.

3290.

3291.

3292.

1979

APPROXIMATE CLASSICAL TRAJECTORIES AND THE ADIABATIC THEORY OF THE STARK

BROADENING OF NEUTRAL - ATOM LINES. Dimitrijevic M. S., Grujic P., Z.

Naturforsch. , Teil A 34, 1362.

EXPERIMENTAL PROFILES OF THE BALMER LINE H EMITTED FROM AN AFTERGLOW

PLASMA WITHOUT AND WITH A SUPERPOSED MAGNETIC FIELD UP TO 10 TESLA.

Drawin H. W. , Raraette J., Z. Naturforsch., Teil A 34, 1041.

THE PROFILE OF THE He I 4

3 D ,3 F - 2

3 P (A=447.15 nm; A=447.0 run)

SPECTRAL LINE EMITTED FROM A LOW-PRESSURE AFTERGLOW PLASMA SUBMITTED TO A

MAGNETIC FIELD OF 10 TESLA. Drawin H. W. , Ramette J., Z. Naturforsch.,

Teil A 34, 1051.

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INTERFEROMETER. Dunaev V. V., Kuchinskii V. V., Pavlov S. V., J. Appl

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THE WIDTH OF H IN AN ATOMIC HYDROGEN ATMOSPHERE. Eckart M. J., Baldwin

K. G. H. , J. Phys. B 12, L319

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OBSERVATION OF ION DYNAMICS IN THE He I 4026 A STARK PROFILE. Ehrich H.,

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COMMENTS ON THE SPECTROSCOPIC ANALYSIS OF A HIGH-DENSITY PLASMA. Finken

K. H., J. Appl. Phys. 50, 5518.

SPECTROSCOPIC MEASUREMENT OF THE MAGNETIC FIELD IN A HIGH DENSITY PLASMA.

Finken K. H., J. Quant. Spectrosc. Radiat . Transfer 22, 397. •

•

EXPERIMENTAL DETERMINATION OF THE CONSTANTS OF THE BROADENING AND THE

DISPLACEMENT OF SPECTRAL LINES FROM THEIR SELF-REVERSAL CONTOURS. Fishman

I. S., Semin P. S., Desyatnik G. A., Opt. Spectrosc. (USSR) 47, 245.

EFFECT OF THE ION MOTION AT LOW ELECTRON DENSITIES ON THE PROFILES OF THE

LINES 4471 A AND 4922 A OF He I. Fleurier C, Coulaud G., Chapelle J., J.

Phys. (Paris), Colloq. C7 , Suppl . 7, 40, 81.

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3293. FOREIGN-GAS INDUCED RELAXATION OF RYDBERG S AND D STATES IN ATOMIC

SODIUM. Flusberg A., Kachru R. , Mossberg T. , Hartraann S. R. , Phys . Rev. A

19, 1607.

3294. STARK BROADENING OF Fe I 5383 A. Freudenstein S., Cooper J., Astron.

Astrophys. 71, 283.

3295. OBSERVATIONS OF THE COLLISION- INDUCED DIPOLE TRANSITIONS AND OF A

QUADRUPOLE TRANSITION FOR BARIUM IN KRYPTON. Fujimoto T. , Ueda K. , Fukuda

K. , J. Quant. Spectrosc . Radiat . Transfer 21, 89.

3296. SPACE AND TIME RESOLVED MEASUREMENTS OF ELECTRON AND ATOMIC EXCITED'

STATES DENSITIES IN A CO LASER- PRODUCED PLASMA OF HELIUM. Gauthier J.

2 C, Geindre J. P., Grand j ouan N. , J. Phys. (Paris), Colloq. C7, Suppl . 7,

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3297. DOPPLER-FREE TWO-PHOTON OPTOGALVANIC SPECTROSCOPY. Goldsmith J. E. M.

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Ferguson A. I., Lawler J. E., Schawl ow A. L. , Opt. Lett, 4, 230.

3298. INCLUSION OF ION DYNAMICS IN THE UNIFIED CLASSICAL PATH THEORY OF STARK

BROADENING. Greene R. L. , Phys. Rev. A 19, 2002.

3299. BROADENING OF THE LYMAN-a LINE OF HYDROGEN BY LOW-FREQUENCY ELECTRIC

FIELDS IN DENSE PLASMAS. Griem H. R. , Phys. Rev. A 20, 606.

3300. STARK-PROFILE CALCULATIONS FOR LYMAN-SERIES LINES OF ONE-ELECTRON IONS IN

DENSE PLASMAS. Griem H.- R. , Blaha M. , Kepple P. C, Phys. Rev. A 19, 2421.

3301. DOPPLER-FREE MULTI -PHOTON EXCITATION: LIGHT SHIFT AND SATURATION.

Grynberg G., J. Phys. (Paris) 40, 657.

3302. RELAXATION OF THE SODIUM ATOM IN THE 4D LEVEL BY COLLISIONS WITH NOBLE

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Beroff K., J. Phys. (Paris) 40, 533.

3303. DEGENERACY OF SPECTRAL SERIES IN HYDROGEN PLASMAS. Gurovich V. Ts .

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3304. NEW RESULTS CONCERNING THE ANALYSIS OF VOIGT FUNCTIONS. Haubold H. J.,

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3305. ANALYTICAL DESCRIPTION OF A FABRY-PEROT SPECTROMETER. 5: OPTIMIZATION FOR

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Hernandez G. , Appl . Opt. 18, 3826; 21, 1528 (1982).

3306. A METHOD OF ESTIMATING THE LEVEL OF COLLECTIVE ELECTRIC FIELD

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Himmel G., Sowa L., J. Phys . (Paris), Colloq. C7 , Suppl . 7 , 40, 837.

3307. ABSORPTION PROFILE OF A COLLIMATED ATOMIC BEAM, NON- ORTHOGONAL TO A LASER

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3308. ON THE DECONVOLUTION OF MEASURED CURVES WITH MEASURED APPARATUS FUNCTIONS

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3309. AN EFFICIENT METHOD FOR EVALUATION OF THE COMPLEX PROBABILITY FUNCTION:

THE VOIGT FUNCTION AND ITS DERIVATIVES. Humlicek J., J. Quant. Spectrosc

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3310. A SIMPLE FORMULA FOR ATOMIC LINE BROADENING BY NEUTRAL HYDROGEN. Irwin A.

W. , Mon. Not. R. Astron. Soc. 188, 707.

3311. STUDY OF PERTURBATION OF HYPERFINE COMPONENTS OF THE

8?

Rb D LINE BY

l INERT GASES USING A COMPOUND FABRY-PEROT INTERFEROMETER. Izotova S. L.

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3312. SPACE -DEPENDENT SHIFT OF SPECTRAL LINES IN LASER- PRODUCED PLASMAS. Jaegle

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3313. INTENSITY AND SHAPE OF SPECTRAL LINES FROM LASER- PRODUCED PLASMAS.

Jamelot G., Jaegle P., Carillon A., Wehenkel C, J. Phys. (Paris),

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3314. TWO PHOTON POLARIZATION SPECTROSCOPY. Kaftandjian V. P., Talin B. , Klein

L., J. Phys. (Paris) 40, 1037.

3315. EXPERIMENTAL STUDY OF STARK BROADENING OF NITROGEN ION LINES IN A THETA

PINCH PLASMA. Kallne E., Jones L. A., Barnard A. J., J. Quant. Spectrosc.

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1979 - 64 -
3316. TEST FOR ION DYNAMIC DEPENDENCE OF PLASMA RED SHIFTS IN NEUTRAL HYDROGEN.

Kelleher D. E. , Konjevic N. , Wiese W. L. , Phys . Rev. A 20, 1195.

3317. STARK BROADENING OF H : WINGS CALCULATION. Kertanguy A. de , Trail Minh N.

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Feautrier N. , J. Phys. B 12, 365.

3318. PLASMA PARAMETERS IN LASER IMPLODED TARGETS FROM SPACE -RESOLVED X-RAY

SPECTROSCOPY. Key M. H., Lunney J. G., Ward J. M. , Evans R. G., Rumsby P.

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3319. ANALYTICAL DETERMINATION OF LINEWIDTHS USING THE FABRY-PEROT SPECTROMETER. Khashan M. A., Physica C (Amsterdam) 98, 93.

3320. DECONVOLUTION OF INSTRUMENTAL RESPONSE FOR ASYMMETRIC SPECTRAL LINES.

Kielkopf J. F., J. Opt. Soc . Am. 69, 482.

3321. OBSERVATION OF THE SIMULTANEOUS ADDITIVE EFFECT OF SEVERAL XENON

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3322. EMISSION FROM A DENSE THERMAL HYDROGEN PLASMA. Kon'kov A. A., High Temp.

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3323. NONLINEAR ABSORPTION METHOD IN A MAGNETIC FIELD FOR MEASURING HOMOGENEOUS

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3324. ANALYSIS OF Rb OPTICAL PUMPING LIGHT SOURCES. Kuramochi N. , Matsuda I.,

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3325. BLURRING OF LINES AT THE LIMIT OF THE HYDROGEN SERIES. Kurochka L. N.

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Rybko L. B. , Astrophysics (USSR) 15, 93.

3326. SOME REGULARITIES OF STARK WIDTHS OF ALKALI -METAL AND SINGLY IONIZED

EARTH ALKALI -METAL RESONANT SPECTRAL LINES. Lakicevic I. S., Puric J.,

Dimitrijevic M. S., "Proceedings of the 3rd National Conference of

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3327. HIGH DENSITY SELF -BROADENING OF THE FIRST XENON AND KRYPTON RESONANCE

LINE, Laporte P., Damany H., J. Phys. (Paris) 40, 9.

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3328. HIGH DENSITY SELF -BROADENING OF THE 253,65 run MERCURY RESONANCE LINE.

Laporte P., Damany H., J. Quant. Spectrosc . Radiat . Transfer 22, 447.

3329. LINE BROADENING AND RADIATIVE RECOMBINATION BACKGROUND INTERFERENCES IN

INDUCTIVELY COUPLED PLASMA-ATOMIC EMISSION SPECTROSCOPY. Larson G. F.,

Fassel V. A., Appl . Spectrosc. 33, 592.

3330. DOPPLER-FREE INTERMODULATED OPTOGALVANIC SPECTROSCOPY . Lawler J. E.

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3331. SHOCK-TUBE MEASUREMENTS OF THE OSCILLATOR STRENGTHS AND STARK CONSTANTS

FOR s-p TRANSITIONS IN ATOMIC XENON. Lazovskaya V. R. , Tumakaev G. K.

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3332. STUDY OF THE PLASMA BROADENING OF SPECTRAL LINES OF HYDROGENIC IONS. Lee

R. W. , J. Phys. B 12, 1129.

3333. STUDY OF ION DYNAMIC EFFECTS ON LYMAN AND BALMER HYDROGEN LINES. Lee R.

W. , J. Phys.B 12, 1145.

3334. A MODEL STUDY OF NON-THERMAL EFFECTS IN THE PLASMA BROADENING OF SPECTRAL

LINES. Lee R. W. , J. Phys. B 12, 1165.

3335. EFFECT OF FINE- STRUCTURE SPLITTING ON THE SHAPE OF THE LYMAN a LINE OF

HIGH-Z EMITTERS IN ULTRA DENSE PLASMAS. Lee R. W., Phys. Lett. A 71, 224.

3336. A THEORETICAL STUDY OF THE PLASMA BROADENING OF HELIUM-LIKE TRANSITIONS

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3337. HIGH RESOLUTION TWO -PHOTON SPECTROSCOPY OF Rb RYDBERG LEVELS. Lee S. A.,

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3338. STUDY OF COLLISIONAL REDISTRIBUTION USING TWO-PHOTON ABSORPTION WITH A

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1979 - 66 -
3339. THE ESR SPECTRUM AND LINEWIDTH MEASUREMENTS OF ATOMIC IODINE. Lilenfeld

H. V., Richardson R. J., J. Chem. Phys . 70, 3859.

3340. LEAST SQUARES ANALYSIS OF VOIGT-SHAPED LINES. Lin C. L. , Shaw J. H.

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3341. THE PRESSURE AND DOPPLER LINE BROADENING OF ATOMIC FLUORESCENCE OF

THALLIUM IODIDE PERTURBED BY HYDROGEN. Lisicki E., Szudy J., Wolnikowski

J., Acta Phys. Pol. A 56, 557.

3342. LINE BROADENING AS LIGHT EMISSION DURING A COLLISION PROCESS. Lisitsa V.

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3343. XUV SPECTROSCOPIC STUDIES OF A CARBON LASER PRODUCED PLASMA. Malvezzi A.

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3344. DECONVOLUTION OF SPECTRAL LINES: AN IMPROVED METHOD. Mar S., Gigosos M.

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3345. MMM PROFILES OF He I LINES: ION DYNAMICS EFFECT. Mazure A., Goldbach C.

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Nollez G., Z. Naturforsch. , Teil A 34, 773.

3346. COPPER ION LASER: LINE BROADENING STUDIES. McNeil J. R. , Collins G. J.,

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3347. TRANSITION PROBABILITIES AND STARK-BROADENING PARAMETERS OF NEUTRAL AND

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3348. EXPERIMENTAL TRANSITION PROBABILITIES AND STARK- BROADENING PARAMETERS OF

NEUTRAL AND SINGLY IONIZED TIN. Miller M. H., Roig R. A., Bengtson R. D.,

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3349. TWO-PHOTON OPTICAL FREE INDUCTION DECAY MEASUREMENT BY BROAD-BAND

EXCITATION IN UNDIRECTIONAL BEAMS. Mitev V. M. , Pavlov L. I., Stamenov K.

V. , Phys. Lett. A 72, 209.

3350. DETERMINATION OF THE PLASMA PARAMETERS AND THE SUPRATHERMAL MICROFIELDS

IN A CRITICAL VELOCITY ROTATING PLASMA. Mobius E. , Piel A., Himmel G. , Z.

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3351. SHAPES OF OPTICAL EMISSION LINES FROM ATOMS EXCITED BY FAST ION IMPACT.

11. INITIAL EXPERIMENTAL RESULTS. Morgan F. J., Dugan C. H., Lowe R. P.,

Can. J. Phys. 57, 1934.

3352. MEASUREMENT OF COLLISION BROADENING OF THE CALCIUM RESONANCE LINE BY LOW

RESOLUTION SPECTROSCOPY. Myint H., Hill R. M. , Hindmarsh W. R. , J. Quant.

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3353. DETERMINATION OF OPTICAL CROSS -SECTIONS FOR SOME Na AND Li LINES WITH A

SHOCK TUBE. Nakajima S., Kosasa K. , Maruyaraa Y. , Spectrochim . Acta, Part

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3354. REPLY TO "COMMENTS ON THE SPECTROSCOPIC ANALYSIS OF A HIGH-DENSITY

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3355. FINE STRUCTURE AND SPECTRAL BROADENING OF BALMER LINES IN LASER- PRODUCED

PLASMAS. Nicolosi P., Tondello G., Jannitti E. , Phys. Rev. A 20, 2574.

3356. NEAR-WING ASYMMETRIES OF THE SELF -BROADENED FIRST Rb AND Cs RESONANCE

LINES. Niemax K. , Movre M. , Pichler G. , J. Phys. B 12, 3503.

3357. LINE STRENGTHS IN SPECTRA OF SATURATED NEARLY RESONANT LIGHT SCATTERING

FROM COLLI S I ONALLY PERTURBED ATOMS. Nienhuis G., Schuller F. , J. Phys. B

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3358. INFORMATION IN SPECTRA OF COLLISION-BROADENED ABSORPTION LINES. Niple E.,

Shaw J. H. , Appl. Spectrosc. 33, 569.

3359. SUPRATHERMAL FIELD FLUCTUATIONS AND HIGH ENERGY ELECTRONS IN A LOW

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,

Phys. Fluids 22, 1790 .

3360. LASER-DRIVEN FORBIDDEN TRANSITIONS TO HIGH-L STATES IN He. Panock R.

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Rosenbluh M. , Lax B., Miller T. A., Phys. Rev. Lett. 42, 172.

3361. METHOD FOR DECOMPOSING OBSERVED LINE SHAPES RESULTING FROM MULTIPLE

CAUSES; APPLICATION TO PLASMA CHARGE -EXCHANGE NEUTRAL SPECTRA. Patch R.

W. , J. Quant. Spectrosc. Radiat. Transfer 22, 273.

3362. ON THE CONTRIBUTION OF THE ORIENTATION AND VELOCITY RELAXATION TO THE

ATOMIC LINE SHAPE. I. MODERATE PRESSURE REGION. Paul El, Acta Phys. Pol.

A 55, 333.

1979 - 68 -
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Turner J. E. , Phys . Rev. A 20, 1032.

3364. MODEL -POTENTIAL METHOD FOR THE CALCULATION OF ATOM-RARE-GAS INTERACTIONS:

APPLICATION TO THE Na-Ne SYSTEM. Philippe M. , Masnou- Seeuws F. , Valiron

P. , J. Phys. B 12, 2493.

3365. THE ROLE OF MOLECULAR LINES IN THE STUDY OF PLASMA SATELLITES. Piel A.,

Pinnekamp F. , J. Phys. (Paris), Colloq. C7 40 , 813.

3366. THE ROLE OF HYDROGEN MOLECULAR LINES IN THE VICINITY OF H . Piel A. , Richter H. , Z. Naturforsch. , Teil A 34, 516.

3367. SHIFTS OF THE n = 4 HYDROGEN AND 3

3 D HELIUM LEVELS INDUCED BY TEA CO

2 LASER RADIATION. Pignolet P., Bouchoule A., Davy P., Dubreuil B.,

Wackherr P., J. Phys. (Paris) Lett. 40, L431.

3368. STARK BROADENING OF He I 3965 A. Pilon P. J., Barnard A. J., Can. J.

Phys. 57, 1553.

3369. VELOCITY- SELECTIVE OPTICAL PUMPING AND DOPPLER-FREE SPECTROSCOPY. Pinard

M. , Aminoff C. G., Laloe F. , Phys. Rev. A 19, 2366.

3370. THE INFLUENCE OF MOLECULAR TRANSITIONS ON THE SPECTRUM OF THE HELIUM LINE

AT A = 447.15 run IN A LOW-PRESSURE DISCHARGE. Pinnekamp F. , Z.

Naturforsch., Teil A 34, 529.

3371. STARK BROADENING OF S III AND S IV LINES. Platisa M. , Popovic M.

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Dimitrijevic M. , Konjevic N. , J. Quant. Spectrosc. Radiat . Transfer 22,

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3372. BROADENING OF THE A = 589.0 run Na I RESONANCE LINE IN COLLISIONS WITH

DIPOLAR MOLECULES. Popov K. G., Ruzov V. P., Salganik Yu. A., Sivkov V.

N., Opt. Spectrosc. (USSR) 46, 20.

3373. BROADENING OF THE SODIUM RESONANCE LINE A -589.0 run DUE TO COLLISIONS WITH

ATOMS AND MOLECULES. Popov K. G., Ruzov V. P., Vestn. Leningr . Univ. Fiz.

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3374. SHOCK-TUBE STUDIES OF ATOMIC SILICON EMISSION IN THE SPECTRAL RANGE 180

TO 300 nm. Prakash S. G. , Park C, Prog. Astronaut. Aeronaut. 64, 245.

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3376.

3377.

3378.

3379.

3380.

3381.

3382.

3383.

3384.

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ACCURACY ATTAINABLE IN DETERMINING THE PARAMETERS OF THE VOIGT CONTOUR OF

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A PARAMETRIC SOLUTION OF THE PROBLEM OF THE "ELIMINATION" OF THE DOPPLER

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SCHEME FOR EXPANDING A VOIGT PROFILE INTO COMPONENTS. Preobrazhenskii N.

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BROADENING AND SHIFT OF NEUTRAL CHROMIUM ABSORPTION LINES BY VARIOUS

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SOME REGULARITIES WITHIN THE STARK WIDTHS AND SHIFTS OF RESONANCE LINES

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J. Phys. (Paris), Colloq. C7 , Suppl . 7, 40, 795.

SOME REGULARITIES WITHIN THE STARK WIDTHS AND SHIFTS OF RESONANCE LINES

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COMPARISON OF COLLISIONAL REDISTRIBUTION AND EMISSION LINE SHAPES. Raymer

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CALCULATION OF COLLISION BROADENING AND SHIFT OF HYPERFINE COMPONENTS OF

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Rebane V. N. , Opt. Spectrosc. (USSR) 46, 644.

BROADENING AND SHIFT OF HYPERFINE COMPONENTS OF A j=3/2-j =3/2 SPECTRAL

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EXPERIMENTAL EVIDENCE FOR COMPENSATION OF DOPPLER BROADENING BY LIGHT

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3386. ELECTRON IMPACT BROADENING OF ALUMINUM I -LINES. Rondigs G. , Kusch H. J.,

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3387. THE STARK WIDTH OF THE Ar I -LINE 3949 A IN A MEDIUM ELECTRON DENSITY

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3388. CONTINUOUS EMISSION, LOWERING OF THE IONIZATION POTENTIAL AND TOTAL

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3389. PRESSURE AND POWER BROADENI NGS OF THE SATURATED ABSORPTION LINES OF

IODINE AT 633 nm. Sakurai T., Iwasaki S., Oshida T. , Tanaka K. , Jpn. J.

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3390. IONIZATION- INDUCED ATTENUATION OF ATOMIC SPECTRAL LINES IN A PLASMA

ELECTRIC MICROFIELD. Savukynas A. J., Ciziunas A. R. , Sov.

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3391. EXPERIMENTAL DETERMINATION OF THE Cs ( 7S ) -RARE-GAS POTENTIAL ENERGY CURVES

AND OF THE 6S-7S COLLISION- INDUCED OSCILLATOR STRENGTHS. Sayer B., Ferray

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3392. ON THE BROADENING OF SPECTRAL LINES BY THE INTERACTION OF PHOTONS WITH A

NEW FIELD. S chat zman E., Astron. Astrophys. 74, 12.

3393. PRESSURE SHIFTS OF THE 3.51 fim LINE IN XENON. Schwamb D. H. , Phys. Lett.

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3394. HYDROGEN STARK BROADENING BY ION IMPACTS ON MOVING EMITTERS. Seidel J.,

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3395. PRESSURE BROADENING OF RADIO RECOMBINATION LINES FROM MULTIPLE -COMPONENT

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3396. STARK BROADENING INDUCED BY THE INTENSE ELECTRIC FIELD OF A PULSED

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3397. ESTABLISHMENT OF SAHA-BOLTZMANN EQUILIBRIUM FOR Ar I LOWER EXCITED ATOMS

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3398. SPECTRAL LINE BROADENING DUE TO COULOMB INTERACTION. Smirnov G. I.,

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3399. EVALUATION OF THE OPTICAL TRANSPARENCY OF A PLASMA. Sokolov A. S. , Opt.

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3400. EXPERIMENTAL STARK PROFILE DETERMINATION OF SOME PLASMA BROADENED He I AND He II LINES. Soltwisch H. , Kusch H. J., Z. Naturforsch. , Teil A 34,

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3401. BROADENING AND COLLISIONAL RELAXATION OF THE POTASSIUM 5

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3402. ON THE ROLE OF ION DYNAMICS IN THE STARK BROADENING OF HYDROGEN LINES.

Stamm R. , Voslamber D., J. Quant. Spectrosc. Radiat . Transfer 22, 599.

3403. TERM VALUES, PRESSURE BROADENI NGS AND SHIFTS IN HIGH RYDBERG LEVELS OF

RUBIDIUM. Stoicheff B. P., Weinberger E., "Springer Series in Optical

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Rothe , Springer-Verlag , Berlin, Germany, 1979).

3404. DETERMINATION OF ION TEMPERATURE DISTRIBUTIONS FROM DOPPLER BROADENI NGS

OF IMPURITY LINES IN THE VACUUM UV REGION FOR TOKAMAK DISCHARGES. Sugie

T., J. Phys. Soc. Jpn. 46, 250.

3405. EXPERIMENTAL PROFILES OF 6

2 S - 7

2 P AND 62 S - 72 P CESIUM

1/2 1/2 1/2 3/2

LINES, OBTAINED IN A TWO-PHOTON IONIZATION PROCESS. Toader E. I., Rev.

Roum. Phys. 24, 453.

3406. INFLUENCE OF THE BOUNDARY LAYER OF A SHOCK-HEATED PLASMA ON THE STARK

PROFILES OF THE Al I RESONANCE LINES. Truong-Bach, Drawin H. W. , J.

Quant. Spectrosc. Radiat. Transfer 22, 389.

3407. NOMOGRAM FOR THE DETERMINATION OF THE PARAMETERS OF THE VOIGT CONTOUR OF

A SPECTRAL LINE. Tskhai N. S., J. Appl . Spectrosc. (USSR) 30, 230.

3408. AC STARK EFFECT ON THE SATURATED ABSORPTION LINE SHAPE IN A PARTIALLY

DOPPLER -COMPENSATED SYSTEM. Tsukakoshi M. , Shimoda K. , Jpn. J. Appl.

Phys. 18, 419.

1979 - 72 -
3409. MEASUREMENT OF BROADENING PARAMETERS OF NEUTRAL CARBON LINES IN THE

VACUUM ULTRAVIOLET. Vadla C. , Vujnovic V., Phys . Rev. A. 20, 1573.

3410. BROADENING OF SPECTRAL LINES. Vainshtein L. A., Sobel'man I. I., Yukov E.

A., "Excitation of Atoms and Broadening of Spectral Lines," Ch. 7,

250-319 (Nauka, Glav. Red. Fiz.--Mat. Lit., Moskva, 1979 ) . (Russ .

)

3411. THE SHAPE OF SATELLITE LINES IN CLASSICAL BROADENING THEORY INCLUDING

DOPPLER EFFECT. Vallee 0., Tran Minh N. , Chapelle J., J. Phys. B 12 , L9

.

3412. THE 3

2 S - 32D INTERVAL IN ATOMIC HYDROGEN. I. TWO-PHOTON

1/2 5/2

LINE -SHAPE THEORY. Van Baak D. A., Clark B. 0., Pipkin F. M. , Phys. Rev.

A 19, 787.

3413. STUDY OF THE EFFECT OF LIGHT SHIFTS AND BUFFER GAS SHIFTS ON THE

87 HYPERFINE TRANSITION OF Rb: INFLUENCE OF THE LONG TERM FREQUENCY

STABILITY OF THE RUBIDIUM MASER. Vanier J., Nguyen D. H., Busca G., Tetu

M. , Can. J. Phys. 57, 1380.

3414. PRESSURE EFFECTS OF He AND Xe ON THE RESONANCE LINE OF STRONTIUM. Wang S.

Y. , Ch'en S. Y. , J. Quant. Spectrosc . Radiat . Transfer 22, 87.

3415. SPECTROSCOPIC INVESTIGATION OF AN ARGON PLASMA. Watanabe Y. , Hirabayashi

N. , Trans. Jpn. Soc . Aeronaut. Space Sci . 22, 104.

3416. SHIFT AND BROADENING OF RESOLVED HYDROGEN BALMER-a FINE -STRUCTURE LINES

IN HELIUM. Weber E. W. , Phys. Rev. A 20, 2278.

3417. ANOMALOUS SHIFTS OF HYDROGEN BALMER-a FINE STRUCTURE LINES IN HELIUM.

Weber E. W. , Goldsmith J. E. M. , Phys. Lett. A 70, 95.

3418. SELF -BROADENING OF DOPPLER-FREE TWO-PHOTON LINES OF Cs . Weber K. H.,

Niemax K. , Opt. Commun. 28, 317.

3419. SELF -BROADENING AND SHIFT OF DOPPLER-FREE TWO-PHOTON LINES OF Rb. Weber

K. H. , Niemax K. , Opt. Commun. 31, 52.

3420. PHOTON ESCAPE PROBABILITIES FOR STARK -BROADENED LYMAN SERIES LINES.

Weisheit J. C, J. Quant. Spectrosc. Radiat. Transfer 22, 585.

- 73 - 1979
3421. ON THE RELEVANCE OF MOLECULAR LINES FOR THE MEASUREMENT OF THE

HIGH-FREQUENCY STARK EFFECT IN HELIUM. Wiegart N. J., Lins G. A. W.

,

Kunze H. J., J. Phys . B 12, 3495.

3422. SELF -BROADENING OF THE Na 3S-5S and 3S-4D TWO -PHOTON TRANSITIONS.

Woerdraan J. P., Opt. Commun. 28, 69.

3423. EXPLOSIVE-PUSHER-TYPE LASER COMPRESSION EXPERIMENTS WITH NEON-FILLED

MICROBALLOONS . Yaakobi B., Steel D., Thorsos E. , Hauer A., Perry B.,

Skupsky S., Geiger J., Lee C. M. , Letzring S., Rizzo J., Mukaiyama T.,

Lazarus E., Halpern G., Deckman H., Delettrez J., Soures J., McCrory R.

,

Phys. Rev. A 19, 1247.

3424. THEORY OF C0LL I S I ONALLY AIDED RADIATIVE EXCITATION. Yeh S., Berman P. R.

,

Phys. Rev. A 19, 1106.

3425. ABSORPTION CROSS SECTIONS IN THE TAILS OF MAGNESIUM AND BARIUM RESONANCE

LINES IN THE PRESENCE OF INERT GASES. Zhuvikin G. V., Penkin N. P.,

Shabanova L. N. , Opt. Spectrosc . (USSR) 46, 642.

1980

3426. REPLY TO COMMENTS ON "SPECTROSCOPIC INVESTIGATION OF PLASMA TURBULENCE."

Al-Shiraida Y. S., Hirose A., Skarsgard H. M. , Can. J. Phys. 58, 430.

3427. ALKALI RARE-GAS LINE PROFILE IN A SQUARE-WELL POTENTIAL APPROXIMATION:

WIDTH, SHIFT, AND ASYMMETRY. Allard N. F., Biraud Y. G. , J. Quant.

Spectrosc. Radiat. Transfer 23, 253.

3428. ON PATH LENGTHS OF INTEGRATION IN THE COMPUTATION OF THE VOIGT FUNCTION.

Andersen T. B., J. Quant. Spectrosc. Radiat. Transfer 24, 341.

3429. SIMULTANEOUS SPECTROSCOPIC DETERMINATION OF SEVERAL INTRINSIC PROFILE

PARAMETERS OF A COMPLEX SPECTRAL LINE. Babaev V. S., Zhiglinskii A. G.,

Izmailov A. M. , Kuchinskii V. V., Fafurina E. N. , J. Appl . Spectrosc.

(USSR) 32, 440.

3430. AN INTERFEROMETRIC AND SPECTROSCOPIC STUDY ON A HIGH-CURRENT ARGON ARC.

Baessler P., Kock M. , J. Phys. B 13, 1351.

1979-1980 - 74 -
3431. ASYMMETRY OF STARK PROFILES OF HYDROGENLIKE LINES CAUSED BY

DIFFERENTIATED POPULATION OF ATOMIC STATES. Baryshnikov F. F., Sholin G.

V., Opt. Spectrosc. (USSR) 48, 571.

3432. SEMICLASSICAL CONVERGENT CALCULATIONS FOR THE ELECTRON- IMPACT BROADENING

AND SHIFT OF SOME LINES OF NEUTRAL HELIUM IN A HOT PLASMA. Bassalo J. M.

,

Cattani M. , Walder V. S., Phys . Rev. A 22, 1194.

3433. EFFECT OF A MAGNETIC FIELD ON LORENTZ COLLISIONS IN ACETYLENE-AIR FLAMES.

Bassyouni A. H., Issa M. A. A., Hafez A. F., J. Quant. Spectrosc. Radiat

.

Transfer 23, 503.

3434. SHIFT AND ADIABATIC BROADENING OF THE HYPERFINE- TRANSITION LINES OF ATOMS

ON THE WALL OF A GAS CELL. Batygin V. V., Ostryakov V. M. , Sokolov I. M.

,

Sov. Phys. --Tech. Phys. 25, 969.

3435. HYPERFINE SHIFTS, BROADENING AND TEMPERATURE COEFFICIENTS OF THE

FREQUENCY: THEORY AND ANALYSIS OF EXPERIMENTAL DATA. Batygin Vit. V.,

Batygin VI. V., Gornyi M. B., Gurevich B. M., Sov. Phys. --Tech Phys. 25,

31.

3436. APPLICATION OF LASER SPECTROSCOPY TO COLLISIONAL STUDIES. Berraan P. R.,

Ann. Phys. (Paris) 5, 199.

3437. SHIFT AND BROADENING OF HYPERFINE COMPONENTS OF THE FIRST DOUBLET OF

CESIUM PERTURBED BY FOREIGN GASES. Bernabeu E., Alvarez J. M. , Phys. Rev.

A 22, 2690.

3438. LOW PRESSURE BROADENING AND SHIFT OF THE 540.06 nm LINE OF NEON. Bielski

A., Dokurno W. , Szudy J., Wolnikowski J., Physica C (Amsterdam) 101, 113.

3439. HARTREE-FOCK CALCULATIONS OF THE INTERACTION POTENTIAL PARAMETERS FOR

NOBLE-GAS ATOMS. Bielski A., Wasilewski J., Z. Naturforsch. , Teil A 35,

1112.

3440. THE SELF -BROADENED PROFILE OF THE MERCURY 1849 A LINE. DETERMINATION OF

Hg-Hg INTERACTION POTENTIALS. Bousquet C, Bras N., J. Phys. (Paris) 41,

19. (Fr.

)

3441. Ha AND H£ SPECTRAL PROFILES FROM NEUTRAL BEAMS AND PLASMAS IN HIGH

MAGNETIC FIELDS. Breton C, De Michelis C, Finkenthal M. , Mattioli M. , J. Phys. B 13, 1703.

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3442.

3443.

3444.

3445.

3446.

3447.

3448.

3449.

3450.

3451.

3452.

3453.

1980

INERT-GAS C0LLISI0NAL BROADENING AND SHIFTS OF Rb RYDBERG STATES. Brillet

W.-U L. , Gallagher A., Phys . Rev. A 22, 1012.

OBSERVATIONS OF THE COLLISION- INDUCED He I 2

3 P - 3

! D INTERCOMBINATION

LINE IN A LABORATORY PLASMA. Burgess D. D., Playford C. St. Q., J. Phys.

B 13, L245.

COLLISIONAL REDISTRIBUTION OF RADIATION. III. THE EQUATION OF MOTION FOR

THE CORRELATION FUNCTION AND THE SCATTERED SPECTRUM. Burnett K. , Cooper

J. , Phys. Rev. A 22, 2044.

COLLISIONAL REDISTRIBUTION OF RADIATION. II. THE EFFECTS OF DEGENERACY ON

THE EQUATIONS OF MOTION FOR THE DENSITY MATRIX. Burnett K. , Cooper J.,

Phys. Rev. A 22, 2027.

COLLISIONAL REDISTRIBUTION OF RADIATION. I. THE DENSITY MATRIX. Burnett

K. , Cooper J., Ballagh R. J., Smith E. W. , Phys. Rev. A 22, 2005.

SPECTRAL PROFILE ANALYSIS AT THE ATOMIC SPECTROSCOPY LABORATORY (DRP

Paris): PURPOSES AND METHODS. Butaux J., Ann. Phys. (Paris) 5, 301. (Fr.)

PRESSURE BROADENING STUDIES ON THE 3

3 D - 23 P HELIUM LINE BY

1 o SATURATED -ABSORPTION TECHNIQUES. Cahuzac Ph., Damaschini R. , Opt. Coramun.

32, 251.

BROADENING OF THE SODIUM D LINES BY RARE GASES. Chatham R. H. , Gallagher

A., Lewis E. L. , J. Phys. B 13 , L7

ON THE SHIFTS OF SELF-REVERSED MAXIMA OF THE SODIUM RESONANCE RADIATION.

Chien Y. M. , J. Appl . Phys. 51, 2965.

EFFECTS OF BLACKBODY RADIATION ON HIGHLY EXCITED ATOMS. Cooke W. E.,

Gallagher T. F., Phys. Rev. A 21, 588.

ZEEMAN DEGENERACY EFFECTS IN COLLISIONAL INTENSE-FIELD RESONANCE

FLUORESCENCE. Cooper J., Ballagh R. J., Burnett K., Phys. Rev. A 22, 535.

STUDY OF COLLISION- INDUCED ABSORPTION IN DIPOLE ELECTRONIC TRANSITIONS OF

ALKALI-RARE GAS ATOM PAIRS. Czuchaj E., Z. Phys. A 298, 237.

- 76 -
3454. EXPERIMENTAL EVIDENCE FOR LIGHT- SHIFT INDUCED ZERO -FIELD LEVEL CROSSING

("OPTICAL HANLE EFFECT"). Delsart C. , Keller J. C, Kaftandjian V. P.,

Opt. Commun. 32, 406.

3455. QUENCHING OF HIGH RYDBERG STATES OF SODIUM IN STRONG 1.06 fim LASER

FIELDS. Dewhurst R. J., Pert G. J., Scott A. M. , J. Phys . B 13, 2759.

3456. THE DISAPPEARANCE AND BROADENING OF RYDBERG STATES OF SODIUM IN A STRONG

LASER FIELD. Dewhurst R. J., Pert G. J., Scott A. M. , "Laser Advances and

Applications," 99-102 (J. Wiley & Sons, Chichester, Great Britain, 1980).

3457. ELECTRON DENSITIES IN LASER -TRIGGERED HYDROGEN SPARKS. Dhali S. K.

,

Williams P. F., Crumley R. J., Gundersen M. A., IEEE Trans. Plasma Sci.

PS-8, 164.

3458. EXCHANGE AND POLARIZATION EFFECTS IN THE ELEMENTARY EXCITATION SPECTRUM

OF A HYDROGEN ATOM IMMERSED IN A HOT PLASMA. Dharma-wardana M. W. C.

,

Grimaldi F., Lecourt A. , Pellissier J. L. , Phys. Rev. A 21, 379.

3459. PRESSURE BROADENING AND PRESSURE SHIFT OF THE CADMIUM INTERCOMBINATION

LINE AT A = 3261 A. Dietz K. J., Dabkiewicz P., Kluge H. J, Kiihl T. , Schuessler H. A., J. Phys. B 13, 2749.

3460. STARK WIDTHS OF DOUBLY- AND TRIPLY- IONIZED ATOM LINES. Diraitri jevic M.

S., Konjevic N., J. Quant. Spectrosc. Radiat . Transfer 24, 451.

3461. BROADENING OF IONIC LINES OBSERVED ALONG THE AXIS OF A HIGH-CURRENT

DISCHARGE OF AN ARGON LASER. Donin V. I., Opt. Spectrosc. (USSR) 48, 583.

3462. LINE EMISSION FROM HOT, DENSE, ALUMINUM PLASMAS. Duston D., Davis J.,

Phys. Rev. A 21, 1664.

3463. EXPERIMENTAL INVESTIGATION OF PLASMA -BROADENED HYDROGEN BALMER LINES AT

LOW ELECTRON DENSITIES. Ehrich H. , Kelleher D. E., Phys. Rev. A 21, 319.

3464. MOLECULAR- DYNAMICS SIMULATION OF PRESSURE BROADENING OF SODIUM RESONANCE

LINE BY ARGON. Erickson G. J., Sando K. M. , Phys. Rev. A 22, 1500.

3465. SPECTROSCOPIC INVESTIGATION OF THE Cs(

7 S AND

5 D )-He

1/2 5/2;m=l/2

INTERACTION. Ferray M. , Visticot J. P., Lozingot J., Sayer B., J. Phys. B

13, 2571.

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3466.

3467.

3468.

3469.

3470.

3471.

3472.

3473.

3474.

3475.

3476.

1980

KINETIC TEMPERATURES AND ELECTRON DENSITIES IN THE PLASMA OF A SIDE VIEW

GRIMM-TYPE GLOW DISCHARGE. Ferreira N. P., Human H. G. C, Butler L. R.

P., Spectrochim. Acta, Part B 35, 287.

INVESTIGATION OF THE Ha LINE IN DENSE PLASMAS. Finken K. H. , Buchwald R.

,

Bertschinger G. , Kunze H. J. , Phys . Rev. A 21, 200.

ION-MOTION EFFECT IN THE STARK PROFILES OF Ha AND HjS . Fleurier C,

Coulaud G. , Ranson P., Chapelle J., Phys. Rev. A 21, 851.

STUDY OF ION DYNAMICS EFFECTS AT LOW ELECTRON DENSITIES ON THE LINES He I 447.1 AND 492.2 nm. Fleurier C. , Coulaud G. , Chapelle J., Physica C

(Amsterdam) 100, 127.

DETERMINATION OF ATOMIC PROFILES BY FOURIER ANALYSIS AND DECONVOLUTION OF

PEROT-FABRY INTERFEROGRAMS . COMPARISON OF TWO METHODS OF INTERFEROGRAM

PROCESSING. Fourcade N. , J. Opt. (Paris) 11, 57 (1980). (Fr.)

CONVOLUTION OF A DOPPLER LINE BY A GAUSSIAN INSTRUMENT FUNCTION.

Fridovich B., Devi V. M. , Das P. P., J. Mol . Spectrosc . 81, 269.

STUDY OF TURBULENT HEATING EFFECTS IN THE HIGH BETA TOKAMAK TORUS II.

Georgiou G. E., Marshall T. C., Weber P. G., Phys. Fluids 23, 2085.

INTERPRETATION OF MEASURED SPECTRAL LINE SHAPES USING A SQUARE -WELL

POTENTIAL: THE ABSORPTION LINES OF CESIUM BROADENED BY RARE GASES.

Gilbert D. E., Allard N. F., Ch'en S. Y. , J. Quant. Spectrosc. Radiat

Transfer 23, 201.

SECOND DERIVATIVE TUNABLE DIODE LASER SPECTROMETRY FOR LINE PROFILE

DETERMINATION. II. EXPERIMENTAL RESULTS . Grieble D. L. , Olson M. L. , Sun

J. N.-P., Griffiths P. R. , Appl . Spectrosc. 34, 56.

FOREIGN GAS BROADENING OF THE 5 V LEVEL OF Cd. Hanle W. , Scharmann A.,

l Wirz P., Phys. Lett. A 77, 240.

SPECTROSCOPIC MEASUREMENT OF HIGH-DENSITY CO -LASER-DRIVEN IMPLOSION.

2 Hauer A., Mitchell K. B., van Hulsteyn D. B., Tan T. H., Linnebur E. J.,

Mueller M. M. , Kepple P. C. , Griem H. R. , Phys. Rev. Lett. 45, 1495.

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3477. STARK BROADENING OF ISOLATED LINES EMITTED BY SINGLY- IONIZED TIN. Hey J.

D., Breger P., J. Quant. Spectrosc. Radiat . Transfer 23, 311.

3478. CALCULATED STARK WIDTHS OF ISOLATED S III AND S IV LINES. Hey J. D.,

Breger P., J. Quant. Spectrosc. Radiat. Transfer 24, 427.

3479. CALCULATED STARK WIDTHS OF OXYGEN ION LINES. Hey J. D., Breger P., J.

Quant. Spectrosc. Radiat. Transfer 24, 349.

3480. MEASUREMENT OF THE SPECTRUM OF ELECTRIC -FIELD FLUCTUATIONS IN A PLASMA BY

LASER -FLUORESCENCE SPECTROSCOPY. Hildebrandt J., Kunze H. J., Phys . Rev.

Lett. 45, 183.

3481. SHIFT OF X-RAY LINES IN LASER- COMPRESSED PLASMAS FOR DIRECT MEASUREMENT

OF THE DENSITY. Hora H. , Atomkernenergie 35, 64.(Ger.)

3482. LEAST SQUARES METHOD FOR ANALYZING BROADENED X-RAY LINE SHAPES. Howell

R. H. , Matthews D. L. , J. Quant. Spectrosc. Radiat. Transfer 23, 513.

3483. CALCULATION OF THE HYPERFINE SPLITTING AND THE SHIFT OF A SPECTRAL LINE

IN THE THEORY OF ATOMIC FLUORESCENCE ANALYSIS. II ' in G . G. , Razumov V.

A., Fishman I. S., J. Appl . Spectrosc. (USSR) 31, 1203.

3484. AN INTERPRETATION OF THE BLUE SATELLITE TO RESONANCE LINES OF HELIUM-LIKE

IONS OF THIRD SEQUENCE ELEMENTS IN LASER- PRODUCED PLASMAS. Irons F. E.,

Aust. J. Phys. 33, 25.

3485. AN INTERPRETATION OF ANOMALOUS INTENSITY RATIOS WITHIN THE HYDROGEN-LIKE

L-o DOUBLET IN OPTICALLY THICK LASER -PRODUCED PLASMAS. Irons F. E. , Aust.

J. Phys. 33, 283.

3486. DETERMINATION OF THE SHIFTS AND BROADENING OF THE HYPERFINE COMPONENTS OF

THE

8?Rb D LINE DUE TO COLLISIONS WITH ATOMS OF THE INERT GASES He AND

2 Ar. Izotova S. L. , Kantserov A. I., Frish M. S., Opt. Spectrosc. (USSR)

49, 546.

3487. DOPPLER-FREE SPECTROSCOPY OF THE 5882 A LINE OF

2 °Ne I. Jabr S. N. , Bennett W. R. Jr., Phys. Rev. A 21, 1518.

3488. THE BROADENING OF SPECTRAL LINES BY AUTO IONIZATION , RADIATIVE

TRANSITIONS, AND COLLISIONS. Jacobs V. L. , Davis J., Naval Research

Laboratory Report 4365 (1980).

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3489.

3490.

3491.

3492.

3493.

3494.

3495.

3496.

3497.

3498.

3499.

3500.

1980

DOPPLER-FREE TWO-PHOTON LASER SPECTROSCOPY OF BARIUM I: HYPERFINE

SPLITTING AND ISOTOPE SHIFT OF HIGH LYING LEVELS. Jitschin W. , Meisel G.

,

Z. Phys. A 295, 37.

NOBLE-GAS- INDUCED BROADENING OF TRANSITIONS TO RYDBERG S AND D STATES IN

ATOMIC SODIUM. Kachru R., Mossberg T. W. , Hartmann S. R. , Phys. Rev. A

21, 1124.

NOBLE-GAS BROADENING OF THE SODIUM D LINES MEASURED BY PHOTON ECHOES.

Kachru R. , Mossberg T. W. , Hartmann S. R. , J. Phys. B 13, L363.

SHAPE OF THE Hg 2537 A RESONANCE LINE IN THE PRESENCE OF Hg(6

3 P ) -Hg(6

X S ) INTERACTIONS. Kacprzyk M. , Acta Phys. Pol. A 57, 773.

o

STARK BROADENING OF He II 4686 A: A DIRECT COMPARISON OF PREDICTIONS FROM

TWO THEORIES WITH EXPERIMENT. Kallne E., Jones L. A., J. Phys. B 13,

L437.

DYNAMICS OF STRONTIUM LINE SHAPES DURING A PULSED DISCHARGE IN A MIXTURE

WITH HELIUM. Karabut E. K. , Kravchenko V. F., Mikhalevskii V. S., Opt.

Spectrosc. (USSR) 48, 386.

87

ANALYSIS OF THE TEMPERATURE DEPENDENCE OF Rb LAMP PROFILES. Karamochi

N. , Matsuda I., Oura N. , Fukuyo H., J. Opt. Soc . Am. 70, 1504.

USE OF GENERALIZED POPULATION RATIOS TO OBTAIN Fe XV LINE INTENSITIES AND

LINEWIDTHS AT HIGH ELECTRON DENSITIES. Kastner S. 0., Bhatia A. K. , Phys.

Rev. A 22, 560.

CALCULATIONS OF LINE ABSORPTION FOR THE VOIGT PROFILE AND SOME SPECIFIC

LINES OF HELIUM. Kato I., Yonehara A., J. Opt. Soc. Am. 70, 866.

RELATION BETWEEN THE BROADENING OF RYDBERG LEVELS AND RESONANCES IN THE

SCATTERING OF SLOW ELECTRONS BY ATOMS. Kaulakis B. P., Opt. Spectrosc.

(USSR) 48, 574.

MEASUREMENT OF THE WIDTH, SHIFT AND ASYMMETRY OF THE SODIUM D LINES

BROADENED BY NOBLE GASES. Kielkopf J. F., J. Phys. B 13, 3813.

DETERMINATION OF Cs(np)-Xe INTERACTIONS FROM SPECTRAL LINE PROFILE

MEASUREMENTS. Kielkopf J. F., Allard N. F., J. Phys. B 13, 709.

- 80 -
3501. X-RAY SPECTROSCOPIC DIAGNOSIS OF LASER- PRODUCED PLASMAS, WITH EMPHASIS ON

LINE BROADENING. Kilkenny J. D., Lee R. W. , Key M. H., Lunney J. G.,

Phys. Rev. A 22, 2746.

3502. SPECTROSCOPIC MEASUREMENT OF THE ELECTRON PLASMA DENSITY OF THE "HOT

SPOT" IN A LOW- INDUCTANCE VACUUM SPARK. Kononov E. Ya ., Koshelev K. N.

,

Safronova U. I., Sidel'nikov Yu. V., Churilov S. S., JETP Lett. 31, 679.

3503. COLLISIONAL DEPOLARIZATION AND REDISTRIBUTION OF LASER RADIATION IN NEAR

RESONANCE WITH A

2 P - 2 S TRANSITION. Kroop V., Behmenburg W. , Z.

Phys. A 294, 299.

3504. PERTURBATION THEORY FOR MICROFIELD DISTRIBUTION IN A NONIDEAL PLASMA.

Kurilenkov Yu. K. , Filinov V. S., High Temp. (USSR) 18, 345.

3505. STARK SHIFT BY INHOMOGENEOUS STRONG E FIELD. Lambert D., Opt. Commun.

34, 209.

3506. VAN DER WAALS INTERACTION IN TERMS OF THE Hg 6 ^-Hg 6 *P POTENTIAL.

Leboucher E., Nguyen Hoe , J. Phys. (Paris), Lett. 41, L57 . (Fr .

)

3507. THE EFFECTS OF DIFFERENT ION SPECIES ON THE SHAPE OF THE HYDROGENIC n = 4

TO n = 1 PROFILES OF HIGH Z EMITTERS IN ULTRA DENSE PLASMAS. Lee R. W.,

Freeman A. J., J. Quant. Spectrosc . Radiat . Transfer 24, 43.

3508. COLLISIONAL RELAXATION OF ATOMIC EXCITED STATES , LINE BROADENING AND

INTERATOMIC INTERACTIONS. Lewis E. L. , Phys. Rep. 58, 1.

3509. EFFECTS OF VELOCITY- CHANGING COLLISIONS ON TWO-PHOTON AND

STEPWISE -ABSORPTION SPECTROSCOPIC LINE SHAPES. Liao P. F., Bjorkholm J.

E., Berman P. R. , Phys. Rev A 21, 1927.

3510. SHIFT OF THE Tl I 535.0 nm LINE BY HYDROGEN. Lisicki E., Z. Naturforsch.

,

Teil A 35, 773.

3511. COLLISION BROADENING AND SHIFT OF THE 535.0 nm Tl LINE ACCOMPANYING THE

PHOTODISSOCIATION OF THALLIUM IODIDE PERTURBED BY NOBLE GASES Part I:

EFFECTS DUE TO Kr AND Xe . Lisicki E., Bielski A., Szudy J., Z.

Naturforsch., Teil A 35, 1249.

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3512.

3513.

3514.

3515.

3516.

3517.

3518.

3519.

3520.

3521.

3522.

1980

EFFECTS OF DEUTERIUM PRESSURE ON THE WIDTH AND SHIFT OF ATOMIC

FLUORESCENCE OF THALLIUM IODIDE. Lisicki E. , Szudy J., Wolnikowski J.,

Acta Phys.Pol. A 58, 105.

APPARATUS FUNCTION OF A SPHERICAL INTERFEROMETER. List E. , Chaika M. P.,

Opt. Spectrosc. (USSR) 49, 597.

SYMMETRIZED LIOUVILLE BASIS FOR INDISTINGUISHABLE PARTICLES. APPLICATION

TO SPECTRAL LINEWIDTH. Liu W. K. , J. Chem. Phys . 72, 4869.

DETERMINATION OF THE TRUE TOTAL LINE INTENSITY AND THE TRUE HALFWIDTH OF

THE LORENTZ COMPONENT FOR THE CLASS OF VOIGT PROFILES FROM GRAPHICAL

ANALYSIS OF SPECTRUM. Lokner V., Movre M. , Fizika (Zagreb) 12, 61.

ATOMIC SPECTRAL OVERLAPS: A MATHEMATICAL MODEL AND ITS USE FOR STUDYING

LINE SHAPE PARAMETERS. Lovett R. J., Parsons M. L. , Spectrochim. Acta,

Part B 35, 615.

SELF -BROADENING IN SINGLET SPECTRAL LINES OF HELIUM. Malvern A. R.

,

Pinder A. C, Stacey D. N. , Thompson R. C, Proc . R. Soc . London, Ser. A

371, 259.

THERMODYNAMI CAL MEANING OF THE LINE SHIFTS INDUCED BY A FOREIGN GAS.

Mayer G., Phys. Lett. A 79 , 65.

EXPERIMENTAL RATES OF COLLIDING TRANSITIONS BETWEEN EXCITED LEVELS OF

HELIUM ATOMS. Mazing M. A, Slemzin V. A., Shevel'ko A. P., Tr . Fiz. Inst,

im. P. N. Lebedeva, Akad. Nauk SSSR 119, 169.(Russ.)

MODEL MICROFIELD METHOD. RECENT APPLICATIONS OF STARK BROADENING OF

NEUTRAL LINES. Mazure A., Goldbach CI., Nollez G., Ann. Phys. (Paris) 5,

219. (Fr.

)

EXPERIMENTAL TRANSITION PROBABILITIES AND STARK BROADENING FOR

SINGLY- IONIZED BISMUTH. Miller M. H., Bengtson R. D., J. Quant.

Spectrosc. Radiat. Transfer 23, 411.

STARK BROADENING TRENDS IN HOMOLOGOUS IONS. Miller M. H., Lesage A.,

Puric J., Astrophys. J. 239, 410.

- 82 -
3523. LINE SHAPE OF OPTICAL SATELLITES IN A MAGNETIZED TURBULENT PLASMA . Mizuta

Y. , J. Phys. Soc. Jpn. 48, 1691.

3524. OBSERVATION OF COLLISIONAL VELOCITY CHANGES ASSOCIATED WITH ATOMS IN A

SUPERPOSITION OF DISSIMILAR ELECTRONIC STATES. Mossberg T. W. , Kachru R.

,

Hartmann S. R., Phys. Rev. Lett. 44, 73.

3525. NOBLE-GAS- INDUCED COLLISIONAL BROADENING OF THE

3 P -3 P TRANSITION

1/2 3/2

OF SODIUM MEASURED BY THE TRILEVEL-ECHO TECHNIQUE. Mossberg T. W. , Whittaker E. , Kachru R. , Hartmann S. R. , Phys. Rev. A 22, 1962.

3526. RESONANCE INTERACTION AND SELF -BROADENING OF ALKALI RESONANCE LINES II.

QUASI-STATIC WING PROFILES. Movre M. , Pichler G., J. Phys. B 13, 697.

3527. BROADENING OF ATOMIC AND IONIC LINES EMITTER BY PLASMAS. Nguyen Hoe, Caby

M. , Grumberg J., Coulaud G., J. Phys. (Paris), Colloq. C3 , Suppl . 4, 41,

203. (Fr.

)

3528. BROADENING OF HYDROGENIC X RAYS EMITTED BY A LASER- PRODUCED PLASMA.

Nguyen Hoe, Grumberg J., Caby M. , Leboucher E., Coulaud G., Ann. Phys.

(Paris) 5, 227. (Fr.)

3529. INVESTIGATIONS ON THREE-BODY Cs-NOBLE-GAS INTERACTION AND SECONDARY

SATELLITES. Niemax K., J. Phys. B 13, 1791.

3530. COLLISIONAL BROADENING OF RESONANCE FLUORESCENCE WITH EXCITATION BY

INTENSE RADIATION OF FINITE BANDWIDTH. Nienhuis G., J. Phys. B 13, 2217.

3531. SATURATED TWO-PHOTON ABSORPTION BY ATOMS IN A PERTURBER GAS. Nienhuis G.,

Physica C (Amsterdam) 101, 259.

3532. COLLISIONAL BROADENING OF SATURATED RESONANCE FLUORESCENCE SPECTRA BY

TWO-STATE ATOMS IRRADIATED BY MONOCHROMATIC LIGHT. Nienhuis G., Schuller

F. , J. Phys. B 13, 2205.

3533. A NEW NONLINEAR LEAST SQUARE ALGORITHM FOR VOIGT SPECTRAL LINES. Noll R.

J., Pires A., Appl . Spectrosc . 34, 351.

3534. EXPERIMENTAL ION CONTRIBUTION TO THE STARK BROADENING OF NEUTRAL -NITROGEN

SPECTRAL LINES IN THE VACUUM UV. Nubbemeyer H., Phys. Rev. A 22, 1034.

- 83 - 1980
3535. COLLISIONAL BROADENING OF SPECTRAL LINES IN LABORATORY AND SOLAR SPECTRA

I. THE 6162, 6122, 6102 A MULTIPLET OF NEUTRAL CALCIUM. O'Neill J. A.,

Smith G. , Astron. Astrophys. 81, 100.

3536. COLLISIONAL BROADENING OF SPECTRAL LINES IN LABORATORY AND SOLAR SPECTRA

II. LOW EXCITATION LINES OF NEUTRAL IRON. O'Neill J. A., Smith G. , Astron.

Astrophys. 81, 108.

3537. DETERMINATION OF THE PARAMETERS OF AN ABSORPTION SPECTRAL LINE SUBJECT TO

PRESSURE EFFECTS. Occelli R. , Bachet G., Moynault J. M. , J. Phys . (Paris)

Lett. 41, L527.(Fr.)

3538. STARK PROFILE MEASUREMENT OF THE He II 4686 A LINE IN A HIGH DENSITY

PLASMA. Oda T. , Kiriyama S. I., J. Phys. Soc . Jpn 49, 385.

3539. SECOND DERIVATIVE TUNABLE DIODE LASER SPECTROMETRY FOR LINE PROFILE

DETERMINATION I. THEORY. Olson M. L. , Grieble D. L. , Griffiths P. R.

,

Appl . Spectrosc. 34, 50.

3540. A THEORETICAL AND EXPERIMENTAL APPROACH TO LASER SATURATION BROADENING IN

FLAMES. Omenetto N. , Bower J., Bradshaw J., Van Dijk C. A., Winefordner

J. D., J. Quant. Spectrosc. Radiat . Transfer 24, 147; 25, 189 (1981).

3541. EFFECTS OF INTENSE MAGNETIC AND MOTIONAL STARK FIELDS ON STATE MIXING AND

TRANSITION LINE SHAPES. Panock R. , Rosenbluh M. , Lax B., Miller T. A.,

Phys. Rev. A 22, 1041.

3542. THE EVALUATION AND CHARACTERIZATION OF VOIGT LINESHAPE. Parthasarathi V.

,

Ganapathy S., McDowell C. A., J. Mol . Struct. 64, 29.

3543. STARK BROADENING OF SPECTRAL LINES OF ATOMS IN THE FIELD OF MULT I MODE

LASER RADIATION. Perel'manN. F., Sov. Phys . - - JETP 52 , 395.

3544. X-RAY LINE RADIATION FROM A CYLINDRICAL ALUMINUM PLASMA. Perez J. D.,

Payne G. L. , Phys. Rev. A 21, 968.

3545. OBSERVATION OF UNIDIRECTIONAL AMPLIFIED SPONTANEOUS EMISSION INDUCED BY

VELOCITY- DEPENDENT LIGHT SHIFTS. Petite G., Johnson B. C, Lange W. K.

H., Salour M. M. , Phys. Rev. Lett. 45, 1242; 45, 1659 (1980).

1980
3546. DETERMINATION OF COLLISIONAL LINEWIDTHS AND SHIFTS BY A CONVOLUTION

METHOD. Pickett H. M. , Appl . Opt. 19, 2745.

3547. EFFECTS OF VELOCITY AVERAGING ON THE SHAPES OF ABSORPTION LINES. Pickett

H. M. , J. Chera. Phys . 73, 6090.

3548. COMMENTS ON "SPECTROSCOPIC INVESTIGATION OF PLASMA TURBULENCE." Piel A.,

Pinnekarap F. , Can. J. Phys. 58, 429.

3549. PLASMA SHIFTS OF HYDROGENIC- ION LINES. Pittman T. L. , Voigt P., Kelleher

D. E. , Phys. Rev. Lett. 45, 723.

3550. DOPPLER-FREE NONLINEAR PROCESSES IN STRONG OPTICAL FIELDS. Popov A. K.

,

Shalaev V. M. , Opt. Spectrosc . (USSR) 49, 336.

3551. COLLISION BROADENING OF THE SODIUM D LINE (A = 589.6 nra) . Popov K. G.

,

Ruzov V. P., Opt. Spectrosc. (USSR) 48, 372.

3552. STATISTICAL ANALYSIS OF THE PROBLEM OF DETERMINING THE PARAMETERS FOR THE

PROFILES OF PRESSURE BROADENED SPECTRAL LINES. Preobrazhenskii N. G.

,

Sedel 'nikov A. I., Opt. Spectrosc. (USSR) 49, 5.

3553. STARK WIDTH AND SHIFT DEPENDENCE ON THE IONIZATION POTENTIAL. Puric J.,

Lakicevic I. S., Glavonjic V., Phys. Lett. A 76, 128.

3554. COLLISION ANISOTROPY AND IMPACT CONTOUR OF SPECTRAL LINES. Rautian S. G.,

Rudavets A. G., Shalagin A. M. , Sov. Phys.--JETP 51, 274.

3555. A NEW CALCULATION FOR LINE BROADENING OF LYMAN-q IN PLASMAS. Reibold R.

,

Phys. Lett. A 75, 363.

3556. EMISSION LINE SHAPES FROM A ROTATING RING RADIATOR. Rogoff G. L. , J. Opt.

Soc. Am. 70, 567.

3557. SHIFT, WIDTH, AND ASYMMETRY OF PRESSURE -BROADENED SPECTRAL LINES AT

INTERMEDIATE DENSITIES. Royer A., Phys. Rev. A 22, 1625.

3558. EFFECTS OF ELECTRIC FIELDS ON DOUBLY EXCITED AUTOIONIZING RYDBERG STATES

OF BARIUM. Safinya K. A., Delpech J. F., Gallagher T. F., Phys. Rev. A

22, 1062.

- 85 - 1980
3559. EXPERIMENTAL INVESTIGATION OF THE Cs(

5 D )- RARE-GAS INTERACTION:

5/2, m=l/2

POTENTIAL CURVES AND OSCILLATOR STRENGTH OF THE DIPOLE- INDUCED

TRANSITIONS. Sayer B., Ferray M. , Visticot J. P., Lozingot J., J. Phys . B

13, 177.

3560. FAR WINGS OF THE CESIUM FORBIDDEN LINES IN THE PRESENCE OF RARE GASES:

INTERACTION POTENTIALS AND OSCILLATOR STRENGTHS OF THE COLLISION INDUCED

TRANSITIONS. Sayer B., Ferray M. , Visticot J. P., Lozingot J., Ann.

Phys. (Paris) 5, 291. (Fr.)

3561. SPECTRAL NARROWING AND SATURATION- INDUCED REBROADENING IN 3.51 fun XENON

LASER AMPLIFIERS. Schwarab D. H. , Smith S. R. , Phys. Rev. A 21, 896.

3562. HYDROGEN STARK BROADENING BY DIFFERENT KINDS OF MODEL MICROFIELDS. Seidel

J., Z. Naturforsch. , Teil A 35, 679.

3563. OBSERVATION OF ANOMALOUSLY BROAD GAUSSIAN He II 4686 A SPECTRAL LINES IN

TORMAC. Shaw R. S., Coonrod J., Greenwald M. , Levine M. A., Myers B. R.

,

Vella M. C, Plasma Phys. 22, 843.

3564. AN EXPERIMENTAL INVESTIGATION OF PARTIAL LTE FOR LOWER EXCITED LEVELS OF

Ar I IN A WALL- CONFINED, ARGON ARC PLASMA. Shindo H., Imazu S., J. Quant.

Spectrosc. Radiat . Transfer 23, 605.

3565. X-RAY LINE SHIFT AS A HIGH-DENSITY DIAGNOSTIC FOR LASER- IMPLODED PLASMAS.

Skupsky S., Phys. Rev. A 21, 1316.

3566. NOTE ON THE PAPER BY T.ANDERSEN ENTITLED "THE DIFFERENTIAL EQUATIONS OF

THE VOIGT FUNCTIONS." Squire W. , J. Quant. Spectrosc. Radiat. Transfer

23, 531.

3567. INVESTIGATION OF THE RED LASER TRANSITION IN NEON BY MODE-CROSSING AND

ZERO-FIELD LEVEL-CROSSING. Stahlberg B., Weckstrom K. , Phys. Scr. 22, 483.

3568. SPECIFIC LINE -BROADENING OF THE IRON RESONANCE -LINE 3859,91 A BY

COLLISIONS WITH ARGON ATOMS AT HIGH TEMPERATURES. Steinwandel J., Joos V.

E., Hauser M. , Dietz Th. , Z. Naturforsch., Teil A 35, 828. (Ger.)

3569. FREQUENCY SHIFTS, LINE BROADENINGS , AND PHASE- INTERFERENCE EFFECTS IN

Rb** + Rb COLLISIONS, MEASURED BY DOPPLER-FREE TWO-PHOTON SPECTROSCOPY.

Stoicheff B. P., Weinberger E., Phys. Rev. Lett. 44, 733.

1980 - 86 -
3570. LINE BROADENING AND RADIATIVE TRANSPORT IN HIGH -PRESSURE MERCURY

DISCHARGES WITH Na I AND Tl I AS ADDITIVES. Stormberg H. P., J. Appl

.

Phys. 51, 1963.

3571. MERCURY AND THALLIUM LINE SHAPES PERTURBED BY NOBLE GASES. Stulpinene N.

,

Sov. Phys. --Collect. 20, No. 3, 54.

3572. QUASI -MOLECULAR TREATMENT OF PRESSURE BROADENING OF SPECTRAL LINES BY

NEUTRAL PERTURBERS. Szudy J., Ann. Phys. (Paris) 5, 255.

3573. AN INVESTIGATION OF THE POTENTIAL OF OPTICALLY THICK LINE PROFILES FOR

DETERMINING LASER- PRODUCED PLASMA PARAMETERS. Tallents G. J., J. Phys. B

13, 3057.

3574. OBSERVATION OF DYNAMIC CORRELATIONS IN COLLISIONAL REDISTRIBUTION AND

DEPOLARIZATION OF LIGHT. Thomann P., Burnett K. , Cooper J., Phys. Rev.

Lett. 45, 1325.

3575. DETERMINATION OF WIDTHS OF ATOMIC LEVELS FROM SPECTRA OF WEAK WAVE

ABSORPTION BY ATOMS SITUATED IN A STRONG MONOCHROMATIC FIELD. Toptygina

G. I., Filatov P. P., Fradkin E. E., Opt. Spectrosc. (USSR) 49.

3576. SHORT-RANGE POTENTIALS IN QUANTAL AND SEMI -CLASSICAL CALCULATIONS FOR THE

Ly a LINE. Tran Minh N. , Feautrier N .

, Edmonds A. R. , J. Quant.

Spectrosc. Radiat . Transfer 23, 377.

3577. A COMPARISON OF FAST CODES FOR THE EVALUATION OF THE VOIGT PROFILE

FUNCTION. Twitty J. T. , Rarig P. L. , Thompson R. E., J. Quant. Spectrosc.

Radiat. Transfer 24, 529.

3578. COLLISION BROADENING OF PRINCIPAL SERIES LINES OF BARIUM IN THE PRESENCE

OF KRYPTON. Ueda K. , Fujimoto T., Fukuda K. , J. Phys. Soc . Jpn 49, 2089.

3579. SODIUM RESONANCES IN FLUORESCENCE FROM WIDE-RANGE LASER SCAN IN H -0 -Ar

2 2 FLAME. Van Dijk C. A., Alkemade C. Th. J., J. Quant. Spectrosc. Radiat.

Transfer 23, 445.

3580. ON THE DETERMINATION OF DAMPING CONSTANTS FOR Fe I LINES IN THE SOLAR

PHOTOSPHERE, van Rensbergen W. , Deridder G. , Sol. Phys. 67, 5.

- 87 - 1980
3581.

3582.

3583.

3584.

3585.

3586.

3587.

3588.

3589.

3590.

3591.

3592.

1980

BROADENING OF SPECTRAL LINES BY ELECTRON SCATTERING III. EMISSION LINES.

Vedmich V. G. , Astrophysics (USSR) 16, 91.

LINE SHAPES IN LASER SPECTROSCOPY. Vetter R. , Ann. Phys . (Paris)

5, 187. (Fr.)

THE SHAPE OF THE INNER- WING SATELLITES OF SELF -BROADENED FIRST RESONANCE

LINES OF CAESIUM AND RUBIDIUM. Veza D., Movre M. , Pichler G. , J. Phys. B

13, 3605.

A TRIPLET SATELLITE BAND IN THE VERY FAR BLUE WING OF THE SELF -BROADENED

SODIUM D LINES. Veza D., Rukavina J., Movre M. , Vujnovic V., Pichler G.

,

Opt. Comraun. 34, 77.

RARE GAS COLLISIONAL PERTURBATION OF THE (6

3 D , 6 *D ) LEVELS OF

1 2 MERCURY: A THEORETICAL ESTIMATE. Vienne-Casalta D., Margerie J., Gay J.

C, J. Phys. (Paris) 41, 503.

DETERMINATION OF NONISOTHERMAL- PLASMA PARAMETERS USING THE PROFILES OF

SELF-REVERSED SPECTRAL LINES. Volkova L. M. , Devyatov A. M. , Kidravov F.

Kh. , Opt. Spectrosc. (USSR) 49, 122.

THE ION DYNAMIC PROBLEM IN THE STARK BROADENING FIELD. Voslamber D., Ann.

Phys. (Paris) 5, 207. (Fr.)

OBSERVATION OF NON - LORENTZ I AN SPECTRAL LINE SHAPES IN Na-NOBLE-GAS

SYSTEMS. Walkup R. E., Spielfiedel A., Pritchard D. E., Phys. Rev. Lett.

45, 986. 13 199

6 S oo- 6 P TRANSITION IN Hgb : DETERMINATION OF THE A COEFFICIENT AND

SELF-PRESSURE BROADENING. Wexler B. L. , Wilcomb B. E., Djeu N., J. Opt.

Soc. Am. 70, 863.

Na 3

2 P - 3

2 D LINE BROADENING BY Ne , Ar , AND Xe . Wildman D. W. , Schumann

L. W. , Gallagher A. C, J. Quant. Spectrosc. Radiat . Transfer 24, 19.

STARK EFFECT OF Ar I LINES. Windholz L. , Phys. Scr. 21, 67.

SYMMETRIC LASER COMPRESSION OF ARGON-FILLED GLASS SHELLS TO DENSITIES OF

3 4-6 g/cra . Yaakobi B., Skupsky S., McCrory R. L. , Hooper C. F., Deckman

H. , Bourke P., Soures J. M. , Phys. Rev. Lett. 44, 1072.

- 88 -
3593. SPECTRAL LINE SHIFTS PRODUCED BY ELECTRON COLLISIONS IN He II PLASMA.

Yamaraoto K. , J. Phys . Soc . Jpn. 49, 730.

3594. QUANTUM SCATTERING THEORY OF THE COMPLEX LEVEL SHIFT OF SPECTRAL LINES IN

PLASMAS. Yamaraoto K. , Narumi H. , Prog. Theor. Phys. 64, 436.

3595. DETERMINATION OF THE RELAXATION CONSTANT OF THE 3s - 3p TRANSITION IN

2 r 4 NEON BY INVESTIGATION OF THE ABSORPTION LINE WINGS. Zhuk V. P., Petrukhin

E. A., Savushkin A. F. , Sov. J. Quantum Electron. 10, 1441.

1981

3596. OPTICAL PUMPING OF THE HYPERF I NE STRUCTURE OF ATOMIC SILVER IN THE GROUND

STATE. Aleksandrov E. B., Prilipko V. K. , Opt. Spectrosc . (USSR) 51, 121.

3597. THE INFLUENCE OF INTERMEDIATE IONIC STATES ON SPECTRAL-LINE BROADENING.

Andreev E. A., Mnatsakanyan A. Kh., Sov. Phys.--Dokl. 26, 508.

3598. STARK BROADENING OF THE NEUTRAL HELIUM LINE 3965 A.. Araujo J. M. R.

,

Bassalo J. M. , Cattani M. , Walder V. S., Rev. Bras. Fis. 11, 877.

3599. DETERMINATION OF THE RELAXATION CHARACTERISTICS OF THE OPTICALLY

FORBIDDEN 3p^ - 3p TRANSITION IN NEON. Bakaev D. S., Vdovin Yu. A., Opt.

Spectrosc. (USSR) 50, 462.

3600. LINE SHAPES FOR COLLISION BROADENING UNDER ATOMIC-BEAM EXCITATION.

Baklanov E. V., Belyaev M. V., Opt. Spectrosc. (USSR) 50, 474.

3601. BROADENING OF SPECTRAL LINES DUE TO OPTICAL TRANSITIONS OF AN ATOM IN A

THREE-DIMENSIONAL OSCILLATOR WELL. Baklanov E. V., Titov E. A., Sov.

Phys. --JETP 53, 907.

3602. QUANTUM THEORY OF STARK BROADENING OF THE LINES OF HYDROGENLIKE IONS.

Baryshenkov F. F., Lisitsa V. S., Sov. Phys.--JETP 53, 471.

3603. STARK PROFILE AND WIDTHS OF THE He I 5016 A LINE IN A PLASMA. Bassalo J.

M. , Cattani M. , Walder V. S., Rev. Bras. Fis. 11, 881.

3604. SPECTRAL LINE BROADENING AND SHIFT BY COLLISIONS IN AN AIR-ACETYLENE

FLAME. Bassyouni A. H. , J. Quant. Spectrosc. Radiat . Transfer 26, 451.

- 89 - 1980-1981
3605.

3606.

3607.

3608.

3609.

3610.

3611.

3612.

3613.

3614.

3615.

3616.

1981

CALCULATIONS OF SOME LINE PROFILES IN ICP-AES ASSUMING A VAN DER WAALS

POTENTIAL. Batal A., Mermet J. M. , Spectrochim . Acta, Part B 36, 993.

FAR WING DEPOLARIZATION OF COLLISION- INDUCED FLUORESCENCE. Behmenburg W.

,

Kroop V., J. Phys. B 14, 427.

ANALYSIS OF COLLISION-BROADENED AND OVERLAPPED SPECTRAL LINES TO OBTAIN

INDIVIDUAL LINE PARAMETERS. BelBruno J. J., Zughul M. B., Gelfand J.,

Rabitz H. , J. Mol . Spectrosc. 87, 560.

MEASUREMENT OF THE CONSTANTS FOR THE BROADENING AND SHIFT OF THE D LINE

2 OF RUBIDIUM (780.0 tun) BY INERT GASES. Belov V. N. , Opt. Spectrosc.

(USSR) 51, 209.

APPLICATION OF THE MAGNETIC -SCANNING METHOD TO THE MEASUREMENT OF THE

BROADENING AND SHIFT CONSTANTS OF THE RUBIDIUM D LINE (780.0 run) BY

2 FOREIGN GASES. Belov V. N., Opt. Spectrosc. (USSR) 51, 22.

POSSIBILITY OF MEASURING THE COLLISIONAL CONSTANTS OF THE BROADENING

AND DISPLACEMENT OF RESONANCE SPECTRAL LINES BY FOREIGN GAS PRESSURE

SCANNING. Belov V. N. , Chaika M. P., Opt. Spectrosc. (USSR) 50, 334.

RECENT DEVELOPMENTS IN LINE SHAPE THEORY. Ben-Reuven A., "Spectral Line

Shapes," 867-884 (Ed. B. Wende , Walter de Gruyter & Co., New York, 1981).

EXPERIMENTAL STARK PROFILES OF He II 3203 AND He II 4686. Bernard J. E.,

Curzon F. L. , Barnard A. J., "Spectral Line Shapes," 153-164 (Ed. B.

Wende, Walter de Gruyter & Co . , New York, 1981).

BUFFER GAS PRESSURE SHIFT IN THE m = 0 - ra = 0 GROUND STATE HYPERF I NE

F F LINE IN Cs. Beverini N., Strumia F., Rovera G. , Opt. Commun. 37, 394.

TWO-PHOTON LIGHT SHIFT. Bialas J., Firth W. J., Toschek P. E. , Opt.

Commun. 36, 317.

LOW PRESSURE SHIFT OF THE 2p

5 3p - 2p

5 4d SPECTRAL LINES OF NEON PERTURBED

BY NEON AND HELIUM. Bielski A., Bobkowski R. , Dokurno W. , Szudy J., Acta

Phys. Pol. A 59, 107.

LOW PRESSURE BROADENING AND SHIFT OF THE 2p

5 3p - 2p

5 6s NEON SPECTRAL

LINES. Bielski A., Bryl K. , Dokurno W. , Lisicki E. , Z. Phys. A 302 , 1.

- 90 -
3617. A DIGITAL FABRY-PEROT SPECTROMETER FOR THE USE IN STUDIES OF PRESSURE

BROADENING AND SHIFT OF SPECTRAL LINES. Bielski A., Dokurno W. , Lisicki

E. , Opt. Appl. 11, 151.

3618. UNRESOLVED DIELECTRONIC SATELLITES OF THE RESONANCE LINE OF HELIUMLIKE

IRON (Fe XXV). Bitter M. , von Goeler S., Hill K. W. , Horton R., Johnson

D. , Roney W. , Sauthoff N., Silver E., Stodiek W. , Phys . Rev. Lett. 47,

921.

3619. SELF-ABSORPTION OF X-RAY SPECTRAL LINES IN AN EXPANDING LASER PLASMA.

Boiko V. A., Vinogradov A. V., Ilyukhin A. A., Katulin V. A., Maiorov S.

A., Nosach V. Yu. , Peregudov G. V., Petrov. A. L. , Pikuz S. A., Skobelev

I. Yu. , Faenov A. Ya .

, Chirkov V. A., Shilov K. A., Sov. J. Quantum

Electron. 11, 13.

3620. HIGH-POWER NEUTRAL-BEAM ANGULAR-DIVERGENCE EVALUATION FROM SPECTRALLY

RESOLVED DOPPLER MEASUREMENTS. Bracco G., Breton C, Michelis C. de

,

Mattioli M. , Ramette J., J. Opt. Soc. Am. 71, 1318.

3621. STARK BROADENING OF KRYPTON LINES. Brandt T., Helbig V., Nick K. P.,

"Spectral Line Shapes," 265-274 (Ed. B. Wende , Walter de Gruyter & Co.,

New York, 1981)

.

3622. STUDY OF THE "BLUE" SATELLITE OBSERVED ON THE SELF -BROADENED 1849 A

MERCURY LINE. EVIDENCE FOR A CHANGE IN THE TRANSITION DIPOLE MOMENT WITH

INTERNUCLEAR DISTANCE. Bras N., Bousquet C, J. Phys. (Paris)

42, 215. (Fr.)

3623. THEORIES OF SPECTRAL LINE SHAPE. Breene R. G. Jr., "Theories of Spectral

Line Shape," 1-344 (John Wiley & Sons, New York, 1981).

3624. LASER SPECTROSCOPY OF PLASMAS IN APPLICATION TO MEASUREMENTS OF LINE

SHAPES AND COLLISION RATES. Burgess D. D., "Spectral Line Shapes,"

473-515 (Ed. B. Wende, Walter de Gruyter & Co., New York, 1981).

3625. LONG PATH ABSORPTION MEASUREMENTS OF THE PRESSURE -BROADENED BALMER-ALPHA

PROFILE. Burgess D. D., Kolbe G., Playford C. St. Q., "Spectral Line

Shapes," 119-133 (Ed. B. Wende, Walter de Gruyter & Co., New York, 1981).

3626. TABLES FOR DIRECT DETERMINATION OF SPECTRAL LINE PARAMETERS, FROM

SPECTROMETRIC DATA- I. PURE LORENTZ BROADENING. Claude M. L. , Valentin

A., J. Quant. Spectrosc . Radiat . Transfer 26, 349.

- 91 - 1981
3627. TUNABLE DYE LASER SPECTROSCOPY OF ATOMIC CALCIUM: COLLISIONAL

REDISTRIBUTION OF RADIATION. Corney A., McGinley J. V. M. , J. Phys . B

14, 3047.

3628. THEORY OF NEAR -RESONANCE SCATTERING OF A LASER BEAM ON ALKALI ATOMS

PERTURBED BY A FOREIGN GAS. Czub J., Fiutak J., J. Phys. B 14, 39.

3629. COLLI S I ONALLY TRIGGERED GENERATION OF A COHERENT SIGNAL. Dagenais M.

,

Phys. Rev. A 24, 1404.

3630. DISCREPANCY WITH THEORETICAL RESONANCE BROADENING ON THE He LINE AT 2.06

/xm. Daraaschini R. , Verges J., "Spectral Line Shapes," 857-863 (Ed. B.

Wende, Walter de Gruyter & Co., New York, 1981).

3631. NON-LINEAR BROADENING OBSERVED IN He AT MODERATE DENSITIES. Daraaschini

R. , Verges J., Phys. Lett. A 87, 27.

3632. THE BROADENING OF SPECTRAL LINES BY AUTO IONIZATION , RADIATIVE

TRANSITIONS, AND COLLISIONS. Davis J., Jacobs V. L. , "Spectral Line

Shapes," 275-280 (Ed. B. Wende, Walter de Gruyter & Co., New York, 1981).

3633. QUASI-STATIC WINGS AND BLUE SATELLITE OF THE K(4S-5P) DOUBLET PERTURBED

BY NEON. Delhoume M. , Brillet W.-U L. , Masnou- Seeuws F. , Feautrier N.

,

Rostas F. , J. Phys. B 14, 3857.

3634. BLUE SATELLITE OF THE K(5P-4S) DOUBLET PERTURBED BY NEON. Delhoume M.

,

Brillet W.-U L. , Masnou-Seeuws F., Feautrier N. , Rostas F., "Spectral

Line Shapes," 689-694 (Ed. B. Wende, Walter de Gruyter & Co., New York,

1981)

3635. STARK BROADENING OF SOME O III LINES. Dimitrijevic M. S., Publ . Astron.

Obs. Sarajevo 1, 215.

3636. ON THE STARK BROADENING OF IONIZED NITROGEN LINES. Dimitrijevic M. S.,

Konjevic N., J. Quant. Spectrosc . Radiat . Transfer 25, 387.

3637. COMPARISON BETWEEN QUANTUM AND SEMICLASSICAL CALCULATIONS OF THE ELECTRON

IMPACT BROADENING OF THE Li I RESONANCE LINE. Dimitrijevic M. S.,

Feautrier N. , Sahal -Brechot S., J. Phys. B 14, 2559.

1981 - 92 -
3638. SEMIEMPIRICAL STARK LINEWIDTHS OF ALKALI LIKE IONS. Dimitri jevic M. S.

,

Konjevic N., Astron. Astrophys . 102, 93.

3639. ELECTRON- IMPACT BROADENED LINE WIDTHS IN A SUPERMULTIPLET . Dimitri jevic

M. S., "European Conference on Atomic Physics," 529-530 (Ed. J. Kowalski,

G. zu Putlitz, H. G. Weber, European Physical Society, 1981).

3640. MODIFIED SEMIEMPIRICAL FORMULA FOR THE ELECTRON- IMPACT WIDTH OF IONIZED

ATOM LINES: THEORY AND APPLICATIONS. Dimitri jevic M. S., Konjevic N.

,

"Spectral Line Shapes," 211-239 (Ed. B. Wende , Walter de Gruyter & Co.,

New York, 1981) .

3641. THE LAST TRUTH ON PLASMA SATELLITES ?. Drawin H. W. , "Spectral Line

Shapes," 527-576 (Ed. B. Wende, Walter de Gruyter & Co., New York, 1981).

3642. THE INFLUENCE OF THE GAS TEMPERATURE ON THE CENTRAL PART OF THE STARK

PROFILE OF BALMER BETA. Esrom H., Helbig V., "Spectral Line Shapes,"

135-140 (Ed. B. Wende, Walter de Gruyter & Co., New York, 1981).

3643. ACCURATE CALCULATION OF DYNAMIC STARK SHIFTS AND DEPOPULATION RATES OF

RYDBERG ENERGY LEVELS INDUCED BY BLACKBODY RADIATION. HYDROGEN, HELIUM,

AND ALKALI-METAL ATOMS. Farley J. W. , Wing W. H., Phys . Rev. A 23, 2397.

3644. BROADENING OF THE CAESIUM SECOND RESONANCE DOUBLET BY COLLISIONS WITH

HYDROGEN MOLECULES. Ferray M. , Visticot J. P., Lozingot J., Sayer B. , J.

Phys. B 14, 3875.

3645. LINE PROFILE MEASUREMENTS OF RADIATION FROM THE MAGNETIC FIELD GLOW

DISCHARGE SOURCE. Ferreira N. P., Kruger R. A., Human H. G. C,

Spectrochim. Acta, Part B 36, 145.

3646. ALUMINUM LINES REDUCED TO A THIN LAYER IN AN OPTICALLY DENSE PLASMA.

Fishman I. S., Salakhov M. Kh. , Sarandaev E. V., Semin P. S., Opt.

Spectrosc. (USSR) 51, 435.

3647. WIDTH OF ZEEMAN COMPONENTS OF SIMPLE ATOMIC LINES. Fourcade N., Lassale

J., Roig J., J. Opt. (Paris) 12, 65. (Fr.)

3648. CONVOLUTION AND DECONVOLUTION OF FOCUSED BEAM DATA IN MULTI PHOTON

DECOMPOSITION EXPERIMENTS. Francisco J. S., Steinfeld J. I., Gilbert R.

G., Chem. Phys. Lett. 82, 311.

- 93 - 1981
3649. STARK EFFECT FOR A CONFINED HYDROGEN ATOM. Friedman M . , Rabinovitch A.,

Thieberger R. , J. Phys . B 14, 4737.

3650. ASYMPTOTIC FORMS OF CONVOLVED LINE PROFILES. Froment N. M. , Radraore P.

M. , Stephenson G. , J. Phys. A 14, 2201.

3651. X-RAY SPECTROSCOPY OF THE CENTRAL LUMINOUS REGION OF A LASER- PRODUCED

ALUMINUM PLASMA. Fujimoto T. , Yamaguchi N. , Mizui J., Kato T. , Fujita J.,

J. Phys. D 14, 439.

3652. BLACKBODY- RAD I ATI ON - I NDUCED STARK SHIFTS IN PERTURBED RYDBERG SERIES.

Gallagher T. F, , Sandner W. , Safinya K. A., Cooke W. E . , Phys. Rev. A

23, 2065.

3653. STARK BROADENING OF He I LINES IN A CO LASER- PRODUCED PLASMA. Gauthier

2 J. C, Geindre J. P., Goldbach Cl . , Grand jouan N. , Mazure A., Nollez G.,

J. Phys. B 14, 2099.

3654. STARK BROADENING OF THE HYDROGEN RESONANCE LINE L IN COMPARISON TO L

7 a. AND L . Geisler M. , Griitzmacher K. , Wende B., "Spectral Line Shapes,"

103-117 (Ed. B. Wende, Walter de Gruyter & Co., New York, 1981).

3655. EXPERIMENTAL DETERMINATION OF THE TOTAL INTEGRATED INTENSITY OF VARIOUS

DOUBLETS OF Cs ABSORPTION SERIES UNDER VARIOUS PRESSURES OF FOREIGN

GASES. Gilbert D. E. , Ch'en S. Y. , J. Quant. Spectrosc . Radiat . Transfer

25, 501.

3656. BROADENING AND SHIFTS OF THE RESONANCE LINES OF NEUTRAL AND SINGLY

IONIZED Mg, Ca AND Sr. Giles R. G., Lewis E. L. , "Spectral Line Shapes,"

733-740 (Ed. B. Wende, Walter de Gruyter & Co., New York, 1981).

3657. TWO-PHOTON EXCITATION OF XENON ATOMS AND DIMERS IN THE ENERGY REGION OF

THE 5p

5 6p CONFIGURATION. Gornik W., Kindt S., Matthias E., Schmidt D. , J.

Chem. Phys. 75, 68.

3658. EXPERIMENTAL STUDIES OF TWO-PHOTON ABSORPTION OF SODIUM PERTURBED BY

COLLISIONS WITH NOBLE GAS ATOMS. Granier R. , Charton G. , Granier J., J.

Quant. Spectrosc. Radiat. Transfer 26, 71.

3659. EXPERIMENTAL STUDY OF TWO-PHOTON ABSORPTION OF SODIUM PERTURBED BY

COLLISIONS WITH NOBLE GAS ATOMS. Granier R. , Charton G. , Granier J.,

"Spectral Line Shapes," 721-731 (Ed. B. Wende, Walter de Gruyter & Co.,

New York, 1981)

1981 _ qa .
3660. INTERMEDIATE COUPLING EFFECTS ON HELIUM-LIKE ION LINES FROM DENSE

PLASMAS. Griem H. R. , Kepple P. C, "Spectral Line Shapes," 391-396 (Ed.

B. Wende, Walter de Gruyter & Co., New York, 1981).

3661. INTERATOMIC POTENTIALS OF THE Hg-Kr VAN DER WAALS MOLECULE. Grycuk T.

,

Czerwosz E., Physica C (Amsterdam) 106, 431.

3662. QUASI-STATIC STARK PROFILES OF Hna HYDROGEN LINES IN A PLASMA. Gulyaev S.

A. , Sholin G. V., Sov. Astron.--AJ 25, 602.

3663. ABSORPTION COEFFICIENTS FOR THE WING OF THE Sr RESONANCE LINE AT 4607 A

BROADENED BY Ar AND Xe . Harima H., Fukuzo Y. , Tachibana K., Urano Y. , J.

Phys. B 14, 3069.

3664. DIAGNOSIS OF HIGH-DENSITY LASER COMPRESSED PLASMAS USING SPECTRAL LINE

PROFILES. Hauer A., "Spectral Line Shapes," 295-332 (Ed. B. Wende, Walter

de Gruyter & Co .

, New York, 1981).

3665. THE ASYMPTOTIC FALL-OFF OF A STARK- BROADENED SPECTRAL LINE IN THE

CLASSICAL PATH MODEL. Hegerfeldt G. C. , Reibold R., Phys Lett. A 82, 340.

3666. EXPERIMENTAL STUDY OF PLASMA BROADENED He I LINES WITH FORBIDDEN

COMPONENTS. Helbig V., Ehrich H., "Spectral Line Shapes," 179-190 (Ed. B.

Wende, Walter de Gruyter & Co .

, New York, 1981).

3667. INVESTIGATION OF THE STARK BROADENING OF BALMER-/3. Helbig V., Nick K. P.,

J. Phys. B 14, 3573.

3668. HIGH-ORDER CORRECTIONS TO THE THERMAL MICROFIELD IN A DENSE PLASMA. Held

B. , Deutsch C, Phys. Rev. A 24, 540.

3669. SECOND-ORDER CORRECTIONS TO THERMAL MICROFIELD IN DENSE PLASMAS. Held B.,

Deutsch C, "Spectral Line Shapes," 447-456 (Ed. B. Wende, Walter de

Gruyter & Co .

, New York, 1981).

3670. STARK BROADENING OF ISOLATED ION LINES BY PLASMAS: APPLICATION OF THEORY.

Hey J. D., Breger P., "Spectral Line Shapes," 201-209 (Ed. B. Wende,

Walter de Gruyter & Co., New York, 1981).

3671. STARK BROADENING OF ISOLATED ION LINES BY PLASMAS: THEORY. Hey J. D.,

Breger P., "Spectral Line Shapes," 191-200 (Ed. B. Wende, Walter de

Gruyter & Co .

, New York, 1981).

- 95 - 1981
3672. ION TEMPERATURE MEASUREMENTS OF TURBULENTLY HEATED TOKAMAK PLASMA BY

DOPPLER- BROADENING OF VISIBLE LINES IN TRIAM-1. Hiraki N., Nakamura K.

,

Toi K. , Itoh S., Jpn. J. Appl . Phys . 20, 183.

3673. COLLISION BROADENING AND SHIFT OF THE POTASSIUM 4P-7S AND 4P-5D LINES BY

ARGON. Hohimer J. P., Phys. Rev. A 23, 1110.

3674. QUENCHING COLLISIONS OF RUBIDIUM IN THE nS (32<n<45) RYDBERG LEVELS WITH

HELIUM. Hugon M. , Fournier P. R., Prunele E. de , J. Phys. B 14, 4041.

3675. EXPRESSIONS FOR THE COMPUTER- EVALUATION OF THE FOUR KERNEL FUNCTIONS FOR

LINE FORMATION WITH DOPPLER AND LORENTZ PROFILES. Hummer D. G. , J. Quant

Spectrosc. Radiat . Transfer 26, 187.

3676. DETERMINATION OF PLASMA ELECTRON DENSITIES FROM THE INTENSITY RATIO OF

RESONANCE AND INTERCOMB I NAT I ON LINES OF HELIUM-LIKE IONS. Ilyukhin A. A.

Kramida A. E., Peregudov G. V., Chirkov V. A., Sov. J. Quantum. Electron

11, 34.

3677. SHIFT OF

2 S HYPERFINE SPLITTINGS DUE TO BLACKBODY RADIATION AND ITS

1/2

INFLUENCE ON FREQUENCY STANDARDS. Itano W. M. , Lewis L. L. , Wineland D.

J., J. Phys. (Paris), Colloq. C8 , 283.

3678. CONSTANTS FOR BROADENING AND SHIFT OF D AND D RUBIDIUM-87 LINES BY

1 2 INERT GASES. Izotova S. L., Kantserov A. I., Frish M. S., Opt. Spectrosc

(USSR) 51, 107.

3679. PRESSURE SHIFTS AND BROADENI NGS IN THE ARC SPECTRUM OF KRYPTON. Jackson

D. A., J. Opt. Soc. Am. 71, 1064.

3680. THE INFLUENCE OF STATIC FIELDS ON THE DYNAMIC STARK SPECTRA OF HYDROGEN

BALMER LINES. Janssen G. C. A. M. , Jayakumar R. , Granneman E. H. A., J.

Phys. B 14, L51.

3681. AN EXPERIMENTAL STUDY OF THE COLLISIONAL BROADENING OF THE Na-D LINES BY

Ar, N , AND H PERTURBERS IN FLAMES AND VAPOR CELLS- I. THE LINE CORE.

2 2 Jongerius M. J., Van Bergen A. R. D., Hollander Tj., Alkemade C. Th. J.,

J. Quant. Spectrosc. Radiat. Transfer 25, 1.

3682. AN EXPERIMENTAL STUDY OF THE COLLISIONAL BROADENING OF THE Na-D LINES BY

Ar AND N PERTURBERS IN FLAMES AND VAPOR CELLS- II. THE LINE WINGS.

2 Jongerius M. J., Hollander Tj., Alkemade C. Th. J., J. Quant. Spectrosc.

Radiat. Transfer 26, 285.

1981 - 96 -
3683. STARK BROADENING OF Ar LINES IN DENSE LASER PRODUCED PLASMAS. Joyce R.

F., Woltz L. A., Hooper C. F. Jr., Laser Interact. Relat. Plasma

Phenomena 5, 819.

3684. AN INVESTIGATION OF THE USE OF LINE WIDTHS IN QUANTITATIVE SPECTROGRAPHIC

ANALYSIS. Kabiel A. M. , Shoaeb A. M .

, Nasr F. I., Ali Y. M , Spectrochim.

Acta, Part B 36, 129.

3685. MEASUREMENT OF A TOTAL ATOMIC -RADIATOR- PERTURBER SCATTERING CROSS SECTION. Kachru R. , Chen T. J., Hartmann S. R. , Mossberg T. W. , Berman P.

R. , Phys. Rev. Lett. 47, 902.

3686. REPLY TO THE PRECEDING NOTE ON THE STARK BROADENING OF IONIZED NITROGEN

LINES. Kallne E., Jones L. A., J. Quant. Spectrosc . Radiat . Transfer 25,

393.

3687. STARK BROADENING OF VISIBLE NEUTRAL HELIUM LINES IN A PLASMA. Kelleher D.

E., J. Quant. Spectrosc. Radiat. Transfer 25, 191.

3688. MULTIPLE PERTURBER SATELLITES: THEORY AND EXPERIMENT. Kielkopf J. F.,

"Spectral Line Shapes," 665-688 (Ed. B. Wende , Walter de Gruyter & Co.,

New York, 1981).

3689. IMPACT BROADENING OF THE 4p-7s TRANSITIONS IN POTASSIUM BY HELIUM AND

ARGON. Kielkopf J. F., Knollenberg R. , J. Phys. B 14, 1263.

3690. EMISSION LINE SHAPES FROM LASER COMPRESSION PLASMAS. Kilkenny J., Veats

S., Shalom A., Lee R. W. , "Spectral Line Shapes," 367-372 (Ed. B. Wende,

Walter de Gruyter & Co., New York, 1981).

3691. A COMPARISON OF METHODS FOR THE CALCULATION OF VOIGT PROFILES. Klim A.,

J. Quant. Spectrosc. Radiat. Transfer 26, 537.

3692. KINETIC THEORY OF THE BROADENING OF SPECTRAL LINES IN PLASMAS.

Klimontovich Yu. L. , Sukhin S. A., Theor. Math. Phys. (USSR) 47, 334.

3693. MEASUREMENT OF THE PROBABILITIES OF FORBIDDEN RADIATIVE TRANSITIONS IN

THE BARIUM ATOM. Klimovskii I. I., Minaev P. V., Morozov A. V., Opt.

Spectrosc. (USSR) 50, 464.

- 97 - 1981
3694.

3695.

3696.

3697.

3698.

3699.

3700.

3701.

3702.

3703.

3704.

1981

ON THE SYSTEMATIC TRENDS OF STARK BROADENING PARAMETERS OF ISOLATED LINES

IN PLASMAS. Konjevic N. , Dimitri jevic M. S., "Spectral Line Shapes,"

241-248 (Ed. B . Wende , Walter de Gruyter & Co., New York, 1981).

INTERACTION OF METASTABLE MERCURY ATOMS WITH GROUND-STATE INERT-GAS

ATOMS. Kryukov N. A., Penkin N. P., Redko T. P., Opt. Spectrosc . (USSR)

51, 420.

INVESTIGATION OF PLASMA- SATELLITES BY LASER- FLUORESCENCE SPECTROSCOPY.

Kunze H. J., "Spectral Line Shapes," 517-526 (Ed. B. Wende, Walter de

Gruyter & Co .

, New York, 1981).

DISTRIBUTION FUNCTIONS OF A MICROFIELD IN NONIDEAL PLASMA. Kurilenkov Yu.

K. , Filinov V. S., High Temp. (USSR) 18, 509.

STARK WIDTHS AND SHIFTS SYSTEMATIC TRENDS. Lakicevic I. S., Puric J.,

"Fifteenth International Conf . on Phenomena in Ionized Gases, Contributed

Papers," 915-916 (Minsk, 1981).

STARK BROADENING AND SHIFT OF Cs I AND Al II LINES. Lakicevic I. S.,

Puric J., Cuk M . , "Spectral Line Shapes," 253-256 (Ed. B. Wende, Walter

de Gruyter & Co . , New York, 1981).

A HOLLOW CATHODE FOR DOPPLER-FREE SPECTROSCOPY. Lawler J. E., Siegel A.,

Couillaud B., Hansch T. W., J. Appl . Phys . 52, 4375.

ABEL'S INVERSION OF A CYLINDRICAL HELIUM PLASMA. PRODUCTION OF STIGMATIC

SPECTROGRAPH USING A VIDICON DETECTOR. Le Toulouzan J. N. , Locquet J. J.,

Allano D., Savary P., Darrigo R., J. Opt. (Paris) 12, 369. (Fr.)

DYNAMIC ASPECT OF COLLISIONS IN ATOMIC LINE PROFILE COMPUTATION.

APPLICATION TO THE RESEARCH OF Hg (6

3 P ) -HEAVY, NOBLE GAS INTERATOMIC

POTENTIALS. Leboucher E., J. Phys. (Paris) 42, 813. (Fr.)

LINE SHAPES OF LITHIUM-LIKE IONS EMITTED FROM PLASMAS. Lee R. W.

,

Matthews D. L. , Scofield J., J. Phys. B 14, 3079.

THE POLARIZATION OF COLLI S I ONALLY REDISTRIBUTED FLUORESCENCE RESULTING

FROM LINE WING EXCITATION. Lewis E. L. , Salter J. M. , Harris M. , J. Phys.

B 14, L173.

- 98 -
3705. COLLISION BROADENING AND SHIFT OF THE 535.0 nm Tl LINE ACCOMPANYING THE

PHOTODISSOCIATION OF THALLIUM IODIDE PERTURBED BY NOBLE GASES: Part II:

EFFECTS DUE TO He, Ne AND Ar . Lisicki E., Bielski A., Szudy J., Z.

Naturforsch. , Teil A 36, 807.

3706. USE OF SELF-REVERSED CONTOURS TO DETERMINE THE SOURCE FUNCTION AND THE

ORIGINAL PROFILE. Luizova L. A., Trukhacheva V. A., Opt. Spectrosc

.

(USSR) 51, 429.

3707. SHAPE OF A SUPERRADIATION SPECTRUM. Malikov R. F. , Malyshev V. A.,

Trifonov E. D. , Opt. Spectrosc. (USSR) 51, 225.

3708. GENERALIZED LORENTZIAN APPROXIMATIONS FOR THE VOIGT LINE SHAPE. Martin

P., Puerta J., Appl . Opt. 20, 259.

3709. MODEL POTENTIAL CALCULATIONS FOR ALKALI RARE-GAS SYSTEMS. COMPARISON WITH

EXPERIMENT. Masnou-Seeuws F, , "Spectral Line Shapes," 593-613 (Ed. B.

Wende, Walter de Gruyter & Co., New York, 1981).

3710. THE HYDROGEN BALMER-a LINE PROFILE IN RF-DISCHARGE PLASMAS. Matsunaga K.

,

Kadota K. , Fujiwara M. , Fujita J., Jpn. J. Appl. Phys . 20, L615.

3711. APPROXIMATE REPRESENTATIONS OF THE REFRACTIVE INDEX OF A MEDIUM IN THE

REGION OF A VOIGT-PROFILE ABSORPTION LINE. Matveev V. S., J. Appl.

Spectrosc. (USSR) 35, 1043.

3712. DICKE NARROWING REDUCTION OF THE DOPPLER CONTRIBUTION TO A LINE WIDTH.

McMahon D. R. A., Aust. J. Phys. 34, 639.

3713. A STUDY OF PARTIAL FREQUENCY REDISTRIBUTION OF MONOCHROMATIC SOURCE

RADIATION. Meier R. R. , J. Quant. Spectrosc. Radiat . Transfer 25, 137.

3714. A SPECTROMETRIC STUDY OF A 40 MHz INDUCTIVELY COUPLED PLASMA - V.

DISCUSSION OF SPECTRAL INTERFERENCES AND LINE INTENSITIES. Mermet J. M.

,

Trassy C, Spectrochim. Acta, Part B 36, 269.

3715. THE MEASUREMENT OF COLLISIONAL LINESHAPES USING OPTICAL ECHO TECHNIQUES.

Mossberg T. W. , Kachru R. , Leung K. P., Whittaker E., Hartmann S. R.

,

"Spectral Line Shapes," 1093-1111 (Ed. B. Wende, Walter de Gruyter & Co.,

New York, 1981)

.

- 99 - 1981
3716. SPECTRAL LINE PROFILES OF NEUTRAL ARGON IN THE NEAR INFRARED SPECTRAL

REGION. Musielok J . , Beitr. Plasmaphys. 21, 179. (Ger.)

3717. COLLISION- INDUCED DIPOLE TRANSITIONS AND COLLISIONAL BROADENING OF

QUADRUPOLE TRANSITIONS. Nayfeh M. H. , Glab W. , McCown A., Phys . Rev. A

24, 1142.

)

3718. BROADENING OF HYDROGENIC X RAYS EMITTED BY A LASER- PRODUCED PLASMA.

Nguyen Hoe, "Spectral Line Shapes," 397-431 (Ed. B. Wende , Walter de

Gruyter & Co .

, New York, 1981).

3719. LINE BROADENING BY HOT AND DENSE PLASMAS. Nguyen Hoe, Grumberg J., Caby

M. , Leboucher E. , Coulaud G., Phys. Rev. A 24, 438.

3720. POLARIZATION SHIFT OF LOW-Z BALMER LINES IN LASER- PRODUCED PLASMAS.

Nicolosi P., Volonte S. , J. Phys. B 14, 585.

3721. ABSORPTION SPECTRUM OF A DRIVEN ATOM IN A PERTURBER GAS. Nienhuis G., J.

Phys. B 14, 1963.

3722. ASYMPTOTIC LINE SHAPE FOR COLLISION- INDUCED DEPOLARIZED LIGHT SCATTERING

IN ATOMIC GASES. Ovsiannikov V. D., Phys. Lett. A 85, 275.

3723. PROBLEM OF THE INFLUENCE OF "STRONG" COLLISIONS OF PLASMA ELECTRONS WITH

HYDROGEN ATOM ON THE BROADENING OF ITS SPECTRAL LINES. Pargaroanik L. E.,

Ginzburg M. D., J. Appl . Spectrosc. (USSR) 33, 808.

3724. THE REDSHIFT OF HYDROGEN LINES IN A STRONG MAGNETIC FIELD. Patil S. H.,

J. Phys. A 14, 2251.

3725. THEORY OF THE PRESSURE BROADENING AND SHIFT OF SPECTRAL LINES. Peach G.,

Adv. Phys. 30, 367.

3726. IS ION DYNAMICS REALLY SO IMPORTANT ?. Peach G., "Spectral Line Shapes,"

91-102 (Ed. B. Wende, Walter de Gruyter & Co., New York, 1981).

3727. COMPLETE SPECTRAL PROFILE OF THE 6 *S - 6

3 P MERCURY LINE PERTURBED BY

o 1 ARGON. Perrin D., Jeannet J. C, J. Phys. (Paris) 42, 1607.

3728. SELF -BROADENING IN METAL VAPORS. Pichler G. , "Spectral Line Shapes,"

827-844 (Ed. B. Wende, Walter de Gruyter & Co., New York, 1981).

1981 - 100 -
3729. THE PROBLEM OF MOLECULAR LINES IN THE STUDY OF PLASMA SATELLITES. Piel

A., "Spectral Line Shapes," 577-589 (Ed. B. Wende , Walter de Gruyter &

Co. , New York, 1981) .

3730. SOME COMMENTS ON HYDROGENIC LINES IN A PLASMA - SHIFTS, ASYMMETRIES AND

WIDTHS. Pittman T. L. , Kelleher D. E., "Spectral Line Shapes," 165-176

(Ed. B. Wende, Walter de Gruyter & Co., New York, 1981).

3731. EMPIRICAL LINESHAPE FOR COMPUTER FITTING OF SPECTRAL DATA. Price D. C,

Aust. J. Phys. 34, 51.

3732. THREE AND FOUR GENERALIZED LORENTZIAN APPROXIMATIONS FOR THE VOIGT LINE

SHAPE. Puerta J., Martin P., Appl . Opt. 20, 3923; 22, 19 (1983).

3733. THEORETICAL QUASAR EMISSION LINE RATIOS. IV. GENERAL ASYMPTOTIC ESCAPE

PROBABILITIES AND THE EFFECTS OF LINEAR STARK BROADENING. Puetter R. C,

Astrophys. J. 251, 446.

3734. REGULARITIES AND TRENDS IN STARK PARAMETERS OF NEUTRAL AND ION SPECTRAL

LINES. Puric J., "Fifteenth International Conference on Phenomena in

Ionized Gases, Invited Papers," 311-320 (Minsk , 1981 ) .

3735. STARK PARAMETER DEPENDENCE ON THE IONIZATION POTENTIAL. Puric J., Labat

0., Lakicevic I. S., "Spectral Line Shapes," 249-252 (Ed. B. Wende,

Walter de Gruyter & Co., New York, 1981).

3736. SOME REGULARITIES WITHIN THE STARK WIDTHS AND SHIFTS OF RESONANCE ION

LINES FROM Li TO Ca. Puric J., Lakicevic I. S., Glavonic V., J. Quant.

Spectrosc. Radiat . Transfer 26, 65.

3737. STARK WIDTH AND SHIFT PERIODIC DEPENDENCE ON NUCLEAR CHARGE NUMBER. Puric

J., Lakicevic I. S., "Fifteenth International Conf . on Phenomena in

Ionized Gases, Contributed Papers," 927-928 (Minsk, 1981).

3738. UNIFIED THEORY OF PRESSURE BROADENED ABSORPTION SPECTRA IN STRONG

RADIATION FIELDS. Rabin Y. , Mukamel S., "Spectral Line Shapes," 945-953

(Ed. B. Wende, Walter de Gruyter & Co., New York, 1981).

3739. SPECTRAL LINE BROADENING DUE TO THE INTERACTION BETWEEN VERY EXCITED

ATOMS: "THE DENSE RYDBERG GAS". Raimond J. M. , Vitrant G., Haroche S., J.

Phys. B 14, L655.

- 101 - 1981
3740. ION BROADENING ON THE WINGS OF LYMAN -a . Rang L. Q., Voslamber D., J.

Quant. Spectrosc. Radiat. Transfer 25, 35.

3741. A GREEN'S FUNCTION APPROACH TO THE SHIFT OF SPECTRAL LINES IN DENSE

PLASMAS. Ropke G., Seifert T., Kilimann K. , Ann. Physik (Leipzig), 38,

381.

3742. COMPUTER DIAGNOSTICS OF AN OPTICALLY DENSE PLASMA FROM ABSORPTION SPECTRA. Salakhov M. Kh. , Fishman I. S., Semin P. S., Sarandaev E. V., Sov.

Phys. J. 24, 584.

3743. USE OF RADIATIVE LINE BROADENING BY AN INTENSE LASER FIELD AS A PLASMA

DIAGNOSTIC. Schlessinger L. , Wright J., Phys. Rev. Lett. 47, 519.

3744. THEORY OF HYDROGEN STARK BROADENING. Seidel J., "Spectral Line Shapes,"

3-40 (Ed. B. Wende, Walter de Gruyter & Co., New York, 1981).

3745. AN ANALYSIS OF MARKOVI AN MODEL MICROFIELD METHODS FOR STARK BROADENING.

Smith E. W. , Talin B., Cooper J., J. Quant. Spectrosc. Radiat. Transfer

26, 229.

3746. OSCILLATOR STRENGTHS AND COLLISIONAL DAMPING PARAMETERS FOR LINES OF

NEUTRAL CALCIUM. Smith G., Raggett D. St. J., J. Phys. B 14, 4015.

3747. EXCITATION OF ATOMS AND BROADENING OF SPECTRAL LINES. Sobel'man I. I.,

Vainshtein L. A., Yukov E. A., "Excitation of Atoms and Broadening of

Spectral Lines," Vol. 7, Ch. 7, 239-303 (Eds. V. I. Goldanskii, R. Gomer,

F. P. Schafer & J. P. Toennies, Springer-Verlag , New York, 1981).

3748. TEMPERATURE DEPENDENCE OF THE Na-He COLLISION BROADENING CONSTANTS IN THE

IMPACT REGION OF THE LINE PROFILE. Spielfiedel A., Roueff E., J. Phys. B

14, L795.

3749. BROADENING AND SHIFT OF HIGH RYDBERG STATES MEASURED BY DOPPLER-FREE

TWO-PHOTON SPECTROSCOPY. Stoicheff B. P., Thompson D. C, Weinberger E.,

"Spectral Line Shapes," 1071-1082 (Ed. B. Wende, Walter de Gruyter & Co.,

New York, 1981) .

3750. CALCULATIONS OF SPECTRAL-LINE ELECTRONIC BROADENING IN THE THEORY OF

PLASMA OPTICAL PROPERTIES. Syrkin M. I., Opt. Spectrosc. (USSR) 51, 431.

1981 - 102 -
3751. QUASIMOLECULAR INTERPRETATION OF COLLISION EFFECTS ON ATOMIC FORBIDDEN

TRANSITIONS. Szudy J., Visticot J. P., Sayer B. , "Spectral Line Shapes,"

631-650 (Ed. B. Wende , Walter de Gruyter & Co., New York, 1981).

3752. ANGULAR FACTORS IN (j 1) -COUPLING FOR THE QUADRUPOLE CONTRIBUTIONS TO THE

WIDTH OF STARK BROADENED SPECTRAL LINES. Truong-Bach , Drawin H. W. , J.

Quant. Spectrosc . Radiat . Transfer 25, 285.

3753. STARK BROADENING OF NEUTRAL XENON. Truong-Bach, Richou J., Lesage A.,

Miller M. H. , Phys . Rev. A 24, 2550.

3754. MEASUREMENT OF COLLISION BROADENING OF RESONANCE LINES OF CALCIUM ION BY

A LOW-RESOLUTION SPECTROMETER. Urano Y. , Monju M. , Harima H., Tachibana

K., Jpn. J. Appl. Phys. 20, 1021.

3755. QUASI-STATIC WINGS OF K SPECTRAL LINES BROADENED BY Cs . Vadla C, Beuc

R. , Movre M. , "Spectral Line Shapes," 751-755 (Ed. B. Wende, Walter de

Gruyter & Co., New York, 1981).

3756. LINE SHAPE ANALYSIS FOR FABRY-PEROT INTERFEROMETER MEASUREMENTS.

Valentini H. B. , Exp. Tech. Phys. 29, 563.

3757. BROADENING AND SHIFTS OF THE XENON LINE AT A=3.51 fim: MEASUREMENTS AND

THEORETICAL INTERPRETATION. Vallee 0., Marie E. , Tran Minh N., Vetter R.

,

Phys. Rev. A 24, 1391.

3758. DETERMINATION OF PERTURBATIONS IN THE SEMI -DEGENERATE 4f 4d 4p-2p Li I LINE EMITTED BY AN ELECTROLYTIC PLASMA. Valognes J. C, Mergault P., J.

Quant. Spectrosc. Radiat. Transfer 25, 471.

3759. GIANT STARK BROADENING OF ATOMIC GALLIUM EMISSION LINES NEAR A HIGH FIELD

TIP. Venkatesan T., Wagner A., Nash D. L. , Mungo A. J., Barr D., Appl.

Phys. Lett. 39, 9.

3760. LINE SHAPES IN LASER EXPERIMENTS. Vetter R. , Berman P. R. , Comments At.

Mol. Phys. 10, 69.

3761. QUASISTATIC SELF -BROADENING OF Li AND Na FIRST RESONANCE LINES. Veza D.

,

Pichler G. , "Spectral Line Shapes," 845-850 (Ed. B. Wende, Walter de

Gruyter & Co., New York, 1981).

- 103 - 1981
3762. EXPERIMENTAL STUDY OF THE SATELLITE OF THE Cs(6 S - 5 D ) LINE

1/2 5/2

PERTURBED BY A RARE GAS AND COMPARISON WITH THE PREDICTIONS OF A

QUAS IMOLECULAR MODEL. Visticot J. P., Szudy J., Ferray M. , Sayer B., J.

Phys. B 14, 4755.

3763. SEMICLASSICAL DESCRIPTION OF THE SATELLITE PROFILE OF THE Cs(6S -5D ) 1/2 5/2

TRANSITION PERTURBED BY ARGON ALLOWING MOLECULAR POTENTIAL DETERMINATION.

Visticot J. P., Szudy J., Sayer B., J. Phys. B 14, 2329.

3764. THEORY INCLUDING NON - AD I ABAT I C EFFECTS OF ION DYNAMICS. Voslamber D.,

"Spectral Line Shapes," 73-89 (Ed. B. Wende , Walter de Gruyter & Co., New

York, 1981).

3765. ION DYNAMIC CORRECTION TO THE PROFILE OF THE FORBIDDEN 2

3 P - 43 F

TRANSITION OF He I. Voslamber D., Segre E. R. A., J. Quant. Spectrosc

Radiat. Transfer, 25, 45.

3766. INFLUENCE OF DIFFERENT ION DYNAMICAL EFFECTS ON LYMAN LINES. Voslamber

D. , Stamm R. , "Spectral Line Shapes" 63-72, (Ed. B. Wende, Walter de

Gruyter and Co., New York, 1981).

3767. LINE-SHAPE CHANGES DUE TO OPTICAL PUMPING OF Na IN BUFFER GAS. Walkup R.

E. , Spielfiedel A., Phillips W. D., Pritchard D. E., Phys. Rev. A 23,

1869.

3768. PRESSURE-BROADENING RATES FROM THE NEAR-WING AMPLITUDE. Walkup R. E.,

Spielfiedel A., Ely D., Phillips W. D., Pritchard D. E. , J. Phys. B 14,

1953.

3769. COLLISION STUDIES OF Ha FINE STRUCTURE LINES WITH HIGH-RESOLUTION LASER

SPECTROSCOPY. Weber E.. W., "Spectral Line Shapes," 1113-1122 (Ed. B.

Wende, Walter de Gruyter & Co . , New York, 1981).

3770. PLASMA SHIFT AND BROADENING OF SINGLE HYDROGEN BALMER-a FINE- STRUCTURE

LINES. Weber E. W. , Humpert H. J., Phys. Lett. A 83, 386.

3771. PLASMA SHIFT AND BROADENING OF RESOLVED Ha FINE STRUCTURE LINES. Weber E.

W. , Humpert H. J., "Spectral Line Shapes," 1133-1140 (Ed. B. Wende,

Walter de Gruyter & Co . , New York, 1981).

1981 - 104 -
3772. INFLUENCE OF ELASTIC AND INELASTIC COLLISIONS ON DENSITY SHIFT AND

BROADENING. Weber E. W. , Jungmann K. , Phys . Lett. A 81, 223.

3773. EFFECT OF QUENCHING COLLISIONS ON DENSITY SHIFT AND BROADENING. Weber E.

W., Jungmann K. , "Spectral Line Shapes," 1123-1131 (Ed. B. Wende , Walter

de Gruyter & Co . , New York, 1981).

3774. VOIGT PROFILES OF SPECTRAL LINES: ACCURACY OF LINE PARAMETERS AS A

FUNCTION OF PEAK TRANSMITTANCE . Wilczek E. , Belbruno J. J., Gelfand J.,

Appl . Spectrosc. 35, 443.

3775. LINE BROADENING CAUSED BY LASER LINEWIDTH. Wodkiewicz K. , "Spectral Line

Shapes," 955-961 (Ed. B. Wende, Walter de Gruyter & Co., New York, 1981).

3776. STARK BROADENING IN HOT, DENSE, LASER- PRODUCED PLASMAS: FULL COULOMB

ELECTRON INTERACTIONS. Woltz L. A., Joyce R. F. , Hooper C. F. Jr.,

"Spectral Line Shapes," 379-389 (Ed. B. Wende, Walter de Gruyter & Co.,

New York, 1981)

.

3777. CALCULATED PRESSURE BROADENING AND SHIFT FOR THE SODIUM ATOM PERTURBED BY

RARE GASES. II. TWO-PHOTON 3S-nS TRANSITIONS (n=6-9). Wu C. Y. R.

,

Stwalley W. C, Phys. Rev. A 24, 1117.

3778. ELECTRON SCATTERING CONTRIBUTION TO THE RED SHIFT OF He II LINES IN

PLASMA. Yamamoto K. , Narumi H., Phys. Lett. A 86, 142.

3779. REDISTRIBUTION OF RADIATION FOR THE WINGS OF LYMAN-a. Yelnik J.-B.,

Burnett K. , Cooper J., Ballagh R. J., Voslamber D., Astrophys . J . 248

,

705.

3780. ON THE VOIGT ANALYSIS OF INTERFEROGRAMS BY USING BALLIK'S METHOD. Zhechev

D. , Zaprianova R. , Koleva I., Spectrosc. Lett. 14, 809.

3781. LOW -TEMPERATURE He-Na COLLISION RATE MEASUREMENTS. Zimmermann M. , Miles

R. B. , J. Phys. B 14, L85.

1982

3782. PLASMA SHIFTS OF C VI LYMAN LINES TO SHORTER WAVELENGTHS. Adcock J. C.

Jr., Griem H. R. , University of Maryland, Plasma preprint PL #83-024

(1982) .

- 105 - 1981-1982
3783.

3784.

3785.

3786.

3787.

3788.

3789.

3790.

3791.

3792.

3793.

1982

COLLISIONAL BROADENING OF INTRA-DOPPLER RESONANCES OF SELECTIVE

REFLECTION ON THE D LINE OF CESIUM. Akul ' shin A. M. , Velichanskii V. L.

,

2 Zibrov A. S., Nikitin V. V., Sautenkov V. V., Yurkin E. K. , Senkov N. V.,

JETP Lett. 36, 303.

EFFECTS OF BROADENING MECHANISMS ON ATOMIC RESONANCE FLUORESCENCE.

Al-Hilfy A., Loudon R., J. Phys . B 15, 2819.

EFFECT OF THE VELOCITIES OF THE PERTURBERS ON ALKALI -RARE GAS LINE

PROFILES. Allard N. F., Biraud Y. G. , J. Phys. (Paris) 43, 501.

THE EFFECT OF NEUTRAL NONRESONANT COLLISIONS ON ATOMIC SPECTRAL LINES.

Allard N. F. , Kielkopf J. F., Rev. Mod. Phys. 54, 1103.

CALCULATION OF GAIN AT X-RAY WAVELENGTHS RESULTING FROM OPTICAL PUMPING

OF HELIUM-LIKE IONS. Alley W. E., Chapline G., Kunasz P., Weisheit J. C,

J. Quant. Spectrosc. Radiat . Transfer 27, 257.

RARE GAS COLLISIONAL PERTURBATION OF THE 6s6d LEVELS OF MERCURY:

EXPERIMENTAL. Arbadji S. A., Hennecart D., Lecler D., J. Phys. (Paris)

43, 37.

INVESTIGATION OF THE ALIGNMENT OF THE

2 D STATE OF Cd II IN A GAS

5/2

DISCHARGE. Atadzhanov M. R. , Kotlikov E. I., Chaika M. P., Opt.

Spectrosc. (USSR) 53, 378.

EXPERIMENTAL A

2

tt POTENTIALS FOR Li-He AND Li-Ne MOLECULES. Balling L.

C. , Wright J. J., Havey M. D., Phys. Rev. A 26, 1426.

CONVERGENT CALCULATIONS FOR ELECTRON IMPACT BROADENING AND SHIFT OF

NEUTRAL HELIUM LINES. Bassalo J. M., Cattani M. , Walder V. S. , J. Quant.

Spectrosc. Radiat. Transfer 28, 75.

STARK BROADENING OF ISOLATED UV LINES OF Li I , Al I AND Si I BY A DC ARC

PLASMA WITHOUT AND WITH Cs . Bassyouni A. H., Proc . Math. Phys. Soc

Egypt. 54, 17.

CONTRIBUTION OF HYPERFINE- INTERACTION NONCONTACT TERMS TO LINE SHIFTS OF

HYPERFINE TRANSITIONS IN THE GROUND STATE OF ALKALI ATOMS AND HYDROGEN.

Batygin V. V., Sokolov I. M. , Opt. Spectrosc. (USSR) 52, 448.

- 106 -
3794. EXPERIMENTAL TEST OF THE ACCURACY OF A MAGNETIC -SCANNING DETERMINATION OF

THE BROADENING AND SHIFT OF THE RUBIDIUM D LINE. Belov V. N., Romanenko

2 E. V., Opt. Spectrosc. (USSR) 52, 441.

3795. COLLISION KERNELS AND LASER SPECTROSCOPY. Berraan P. R. , Mossberg T. W.

,

Hartmann S. R. , Phys . Rev. A 25, 2550.

3796. SATELLITE BANDS IN THE FAR BLUE WING OF THE POTASSIUM FIRST RESONANCE

DOUBLET. Beuc R. , Milosevic S., Movre M. , Pichler G., Veza D., Fizika

(Zagreb) 14, 345.

3797. BLUE ASYMMETRY OF POTASSIUM RESONANCE LINES BROADENED BY CAESIUM ATOMS.

Beuc R., Movre M. , Vadla C, J. Phys. B 15, 1333.

3798. COLLISION BROADENING AND SHIFT OF THE S AND D RYDBERG LEVELS OF RUBIDIUM

BY He AND Ar . Bruce D. M. , Mirza M. Y., Duley W. W. , Opt. Coramun. 40, 347.

3799. HIGH DENSITY PLASMA EFFECTS ON ATOMIC AND IONIC SPECTRA. Burgess D. D.,

Lee R. W., J. Phys. (Paris) Colloq. C2 43, 413.

3800. COLLISIONAL REDISTRIBUTION OF RADIATION IN STRONG FIELDS: MODIFICATION OF

THE COLLISION DYNAMICS. Burnett K. , Cooper J., Kleiber P. D., Ben-Reuven

A. , Phys. Rev. A 25, 1345.

3801. QUASISTATIC, ADI ABATI C, AND IMPACT CALCULATIONS FOR THE ION BROADENING

AND SHIFT OF NEUTRAL- HELIUM LINES IN A HOT PLASMA. Cattani M., Walder V.

S. , Phys. Rev. A 25, 3411.

3802. A MODEL FOR THE SPECTRAL LINE POLARIZATION SHIFT IN DENSE PLASMA. Cauble

R. , J. Quant. Spectrosc. Radiat . Transfer 28, 41.

3803. SPECTROSCOPIC INVESTIGATION OF THE HELIUM PLASMA PRODUCED BY LINEAR

FOCUSING OF A TEA-CO LASER BEAM. Cirkovic L j . M. , Vujicic B. T., Glisic

S. M. , J. Phys. D 15, 229.

3804. ON REDISTRIBUTION AND THE EQUATIONS FOR RADIATIVE TRANSFER. Cooper J.,

Ballagh R. J., Burnett K. , Hummer D. G., Astrophys . J. 260, 299.

3805. COMMENT ON THE USE OF AN EXPONENTIAL APPROXIMATION FOR THE STARK

BROADENING OF HYDROGEN LINES. Cooper J., Smith E. W. , J. Quant.

Spectrosc. Radiat. Transfer 27, 665.

- 107 - 1982
3806. ELECTRON DENSITY MEASUREMENTS IN A LOW PRESSURE DISCHARGE USING

DOPPLER-FREE TWO-PHOTON SPECTROSCOPY. Cornelissen H. J., Burgmans A. L.

J., Opt. Commun. 41, 187.

3807. COLLISIONAL EFFECTS AND TWO-PHOTON ABSORPTION IN CALCIUM VAPOR. Corney

A., McGinley J. V. M. , J. Phys . B 15, L655.

3808. COLLI SIONALLY INDUCED COHERENT SIGNALS AND COLLISIONAL REDISTRIBUTION.

Dagenais M. , Phys. Rev. A 26, 869.

3809. DIPOLE AUTOCORRELATION FUNCTION FOR MOLECULAR PRESSURE BROADENING: A

QUANTUM THEORY WHICH SATISFIES THE FLUCTUATION- DISSIPATION THEOREM.

Davies R. W. , Tipping R. H., Clough S. A., Phys. Rev. A 26, 3378.

3810. LEVEL SHIFTS AND INELASTIC ELECTRON SCATTERING IN DENSE PLASMAS. Davis

J., Blaha M. , J. Quant. Spectrosc . Radiat . Transfer 27, 307.

3811. CHARACTERIZATION OF NON - LORENTZ I AN LINE SHAPES IN ATOM -ATOM COLLISIONS.

Dehesa J. S., Nuovo Cimento Soc . Ital. Fis. D 1, 442.

3812. HIGH ACCURACY DECONVOLUTION METHOD USING SPLINE FUNCTIONS. Deutsch M.

,

Beniarainy I., Rev. Sci. Instrum. 53, 90.

3813. SEMICLASSICAL CALCULATIONS OF ELECTRON IMPACT STARK WIDTHS OF S III, Cl

III AND S IV ISOLATED LINES. Diraitri jevic M. S., Konjevic N., J. Quant.

Spectrosc. Radiat. Transfer 27, 203.

3814. STARK BROADENING OF HEAVY ION SOLAR LINES. Diraitri jevic M. S., "Sun and

Planetary System," 101-102 (Ed. W. Fricke & G. Teleki , D. Reidel

,

Dordrecht, 1982).

3815. INFLUENCE OF DIFFERENT KINDS OF COLLISIONS ON THE STARK BROADENING OF THE

Li I RESONANCE LINE. Diraitri jevic M. S., Feautrier N. , Sahal -Brechot S.,

"Symposium on the Physics of Ionized Gases, Contributed Papers," 277-280

(Dubrovnik, 1982).

3816. STARK BROADENING OF THE He I RESONANCE LINES. Diraitri jevic M. S.,

Sahal -Brechot S., "Symposium on the Physics of Ionized Gases, Contributed

Papers," 273-276 (Dubrovnik, 1982).

1982 - 108 -
3817. RESONANT SCATTERING ( AUTO IONIZATION) CONTRIBUTION TO STARK BROADENING OF

ION LINES. Dimitri jevic M. S . , Cornille M. , Feautrier N., Sahal -Brechot

S., "Symposium on the Physics of Ionized Gases, Contributed Papers,"

281-283 (Dubrovnik, 1982).

3818. ON THE VARIATION OF STARK LINE WIDTHS WITHIN A SUPERMULTIPLET

.

Dimitrijevic M. S., Astron. Astrophys . 112, 251.

3819. PLASMA SATELLITES IN THE PRESENCE OF NON-RESONANT, COHERENT AND POLARIZED

RADIATION. Drawin H. W. , Truong-Bach, J. Phys . B 15, 4477; 17, 1927

(1984)

.

3820. A.C. STARK EFFECT ON THE 4713 A LINE EMITTED BY A HELIUM GLOW DISCHARGE

IN THE FIELD OF A MULT I MODE T.E.A. C0

2 LASER. Dubreuil B., Pignolet P.,

Catherinot A., Davy P., J. Phys. (Paris) 43, 875.

3821. THEORY OF DEGENERATE FOUR-WAVE MIXING IN RESONANT DOPPLER- BROADENED

MEDIA. II .DOPPLER-FREE HETERODYNE SPECTROSCOPY VIA COLLINEAR FOUR-WAVE

MIXING IN TWO- AND THREE-LEVEL SYSTEMS. Ducloy M. , Bloch D., J. Phys.

(Paris) 43, 57.

3822. ON THE

2 P POTENTIALS FOR THE INTERACTION OF K(4P) and K(5P) WITH ARGON.

Diiren R. , Hasselbrink E., Tischer H., Milosevic S., Pichler G., Chem.

Phys. Lett. 89, 218.

3823. COMPARISONS OF SODIUM: RARE-GAS POTENTIALS BY MEASUREMENTS OF

EXCITED-STATE DEGENERATE FOUR-WAVE MIXING. Ewart P., O'Leary S. V., J.

Phys. B 15, 3669.

3824. TRANSPORT OF RESONANCE EXCITATION IN Na VAPOR EXCITED BY WHITE LIGHT.

Fujimoto T., Phelps A. V., Phys. Rev. A 25, 322.

3825. OSCILLATOR STRENGTH AND RARE-GAS INDUCED BROADENING OF THE

ELECTRIC -QUADRUPOLE TRANSITION 4s

2 *S - 4s3d *D IN CALCIUM. Fukuda K.

,

Ueda K. , J. Phys. Chem. 86, 676.

3826. COLLISION BROADENING AND SHIFTS IN THE SPECTRA OF NEUTRAL AND SINGLY

IONIZED MAGNESIUM, CALCIUM AND STRONTIUM. Giles R. G., Lewis E. L. , J.

Phys. B 15, 2871 (1982).

- 109 - 1982
3827. OBSERVATION OF COLLISIONAL NARROWING IN A TWO-PHOTON TRANSITION IN A

THREE-LEVEL SYSTEM. Glab W., Hillard G. B., Nayfeh M. H. , Phys . Rev. A

25, 3431.

3828. STARK-WIDTH MEASUREMENTS OF NEUTRAL AND SINGLY IONIZED MAGNESIUM

RESONANCE LINES IN A WALL- STABILIZED ARC. Goldbach CI., Nollez G.

,

Plomdeur P., Zimmerraann J. P., Phys. Rev. A 25, 2596.

3829. EXPERIMENTAL STARK WIDTHS AND SHIFTS OF TWO ULTRAVIOLET C II LINES. Goly

A., Weniger S., J. Quant. Spectrosc. Radiat . Transfer 27, 657.

3830. STARK WIDTHS AND TRANSITION PROBABILITIES OF SOME MULTIPLETS ON SINGLY

IONIZED CARBON. Goly A., Weniger S., J. Quant. Spectrosc. Radiat.

Transfer 28, 389.

3831. COLLISIONS OF RYDBERG ATOMS: RECENT ADVANCES. Gounand F. , J. Phys.

(Paris), Colloq. C2 43, 291.

3832. INFLUENCE OF INELASTIC COLLISIONS ON THE WIDTH OF OPTICAL LINES INVOLVING

RYDBERG STATES. Gounand F., Szudy J., Hugon M., Sayer B., Fournier P. R.

,

Phys. Rev. A 26, 831.

3833. COMMENTS ON THE REQUIREMENTS FOR A GENERAL STARK BROADENING THEORY.

Greene R. L., J. Quant. Spectrosc. Radiat. Transfer 27, 185.

3834. A RELAXATION THEORY OF STARK BROADENING BY IONS. Greene R. L. , J. Quant.

Spectrosc. Radiat. Transfer, 27, 639.

3835. ION-RADIATOR DYNAMIC EFFECTS IN STARK BROADENING OF He II LINES. Greene

R. L. J. Phys. B 15, 1831.

3836. BROADENING OF THE LYMAN-0 LINE OF HYDROGEN BY LOW-FREQUENCY FIELDS IN

DENSE PLASMAS. Griem H. R. , Tsakiris G. D., Phys. Rev. A 25, 1199.

3837. AUTOMATIC ANALYSIS OF A VOIGT PROFILE OR LINEAR COMBINATION OF SEVERAL

VOIGT PROFILES, Guilpin C, Mangeot B., J. Phys. D 15, 537. (Fr.)

3838. EMPIRICAL INTERATOMIC POTENTIALS FOR Ba-RARE-GAS SYSTEMS DEDUCED FROM AN

ABSORPTION MEASUREMENT. Harima H., Tachibana K. , Urano Y. , J. Phys. B

15, 3679.

1982 - no -
3839. THE SHIFT OF THE ATOMIC RESONANCE LINES OF LITHIUM BY NOBLE GASES. Harris

M. , Lwin N. , McCartan D. G. , J. Phys . B 15, L831.

3840. STARK SHIFTS OF IONIZED HELIUM LINES. Hashimoto S., J. Phys. Soc . Jpn.

51, 1613.

3841. A NEW FORMULA FOR THE SPECTRAL LINE BROADENING IN PLASMAS WITH

APPLICATION TO THE ASYMMETRY OF Ly-a. Hegerfeldt G. C, Reibold R. , Z.

Naturforsch. , Teil A 37, 305.

3842. QUANTUM DIFFRACTION CORRECTIONS TO THE HIGH-FREQUENCY THERMAL MICROFIELD

IN A DENSE PLASMA. Held B., Deutsch C, Gombert M. M. , Phys. Rev. A 25,

585.

3843. QUANTUM CORRECTIONS TO THE HIGH-FREQUENCY THERMAL MICROFIELD IN A DENSE

PLASMA. Held B., Deutsch C, Gombert M. M. , J. Phys. A 15, 3845.

3844. A CLASSICAL PATH CALCULATION OF STARK BROADENING OF ISOLATED ION LINES BY

PLASMAS. Hey J. D., Breger P., S. Afr . J. Phys. 5, 111.

3845. THE SHAPE OF SPECTRAL LINES WITH COMBINED IMPACT AND STATISTICAL

BROADENINGS. Hirono M. , Nakazawa T., J. Phys. Soc. Jpn. 51, 265.

3846. COLLISION BROADENING AND SHIFT OF THE POTASSIUM 4p-ns AND 4p-nd LINES BY

ARGON. Hohimer J. P., Gee J., Phys. Rev. A 25, 1404.

3847. OPTIMIZED COMPUTATION OF THE VOIGT AND COMPLEX PROBABILITY FUNCTIONS.

.Humlicek J., J. Quant. Spectrosc . Radiat . Transfer 27, 437.

3848. HIGH ORDER ASYMPTOTIC EXPANSIONS OF THE FOUR KERNEL FUNCTIONS FOR LINE

FORMATION WITH THE VOIGT PROFILE. Hummer D. G., J. Quant. Spectrosc.

Radiat. Transfer 27, 569.

3849. CLUSTER EXPANSION FOR THE ELECTRIC MICROFIELD DISTRIBUTION IN A PLASMA.

Iglesias C. A., Hooper Jr. C. F, , Phys. Rev. A 25, 1049.

3850. QUANTUM CORRECTIONS TO THE LOW -FREQUENCY-COMPONENT MICROFIELD

DISTRIBUTIONS. Iglesias C. A., Hooper Jr. C. F. , Phys. Rev. A 25, 1632.

3851. SHIFT OF

2 S HYPERF I NE SPLITTINGS DUE TO BLACKBODY RADIATION. Itano W.

1/2

M. , Lewis L. L. , Wineland D. J., Phys. Rev. A 25, 1233.

- Ill - 1982
3852. ROLE OF RADIATIVE TRANSFER IN SPECTRAL LINE SHAPES FROM PLASMAS. Jaraelot

G. , Jaegle P., Carillon A., Ann. Phys . (Paris) 7, 399.

3853. PARAMETERS OF A LASER PRODUCED PLASMA FROM XUV LINE PROFILES. Jannitti

E. , Nicolosi P., Tondello G. , J. Phys. (Paris) 43, 1043.

3854. NONADIABATIC THEORY OF COLLISION -BROADENED ATOMIC LINE PROFILES. Julienne

P. S. , Phys. Rev. A 26, 3299.

3855. RELATIVE NOBLE-GAS- INDUCED BROADENING OF THE D LINES OF ATOMIC LITHIUM.

Kachru R. , Chen T. J., Mossberg T. W. , Hartraann S. R. , Phys. Rev. A 25,

1546.

3856. CALCULATIONS OF LINE ABSORPTION OF SPECIFIC HELIUM LINES FOR THE VOIGT

PROFILE. Kato I., Yonehara A., J. Opt. Soc . Am. 72, 395.

3857. A COMMENT ON THE REDUCIBILITY OF THE VOIGT FUNCTIONS. Katriel J., J.

Phys. A 15, 709.

3858. POSITION AND WIDTH OF THE RESONANCE IN ELECTRON -POTASSIUM SCATTERING FROM

SELF -BROADENING OF RYDBERG STATES. Kaulakys B., J. Phys. B 15, L719.

3859. INTERFEROMETRIC MEASUREMENTS OF SPECTRAL LINE WIDTHS EMITTED BY AN

INDUCTIVELY COUPLED PLASMA. Kawaguchi H., Oshio Y. , Mizuike A.,

Spectrochira. Acta, Part B 37, 809.

3860. STARK-PROFILE CALCULATIONS FOR THE C VI LINE n = 7 to 6 AT 3434 A FROM

DENSE PLASMAS. Kepple P. C, Griera H. R. , Phys-. Rev. A 26, 484.

3861. THE RELATIVISTIC DOPPLER BROADENING OF THE LINE ABSORPTION PROFILE.

Kichenassamy S., Krikorian R. , Nikoghossian A., J. Quant. Spectrosc

Radiat. Transfer 27, 653.

3862. THE EFFECT OF RARE-GAS COLLISIONS ON THE WINGS OF THE POTASSIUM 4p

2 P

3 /2

- 7s

2 S

i/z (5802 A) TRANSITION. Kielkopf J. F. , J. Phys. B 15, 915.

3863. OBSERVATION OF EFFECT OF STIMULATED PROCESSES ON DRESSED- STATE

COLLISIONAL KINETICS. Kleiber P. D., Burnett K. , Cooper J., Phys. Rev. A

25, 1188.

1982 - 112 -
3864. BROADENING OF THE 6328 A Ne LINE FOR DIFFERENT VELOCITIES OF THE

COLLIDING PARTICLES. Kotlikov E. N. , Tokarev V. I., Opt. Spectrosc

.

(USSR) 53, 360.

3865. ELECTRON DENSITY MEASUREMENTS IN A LASER INDUCED Na PLASMA. Krebs D. J.,

Schearer L. D., J. Chera. Phys . 76, 2925.

3866. RARE-GAS, COLLISION- INDUCED SHIFTS OF THE nD STATES OF SODIUM. Krebs D.

J., Schearer L. D., Phys. Rev. A 26, 1473.

3867. TEMPERATURE DEPENDENCE OF THE SHIFT, WIDTH AND ASYMMETRY OF THE POTASSIUM

(4p-7s) 5802 A LINE PERTURBED BY ARGON. Kreye W. C, J. Phys. B 15, 371.

3868. DETERMINATION OF ELECTRON TEMPERATURE FROM THE ABSOLUTE INTENSITIES OF

SPECTRAL LINES IN A NONEQUILIBRIUM PLASMA. Kudryavtsev A. A. , Skrebov V.

N., Opt. Spectrosc. (USSR) 52, 370.

3869. EXPERIMENTAL STARK BROADENING DATA OF Si II AND Si III LINES. Kusch H.

J., Schroder K. , Astron. Astrophys . 116, 255.

3870. COLLISION EFFECTS IN RYDBERG STATES OF XENON. Labastie P., Giacobino E.

,

Biraben F . , J

.

' Phys . B 15, 2605.

3871. STARK WIDTH AND SHIFT OF Cs I 852.11 ran RESONANCE LINE. Lakicevic I. S.

,

Puric J., Cuk M. , Phys. Lett. A 91 , 19.

3872. COMMENTS ON THE CALCULATION OF SPECTRAL LINE SHIFTS INDUCED BY PLASMA

PERTURBATIONS. Lee R. W. , J. Quant. Spectrosc. Radiat . Transfer 27," 249.

3873. THE EFFECTS OF GRADIENTS ON THE DIAGNOSTIC USE OF SPECTRAL FEATURES FROM

LASER COMPRESSED PLASMAS. Lee R. W. , J. Quant. Spectrosc. Radiat.

Transfer 27, 87.

3874. NOBLE-GAS INDUCED COLLISIONAL BROADENING OF THE 6P -6P TRANSITION OF

1/2 3/2

Tl MEASURED BY RAMAN ECHOES. Leung K. P., Mossberg T. W. , Hartmann S. R.

,

Phys. Rev. A 25, 3097.

3875. BROADENING AND SHIFT OF THE 535.0 ran THALLIUM LINE BY NITROGEN. Lisicki

E. , Bielski A., Szudy J., Z. Naturforsch A, Teil A 37, 93.

- 113 - 1982
3876.

3877.

3878 .

3879.

3880.

3881.

3882.

3883.

3884.

3885.

3886.

3887.

1982

PRESSURE EFFECTS OF CO ON THE 535 nm Tl LINE ACCOMPANYING THE PHOTO2 DISSOCIATION OF Tl I. Lisicki E,..-", Bielski A., Dygdala R. Sv, Szudy J.,

Acta Phys. Pol. A 61, 421.

HIGHER ORDER STIMULATED RADIATIVE CORRECTIONS IN HYDROGEN. Maquet A., J.

Phys. (Paris), Colloq. C2 43, 451.

IMPROVED OVERLAPPING HELIUM LINE PROFILES FOR STELLAR SPECTRA STUDIES.

Mazure A., Nollez G., Astrophys . J. 254, 823.

EXPERIMENTAL STARK WIDTHS OF Xe II AND TRENDS IN THE BROADENING OF

HOMOLOGOUS RARE-GAS IONS. Miller M. H., Lesage A., Abadie D., Phys. Rev.

A 25, 2064.

ELECTRON NUMBER DENSITY MEASUREMENTS IN Ar AND Ar-N INDUCTIVELY COUPLED

2 PLASMAS. Montaser A., Fassel V. A., Appl . Spectrosc . 36, 613.

COLLI SIONAL BROADENING OF SPECTRAL LINE SHAPES IN TWO -PHOTON AND

MULT I PHOTON PROCESSES. Mukarael S., Phys. Rep. 93, 1.

ON THE DENSITY EXPANSION OF SPECTRAL LINESHAPES . Mukamel S., Grimbert D.,

Opt. Commun. 40, 421.

POSSIBILITY OF USING THE STIMULATED LIGHT ECHO METHOD TO SEPARATE THE

CONTRIBUTIONS MADE BY DIFFERENT MECHANISMS OF SPECTRAL LINE BROADENING TO

RELAXATION IN GASES. Nefedev L. A., Opt. Spectrosc. (USSR) 52, 590.

BROADENING OF SPECTRAL LINES IN LASER PLASMAS: THE CASE OF THE LINES OF

LITHIUMLIKE ALUMINUM. Nguyen Hoe, Leboucher E., Grumberg J., Coulaud G.,

Ann. Phys. (Paris) 7, 447. (Fr.)

LASER SPECTROSCOPY WITH THE THERMIONIC DIODE. Niemax K. , Acta Phys. Pol.

A 61, 517.

COLLISIONS IN A RADIATION FIELD AND THE SPECTRA OF DRIVEN ATOMS. Nienhuis

G., Acta Phys. Pol. A 61, 235.

ATOMIC LINE BROADENING IN PLASMA WITHIN A WIDE RANGE OF LASER FREQUENCIES. Pargamanik L. E., Ukr . Fiz. Zh. 27, 450.(Russ.)

- 114 -
3888. A METHOD OF FORWARD SCATTERING IN THE THEORY OF HYDROGEN LINE BROADENING

IN PLASMA. Pargaraanik L. E. , Ukr . Fiz. Zh. 27, 1426. (Russ.)

3889. QUASI CLASSICAL THEORY FOR WINGS OF HYDROGEN SPECTRAL LINES. Pargaraanik L.

E. , Ginzburg M. D., Sov. J. Plasma Phys . 8, 428.

3890. EXPERIMENTAL STUDY OF THE SHAPE OF THE 253,7 nra MERCURY LINE PERTURBED BY

LIGHT NOBLE GASES (He.Ne). Perrin D., Ben Lakhdar Z., Jeannet J. C,

Lennuier R. , J. Phys. (Paris) 43, 45. (Fr.)

3891. DEPENDENCE OF LINE SHAPE ON POLARIZATION IN COLLISIONS IN BEAMS.

TRANSITION BETWEEN DEGENERATE ELECTRONIC STATES i = 1-i =1. Petrashen

A. G., Rebane V. N. , Rebane T. K. , Opt. Spectrosc . (USSR) 53, 589.

3892. EFFECT OF LIGHT SHIFTS IN A VELOCITY- SELECTIVE OPTICAL PUMPING EXPERIMENT. Pinard M. , Aminoff C. G., J. Phys. (Paris) 43, 1327. (Fr.)

3893. PERIODIC DEPENDENCE OF STARK WIDTH AND SHIFT ON NUCLEAR CHARGE NUMBER.

Puric J., Lakicevic I. S., Phys. Lett. A 91, 345.

3894. NONIMPACT THEORY OF ABSORPTION LINE BROADENING IN STRONG RADIATION

FIELDS. Rabin Y. , Grirabert D., Mukarael S., Phys. Rev. A 26, 271.

3895. ON THE SELF-SHIFT AND BROADENING OF DOPPLER-FREE RYDBERG

2 S SPECTRAL

LINES IN ALKALI ATOMS. Rabin Y. , Rebentrost F., Opt. Commun. 40, 257.

3896. MANY-BODY STUDY OF VAN DER WAALS . INTERACTION INVOLVING LITHIUM AND

RARE-GAS ATOMS AND ITS CONTRIBUTION TO HYPERFINE SHIFTS. Rao B. K. , Das

T. P. , Praraana 19, 289

.

3897. BROADENING OF NONLINEAR SPECTRAL RESONANCES WHEN IONS INTERACT VIA PLASMA

WAVES. Rautian S. G., Srairnov G. I., Shapiro D. A., Sov. Phys.--Dokl. 27,

75.

3898. COMPENSATION OF DOPPLER BROADENING BY LIGHT SHIFTS IN TWO PHOTON

ABSORPTION. Reynaud S., Himbert M. , Dalibard J., Dupont-Roc J.,

Cohen- Tannoudji C, Opt. Commun. 42, 39.

3899. BROADENING OF HYPERFINE COMPONENTS OF Na D LINES PERTURBED BY He. Roueff

E . , Spielf iedel A., J. Phys. B 15, 2627; 16, 505 (1983).

- 115 - 1982
3900. MEASUREMENT OF THE STARK BROADENING OF THE PASCHEN BETA LINE OF HYDROGEN

IN A LINEAR DISCHARGE. Sanchez A., Maldelbaum D., Castell R. , Rev. Bras.

Fis. (Vol. Espec. 1), 57-63 (1982).

3901. RESOLUTION BEYOND NATURAL LINEWIDTH VIA FLUORESCENCE IN MODULATED BEAMS.

Saxena R., Agarwal G. S., Opt. Commun. 40, 357.

3902. DETERMINING INTERATOMIC POTENTIALS FROM LINE SHAPE STUDIES. Sayer B.,

Acta Phys. Pol. A 61, 531.

3903. ON QUANTUM-MECHANICAL UNIFIED THEORIES OF COLLISIONAL SPECTRAL LINE

BROADENING. Schuller F., Nienhuis G., J. Quant. Spectrosc . Radiat

Transfer 28, 355.

3904. EFFECTS OF RADIATOR MOTION ON PLASMA -BROADENED HYDROGEN LYMAN-£. Seidel

J., Stamm R. , J. Quant. Spectrosc. Radiat. Transfer 27, 499.

3905. POSSIBILITY OF DETERMINING SPECTRAL PARAMETERS IN THE CASE OF AN UNKNOWN

INSTRUMENTAL FUNCTION. Sheremeteva T. A., Borisova N. F., Opt. Spectrosc.

(USSR) 52, 220.

3906. SHIFTS OF Ar II EMISSION LINES IN A DENSE PLASMA. Simard P. A., Can. J.

Phys. 60,, 820. (Fr.)

3907. HIGH-RESOLUTION SPECTROSCOPY AND COLLISION STUDIES OF HIGH-LYING ATOMIC

. STATES USING FOUR-WAVE MIXING. Steel D. G. , Lara J. F. , McFarlane R. A.,

Phys. Rev. A 26, 1146.

3908. PRESSURE BROADENING AND SHIFT OF SPECTRAL LINES. Szudy J., Postepy Fiz.

33, 231. (Pol.)

3909. MEASUREMENTS OF COLLISIONAL BROADENING AND THE SHIFT OF ARGON SPECTRAL

LINES USING A TUNABLE DIODE LASER. Tachibana K. , Hariraa H., Urano Y. , J.

Phys. B 15, 3169.

3910. LIGHT SHIFTS IN QUANTUM-BEAT SPECTROSCOPY. Taiqian D., Metcalf H. , Phys.

Rev. A 25, 3435.

3911. MODEL MICROFIELD THEORY OF REDISTRIBUTION OF LASER RADIATION. Talin B.

,

Klein L. , Phys. Rev. A 26, 2717.

1982 - 116 -
3912. PROFILE: A CODE FOR EVALUATING LINE PROFILE SHAPES FOR OPTICALLY THICK

EXPANDING PLASMAS. Tallents G. J., Comput . Phys . Coraraun. 25, 141.

3913. AN INSTRUMENTAL EFFECT ON SPECTRAL LINE PROFILES. Thompson R. C, J.

Quant. Spectrosc . Radiat . Transfer 27, 417.

3914. PLASMA SATELLITES IN THE PRESENCE OF A NON-COHERENT AND UNPOLARIZED

RADIATION FIELD. Truong-Bach, Drawin H. W. , J. Quant. Spectrosc. Radiat.

Transfer 27, 627.

3915. RECONSTRUCTION OF A SPECTRAL PROFILE ALLOWING FOR DATA ON THE RESIDUAL

INSTRUMENTAL FUNCTION. Tsoi V. I., Velichko A. G., Opt. Spectrosc. (USSR)

52, 632.

3916. ABSORPTION STUDIES OF THE COLLISION- INDUCED-DIPOLE TRANSITION ASSOCIATED

WITH THE 4s

2 *S - 4s3d *D TRANSITION IN CALCIUM IN THE PRESENCE OF RARE

0 2 GASES. Ueda K. , Fukuda K. , J. Phys. Chem. 86, 678.

3917. COLLISION BROADENING OF PRINCIPAL SERIES LINES OF CALCIUM IN THE PRESENCE

OF KRYPTON. Ueda K. , Haraaguchi Y. , Fukuda K. , J. Phys. Soc . Jpn. 51, 13.

3918. COLLISION BROADENING OF PRINCIPAL SERIES LINES OF CALCIUM IN THE PRESENCE

OF HELIUM. Ueda K. , Haraaguchi Y. , Fukuda K. , J. Phys. Soc. Jpn. 51, 612.

3919. RARE-GAS- INDUCED BROADENING OF Ca PRINCIPAL SERIES LINES. Ueda K.,

Hamaguchi Y. , Fukuda K. , J. Phys. Soc. Jpn. 51, 1948.

3920. POWER BROADENING OF THE Na-D LINES IN A FLAME - II. THE FLUORESCENCE LINE

WIDTH AS A FUNCTION OF THE SPECTRAL IRRADIANCE OF THE PULSED DYE LASER.

Van Calcar R. A., Heuts M. J. G., Van Uitert B. K. , Meijer H. A. J.,

Hollander T. J., Alkemade C. Th. J., J. Quant. Spectrosc. Radiat.

Transfer 28, 1.

3921. ON HYPERFINE FREQUENCY SHIFTS CAUSED BY BUFFER GASES: APPLICATION TO THE

OPTICALLY PUMPED PASSIVE RUBIDIUM FREQUENCY STANDARD. Vanier J., Kunski

R. , CyrN., Savard J . Y. , Tetu M. , J . Appl . Phys. 53, 5387.

3922. ON THE LIGHT SHIFT IN OPTICAL PUMPING OF RUBIDIUM 87: THE TECHNIQUES OF

"SEPARATED" AND "INTEGRATED" HYPERFINE FILTERING. Vanier J., Kunski R.

,

Paulin P., Tetu M. , Cyr N., Can. J. Phys. 60, 1396.

- 117 - 1982
3923. DETERMINATION OF THE TEMPERATURE DISTRIBUTION IN A HOT GAS STREAM FROM

THE PROFILE OF A SELF-REVERSED SPECTRAL LINE. Vasil'eva I. A., Gendzhov

S., Orlov A. V., StefanovB., Urinson A. S., Sov. Phys.--Dokl. 27, 494.

3924. INERT-GAS BROADENING OF THE THALLIUM Ml -TRANSITION ABSORPTION LINE.

Vasilevskii K. P., Kotylev V. N., Kulyasov V. N. , Opt. Spectrosc . (USSR)

52, 94.

3925. TRIPLET SATELLITE BAND IN THE VERY FAR BLUE WING OF THE SELF -BROADENED

LITHIUM RESONANCE LINE. Veza D., Milosevic S., Pichler G., Chem. Phys

Lett. 93, 401.

3926. RARE GAS COLLISIONAL PERTURBATION OF THE (6

3 D , 6 *D ) LEVELS OF

1 2 MERCURY: A THEORETICAL ESTIMATE II. Vienne -Casalta D., Margerie J., J.

Phys. (Paris) 43, 31.

3927. MULT I ATOM COHERENCE IN THE REDISTRIBUTION OF RADIATION. Voslamber D., J.

Phys. B 15, L789; 16, 1669 (1983).

3928. EXPONENTIALLY DECREASING COLLISION-BROADENED LINE SHAPES. Walkup R. E.

,

Phys. Rev. A 25, 596.

3929. IMPACT BROADENING AND SHIFT OF Rb nS AND nD LEVELS BY NOBLE GASES. Weber

K. H., Niemax K. , Z. Phys. A 307, 13.

3930. IMPACT BROADENING OF Sr 5sns *S , 5snd *D AND 5snd

3 D LEVELS BY He AND

o 2 2 Xe. Weber K. H., Niemax K. , Z. Phys. A 309, 19.

3931. SPECTRUM DIAGNOSTICS. THE NECESSITY FOR DETAILED NON-LTE MODELING OF

X-RAY EMISSION FROM DENSE PLASMAS. Whitney K. G., Kepple P. C, J. Quant.

Spectrosc. Radiat . Transfer 27, 281.

3932. REGULARITIES AND SIMILARITIES IN PLASMA BROADENED SPECTRAL LINE WIDTHS

(STARK WIDTHS). Wiese W. L. , Konjevic N., J. Quant. Spectrosc. Radiat.

Transfer 28, 185.

3933. 7

2D - 72D EXCITATION TRANSFER IN RUBIDIUM INDUCED IN COLLISIONS

3/2 5/2

WITH GROUND-STATE Rb AND NOBLE-GAS ATOMS. Wolnikowski J., Atkinson J. B.,

Supronowicz J., Krause L. , Phys. Rev. A 25, 2622.

1982 - 118 -
3934. STARK BROADENING IN HOT, DENSE, LASER- PRODUCED PLASMAS: A REVIEW. Woltz

L. A., Iglesias C. A., Hooper Jr. C. F., J. Quant. Spectrosc . Radiat

.

Transfer 27, 233.

3935. ABSORPTION OF POWERFUL RESONANCE RADIATION ACCOMPANYING COLLISIONAL LINE

BROADENING. Yakovlenko S. I., Sov. Phys.--Usp. 25, 216.

3936. AMPLITUDE PHASE METHOD FOR THE DETERMINATION OF AN ABSORPTION CROSS

SECTION IN SPECTRAL LINE WINGS . Zhuvikin G. V., Shabanova L. N., Vestn.

Leningr. Univ., Fiz. Khim. 22, No. 4, 21.(Russ.)

1983

3937. BROADENING OF C IV LINES IN DENSE PLASMAS. Ackermann U. , Finken K. H.,

Musielok J., "Proceedings of the Sixteenth Int. Conf . on Phenomena in

Ionized Gases, Vol. 4, Contributed Papers," 620-621 (Eds. W. Butticher,

H. Wenk & E. Schulz-Gulde , Organ. Comm. ICPIG XVI, Dusseldorf , WG , 1983).

3938. PLASMA SHIFTS OF THE LYMAN LINES TO SHORTER WAVELENGTHS IN C VI . Adcock

J. C. Jr., Griem H. R. , Phys . Rev. Lett. 50, 1369; 53, 510 (1984).

3939. POLARIZATION OF COLLI S I ONALLY REDISTRIBUTED LIGHT FROM THE FAR WINGS OF

STRONTIUM -RARE -GAS SYSTEMS. Alford W. J., Burnett K. , Cooper J., Phys.

Rev. A 27, 1310.

3940. EFFECT OF THE DIFFERENT PARTS OF THE INTERACTION POTENTIAL ON THE LINE

PROFILE IN NEUTRAL ATOM-ATOM COLLISIONS. Allard N. F., Biraud Y. G., J.

Phys. (Paris) 44, 935.

3941. COLLISION EFFECTS IN VELOCITY- SELECTIVE OPTICAL PUMPING OF SODIUM.

Aminoff C. G., Javanainen J., Kaivola M. , Phys. Rev. A 28, 722.

3942. STIMULATED RADIATIVE CORRECTIONS .IN HYDROGEN IN THE PRESENCE OF A STRONG

LASER FIELD. Arnous E., Bastian J., Maquet A., Phys. Rev. A 27, 977.

3943. DETERMINATION OF THE PERTURBATION AND CALCULATION OF THE PROFILE OF THE

SEMI DEGENERATE 4f 4d 4p - 2p LITHIUM Li I LINE EMITTED BY AN ELECTROLYTIC PLASMA TAKING INTO ACCOUNT THE ION DYNAMIC EFFECT. Bardet J. P.,

Valognes J. C, J. Phys. (Paris) 44, 797. (Fr.)

- 119 - 1982-1983
3944. TIME DEPENDENCE OF ABSORPTION LINESHAPES . Bassani F., Quattropani A.,

Girlanda R. , Phys . Lett. A 97, 150.

3945. STARK EFFECT ON ISOLATED LINES OF Mg II AND Ca II IN A D.C.-ARC PLASMA

WITHOUT AND WITH Cs . Bassyouni A. H. , Ramadan A. C, Egypt. J. Phys. 14,

101.

3946. APPLICATION OF EXCHANGE PERTURBATION THEORIES TO CALCULATING COLLISIONAL

HYPERFINE LINE SHIFTS FOR HYDROGEN ATOMS IN HELIUM. Batygin V. V.,

Bukhvalov A. V., Sokolov I. M. , Sov. Phys. --Tech. Phys. 28, 881.

3947. COLLISIONAL SHIFT AND ADIABATIC BROADENING OF GROUND STATE HYPERFINE

TRANSITION LINES OF THALLIUM IN BUFFER ATMOSPHERES OF HELIUM, KRYPTON,

AND XENON. Batygin V. V., Sokolov I. M. , Opt. Spectrosc . (USSR) 55, 16.

3948. BLACK-BODY RADIATION SHIFTS IN GROUND AND METASTABLE LEVELS OF Mg AND Ca.

Bava E., De Marchi A., Godone A., Lett. Nuovo Ciraento C 38, 107.

3949. THE THEORY OF INTERATOMIC POTENTIALS FOR LINE BROADENING. Baylis W. E.,

"Spectral Line Shapes," Vol. 2, 409-428 (Ed. K. Burnett, Walter de

Gruyter & Co., New York, 1983).

3950. AN EXPERIMENTAL STUDY OF ION DYNAMIC EFFECTS ON HELIUM LINE PROFILES.

Bengtson R. D., Pease D. C, "Spectral Line Shapes," Vol. 2, 183-197 (Ed.

K. Burnett, Walter de Gruyter & Co., New York, 1983).

3951. A FAST DETERMINATION OF THE WIDTH OF A LORENTZIAN PROFILE WITH SHOT

NOISE. Berard M. , J. Phys. E 16, 283.

3952. STUDY OF PLASMA TURBULENCE IN A FAST LINEAR THETA- PINCH BY MEANS OF STARK

BROADENING OF DEUTERIUM SPECTRAL LINES. Berezin A. B., Lyublin B. V.,

Yakovlev D. G., Sov. Phys. --Tech. Phys. 28, 407.

3953. LOW PRESSURE BROADENING AND SHIFT OF THE 632.8 nm NEON SPECTRAL LINE.

Bielski A., Bobkowski R. , Dygdala R. , Wawrzynski J., Acta Phys. Pol. A

63, 411.

3954. LOW PRESSURE SHIFT OF THE 2p

5 3p - 2p

5 5s SPECTRAL LINES OF NEON

PERTURBED BY NEON AND HELIUM. Bielski A., Bobkowski R. , Dygdala R.

,

Wawrzynski J., Physica C (Amsterdam) 115, 261.

1983 . 120 -
3955. UNIVERSAL STATIONARY- PHASE TREATMENT OF FAR-WING AND EXCIMER SPECTRAL

LINE SHAPES. Bieniek R. J., Streeter T. J., Phys . Rev. A 28, 3328.

3956. MICROFIELD DISTRIBUTION FOR DEGENERATE ELECTRONS. Boercker D. B. , Dufty

J. W. , "Spectral Line Shapes," Vol. 2, 265-279 (Ed. K. Burnett, Walter de

Gruyter & Co .

, New York, 1983).

3957. STRONG COUPLING EFFECTS ON PLASMA LINESHAPES AND THOMSON SCATTERING

SIGNALS. Boercker D. B., Lee R. W. , Rogers F. J., J. Phys. B 16, 3279.

3958. DETERMINATION OF THE EMISSION CROSS SECTION FOR THE

2 P - 2 P

1/2 3/2

TRANSITION OF THE BROMINE ATOM. Boriev I. A., Gordon E. B. , Nadkhin A.

I., Sotnichenko S. A., Opt. Spectrosc. (USSR) 54, 233.

3959. SPECTRAL LINE SHAPES FROM TWO PHOTON EXCITATION OF XENON. Bowering N .

,

Kuo C.-Y., Raymond T. D. , Keto J. W., "Spectral Line Shapes," Vol. 2,

927-943 (Ed. K. Burnett, Walter de Gruyter & Co., New York, 1983).

3960. STUDY OF THE 1750 A MERCURY ABSORPTION BAND. DETERMINATION OF THE EXCITED

INTERACTION POTENTIAL AND OF THE OSCILLATOR STRENGTH RELATED TO THIS

BAND. Bras N., Bousquet C, J. Phys. B 16, 3383.

3961. IONIZATION DETECTION OF RYDBERG LINESHAPES IN STRONTIUM VAPOR PERTURBED

BY. FOREIGN GASES. Bruce D. M. , Duley W. W. , J. Phys. (Paris), Colloq C7

,

Suppl. 11, 44, 469.

3962. COMPARISON OF PRESSURE SHIFT IMPACT CALCULATIONS WITH EXPERIMENTAL

RESULTS. Buffa G., Tarrini 0., J. Mol . Spectrosc. 101, 271.

3963. INHOMOGENEOUS LIGHT SHIFT IN ALKALI-METAL ATOMS. Camparo J. C, Frueholz

R. P., Volk C. H., Phys. Rev. A 27, 1914.

3964. STARK BROADENING OF THE PASCHEN-BETA LINE OF HYDROGEN IN A LINEAR

DISCHARGE. Castell R. , Mandelbaum D., Mendez A., Sanchez A., J. Quant.

Spectrosc. Radiat . Transfer 30, 345.

3965. BROADENING OF LYMAN LINES OF HYDROGEN AND HYDROGENIC IONS BY

LOW-FREQUENCY FIELDS IN DENSE PLASMAS. Cauble R. , Griem H. R. , Phys. Rev.

A 27, 3187.

1983
3966.

3967.

3968.

3969.

3970.

3971.

3972.

3973.

3974.

3975.

3976.

1983

BROADENING OF LYMAN

a AND 7 OF HYDROGENIC IONS BY LOW-FREQUENCY FIELDS IN

DENSE PLASMAS. Cauble R., Griem H. R., "Spectral Line Shapes," Vol. 2,

281-290 (Ed. K . Burnett, Walter de Gruyter & Co., New York, 1983).

COLLISIONAL BROADENING OF NONLINEAR OPTICAL RESONANCES. Chebotayev V.

P., Vasilenko L. S., Prog. Quantum Electron. 8, 79.

ON THE LINE PROFILE COEFFICIENT FOR STIMULATED EMISSION. Cooper J.,

Hubeny I., Oxenius J., Astron. Astrophys. 127, 224.

EXPERIMENTAL STUDY OF STARK BROADENING OF THE ARGON I 430.01 nm LINE.

Czernichowski A., Chapelle J., Acta Phys . Pol. A 63 , 67. (Fr.)

EFFECT OF MODULATED HIGH-PRESSURE MERCURY DISCHARGES ON THE SHAPE OF

SELF-REVERSED LINES. Damelincourt J. J., Aubes M. , Fragnac P.,

Karabourniotis D. , J. Appl . Phys. 54, 3087.

QUASISTATIC WING AND BLUE SATELLITE OF THE 4s-5p DOUBLET OF POTASSIUM,

PERTURBED BY NEON. Delhourae M., Brillet W.-U L. , Masnou-Seeuws F.,

Feautrier N., Rostas F., Ann. Phys. (Paris) 8, 225. (Fr.)

HOLTZMARK ELECTRIC FIELD DISTRIBUTION IN A TWO-DIMENSIONAL ELECTRON

FLUID. Deutsch C, Phys. Lett. A 94, 40.

INFLUENCE OF DIFFERENT COLLISIONAL PROCESSES ON THE STARK BROADENING.

Diraitri jevic M. S., Feautrier N. , Sahal -Brechot S., Fizika (Zagreb) 15,

205.

STARK BROADENING OF ISOLATED SPECTRAL LINES OF HEAVY ELEMENTS IN

PLASMAS. Diraitri jevic M. S., Konjevic N., J. Quant. Spectrosc . Radiat.

Transfer 30, 45.

STARK BROADENING OF Si II AND Si III SPECTRAL LINES. Dimitri jevic M. S.,

Astron. Astrophys. 127, 68.

SEMICLASSICAL CALCULATION OF He I STARK BROADENING PARAMETERS.

Diraitri jevic M. S., Sahal -Brechot S., "Proceedings of the Sixteenth Int.

Conf. on Phenomena in Ionized Gases, Vol. 4, Contributed Papers," 630-631

(Eds. W. Butticher, H. Wenk & E. Schulz -Guide , Organ. Coram. ICPIG XVI,

Dusseldorf, WG , 1983).

- 122 -
3977. APPROXIMATE ELECTRON- AND PHOTON- IMPACT LINE WIDTHS WITHIN A SPECTRAL

SERIES. Dimitri jevic M. S., Sahal -Brechot S., "Proceedings of the

Sixteenth Int. Conf . on Phenomena in Ionized Gases, Vol. 4, Contributed

Papers," 628-629 (Eds. W. Butticher, H. Wenk & E. Schulz-Gulde , Organ.

Comm. ICPIG XVI, Dusseldorf, WG , 1983).

3978. STARK BROADENING PARAMETERS FOR He I INFRARED LINES. Dimitri jevic M. S.,

Sahal -Brechot S., "Spectral Line Shapes," Vol. 2, 103-115 (Ed. K.

Burnett, Walter de Gruyter & Co., New York, 1983).

3979. MEASUREMENTS OF THE SHIFT AND WIDTH OF THE NEON 633 nm LINE BY THE METHOD

OF NONLINEAR ABSORPTION DURING MAGNETIC SCANNING. Dmitrieva I. V.,

Kondrateva V. A., Kotlikov E. N., Tokarev V. I., Khvostov A. N., Opt.

Spectrosc. (USSR) 54, 358.

3980. CO LASER ENHANCEMENT OF THE ELECTRON COLLISIONAL BROADENING OF THE 4713

A LINE IN A LOW PRESSURE He PLASMA. Dubreuil B., Pignolet P.,

"Proceedings of the Sixteenth Int. Conf. on Phenomena in Ionized Gases,

Vol. 4, Contributed Papers," 636-637 (Eds. W. Butticher, H. Wenk & E.

Schulz-Gulde, Organ. Comm. ICPIG XVI , Dusseldorf, WG , 1983).

3981. SELF-REVERSED LINE PROFILES BY SCANNING LASER EXCITATION. Eicher C. A.,

Allen L., Phys . Lett. A 93, 119.

3982. STARK BROADENING OF LINES FROM MULT I PLY -CHARGED CARBON IONS IN A

HIGH-DENSITY ARC PLASMA. El-Farra M. A., Hugues T. P., J. Quant.

Spectrosc. Radiat . Transfer, 30, 335.

3983. TRANSITION PROBABILITY AND COLLISION BROADENING OF THE 1 . 3 /xm TRANSITION

OF ATOMIC IODINE. Engleman R. Jr., Palmer B. A., Davis S. J., J. Opt.

Soc. Am. 73, 1585.

3984. HIGH -RE SOLUTION SYNCHRONI ZED - QUANTUM - BEAT SPECTROSCOPY USING MODULATION

SIDEBANDS: MEASUREMENT OF PRESSURE SHIFTS OF THE HYPERFINE SPLITTING IN

SODIUM 3

2 S . Fukuda Y. , Tanigawa M. , Hashi T., Kondo K. , Opt. Lett.

8, 301.

3985. STARK PROFILES OF RESONANCE DOUBLET COMPONENTS IN PLASMA OF THERMONUCLEAR

SHELL TARGETS. Gaisinsky I. M. , Oks E. A., "Energy Levels and Transition

Probabilities in Atoms and Ions," 212-299 (Akad. Nauk SSSR, Otd. Obschch.

Fiz. Astron. Nauch. Sov. Spektrosk. , Moskva, 1983).

- 123 - 1983
3986.

3987.

3988.

3989.

3990.

3991.

3992.

3993.

3994.

3995.

3996.

1983

FAR WING RADIATION FROM ATOM-MOLECULE COLLISIONS. Gallagher A., "Spectral

Line Shapes," Vol. 2, 755-767 (Ed. K. Burnett, Walter de Gruyter & Co .

,

New York, 1983)

FEASIBILITY OF LASER PLASMA DIAGNOSTICS WITH THE AID OF THE SPECTRUM OF A

RESONANCE DOUBLET OF HYDROGEN-LIKE IONS IN A STRONG OPTICAL FIELD.

Gavrilenko V. P., Oks E. A., Sov. J. Quantum Electron. 13, 1269.

INFORMATION THEORY OF LINE-SHAPE IN COLLISION- INDUCED ABSORPTION. Gburski

Z., Gray C. G., Sullivan D. E., Chem. Phys . Lett. 100, 383.

STARK BROADENING OF THE HYDROGEN -RESONANCE LINES L AND L FOR THE

ATOM-ION COMBINATIONS H-Ar. Geisler M., Griitzmacher K., Wende B.,

"Spectral Line Shapes," Vol. 2, 37-46 (Ed. K. Burnett , Walter de Gruyter

& Co. , New York, 1983)

ELIMINATION OF OUTLYING OBSERVATIONS: A PLASMA SPECTROSCOPY APPLICATION.

Gigosos M. A., Mar S., Rev. Acad. Cienc . Exactas, Fis. Quira. Nat.

Zaragoza 38, 35.

LIOUVILLIAN GREEN'S -FUNCTION THEORY OF SPECTRAL LINE SHAPE. Girardeau M.

D., Hart C. F. , Phys. Rev. A 28, 1072.

LIOUVILLIAN GREEN'S FUNCTIONS AND SELF-ENERGIES FOR ENERGY-SHIFT AND

DECAY PHENOMENA. Girardeau M. D., Phys. Rev. A 28, 1056.

STARK-WIDTH MEASUREMENTS OF SINGLY IONIZED CALCIUM RESONANCE LINES IN A

WALL- STABILIZED ARC. Goldbach Cl ., Nollez G., Ploradeur P., Zimmerraann

J. -P., Phys. Rev. A 28, 234.

EXPERIMENTAL STARK PARAMETERS FOR SOME LINES OF NEUTRAL CARBON, OXYGEN,

AND SULFUR. Goly A., Rakotoari jimy D., Weniger S., J. Quant. Spectrosc

Radiat. Transfer 30, 417.

RADIATION TRANSFER IN A SPECTRAL LINE IN A NONLINEAR ABSORPTION MEDIUM.

Gornyi M. B., Markraan D. L. , Matisov B. G., Opt. Spectrosc. (USSR) 55, 20.

GRAVITATIONAL AND PRESSURE REDSHIFTS IN WHITE-DWARF STARS. Grabowski B.,

Halenka J., Madej J., "Proceedings of the Sixteenth Int. Conf . on

Phenomena in Ionized Gases, Vol. 4, Contributed Papers," 104-105 (Eds. W.

Butticher, H. Wenk & E. Schulz -Guide , Organ. Coram. ICPIG XVI, Dusseldorf,

WG, 1983).

- 124 -
3997. FURTHER EXAMINATION OF STARK BROADENING BY ION PERTURBERS . Greene R. L.

,

J. Quant. Spectrosc. Radiat . Transfer 30, 409.

3998. SHIFTS OF HYDROGEN LINES FROM ELECTRON COLLISIONS IN DENSE PLASMAS. Griem

H. R. , Phys. Rev. A 28, 1596.

3999. SHIFTS OF IONIZED-HELIUM LINES FROM ELECTRON COLLISIONS IN DENSE

PLASMAS. Griem H. R., Phys. Rev. A 27, 2566.

4000. MEASUREMENTS OF PLASMA ION TEMPERATURE AND ROTATION VELOCITY USING THE He

II 4686 A LINE PRODUCED BY CHARGE TRANSFER. Groebner R. J., Brooks N. H.

,

Burrell K. H., Rottler L. , Appl . Phys. Lett. 43, 920.

4001. STABLE REDUCTION OF MOLECULAR SPECTRA TO AN IDEAL INSTRUMENT. Grushetskii

K. M. , Akhrera A. A., Sov. Phys.--Dokl. 28, 666.

4002. INTERATOMIC POTENTIALS FOR THE Hg-Xe SYSTEM FROM MEASUREMENTS OF THE

TEMPERATURE -DEPENDENT ABSORPTION SPECTRUM. Grycuk T. , Findeisen M. , J.

Phys. B 16, 975.

4003. HIGH PRECISION MEASUREMENTS OF ATOMIC LEVEL SPLITTINGS BY MEANS OF

PERIODIC PUMPING WITH PICOSECOND LIGHT PULSES. Harde H., Burggraf H.

,

Springer Ser. Opt. Sci. 40, (Laser Spectrosc. 6), 117.

4004. STUDIES OF COLLISIONAL BROADENING OF SPECTRAL LINES AND INTERACTION

BETWEEN ATOMS. Harima H., Tachibana K. , Urano Y. , Mem. Fac . Ind. Arts,

Kyoto Tech. Univ. Sci. Technol . 32, 22.

4005. ABSORPTION COEFFICIENTS FOR THE WINGS OF THE Sr RESONANCE LINE AT 4607 A

BROADENED BY He, Ne AND Kr . Harima H. , Yanagisawa T., Tachibana K., Urano

Y. , J. Phys. B 16, 4365.

4006. ABSORPTION COEFFICIENTS FOR THE WINGS OF THE Ca RESONANCE LINE AT 4227 A

BROADENED BY RARE GASES. Harima H., Yanagisawa T. , Tachibana K. , Urano

Y. , J. Phys. B 16, 4529.

4007. OBSERVATION OF STARK-SHIFTS OF LYMAN-a LINES OF LOW-Z IONS IN

LASER- PRODUCED PLASMAS. Hashimoto S. , Yamaguchi N., Phys. Lett. A 95, 299.

4008. FINE -STRUCTURE TRANSITIONS OCCURRING IN COLLISIONAL REDISTRIBUTION OF

LIGHT. Havey M. D., Copeland G. E., Wang W. J., Phys. Rev. Lett. 50, 1767.

125 - 1983
4009. STOCHASTIC ASPECTS IN THE THEORY OF SPECTRAL- LINE BROADENING. I.

COLLISION TIME STATISTICS AND N-PERTURBER LIMIT . Hegerfeldt G. C,

Reibold R. , J. Stat. Phys . 32, 313.

4010. STOCHASTIC ASPECTS IN THE THEORY OF SPECTRAL-LINE BROADENING. II.

NONCOMMUTATIVE CLUSTER EXPANSIONS. Hegerfeldt G. C, Reibold R. , J. Stat.

Phys. 32, 337.

4011. IMPACT BROADENING OF ALKALI RYDBERG LEVELS IN PURE AND MIXED ALKALI

VAPORS. Heinke H. , Lawrenz J., Niemax K. , Weber K.-H., Z. Phys. A 312,

329.

4012. INVESTIGATION OF THE STARK BROADENING OF BALMER BETA. Helbig V., Fu F

S., Nick K. P., "Spectral Line Shapes," Vol. 2, 47-54 (Ed. K. Burnett,

Walter de Gruyter & Co., New York, 1983).

4013. COMPOSITION EFFECTS IN STARK BROADENING OF HYDROGENIC LINES EMITTED BY

HEAVY IONS IN INERT I ALLY CONFINED PLASMAS. Held B., Deutsch C, Gombert

M. M. , Phys. Rev. A 28, 3134.

4014. SPECTRAL LINE LIMITING AND POLARIZATION SHIFT IN PLASMAS OF HIGH PARTICLE

AND ENERGY DENSITY. Henry B. I., Laser and Particle Beams 1, 11.

4015. POLARIZATION SHIFT OF SPECTRAL LINES IN HIGH DENSITY PLASMAS. Henry B.

I., Hora H. , Opt. Comraun. 44, 185.

4016. COMPREHENSIVE THEORY FOR LINE BROADENING IN HIGH-RESOLUTION AND

NON-LINEAR SPECTROSCOPIES: APPLICATION TO THE Na D LINES. Herman R. M.

,

Weber E. W. , J. Phys. B 16, 1323.

4017. SPECTRAL LINE SHIFT OF NEUTRAL XENON AT HIGH ELECTRON DENSITIES. Hess H.

,

Hitzschke L. , Metzke E., Werner H., Wirsig M. , "Proceedings of the

Sixteenth Int. Conf . on Phenomena in Ionized Gases, Vol. 4, Contributed

Papers," 622-623 (Eds. W. Butticher, H. Wenk & E. Schulz -Guide , Organ.

Comm. ICPIG XVI, Dusseldorf, WG , 1983).

4018. TEMPORALLY AND SPATIALLY RESOLVED PLASMA SATELLITES IN A HOLLOW- CATHODE

SOURCE. Hildebrandt J., J. Phys. B 16, 149.

4019. VOLTAGE MODULATION IN A PULSED HOLLOW- CATHODE DISCHARGE AND ITS RELATION

TO THE OCCURRENCE OF PLASMA SATELLITES . Hildebrandt J . , Phys . Lett . A

95, 365.

1983 - 126 -
4020. REDISTRIBUTION OF RADIATION IN A STARK -BROADENED LINE PROFILE. Himmel G.

,

Sowa L. , J. Phys. B 16, 4117.

4021. DETERMINATION OF LINE BROADENING PARAMETERS FOR CHROMIUM TRIPLET LINES

(a

? S - z

? P° TRANSITION) IN AN C H -AIR FLAME. Hollander T j . , Leeuw A.

de , Horst E. ter, Spectrochim. Acta, Part B 38, 691.

4022. ABSORPTION AND EMISSION LINE PROFILE COEFFICIENTS OF MULTILEVEL ATOMS- I.

ATOMIC PROFILE COEFFICIENTS. Hubeny I., Oxenius J., Siraonneau E., J.

Quant. Spectrosc. Radiat . Transfer 29, 477.

4023. ABSORPTION AND EMISSION LINE PROFILE COEFFICIENTS OF MULTILEVEL

ATOMS. -II. VELOCITY-AVERAGED PROFILE COEFFICIENTS. Hubeny I., Oxenius J.,

Siraonneau E., J. Quant. Spectrosc. Radiat. Transfer 29, 49b.

4024. SELF-BROADENING OF THE SODIUM RESONANCE LINES AND EXCITATION TRANSFER

BETWEEN THE 3P AND 3P LEVELS. Huennekens J., Gallagher A., Phys.

3/2 1/2 ° J Rev. A 27, 1851.

4025. RESONANCE BROADENING OF THE SODIUM D LINES. Huennekens J., Gallagher A.,

"Spectral Line Shapes," Vol. 2, 665-677 (Ed. K. Burnett, Walter de

Gruyter & Co., New York, 1983).

4026. SPECTRUM PROFILES IN THE PRESENCE OF SEVERAL BROADENING EFFECTS. Humlicek

J., J. Quant. Spectrosc. Radiat. Transfer 29, 125.

4027. CORRELATIONS IN THE PLASMA BROADENING OF ION SPECTRAL LINES. Iglesias C.

A., J. Quant Spectrosc. Radiat. Transfer 30, 55.

4028. INTEGRAL -EQUATION METHOD FOR ELECTRIC MICROFIELD DISTRIBUTIONS. Iglesias

C. A. , Phys. Rev. A 27, 2705.

4029. ION-ELECTRON CORRELATIONS IN SPECTRAL LINE SHAPE THEORY. Iglesias C. A.,

Dufty J., "Spectral Line Shapes," Vol. 2, 55-69 (Ed. K. Burnett, Walter

de Gruyter & Co., New York, 1983).

4030. SOME APPROXIMATE MICROFIELD DISTRIBUTIONS FOR MULTIPLY IONIZED PLASMAS: A

CRITIQUE. Iglesias C. A., Hooper C. F. Jr., DeWitt H. E. , Phys. Rev. A

28, 361.

- 127 - 1983
4031.

4032 .

4033.

4034.

4035.

4036.

4037.

4038.

4039.

4040.

4041.

1983

ELECTRIC MICROFIELD DISTRIBUTIONS IN STRONGLY COUPLED PLASMAS. Iglesias

C. A., Lebowitz J. L. , MacGowan D., Phys . Rev. A 28, 1667.

MEASUREMENT OF THE STARK BROADENING BY PLASMAS OF THE NEUTRAL ARGON LINE

13406.6 A. Iglesias E., Guiraerans Y. , Castell R. , Mandelbaum D., Sanchez

A., Acta Cient. Venezolana 34, 84. (Span.)

STARK WIDTHS AND SHIFTS FOR SOME Ar I 4s-4p TRANSITIONS. Jones D. W.

,

Musiol K., Wiese W. L., "Spectral Line Shapes," Vol. 2, 125-136 (Ed. B.

Wende, Walter de Gruyter & Co., New York, 1983).

SOME OBSERVATIONS ON THE RESOLUTION ENHANCEMENT OF SPECTRAL DATA BY THE

METHOD OF SELF-DECONVOLUTION . Jones R. N., Shimokoshi K. , Appl

Spectrosc. 37, 59.

EFFECT OF SELF ABSORPTION ON EMITTED INTENSITY OF Na-5890 A LINE IN WATER

GAS COMBUSTION PLASMA. Joshi N. K. , Rohatgi V. K. , Int. J. Energy 7, 155.

Rb AND Cs BROADENING OF THE Na RESONANCE LINES. Kamke B., Karake W.,

Nieraax K., Gallagher A., Phys. Rev. A 28, 2254.

PLASMA TEMPERATURE DETERMINATION FROM THE MAXIMUM INTENSITY OF A

SYMMETRIC SELF-REVERSED LINE. Karabourniotis D., J. Phys. D 16, 1267; 17,

1325 (1984).

BROADENING OF SPECTRAL LINES IN OPTICALLY THICK PLASMAS. Karabourniotis

D. , Karras C. , "Proceedings of the Sixteenth Int. Conf . on Phenomena in

Ionized Gases, Vol. 4, Contributed Papers," 640-641 (Eds. W. Butticher,

H. Wenk & E. Schulz-Gulde , Organ. Comm. ICPIG XVI, Dusseldorf, WG , 1983).

COLLISION BROADENING AND SHIFT OF EXCITED s STATES IN THALLIUM. Kielkopf

J. F. , J. Phys. B 16, 3149.

NEUTRAL COLLISION BROADENING OF 6P-NS TRANSITIONS IN THALLIUM. Kielkopf

J. F., "Spectral Line Shapes," Vol. 2, 467-478 (Ed. K. Burnett, Walter de

Gruyter & Co., New York, 1983).

ON THE STARK BROADENING OF NON-HYDROGENIC LINES OF HEAVY ELEMENTS IN

PLASMAS. Konjevic N., Dimitrijevic M. S., "Spectral Line Shapes," Vol. 2,

137-146 (Ed. K. Burnett, Walter de Gruyter & Co., New York, 1983).

- 128 -
4042. HIGH-RESOLUTION LINE-SHAPE ANALYSES OF THE PULSED CUPROUS CHLORIDE-LASER

OSCILLATOR AND AMPLIFIER. Kreye W. C, Roesler F. L. , Appl . Opt. 22, 927.

4043. CALCULATION OF THE VOIGT FUNCTION AT THE CENTER OF A LINE. Kudrya V. P.,

Opt. Spectrosc. (USSR) 55, 679.

4044. THEORETICAL DETERMINATION OF FINE -STRUCTURE TRANSITIONS OCCURRING IN

COLLISIONAL REDISTRIBUTION OF LIGHT. Kulander K. C, Rebentrost F. , Phys

.

Rev. Lett. 51, 1262.

4045. NATURAL SPECTRAL LINE WIDTH AND SHAPE IN THE RELATIVISTIC THEORY OF THE

ATOM. Labzovskii L. N. , Sov. Phys.--JETP 58, 503.

4046. ESTIMATED STARK WIDTHS AND SHIFTS OF NEUTRAL ATOM AND SINGLY CHARGED ION

RESONANCE LINES. Lakicevic I. S., Astron. Astrophys . 127, 37.

4047. STARK SHIFT TRENDS IN HOMOLOGOUS IONS. Lakicevic I. S., Puric J., J.

Phys. B 16, 1525.

4048. EXPERIMENTAL STARK WIDTHS AND SHIFTS OF Cr II LINES. Lakicevic I. S.,

Rathore B. A., Cuk M. , Puric J., "Proceedings of the Sixteenth Int. Conf

.

on Phenomena in Ionized Gases, Vol. 4, Contributed Papers," 624-625 (Eds.

W. Butticher, H. Wenk & E. Schulz -Guide , Organ. Comm. ICPIG XVI,

Dusseldorf, WG, 1983).

4049. ON THE STARK BROADENING AND SHIFT REGULARITIES. Lakicevic I. S., Puric

J., "Spectral Line Shapes," Vol. 2, 147-160 (Ed. K. Burnett, Walter de

Gruyter & Co., New York, 1983).

4050. SUITABLE SPECTRAL LINE SHAPE CALCULATIONS FOR INERT I AL CONFINEMENT PLASMA

DIAGNOSIS. Lambert D., Louis -Jacquet M. , "Spectral Line Shapes," Vol. 2,

291-313 (Ed. K. Burnett, Walter de Gruyter & Co., New York, 1983).

4051. HIGH DENSITY ATOMIC AND MOLECULAR SPECTRA OF XENON IN THE WAVELENGTH

RANGE 120-170 nm. Laporte P., Subtil J. L. , Castex M. C, "Spectral Line

Shapes," Vol. 2, 583-596 (Ed. K. Burnett, Walter de Gruyter & Co., New

York, 1983).

4052. SOME RESULTS OF PLASMA MICROFIELD COMPUTER EXPERIMENTS. Larenz R. W.

,

Ottersbach G., "Proceedings of the Sixteenth Int. Conf. on Phenomena in

Ionized Gases, Vol. 4, Contributed Papers," 14-15 (Eds. W. Butticher, H.

Wenk & E. Schulz-Gulde , Organ. Comm. ICPIG XVI, Dusseldorf, WG, 1983).

- 129 - 1983
4053. TIME DEPENDENT STARK BROADENING MEASUREMENTS IN PLANAR-LASER TARGET

EXPERIMENTS. Lee R. W., Kilkenny J. D., Kauffman R. L., Matthews D. L.,

"Spectral Line Shapes," Vol. 2, 247-264 (Ed. K. Burnett, Walter de

Gruyter & Co . , New York, 1983).

4054. STARK WIDTHS AND SHIFTS OF SINGLY IONIZED SILICON SPECTRAL LINES. Lesage

A., Rathore B. A., Lakicevic I. S., Puric J., Phys . Rev. A 28, 2264.

4055. LONG RANGE INTERATOMIC POTENTIALS AND LINE BROADENING. Lewis E. L.

,

"Spectral Line Shapes," Vol. 2, 429-443 (Ed. K. Burnett, Walter de

Gruyter & Co . , New York, 1983).

4056. THE POLARIZATION OF REDISTRIBUTED LIGHT, SPECTRAL SATELLITES AND

INTERATOMIC POTENTIALS. Lewis E. L. , Harris M. , J. Phys. B 16, L687.

4057. THE POLARIZATION OF COLLI S I ONALLY REDISTRIBUTED ATOMIC FLUORESCENCE.

Lewis E. L. , Harris M. , Alford W. J., Cooper J., Burnett K. , J. Phys. B

16, 553.

4058. EXPERIMENTAL STUDY OF STIMULATED RADIATIVE CORRECTIONS ON AN ATOMIC

RYDBERG STATE. Liberman S., Pinard J., Taleb A., Phys. Rev. Lett. 50, 888.

4059. INFLUENCE OF SF ON THE BROADENING AND SHIFT OF THE 535.0 nm THALLIUM

6 LINE. Lisicki E., Bobkowski R. , Szudy J., Wolnikowski J., Z.

Naturforsch. , Teil A 38, 838.

4060. ON ONE METHOD TO STUDY LOW-FREQUENCY PLASMA ELECTRIC FIELDS FROM STARK

BROADENING OF HYDROGEN LINES. Ljublin B. V., Yakovlev D. G., "Proceedings

of the Sixteenth Int. Conf . on Phenomena in Ionized Gases, Vol. 4,

Contributed Papers," 410-411 (Eds. W. Butticher, H. Wenk & E.

Schulz -Guide, Organ. Comm. ICPIG XVI, Dusseldorf, WG, 1983).

4061. REDISTRIBUTION OF RADIATION IN A LOW DENSITY PLASMA. Lombardi G. G.,

Kelleher D. E . , "Spectral Line Shapes," Vol. 2, 835-845 (Ed. K. Burnett,

Walter de Gruyter & Co., New York, 1983).

4062. LEVEL- CROSSING STUDY OF DEPOLARIZING COLLISIONS IN 6

2 P STATE OF

3/2

RUBIDIUM AND 7

2 P STATE OF CESIUM. Lukaszewski M. , Jackowska I., Opt.

3/2

Commun. 46, 89.

1983 - 130 -
4063. COLLISIONAL BROADENING OF LEVEL -CROSSING SIGNALS. DEPOLARIZATION OF

5

2P STATE OF Rb IN COLLISIONS WITH NOBLE-GAS ATOMS. Lukaszewski M.

,

3/2

Jackowska I., Acta Physica Pol. A 64, 663.

4064. BROADENING OF LEVEL -CROSSING SIGNALS IN THE 5

2 P STATE OF RUBIDIUM DUE

3/2

TO RESONANT COLLISIONS. Lukaszewski M. , Jackowska I., Phys . Lett. A 95,

429.

4065. HYDROGEN LINE BROADENING IN THE PRESENCE OF A MAGNETIC FIELD WITH THE

UNIFIED CLASSICAL PATH THEORY. Mathys G. , Astron. Astrophys . 125, 13.

4066. ANALYSIS OF LASER LIGHT SCATTERED BY COLD, DENSE HYDROGEN PLASMAS

PRODUCED IN A Z PINCH. Maurraann S. , Kunze H. J., Phys. Fluids 26, 1630.

4067. ROLE OF MOLECULAR DISSOCIATION AND CHARGE EXCHANGE IN THE SHAPE OF ATOMIC

SPECTRUM LINES IN LOW-DENSITY HYDROGEN PLASMAS. McNeill D. H., "Spectral

Line Shapes," Vol. 2, 71-85 (Ed. K. Burnett, Walter de Gruyter & Co., New

York, 1983).

4068. STARK-SHIFTS OF THE He II SPECTRAL LINES. Murakawa K. , J. Phys. Soc . Jpn

52, 1969.

4069. O PRESSURE BROADENING OF THE IODINE

2 P - 2 P TRANSITION. Neumann D.

2 1/2 3/2

K., Clark P. K. , Shea R. F., Davis S. J., J. Chem. Phys. 79, 4680.

4070. NEUTRAL GAS LINE BROADENING AND SHIFT IN SPECTRAL SERIES. Niemax K.

,

"Spectral Line Shapes," Vol. 2, 917-926 (Ed. K. Burnett, Walter de

Gruyter & Co., New York, 1983).

4071. CORRELATION EFFECTS IN COLLISIONAL DEPOLARIZATION AND REDISTRIBUTION OF

RADIATION. Nienhuis G., J. Phys. B 16 , 1.

4072. REDISTRIBUTION AS A PROBE OF ATOMIC COLLISIONS. Nienhuis G., "Spectral

Line Shapes," Vol. 2, 847-860 (Ed. K. Burnett, Walter de Gruyter & Co .

,

New York, 1983)

.

4073. COLLISIONAL DEPOLARIZATION OF THE Na-D FLUORESCENCE AT LINE WING

2 EXCITATION IN A N -DILUTED H /O FLAME AT 1 ATM.. Nieuwesteeg K. J.,

2 Z 2 ° Hollander T j .

, Alkemade C. Th. J., J. Quant. Spectrosc. Radiat . Transfer

30, 97.

- 131 - 1983
4074.

4075.

4076.

4077.

4078.

4079.

4080.

4081.

4082.

4083.

1983

KILOMETER PATH-LENGTH ABSORPTION MEASUREMENTS OF THE COLLISION- INDUCED He

I 2

3 P - 3X D I NTERCOMB I NAT I ON SATELLITE. Nightingale M. P. S. , Burgess

D. D. , J. Phys. B 16, 4091.

ARE PLASMA SATELLITES PRESENT AMONG CHROMOSPHERIC LINES ?. Ohman Y. , Sol.

Phys. 85, 53.

ANODE PLASMA DENSITY MEASUREMENTS IN A MAGNETICALLY INSULATED DIODE. Pal

R. . Hammer D., Phys. Rev. Lett. 50, 732.

HIGH RESOLUTION (AA < 0 . 08A ) HELIUM LINE PROFILES IN A LOW DENSITY

FWHM

LINEAR DISCHARGE. Pease D. C. , Bengtson R. D., "Spectral Line Shapes,"

Vol. 2, 199-214 (Ed. K. Burnett, Walter de Gruyter & Co., New York, 1983).

EXPERIMENTAL STUDY OF ION DYNAMIC EFFECTS IN OVERLAPPING HELIUM LINES AT

LOW DENSITIES. Piel A., Richter H., Z. Naturforsch. Teil A 38, 37.

INVESTIGATION OF ION DYNAMIC EFFECTS IN HELIUM LINES AT LOW ELECTRON

DENSITIES BY VARIATION OF THE PERTURBER MASS. Piel A., Richter H.,

"Proceedings of the Sixteenth Int. Conf . on Phenomena in Ionized Gases,

Vol. 4, Contributed Papers," 634-635 (Eds. W. Butticher, H. Wenk & E.

Schulz-Gulde , Organ. Comm. ICPIG XVI , Dusseldorf, WG , 1983).

RED SHIFT OF THE He II Ha and Pa LINES. Pittman T. L., Fleurier C,

"Spectral Line Shapes," Vol. 2, 87-100 (Ed. K. Burnett, Walter de Gruyter

& Co. , New York, 1983)

EVALUATION OF SPECTRAL LINE PROFILE FROM RELATIVE WIDTHS OF FABRY- PEROT

INTERFEROGRAMS . Platisa M. , Konjevic R., Bukvic S., Opt. Laser Technol

15, 209.

TRANSITION REGIONS IN LINE BROADENING. Pritchard D. E., Walkup R. E.,

"Spectral Line Shapes," Vol. 2, 445-459 (Ed. K. Burnett, Walter de

Gruyter & Co., New York, 1983).

EXPERIMENTAL STARK WIDTHS AND SHIFTS OF Co I LINES. Puric J., Lakicevic

I. S., Rathore B. A., Cuk M. , "Proceedings of the Sixteenth Int. Conf. on

Phenomena in Ionized Gases, Vol. 4, Contributed Papers," 626-627 (Eds. W.

Butticher, H. Wenk & E. Schulz-Gulde, Organ. Comm. ICPIG XVI, Dusseldorf,

WG, 1983).

- 132 -
4084. STARK WIDTHS AND SHIFTS OF IV AND V GROUP HOMOLOGOUS IONS. Puric J.,

Lakicevic I. S . , "Spectral Line Shapes," Vol. 2, 161-174 (Ed. K. Burnett,

Walter de Gruyter & Co., New York, 1983).

4085. DETERMINATION OF CESIUM ION-RARE GAS POTENTIALS FROM TOTAL CROSS SECTION

MEASUREMENTS. Rajan M. S. , Gislason E. A., J. Chera. Phys . 78, 2428.

4086. STARK BROADENING PARAMETER TRENDS FOR IONIZED RARE GAS AND MIRROR IMAGE

ELEMENTS. Richou J., Manola S., Lesage A., Abadie D., Miller M. H.,

"Proceedings of the Sixteenth Int. Conf . on Phenomena in Ionized Gases,

Vol. 4, Contributed Papers," 632-633 (Eds. W. Butticher, H. Wenk & E.

Schulz-Gulde, Organ. Comm. ICPIG XVI , Dusseldorf, WG , 1983).

4087. STUDY OF THE PRESSURE BROADENING OF THE 587.6 nm HELIUM AND THE 588.2 nm

NEON LINES. Rohe-Hansen J., Helbig V., "Spectral Line Shapes," Vol. 2,

961-969 (Ed. K. Burnett, Walter de Gruyter & Co., New York, 1983).

4088. BROADENING OF HYPERFINE COMPONENTS OF Na D LINES PERTURBED BY He. Roueff

E., Spielfiedel A., "Spectral Line Shapes," vol. 2, 479-482 (Ed. K.

Burnett, Walter de Gruyter & Co .

, New York, 1983).

4089. H I LYMAN-ALPHA IN THE SUN: THE EFFECTS OF PARTIAL REDISTRIBUTION IN THE

LINE WINGS. Roussel-Dupre D., Astrophys . J. 272, 723.

4090. EXPANSIONS AROUND THE GAUSSIAN AND LORENTZIAN LIMITS FOR RANDOMLY

PERTURBED SPECTRAL LINES AND THEIR SHIFT, WIDTHS, AND ASYMMETRY. Royer

A. , J. Math. Phys. 24, 380.

4091. SHIFT, WIDTH AND ASYMMETRY OF PRESSURE PERTURBED SPECTRAL LINES AT LOW

DENSITIES. Royer A., "Spectral Line Shapes," Vol. 2, 483-495 (Ed K.

Burnett, Walter de Gruyter & Co., New York, 1983).

4092. THEORETICAL ANALYSIS OF SPECTRAL LINES OF ONE-AND TWO-ELECTRON IONS IN

HOT PLASMAS. Rozsnyai B. F., Einwohner T., "Spectral Line Shapes," Vol.

2, 315-327 (Ed. K. Burnett, Walter de Gruyter & Co . , New York, 1983).

4093. THE USE OF COMPUTERS IN THE INVESTIGATION OF OPTICALLY THICK

INHOMOGENEOUS PLASMAS BY THEIR EMISSION AND ABSORPTION SPECTRA. Salakhov

M. Kh. , Sarandayev E. V., Fishman I. S., Comput . Enhanced Spectrosc. 1,

213.

- 133 - 1983
4094. DETAILED BALANCE IN THEORY OF PRESSURE-BROADENING OF ATOMIC LINES. Sando

K. M. , Herman P. S., "Spectral Line Shapes," Vol. 2, 497-514 (Ed. K.

Burnett. Walter de Gruyter & Co., New York, 1983).

4095. EVIDENCE OF ANOMALOUS MULTIPLET LINE SHAPES IN OPTICALLY THICK,

LASER- PRODUCED PLASMAS. Santi D., Nicolosi P., J. Quant. Spectrosc

Radiat. Transfer 29, 549.

4096. DOPPLER BROADENING OF SPECTRAL LINES UNDER EXCITATION BY DIRECT ELECTRON

IMPACT. Savinov S. Yu. , Tskhai S. N . , Sov. Phys . - -Lebedev Inst. Rep. No.

9, 1.

4097. PLASMA BROADENING OF HYDROGEN TWO-PHOTON ABSORPTION LINES. Seidel J.,

"Spectral Line Shapes," Vol. 2, 381-393 (Ed. K. Burnett, Walter de

Gruyter & Co .

, New York, 1983).

4098. INTERACTION BETWEEN QUANTUM CALCULATION OF POTENTIAL ENERGY CURVES AND

EXPERIMENTS FOR THE INTERPRETATION AND SIMULATION OF LINE PROFILES: THE

ARGON EXCIMER EXAMPLE. Spiegelraann F., Caste M. C, Ann. Phys. (Paris)

8, 199. (Fr.)

4099. SELF-BROADENING AT LOW DENSITIES IN THE SPECTRUM OF NEON. Stacey D. N.

,

Thompson R. C, J. Phys. B 16, 537.

4100. SIMULATION STUDIES OF THE DYNAMICS OF PLASMA MICROFIELDS . Stamm R.

,

"Spectral Line Shapes," Vol. 2, 3-29 (Ed. K. Burnett, Walter de Gruyter &

Co. , New York, 1983)

4101. COLLISIONAL BROADENING OF THE ATOMIC FLUORINE

2 P - 2 P SPIN ORBIT

1/2 3/2

TRANSITION. Stanton A. C, Wormhoudt J. C, Duff J. W., "Spectral Line

Shapes," Vol. 2, 515-529 (Ed. K. Burnett, Walter de Gruyter & Co., New

York, 1983).

4102. STARK BROADENING OF HYDROGEN LINES: NEW RESULTS FOR THE BALMER LINES AND

ASTROPHYSICAL CONSEQUENCES. Stehle C, Mazure A., Nollez G., Feautrier

N. , Astron. Astrophys. 127, 263; 255, 368 (1988).

4103. TIME -DEPENDENT BEHAVIOR OF HIGH-PRESSURE MERCURY DISCHARGES. Stormberg H.

P., Schafer R. , J. Appl . Phys. 54, 4338.
4104. A SIMPLE METHOD FOR CALCULATING VOIGT-PROFILES BY A PROGRAMMABLE

HAND -CALCULATOR HP- 34C. Sulzmann K. G. P., J. Quant. Spectrosc . Radiat

.

Transfer 29, 89.

4105. REPULSIVE VAN DER WAALS AND DIPOLE-QUADRUPOLE INTERACTION IN THE EXCITED

LiCs MOLECULE. Vadla C, Lorenzen C.-J., Niemax K. , Phys . Rev. Lett. 51,

988.

4106. EFFECT OF A STRONG RADIATION FIELD ON THE SPECTRAL LINE SHAPE. Vallee 0.,

Tran Minh N . , Chapelle J., Ann. Phys. (Paris) 8, 183. (Fr.)

4107. COLLISIONAL PROCESSES BY FOURIER TRANSFORM SPECTROSCOPY. Verges J., Ann.

Phys. (Paris) 8, 187. (Fr.)

4108. PROFILE DECONVOLUTION METHOD FOR SMALL COMPUTERS. Verraa R. , Nucl

.

Instrum. Methods 212, 323.

4109. TRIPLET SATELLITE IN VERY FAR BLUE WING OF THE SELF -BROADENED LITHIUM

D-LINE. Veza D., Milosevic S., Pichler G., "Spectral Line Shapes," Vol.

2, 679-687 (Ed. K. Burnett, Walter de Gruyter & Co . , New York, 1983).

4110. PECULIAR ASYMMETRY IN THE WINGS OF SELF -BROADENED Li AND Na FIRST

RESONANCE LINES. Veza D., Pichler G. , Opt. Commun. 45, 39.

4111. UNIFORM SEMICLASSICAL DESCRIPTION OF SATELLITE BANDS. Vicharelli P. A.,

Collins C. B., "Spectral Line Shapes," Vol. 2, 537-549 (Ed. K. Burnett,

Walter de Gruyter & Co., New York, 1983).

4112. EXPERIMENTAL INVESTIGATION OF BROADENING PARAMETERS OF He I 2 *P - 4

1 D

(492,2 run) LINE AND ITS FORBIDDEN COMPONENT 2

1 P - 4X F IN A LASER

PRODUCED PLASMA. Vujicic B. T., Cirkovic Lj . M. , "Proceedings of the

Sixteenth Int. Conf . on Phenomena in Ionized Gases, Vol. 4, Contributed

Papers," 642-643 (Eds. W. Butticher, H. Wenk & E. Schulz-Gulde , Organ.

Comm. ICPIG XVI, Dusseldorf, WG, 1983).

4113. HALF-WIDTHS OF NEUTRAL FLUORINE SPECTRAL LINES. Vujnovic V., Vadla C,

Lokner V., Dimitrijevic M. S., Astron. Astrophys . 123, 249.

4114. NEAR -ULTRAVIOLET EMISSION BANDS OF Li-RARE-GAS MOLECULES. Wang W. J.,

Havey M. D., Phys. Rev. A 29, 3184.

- 135 - 1983
4115. NONLINEAR PLASMA SPECTROSCOPY OF THE HYDROGEN BALMER-a LINE. Weber E. W.,

Frankenberger R. , Schilling M. , Appl . Phys . B 32, 63.

4116. IMPACT BROADENING OF VERY HIGH Rb RYDBERG LEVELS BY Xe . Weber K. H.,

Niemax K. , Z. Phys. A 312, 339.

4117. HIGH-FREQUENCY STARK-EFFECT MEASUREMENTS IN EMISSION SPECTROSCOPY.

Wiegart N. J., Phys. Rev. A 27, 2114.

4118. COMMENT ON "PLASMA SATELLITES IN THE PRESENCE OF NON-RESONANT, COHERENT

AND POLARIZED RADIATION." Wiegart N. J., Rebhan U. , J. Phys. B 16, L367

4119. MEASUREMENT OF ELECTRON CONCENTRATIONS BY HYDROGEN LINE -BROADENING USING

A PHOTODIODE ARRAY SPECTROMETER. Williams R. R. , Coleman G. N.,

Spectrochim. Acta, Part B 38, 1171.

4120. INFRARED EMISSION SPECTRA OF AN ARGON PLASMA- JET IN THE 4 TO 25 urn RANGE.

Winkelmann G., Tilgner J., Beitr. Plasmaphys . 23, 193. (Ger.)

4121. A FULL COULOMB CALCULATION OF STARK BROADENING IN DENSE PLASMA: LINE

SHAPES, SHIFTS, AND ASYMMETRIES. Woltz L. A., Hooper C. F. Jr., "Spectral

Line Shapes," Vol. 2, 337-351 (Ed. K. Burnett, Walter de Gruyter & Co.,

New York, 1983) .

4122. PHOTON-ECHO STUDIES OF COLLISIONAL RELAXATION IN WEAKLY IONIZED NOBLE-GAS

MIXTURES. Woodworth M. R. , Opt. Lett. 8, 307.

4123. HIGH-DENSITY DIAGNOSTICS FOR LASER- IMPLODED PLASMAS. Yamamoto K. , Narumi

H. , J. Phys. Soc. Jpn 52, 520.

4124. VAN DER WAALS BROADENING COEFFICIENTS OF HIGHLY EXCITED ARGON LINES.

Zarovnyaev G . V., Khakhaev A . D . , Opt. Spectrosc . (USSR) 54, 346.

1984

4125. COMPARATIVE ANALYSIS OF THREE PROCEDURES FOR CALCULATION OF THE VOIGT

PROFILE OF A SPECTRAL LINE. Afonin S. V., Gaponov V. A., Gendrin A. G.,

J. Appl. Spectrosc. (USSR) 41, 868.

4126. LOCAL MEASUREMENTS OF THE HOMOGENEOUS WIDTH OF A SPECTRAL LINE IN A

PLASMA. Akhmedzhanov R. A., Polushkin I. N., Khanin Ya. I., Yazenkov V.

V., Sov. J. Plasma Phys. 10, 502.

1983-1984 - 136 -
4127. NEW SYSTEMATIC EXPANSION OF THE ELECTRIC FIELD DISTRIBUTION IN PLASMAS.

Alastuey A., Iglesias C. A., Lebowitz J. L. , Levesque D., Phys . Rev. A

30, 2537.

4128. BROADENING AND SHIFT OF THULIUM RESONANCE LINES BY HELIUM. Aleksandrov E.

B. , Vedenin V. D., Kulyasov V. N. , Opt. Spectrosc . (USSR) 56, 365.

4129. COLLISIONAL REDISTRIBUTION OF LIGHT: FAR-WING LINE SHAPES AND

POLARIZATION FOR THE Ba-(Ar.Xe) SYSTEMS. Alford W. J., Andersen N.

,

Burnett K. , Cooper J., Phys. Rev. A 30, 2366.

4130. ALKALI -RARE GAS INTERACTION POTENTIAL MODELISATION BY SQUARE-WELL

POTENTIALS: PHYSICAL INTERPRETATION. Allard N. F., Biraud Y. G. , Ann.

Phys. (Paris) 9, 585.

4131. MEASUREMENT OF STARK BROADENING OF He II 4686 A. Arata Y. , Miyake S.

,

Matsuoka H. , J. Quant. Spectrosc. Radiat . Transfer 32, 343.

4132. THERMAL PLASMA DIAGNOSTICS USING TUNABLE DYE LASER (REPORT II). Arata Y.

,

Miyake S. , Matsuoka H., Trans. JWRI 13, 13.

4133. STIMULATED EMISSION OF THE 535 run THALLIUM LINE AS A RESULT OF

QUASIRESONANT OPTICAL PUMPING OF A Tl -He MIXTURE BY RADIATION FROM A

RECOMBINATION He-Ca LASER. Atamas S. N. , Bukshpun L. M., Koptev Yu. V.,

Latush E. L. , Sera M. F., Sov. J. Quantum Electron. 14, 161.

4134. HIGH-RESOLUTION K- SHELL DIELECTRONIC SATELLITE LINES FROM

LASER- IRRADIATED SPOT TARGETS AT 1.06, 0.53, AND 0.27 /im WAVELENGTH.

Audebert P., Geindre J. P., Gauthier J. C, Popovics C, Phys. Rev. A

30, 768.

4135. TEMPERATURES AND DENSITIES IN A VACUUM SLIDING SPARK DETERMINED FROM XUV

EMISSION LINES. Backstrora M. , Pettersson L. , Nordgren J., Phys. Scr . 29,

568.

4136. APPLICATION OF COHERENT VUV RADIATION TO THE MEASUREMENT OF LYMAN -a ABSORPTION LINESHAPES IN A DENSE Z-PINCH PLASMA. Baldwin K. G. H.,

Marangos J. P., Burgess D. D., J. Phys. D 17, L169.

4137. LINE BROADENING BY ELECTRONS IN HOT PLASMAS. Banon J., Koenig M., Nguyen

Hoe, Phys. Lett. A 101, 134.

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4138.

4139.

4140.

4141.

4142.

4143.

4144.

4145.

4146.

4147.

4148.

4149.

1984

GAS TEMPERATURE DETERMINATION FROM DOPPLER- BROADENED SPECTRAL LINES WITH

SELF-ABSORPTION. Behnke J. F. , Scheibner H. , Timmermans C. J., Physica C

(Amsterdam) 124, 85.

LINE SHAPES OF ATOMIC HYDROGEN IN HOLLOW -CATHODE DISCHARGES. Benesch W.,

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THE IMPACT BROADENING OF THE FIRST POTASSIUM RESONANCE LINES BY RUBIDIUM

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THEORY OF COLLISION- INDUCED TRANSLATION-ROTATION SPECTRA: H -He. Birnbaum

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STATIC AND DYNAMIC SHIFTS OF SPECTRAL LINES. Boercker D. B., Iglesias C.

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ACTIVE LASER MEDIA BASED ON A RECOMBINING PLASMA OF MULTIPLY CHARGED

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Hg-Ar AND Hg-Kr INTERACTION POTENTIALS FROM TEMPERATURE -DEPENDENT

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Phys. B 17, 1831.

ENHANCED QUENCHING AT REDUCED INTERNUCLEAR SEPARATIONS OF XENON COLLISION

PAIRS. Bowering N., Raymond T. D., Keto J. W. , Phys. Rev. Lett. 52, 1880.

THEORETICAL INSTRUMENT FUNCTION OF A PHOTO IONIZATION EMISSION

SPECTROMETER. Butikov E. I., Tumarkin Ya . N., Osipova E. A., Opt.

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DECONVOLUTION, DERIVATION, AND SMOOTHING OF SPECTRA USING FOURIER

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TWO-CHANNEL TECHNIQUE FOR STARK MEASUREMENTS OF ELECTRON DENSITY WITHIN A

LASER- PRODUCED SODIUM PLASMA. Cappelli M. A., Measures R. M. , Appl . Opt.

23, 2107.

EXACT COMPLEX LINE SHAPES OF ATOMIC RESONANCE. Chan L. K. P., Appl. Opt.

23, 368.

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4150. TABLES FOR DIRECT DETERMINATION OF SPECTRAL LINE PARAMETERS, FROM

SPECTROMETRY DATA- II. INTERMEDIATE VOIGT BROADENING. Claude M. L. , J.

Quant. Spectrosc . Radiat . Transfer 32, 17.

4151. IMPROVED PSEUDOPOTENTIAL CALCULATIONS OF THE ADIABATIC POTENTIALS AND

OSCILLATOR STRENGTHS OF Tl -HEAVY NOBLE GAS SYSTEMS. Czuchaj E.,

Sienkiewicz J., Z. Naturforsch. , Teil A 39, 513.

4152. PSEUDOPOTENTIAL CALCULATION OF THE ADIABATIC POTENTIALS AND OSCILLATOR

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B 17, 2251.

4153. ATOMIC PHYSICS FOR BEAM-TARGET INTERACTIONS. Deutsch C, Laser Part.

Beams 2, 449.

4154. ELECTRON IMPACT LINE WIDTHS OF THE RESONANCE LINES OF Be -LIKE IONS.

Diraitri jevic M. S., Astron. Astrophys. 131, 327.

4155. THE TRAJECTORY EFFECT IN CALCULATIONS OF THE PHASESHIFT FOR BINARY

COLLISIONS AND BROADENING OF NEUTRAL ATOM LINES. Diraitri jevic M. S., J.

Phys. B 17, L283.

4156. STARK BROADENING OF NEUTRAL HELIUM LINES. Diraitri jevic M. S.,

Sahal -Brechot S., J. Quant. Spectrosc. Radiat. Transfer 31, 301.

4157. ON THE DEPENDENCE OF STARK WIDTH AND SHIFT ON THE IONIZATION POTENTIAL.

Dimitri jevic M. S., Konjevic N., Z. Naturforsch., Teil A 39, 553.

4158. STARK BROADENING OF NEUTRAL HELIUM LINES OF ASTROPHYS ICAL INTEREST.

REGULARITIES WITHIN SPECTRAL SERIES. Dimitri jevic M. S., Sahal -Brechot

S., Astron. Astrophys. 136, 289.

4159. A SIMPLE ONE PER CENT APPROXIMATION OF THE VOIGT FUNCTION. Dobrichev V.,

Dokl. Bolg. Akad. Nauk 37, 991.

4160. INSTRUMENT FUNCTION OF A FOURIER SPECTROMETER BASED ON A TRANSVERSE

BEAM- SPLITTING INTERFEROMETER. Dubkov V. I., Opt. Spectrosc. (USSR) 57,

557.

4161. COLLISION CROSS SECTIONS FOR THE NOBLE-GAS BROADENING OF THE Cs 6S-7P

DOUBLET USING PHOTON ECHOES. Durrant A. V., Manners J., J. Phys. B 17,

L701.

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4162. PHOTON ECHO RELAXATION IN CAESIUM PERTURBED BY NOBLE GASES. Durrant A.

V., Manners J., Opt. Commun. 49, 293.

4163. PRESSURE BROADENING AND PRESSURE SHIFT OF THE 410 nm INDIUM LINE

PERTURBED BY FOREIGN GASES. Eberz J., Huber G., Kuhl T., Ulm G. , J. Phys

B 17, 3075.

4164. EFFECT OF LIGHT SHIFTS ON THE ACCURACY OF OPTICALLY PUMPED CESIUM

ATOMIC-BEAM FREQUENCY STANDARDS. Egorov V. K. , Maslov V. A., Sov.

Phys. --Tech. Phys. 29, 334.

4165. AN EVALUATION OF THE POSSIBILITY OF STUDYING FLARE PLASMA TURBULENCE

USING SATELLITES OF He I LINE FORBIDDEN COMPONENTS. Firstova N. M. , Sol.

Phys. 90, 269.

4166. SHIFT OF THE He II Pa LINE IN HIGH DENSITY PLASMAS. Fleurier C, Le Gall

P. , J. Phys. B 17, 4311.

4167. POLARIZATION LINE SHAPE OF BALMER-/? FROM ELECTRON IMPACT DISSOCIATION OF

H . Freund R. S., Donohue D. E., Fisanick G. J., J. Chem. Phys. 80, 1754.

4168. CORRECTING MEASURED LINE HALF-WIDTHS. Fridovich B., J. Mol . Spectrosc.

105, 53.

4169. LINESHAPE IN COLLISION- INDUCED ABSORPTION. MORI THEORY. Gburski Z., Gray

C. G. , Sullivan D. E. , Chem. Phys. Lett. 106, 55.

4170. SEARCH FOR PLASMA SHIFTS OF C VI , N VII, AND 0 VIII RESONANCE LINES.

Goldsmith S., Griem H. R. , Cohen L. , Phys. Rev. A 30, 2775.

4171. ANALYSIS OF A SPECTRUM OF TWO LORENTZIAN OR GAUSSIAN LINES BY MEASURING n

(2)

(T). Gonzalez F., Rebolledo M. A., Cagigal M. P., Appl . Opt. 23, 3024.

4172. DETERMINATION OF ELECTRON DENSITY IN AN ATOMIC PLASMA BY LEAST-SQUARES

FIT TO THE STARK PROFILE. Goode S. R. , Deavor J. P., Spectrochim. Acta,

Part B 39, 813.

4173. BROADENING OF OPTICAL LINES ORIGINATING FROM RYDBERG STATES: A SIMPLE

MODEL. Gounand F., Szudy J., Hugon M. , Sayer B., Fournier P. R. , Ann.

Phys. (Paris) 9, 597.

1984 - 140 -
4174. TWO-PHOTON ABSORPTION METHOD FOR THE STUDY OF COLLISIONAL RELAXATION OF

ATOMS IN A PERTURBER BATH. Granier R., Charton G. , Granier L. , J. Quant.

Spectrosc. Radiat. Transfer 31, 379.

4175. THE FULL VOIGT PROFILE AND COLLISION TIME ASYMMETRY FOR PROFILES OF

CALCIUM 442.7 nm PERTURBED BY KRYPTON. Harris M. , Lewis E. L., McHugh D.,

Shannon I., J. Phys . B 17, L661.

4176. OPTICAL PROPERTIES OF AN ISOLATED RESONANCE LINE WITH HIGH DENSITY

SELF -BROADENING. Heering W., J. Quant. Spectrosc. Radiat. Transfer 32, 81.

4177. ELECTRIC MICROFIELD DISTRIBUTION IN MULTI COMPONENT PLASMAS. Held B., J.

Phys. (Paris) 45, 1731.

4178. LOW-FREQUENCY ELECTRIC MICROFIELD IN DENSE AND HOT MULT I COMPONENT

PLASMAS. Held B., Deutsch C, Gorabert M. -M. , Phys. Rev. A29 , 880.

4179. STARK BROADENING OF HYDROGENIC HEAVY IONS IN DENSE INERTIAL- CONFINEMENT

FUSION PLASMAS. Held B., Deutsch C, Gorabert M.-M., Phys. Rev. A 29, 896.

4180. STUDIES OF EMISSION-LINE PROFILES FROM ION-EXCITED NEON GAS TARGETS.

Heselius S.-J., Lindblom P., Nyraan E. M. , Solin 0., Int. J. Appl . Radiat.

Isot. 35, 977.

4181. LINE SHIFT IN NEUTRAL XENON AT HIGH ELECTRON DENSITIES. Hess H.

,

Hitzschke L. , Metzke E., Niepraschk R., Wirsig M. , "Symposium on Physics

of Ionized Gases," 453-456 (1984).

4182. POTASSIUM- SEEDED WALL- STABILIZED ARC SOURCE FOR STARK BROADENING STUDIES.

Hohimer J. P., Rev. Sci. Instrum. 55, 1410.

4183. STARK BROADENING OF POTASSIUM ns-4p AND nd-4p LINES IN A WALL- STABILIZED

ARC. Hohimer J. P., Phys. Rev. A 30, 1449.

4184. MEASUREMENT OF THE SHIFT OF RYDBERG ENERGY LEVELS INDUCED BY BLACKBODY

RADIATION. Hollberg L. , Hall J. L. , Phys. Rev. Lett. 53, 230.

4185. SHIFTS OF SPECTRAL LINES IN A PLASMA. Iglesias C. A., Phys. Rev. A 29,

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4186.

4187.

4188.

4189.

4190.

4191.

4192.

4193.

4194.

4195.

4196.

1984

ELECTRIC MICROFIELD DISTRIBUTIONS IN MULT I COMPONENT PLASMAS. Iglesias C.

A., Lebowitz J. L. , Phys . Rev. A 30, 2001.

EFFECTS OF INDIVIDUAL LINE SHAPES ON COMPOSITE PROFILES AND LINE SERIES.

Iglesias C. A., Lee R. W. , Hooper C. F., Whitten B. L., J. Quant.

Spectrosc. Radiat . Transfer 32, 241.

DISPLACEMENT AND DEFORMATION OF ATOMIC RADIATION LINES IN A

LASER-RADIATION FIELD. MANY-PHOTON PROCESSES. Ivanov L. N. , Bull. Acad.

Sci. USSR, Phys. Ser. 48, 24.

ASYMMETRY PATTERNS OF PLASMA -BROADENED ISOLATED LINES: C I. Jones D. W.

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Wiese W. L. , Phys. Rev. A 30, 2602.

NATURAL RADIATIVE LIFETIMES AND STARK- SHIFT PARAMETERS IN THE 4p

2

CONFIGURATION IN Ca I . Jonsson G. , Levinson C, Svanberg S., Phys. Scr.

30, 65.

NONADIABATIC THEORY OF ATOMIC LINE BROADENING: FINAL-STATE DISTRIBUTIONS

AND THE POLARIZATION OF REDISTRIBUTED RADIATION. Julienne P. S. , Mies F.

H. , Phys . Rev. A 30, 831

OBSERVATION OF SPECTRAL LINE PROFILES EMITTED BY AN INDUCTIVELY COUPLED

PLASMA- I. ON THE WAVELENGTH SHIFT OF SPECTRAL LINES. Kato K. , Fukushima

H. , Nakajima T. , Spectrochira . Acta., Part B, 39, 979.

X-RAY SPECTROSCOPY FROM VARIABLE Z LASER- PRODUCED PLASMAS. Kauffraan R.

L. , Lee R. W., Matthews D. L. , Kilkenny J. D., J. Quant. Spectrosc.

Radiat. Transfer 32, 335.

BROADENING AND SHIFT OF RYDBERG LEVELS BY ELASTIC COLLISIONS WITH

RARE-GAS ATOMS. Kaulakys B. P., J. Phys. B 17, 4485.

EFFECTS OF ATOMIC COLLISIONS ON RADIATION LINE WIDTH. Klivadenko V. A.,

Moscow Univ. Phys. Bull. 39, No. 6, 84.

EXPERIMENTAL STARK WIDTHS AND SHIFTS FOR SPECTRAL LINES OF POSITIVE IONS

(A CRITICAL REVIEW AND TABULATION OF SELECTED DATA FOR THE PERIOD 1976 TO

1982). Konjevic N. , Dimitri jevic M. S., Wiese W. L. , J. Phys. Chera. Ref.

Data 13, 649.

- 142 -
4197. EXPERIMENTAL STARK WIDTHS AND SHIFTS FOR SPECTRAL LINES OF NEUTRAL ATOMS

(A CRITICAL REVIEW OF SELECTED DATA FOR THE PERIOD 1976 TO 1982).

Konjevic N., Dimitri jevic M. S., Wiese W. L. , J. Phys . Chem. Ref . Data

13, 619.

4198. ANALYTIC REPRESENTATION OF THE COMPLETE SPECTRAL LINE PROFILE IN THE

ADIABATIC THEORY OF PRESSURE BROADENING. Kutznetsov M. N. , Opt.

Spectrosc. (USSR) 57, 251.

4199. THE EFFECT OF PRESSURE BROADENING AND LINE SHIFT ON THE DETERMINATION OF

LEAD ISOTOPIC RATIOS BY ATOMIC ABSORPTION AND FLUORESCENCE SPECTROSCOPY.

Larkins P. L. , Spectrochim. Acta, Part B 39, 1365.

4200. PROFILE DECONVOLUTION . Law J., Hogan D., Nucl . Instrura. Methods Phys.

Res. , Sect. B 233, 67.

4201. DECONVOLUTION. Law J., Jones M. C, Nucl. Instrura. Methods Phys. Res.,

Sect. A 225, 127.

4202. INVESTIGATION OF STARK BROADENING OF NONLINEAR THREE-LEVEL RESONANCES ON

BOUND Ar II TRANSITIONS. Lebedeva V. V., Odintsov A. I., Glavatskikh N.

A., Grin' L. E., Shul'ga A. G., J. Appl . Spectrosc. (USSR) 41, 991.

4203. ELECTRON DENSITY FROM RESOLVED STARK PROFILES IN ABLATION PLASMAS. Lee

R. W. , Kilkenny J. D., Kauffman R. L. , Matthews D. L. , J. Quant.

Spectrosc. Radiat . Transfer 31, 83.

4204. SPECTRA-A MODEL FOR K-SHELL SPECTROSCOPY. Lee R. W. , Whitten B. L. , Stout

II R.E., J. Quant. Spectrosc. Radiat. Transfer 32, 91.

4205. CO- INDUCED PRESSURE BROADENING AND SHIFT OF THE 535.0 tun THALLIUM LINE.

Lisicki E., Bielski A., Bilinska D., Szudy J., Wolnikowski J., Acta Phys.

Pol. A 65, 361.

4206. ON THE APPLICABILITY OF UNIFIED THEORY FOR IONS AND ELECTRONS IN THE

STUDY OF STARK BROADENING OF HYDROGEN LINES. Mathys G., Bull. Soc . R.

Sci. Liege 53, 193. (Fr.

)

4207. UNIFIED THEORY CALCULATIONS OF STARK- BROADENED HYDROGEN LINES IN THE

PRESENCE OF A MAGNETIC FIELD. Mathys G., Astron. Astrophys . 139, 196.

- 143 - 1984
4208.

4209.

4210.

4211.

4212.

4213.

4214.

4215.

4216.

4217.

4218.

1984

A THEORY OF HYDROGEN LINE BROADENING IN THE PRESENCE OF A MAGNETIC FIELD

ACCOUNTING FOR ION DYNAMICS. Mathys G., Astron. Astrophys . 141, 248.

EFFECTS OF ION MOTION ON STARK PROFILES OF OVERLAPPING NEUTRAL HELIUM

LINES. Mazure A., Nollez G. , Ann. Phys . (Paris) 9, 675.

INFLUENCE OF THE DISPERSIVE SYSTEM IN INDUCTIVELY COUPLED PLASMA ATOMIC

EMISSION SPECTROMETRY. McLaren J. W.., Merraet J. M., Spectrochira . Acta,

Part B 39, 1307.

STARK EFFECT OF ATOMIC SODIUM MEASURED IN A HOLLOW CATHODE PLASMA BY

DOPPLER-FREE SPECTROSCOPY. Moreno F. , Alvarez J. M. , Araare J. G.

,

Bernabeu E . , J. Appl . Phys. 56, 1939.

CALCULATION OF THE VOIGT PROFILE, WITH APPLICATION TO INFRARED LINES OF

THE STRATOSPHERE AND MESOSPHERE. Muller C. , Bull. Cl . Sci. Acad. R. Belg.

70, 675. (Fr,)

TREATMENT OF INTERSHELL CORRELATION EFFECTS IN AB INITIO CALCULATIONS BY

USE OF CORE POLARIZATION POTENTIALS. METHOD AND APPLICATION TO ALKALI AND

ALKALINE EARTH ATOMS. Muller W. , Flesch J., Meyer W. , J. Chem. Phys. 80,

3297.

HIGHLY CHARGED ION LINE SHIFT IN DENSE PLASMAS. Nguyen Hoe, Koenig M.

,

Coulaud G., Phys. Lett. A 106, 34.

BROADENING OF SPECTRAL ABSORPTION LINES OF ATOMIC POTASSIUM UNDER THE

ACTION OF LASER RADIATION. Ninoyan Zh. 0., Sapondzhyan S. 0., Sarkisyan

G. S., Sov. J. Quantum Electron. 14, 1053.

PLASMA SPECTROSCOPY WITH QUASIMONOCHROMATIC ELECTRIC FIELDS. Oks E. A.,

Sov. Phys.--Dokl. 29, 224.

DESCRIPTION OF WING BROADENING OF HYDROGEN SPECTRAL LINES. Pargaraanik L.

E., Ginzburg M. D., Ukr . Fiz. Zh. 29, 514.

UNIFIED THEORIES OF THE PRESSURE BROADENING AND SHIFT OF SPECTRAL LINES:

I. GENERAL FORMULATION FOR MULT I POLE INTERACTIONS. Peach G., J. Phys. B

17, 2599.

- 144 -
4219. UNIVERSAL FORMULA FOR THE SPECTRAL LINE PROFILE. Pestov E. G. , Sov. J.

Quantum Electron. 14, 2.

4220. ON THE QUADRUPOLE CONTRIBUTIONS TO ELECTRON BROADENING OF SPECTRAL LINES.

Pfenning H., Mwana Umbella I. S. K. , J. Quant. Spectrosc . Radiat

.

Transfer 31, 247.

4221. EXPERIMENTAL STUDY OF THE STARK BROADENED HELIUM ION LINES He II 121.5,

164.0 AND 468.6 nm. Piel A., Slupek J., Z. Naturforsch. , Teil A 39, 1041.

4222. STARK BROADENING MEASUREMENTS OF SOME N II AND N III LINES. Purcell S.

T. , Barnard A. J., J. Quant. Spectrosc. Radiat. Transfer 32, 205.

4223. STARK WIDTHS AND SHIFTS OF Co I SPECTRAL LINES. Puric J., Cuk M. , Rathore

B. A., Lakicevic I. S., Phys . Lett. A 106, 374.

4224. MEASUREMENT OF THE STARK WIDTHS AND SHIFTS OF Cr II 4s

4 D - 4p V

SPECTRAL LINES. Rathore B. A., Lakicevic I. S., Cuk M. , Puric J., Phys.

Lett. A 100, 31.

4225. STARK -BROADENING MEASUREMENTS OF SINGLY IONIZED XENON. Richou J., Manola

S., Lebrun J. L. , Lesage A., Phys. Rev. A 29, 3181.

4226. ELECTRON CONCENTRATION MEASUREMENT IN THE HIGH VOLTAGE SPARK USING STARK

BROADENING OF H0 EMISSION. Scheeline A., Karala G. J., Zoellner M. J.,

Spectrochira. Acta, Part B 39, 677.

4227. OPTICAL COLLISIONS AND REDISTRIBUTION IN THE PRESENCE OF AN INTENSE

DRIVING FIELD. Schuller F., Ann. Phys. (Paris) 9, 609.

4228. ANALYTIC EXPRESSIONS FOR FLUORESCENCE SPECTRA AND OPTICAL COLLISION RATES

OF COLLISIONALLY PERTURBED ATOMS IN A STRONG DRIVING FIELD. Schuller F.,

Nienhuis G. , Can. J. Phys. 62, 183.

4229. LEVEL AND LINE BROADENING FOR THOMAS-FERMI ATOMS AT FINITE TEMPERATURE.

Shalitin D., Stein J., Ron A., Phys. Rev. A 29, 2789.

4230. OPTICALLY THICK MODEL FOR RADIATIVE AND COLLISIONAL EFFECTS IN

NONEQUI LIBRIUM ARGON PLASMA FLOWS IN A CIRCULAR TUBE. Shirai H., Tabei

K., Koaizawa H., Bull. JSME 27, 1414.

- 145 - 1984
4231.

4232.

4233.

4234.

4235.

4236.

4237.

4238.

4239.

4240.

4241.

4242.

4243.

1984

HIGH-PRESSURE NOBLE GAS BROADENING OF THE Cs RESONANCE LINES. Siegling

F. , Nieraax K. , Z. Naturforsch. , Teil A 39, 455.

LOW-PRESSURE NOBLE GAS BROADENING OF THE Cs RESONANCE LINES. Siegling F.

,

Niemax K. , Z. Naturforsch., Teil A 39, 447.

STARK BROADENING IN RADIO RECOMBINATION LINES TOWARDS THE ORION NEBULA.

Smirnov G. T., Sorochenko R. L. , Pankonin V., Astron. Astrophys . 135, 116.

DISCUSSION OF THE CONDITIONAL- PROBABILITY FUNCTION FOR ELECTRIC FIELDS IN

A PLASMA. Smith E. W. , Stararo R. , Cooper J., Phys . Rev. A 30, 454.

ION-DYNAMICS EFFECT ON HYDROGENIC STARK PROFILES IN HOT AND DENSE PLASMAS. Stamm R. , Botzanowski Y. , Kaftandjian V. P., Talin B., Smith E. W.

,

Phys. Rev. Lett. 52, 2217; 54, 2170 (1985).

STUDY OF HYDROGEN STARK PROFILES BY MEANS OF COMPUTER SIMULATION. Stamm

R. , Smith E. W. , Talin B., Phys. Rev. A 30, 2039.

COMPUTER SIMULATION TECHNIQUE FOR PLASMAS. Stamm R. , Smith E. W. , Phys.

Rev. A 30, 450.

MICROFIELD SIMULATION APPLIED TO THE CALCULATION OF STARK PROFILES. Stamm

R. , Talin B., Ann. Phys. (Paris) 9, 687.

STARK BROADENING OF THE Ha LINE OF HYDROGEN AT LOW DENSITIES: QUANTAL AND

SEMICLASSICAL RESULTS. Stehle C, Feautrier N., J. Phys. B 17, 1477.

HYDROGEN LINE PROFILES AT LOW DENSITIES. Stehle C, Feautrier N., Ann.

Phys. (Paris) 9, 697.

VELOCITY CHANGING COLLISIONS IN SATURATION ABSORPTION OF U. Tenenbaum J.,

Miron E., Lavi S., Liran J., Strauss M. , Oreg J., Erez G., J. Phys. B 16,

4543.

STUDY OF THE BALMER BETA CORE IN A PULSED PLASMA. Torres F., Gigosos M.

A., Mar S., J. Quant. Spectrosc. Radiat . Transfer 31, 265.

BROADENING OF SPECTRAL LINES OF IONIZED ATOMS IN A CONSTANT MAGNETIC

FIELD. Tuganov V. F., Sov. Phys.--JETP 60, 225.

- 146 -
4244. OSCILLATOR STRENGTHS AND RARE -GAS- INDUCED BROADENING OF THE PRINCIPAL

SERIES LINES OF Ba. Ueda K. , Haraaguchi Y. , Fujimoto T. , Fukuda K. , J.

Phys. Soc. Jpn 53, 2501.

4245. THE FAR-WING BROADENING OF THE Na D LINES BY K,Rb AND Cs AND THE ELECTROSTATIC INTERACTION POTENTIALS OF THE NaK , NaRb AND NaCs MOLECULES. Vadla

C, Niemax K. , Z. Phys. A 315, 263.

4246. GLOBAL THEORY OF SPECTRAL LINESHAPES IN THE WEAK-DENSITY LIMIT. Vallee

0., Picart J., Tran Minh N. , J. Phys. B 17, L565.

4247. DETERMINATION OF SPECTRAL LINE WIDTH BY RECORDING THE DERIVATIVE OF THE

TRANSMISSION SPECTRUM. Vasilevskii K. P., Kotylev V. N., Borisova N. F.

,

Gershun M. A., Opt. Spectrosc. (USSR) 57, 671.

4248. THE SHAPE OF EMISSION LINES FROM A SPATIALLY INHOMOGENEOUS GAS CONTAINING

MACROSCOPIC PARTICLES. Vasilieva I. A., J. Quant. Spectrosc. Radiat

.

Transfer 31, 323.

4249. EXPERIMENTAL INVESTIGATIONS OF BROADENING PARAMETERS OF He I 2

3 P - 43 D

,

4

3 F, A = 447.15 nra LINE IN A LASER PRODUCED PLASMA. Vujicic B. T.,

Cirkovic L. M. , Fizika (Zagreb) 16, 201.

4250. COLLISIONAL LINE BROADENING DUE TO VAN DER WAALS POTENTIALS. Walkup R.,

Stewart B. , Pritchard D. E., Phys. Rev. A 29, 169.

4251. STARK BROADENING IN NON-LTE STELLAR ATMOSPHERES: EFFECTS ON OCCUPATION

NUMBERS AND LINE PROFILES. Werner K. , Astron. Astrophys. 139, 237. •

4252. ELECTRON DENSITY DETERMINATION IN ARGON CESIUM MHD- PLASMAS . Wetzer J. M.

,

Physica C (Amsterdam) 123, 247.

4253. FULL COULOMB CALCULATION OF STARK BROADENING IN LASER- PRODUCED PLASMAS.

Woltz L. A., Hooper C. F. Jr., Phys. Rev. A 30, 468.

4254. EFFECTS OF COLLISIONAL NARROWING AND LINE PARAMETERS ON ATMOSPHERIC

COMPOSITION MEASUREMENTS. Ying-Jian W. , J. Quant. Spectrosc. Radiat.

Transfer 32, 305.

- 147 - 1984

i
1985

4255.

4256.

4257.

4258.

4259.

4260.

4261.

4262.

4263.

4264.

1985

LINE PROFILES OF THE P AND P TRANSITIONS IN HE II AND BROADENING OF C

IV LINES AT HIGH ELECTRON DENSITIES. Ackermann U. , Finken K. H. , Musielok

J. , Phys. Rev. A 31, 2597.

PROFILE OF THE L LINE OF HYDROGEN-LIKE IONS IN A DENSE PLASMA WITH

ALLOWANCE FOR THE FINE STRUCTURE AND THE LAMB SHIFT. Akhmedov E. Kh.

,

Godunov A. L. , Zemtsov Yu. K. , Makhrov V. A. , Starostin A. N. , Taran M.

D. , Sov. Phys.--JETP 62, 266.

X-RAY SPECTROSCOPIC STUDIES OF THE ELECTRONIC DENSITY AND TEMPERATURE

PROFILES IN THE TRANSPORT REGION OF 0.53- and 0.26-/zra LASER PLASMAS.

Alaterre P., Chenais -Popovics C, Audebert P., Geindre J. P., Gauthier J.

C. , Phys. Rev. A 32, 324.

TWO-PHOTON COLLISIONAL REDISTRIBUTION OF RADIATION. Alber G., "Lecture

Notes in Physics -Fundamentals of Laser Interactions," No. 229, 92-108

(Ed. F. Ehlotzky, Springer-Verlag , Berlin, 1985).

TWO-PHOTON COLLISIONAL REDISTRIBUTION OF RADIATION. Alber G. , Cooper J.,

Phys. Rev. A 31, 3644.

INTENSITY EFFECTS IN TWO-PHOTON COLLISIONAL REDISTRIBUTION OF RADIATION.

Alber G. , Cooper J., Phys. Rev. A 32, 2186.

RELAXATION OF THE ORIENTATION AND ALIGNMENT OF THALLIUM ATOMS IN A BUFFER

GAS. Aleksandrov E. B., Popov V. I., Yakovson N. N. , Opt. Spectrosc.

(USSR) 58, 307.

COLLISIONAL REDISTRIBUTION OF CIRCULARLY POLARIZED LIGHT IN BARIUM

PERTURBED BY ARGON. Alford W. J., Andersen N. , Belsley M. , Cooper J.,

Warrington D. M. , Burnett K., Phys. Rev. A 31, 3012.

PHYSICAL INTERPRETATION OF LINE PROFILES USING SQUARE-WELL INTERACTION.

Allard N. F., Biraud Y. G., "Spectral Line Shapes," Vol. 3, 615-642 (Ed.

F. Rostas, Walter de Gruyter & Co., New York, 1985).

AN ANALYTIC VOIGT PROFILE ESCAPE PROBABILITY APPROXIMATION. Apruzese J.

P., J. Quant. Spectrosc. Radiat . Transfer 34, 447.

- 148 -
4265. COMMENT ON " IOM -DYNAMICS EFFECT ON HYDROGENIC STARK PROFILES IN HOT AND

DENSE PLASMAS ."Apruzese J. P., Kepple P. C, Davis J., Griera H. R.,

Cauble R. , Phys . Rev. Lett. 54, 2167.

4266. SATURATION BEHAVIOR OF BALMER-LINE FLUORESCENCES IN A HYDROGEN PLASMA.

Arata Y. , Miyake S., Matsuoka H. , Jpn. J. Appl . Phys. 24, 1351.

4267. EFFECTS OF AN ARBITRARY LASER LINESHAPE ON FLUORESCENCE RADIATION,

REDISTRIBUTED BY COLLISIONS. Arnoldus H. F., Nienhuis G., J. Phys. B 18,

1109.

4268. CALCULATION OF THE PROFILE OF THE LYMAN-a LINE IN AN ARGON PLASMA.

Bacchus -Montabonel M. C, J. Phys. B 18, L363.

4269. INVESTIGATIONS OF Ar

+ -H SATELLITE FORMATION IN THE LYMAN-a LINE WINGS.

Baldwin K. G. H., Burgess D. D., Grutzmacher K. , J. Phys. B 18, 217.

4270. BROADENING OF DIELECTRONIC SATELLITE LINES IN DENSE PLASMAS. Banon J. M.

,

Koenig M. , Nguyen Hoe, J. Phys. B 18, 4195.

4271. IMPACT BROADENING AND SHIFTS FOR 6sns *S and 6snd *D SERIES OF BARIUM.

o 2 Bathia K. S., Bruce D. M. , Duley W. W. , Opt. Commun. 53, 302.

4272. OPTOGALVANIC NONLINEAR HANLE EFFECT BY A SINGLE FREQUENCY LASER: A

QUANTITATIVE ANALYSIS. Beverini N., Ernst K. , Inguscio M., Struraia F.,

Appl. Phys. B 37, 17.

4273. LOW PRESSURE BROADENING AND SHIFT OF THE 3p

5 4p - 3p5 6s ARGON SPECTRAL

LINES PERTURBED BY He, Ne , and Ar. Bielski A., Wawrzynski J.,

Wolnikowski J., Acta. Phys. Pol. A 67, 621.

4274. VISIBLE AND NEAR- INFRARED COLLISIONAL SATELLITES OF ATOMIC D-LINES IN

ALKALI SYSTEMS. Bieniek R. J., "Spectral Line Shapes," Vol. 3, 647-648

(Ed. F. Rostas, Walter de Gruyter & Co., New York, 1985).

4275. NORMALIZED LINE SHAPES FOR FAR-WING CONTINUUM SPECTRA: THE Rb-Xe

SATELLITE BAND. Bieniek R. J., Phys. Rev. A 32, 3150.

4276. TEMPERATURE DEPENDENCE OF THE WIDTH AND SHIFT OF THE NEON 540.06 nm LINE

PERTURBED BY Ne AND He. Bobkowski R. , Bielski A., Lisicki E., Szudy J.,

Wolnikowski J., Act. Phys. Pol. A 67, 601.

- 149 - 1985
4277.

4278.

4279.

4280.

4281.

4282.

4283.

4284.

4285.

4286.

4287.

1985

SOME COMMENTS ON THE DETERMINATION OF PLASMA PARAMETERS FROM THE SPECTRAL

LINE PROFILE REGISTERED BY MEANS OF THE FABRY-PEROT INTERFEROMETER.

Brablec A., Stastny F., Acta Phys . Slov. 35, 162.

THE H/3- LINE -PROFILE IN AN OPTICAL DISCHARGE AT HIGH ELECTRON DENSITIES.

Carlhoff C, Krametz E., Schafer J. H., Schiiller D., Uhlenbusch J.,

"Proc. 17th Int. Conf . Phenom. Ionized Gases," 972-974 (Budapest, 1985).

SPATIAL PROFILES OF ELECTRON DENSITY IN THE INDUCTIVELY COUPLED PLASMA.

Caughlin B. L. , Blades M. W., Spectrochim . Acta, Part B 40, 987.

SYNTHESIS OF EMISSION LINE PROFILES FROM FREE-BURNING ARCS. Cram L. E.,

J. Quant. Spectrosc. Radiat . Transfer 34, 353.

USE OF THE 447 nra He I LINE TO DETERMINE ELECTRON CONCENTRATIONS.

Czernichowski A., Chapelle J., J. Quant. Spectrosc. Radiat. Transfer 33,

427 .

EXPERIMENTAL DETERMINATION OF THE STARK WIDTHS OF S II LINES.

Czernichowski A., Chapelle J., "Spectral Line Shapes," Vol. 3, 49-50 (Ed.

F. Rostas, Walter de Gruyter & Co., New York, 1985).

BOLTZMANN-LORENTZ MODEL OF COLLISIONAL BROADENING OF SPECTRA. Dattagupta

S., Turski L. A., Phys. Rev. A 32, 1439.

OPACITY EFFECTS ON HYDROGENLIKE X-RAY LINES EMITTED FROM LASER-DRIVEN

IMPLOSIONS. Delaraater N. D., Hooper C. F. Jr., Joyce R. F., Woltz L. A.,

Ceglio N. M. , Kauffman R. L., Lee R. W., Richardson M. C, Phys. Rev. A

31, 2460.

TEMPERATURE DEPENDENCE OF THE EDGE OF THE SPECTRAL LINE IN CLASSICAL

ATOMIC MOTION. Devdariani A. Z., Sebyakin Yu. N. , J. Appl . Spectrosc.

(USSR) 42, 22.

BROADENING AND SHIFT OF RESONANCE LINES OF SECOND-GROUP ATOMS BY LIGHT

INERT GASES: INTERACTION POTENTIALS. Devdariani A. Z., Ponomarev Ya . I.,

Sebyakin Yu. N., Opt. Spectrosc. (USSR) 59, 26.

COMPARISON OF MEASURED AND CALCULATED STARK BROADENING PARAMETERS FOR

NEUTRAL- HELIUM LINES. Dimitrijevic M. S., Sahal -Brechot S., Phys. Rev. A

31, 316.

- 150 -
4288. ASTROPHYS I CAL SIGNIFICANCE OF SPECTRAL LINE SHAPES INVESTIGATION.

Dimitri jevic M. S., Publ . Obs . Astron. Belgrade No. 33, 11.

4289. DEPENDENCE OF STARK WIDTHS AND SHIFTS ON THE IONIZATION POTENTIAL: np

k_1

(n+l)s - np

k RESONANCE TRANSITIONS. Dimitri jevic M. S., Astron.

Astrophys. 145, 439.

4290. SEMIEMPIRICAL STARK SHIFTS OF ION LINES. Dimitri jevic M. S., Krsljanin

V., "Proc. 17th Int. Conf . Phenom. Ionized Gases," 975-977 (Budapest,

1985)

.

4291. STARK BROADENING OF Na I LINES: REGULARITIES WITHIN A SPECTRAL SERIES.

Dimitri jevic M. S., Sahal -Brechot S., "Proc. 17th Int. Conf. Phenom.

Ionized Gases," 978-980 (Budapest, 1985).

4292. STARK BROADENING OF NEUTRAL SODIUM LINES. Dimitri jevic M. S.

,

Sahal -Brechot S., J. Quant. Spectrosc . Radiat. Transfer 34, 149.

4293. VOI GT- FUNCTION EVALUATION USING A TWO-DIMENSIONAL INTERPOLATION SCHEME.

Drummond J. R. , Steckner M. , J. Quant. Spectrosc. Radiat. Transfer 34,

517.

4294. COLLISIONAL PROCESSES INDUCED IN THE n=3 HELIUM SUBLEVELS BY ELECTRONS IN

A LOW-PRESSURE PLASMA. APPLICATION TO THE ELECTRON DENSITY MEASUREMENT.

Dubreuil B. , Prigent P., J. Phys . B 18, 4597.

4295. ELECTRIC FIELD DISTRIBUTIONS IN STRONGLY COUPLED PLASMAS. Dufty J. W.

,

Boercker D. B. , Iglesias C. A., Phys. Rev. A 31, 1681.

4296. MOLECULAR -DYNAMICS SIMULATION OF EFFECTS OF RELAXATION OF POLARIZATION ON

ATOMIC LINE SHAPES. Evensky D. A., Sando K. M. , Phys. Rev. A 31, 772.

4297. LINE WIDTH AND LINE SHAPE ANALYSIS IN THE INDUCTIVELY COUPLED PLASMA BY

HIGH RESOLUTION FOURIER TRANSFORM SPECTROMETRY. Faires L. M. , Palmer B.

A., Brault J. W. , Spectrochim. Acta, Part B 40, 135.

4298. BROADENING AND SHIFT OF Cu I and Cu II LINES IN PLASMAS. Fleurier C,

Maulat C, "Proc. 17th Int. Conf. Phenom. Ionized Gases," 981-983

(Budapest, 1985).

151 - 1985

r
4299. SELF ABSORPTION OF A VOIGT-PROFILE LINE FOR NON-UNIFORM SOURCE FUNCTIONS

Fujimoto T., Nishimura Y. , J. Quant. Spectrosc . Radiat . Transfer 34, 217

4300. A THEORY FOR THE ION IMPACT BROADENING OF FINE- STRUCTURE SUBLEVELS

Gaisinsky I. M. , Oks E. A., J. Phys . B 18, 1449.

4301. HYDROGEN PLASMA EMISSION AT 10

1? -10 18 cm"

3 ELECTRON DENSITIES. Gavrilov

V. E., Gavrilova T. V., Fedorova T. N. , Opt. Spectrosc. (USSR) 59, 313.

4302. EFFECTS OF EMITTER MOTION ON THE L STARK PROFILES INVESTIGATED BY

VARYING THE PLASMA TEMPERATURE AT CONSTANT ELECTRON DENSITY. Geisler M.

,

Grutzmacher K. , Wende B., "Spectral Line Shapes," Vol. 3, 67-68 (Ed. F.

Rostas, Walter de Gruyter & Co., New York, 1985).

4303. HYDROGEN STARK PROFILES: A SIMULATION-ORIENTED MATHEMATICAL

SIMPLIFICATION. Gigosos M. A., Fraile J., Torres F., Phys. Rev. A 31,

3509.

4304. LY-alpha STARK BROADENING: AN IMPROVED IMPACT MODEL. Gigosos M. A.,

Torres F. , "Spectral Line Shapes," Vol. 3, 75-76 (Ed. F. Rostas, Walter

de Gruyter & Co., New York, 1985).

4305. PRESSURE SHIFT IN CORE AND WINGS OF a AND fi BALMER LINES AND ITS

RELEVANCE TO THE GRAVITATIONAL -RED SHI FT MEASUREMENTS IN WHITE DWARFS.

Grabowski B., Halenka J., Madej J., "Proc. 17th Int. Conf . Phenora.

Ionized Gases," 987-988 (Budapest, 1985).

18 ~

4306. DIAGNOSTICS OF A HYDROGEN PLASMA WITH AN ELECTRON DENSITY OF 10 cm . Gravilov V. E. , Gravilova T. V., Fedorova T. N., Opt. Spectrosc. (USSR)

58, 755.

4307. REPLY TO "COMMENT ON 'SHIFTS OF HYDROGEN LINES FROM ELECTRON COLLISIONS

IN DENSE PLASMAS'". Griem H. R. , Phys. Rev. A 32/1908.

4308. REDSHIFTS OF THE INTENSITY PEAK OF THE H LINE IN ARGON ARC-PLASMA.

Halenka J., "Proc. 17th Int. Conf. Phenora. Ionized Gases," 993-995

(Budapest, 1985).

4309. PHYSICAL LINE WIDTHS OF ATOMS AND IONS IN AN INDUCTIVELY COUPLED ARGON

PLASMA AND HOLLOW CATHODE LAMPS AS MEASURED BY AN ECHELLE MONOCHROMATOR

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4311. TEMPERATURE EFFECTS ON LOW-FREQUENCY ELECTRIC MICROFIELDS IN

MULT I COMPONENT PLASMAS. Held B., Phys . Rev. A 31, 1939.

4312. DIFFRACTION AND SYMMETRY CORRECTIONS TO THE HIGH-FREQUENCY THERMAL

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.4313. THE BALMER ALPHA PROFILE CORRECTED FOR STRONG SELF- ABSORPTION . Hernandez

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4314. STATISTICAL PROCEDURE FOR DECONVOLUTING EXPERIMENTAL DATA. Hiragi Y.

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Urakawa H. , J. Appl . Phys. 58, 5.

4315. REPLY TO "STARK BROADENING OF POTASSIUM LINES". Hohiraer J. P., Phys. Rev.

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4316. STUDY OF LINE RADIATION IN HIGH DENSITY ARGON PLASMA. Hoss P., "Proc.

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4317. COMMENT ON "SHIFTS OF. HYDROGEN LINES FROM ELECTRON COLLISIONS IN DENSE

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4318. LOW-FREQUENCY ELECTRIC MICROFIELD DISTRIBUTIONS IN PLASMAS. Iglesias C.

A., DeWitt H. E., Lebowitz J. L. , MacGowan D., Hubbard W. B., Phys. Rev.

A 31, 1698.

4319. MEASUREMENTS OF ION TEMPERATURE AND DRIFT ENERGY OF HYDROGEN PLASMA BY

NEUTRAL BEAM PROBE SPECTROSCOPY. Ito Y. , Tsukuda K. , Goto 'S . , Ishimura

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4320. TEMPERATURE DEPENDENCE OF THE COLLISIONAL SHIFTS AND BROADENING OF THE

CESIUM D LINE IN HELIUM. Izotova S. L. , Kaliteevskii N. I., Lekhto G.

l F., Frish M. S., Opt. Spectrosc. (USSR) 59, 293. •

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4322.

4323.

4324.

4325.

4326.

4327.

4328.

4329.

4330.

4331.

1985

SHIFT AND BROADENING CONSTANTS OF Cs

133

D LINE HYPERFINE COMPONENTS IN

l NEON AND ARGON. Izotova S. L. , Lekhto G. F. , Frish M. S., Opt. Spectrosc

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RESOLVED LINE PROFILES OF ATOMIC OXYGEN RESONANCE LAMPS USED IN THE UPPER

ATMOSPHERE. Jenkins D. B., Watkin G., Wareing D. P., Freeman G. H. C,

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MEASUREMENT OF THE RELATIVISTIC DOPPLER SHIFT IN NEON. Kaivola M.

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Poulsen 0., Riis E., Lee S. A., Phys . Rev. Lett. 54, 255.

RESONANCE BROADENING OF 794.7-AND 780.0-nra Rb I LINE. Kantor P. Ya .

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Mokhov A. V., Penkin N. P., Shabanova L. N., Opt. Spectrosc. (USSR) 58,

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PROFILE OF Rb I 421. 6 -AND 420. 2 -nm LINES IN THE PRESENCE OF INERT GASES

AND PARAMETERS OF INTERATOMIC POTENTIALS. Kantor P. Ya . , Penkin N. P.,

Shabanova L. N. , Opt. Spectrosc. (USSR) 58, 136.

PROFILE OF K I 769. 9 -AND 766. 5 -nm LINES ON RESONANCE BROADENING. Kantor

P. Ya., Penkin N. P., Shabanova L. N., Opt. Spectrosc. (USSR) 59, 113.

BROADENING OF THE K I 769.9 AND 766. 5 -nm LINES BY INERT GASES. Kantor P.

Ya., Penkin N. P., Shabanova L. N. , Opt. Spectrosc. (USSR) 59, 151.

BROADENING OF THE 404.7 AND 404.4 nm LINES OF K I BY INERT GASES. Kantor

P. Ya. , Penkin N. P., Shabanova L. N., Vestn. Leningrad. Univ., Fiz.

Khim. 18, No. 3, 80.

PROFILES OF THE Rb I 794. 7 -and 780.0-nm LINES IN THE PRESENCE OF INERT

GASES; PARAMETERS OF INTERATOMIC POTENTIALS. Kantor P. Ya .

, Shabanova L.

N. , Opt. Spectrosc. (USSR) 58, 614.

LINE BROADENING IN OPTICALLY THICK GAS DISCHARGES; INFLUENCE ON PLASMA

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57, 4861.

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4332. MEASUREMENT OF WIDTHS AND SHIFTS OF Xe I LINES EMITTED FROM AN ELECTRIC

PULSE DISCHARGE. Kettlitz M. , Radtke R. , Spanke R. , "Proc. 17th Int.

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4333. SHIFT AND OSCILLATOR STRENGTH OF Xe I LINES EMITTED FROM AN ELECTRIC

PULSE DISCHARGE. Kettlitz M. , Radtke R. , Spanke R. , Hitzschke L. , J.

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4334. REDISTRIBUTION OF RADIATION UNDER THE INTERFERENCE OF QUANTUM STATES.

Khvostenko G. I., Chaika M. P., Opt. Spectrosc. (USSR) 59, 714.

4335. THE STATIC APPROXIMATION IN THE INTERPRETATION OF COLLISION BROADENING.

Kielkopf J. F. , J. Quant. Spectrosc. Radiat. Transfer 33, 267.

4336. FAR-WING ABSORPTION PROFILES OF A REACTIVE COLLISION: Mg + Kleiber P.

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4337. A DOUBLE -RESONANCE MEASUREMENT OF THE HYDROGEN BALMER-BETA LINESHAPE

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Kolbe G., Burgess D. D., J. Phys. B 18, 3681.

4338. STARK BROADENING OF POTASSIUM LINES. Konjevic N. , Phys. Rev. A 32, 673.

4339. STARK BROADENING OF N II LINES FROM STATES OF HIGH ORBITAL ANGULAR

MOMENTUM. Konjevic N. , Pittman T., "Proc. 17th Int. Conf. Phenom. Ionized

Gases," 1010-1011 (Budapest, 1985).

4340. STARK BROADENING OF Br I LINES. Konjevic R. , Platisa M. , Konjevic N.,

"Spectral Line Shapes," Vol. 3, 57-58 (Ed. F. Rostas , Walter de Gruyter &

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4341. AN INVESTIGATION OF COLLISIONAL BROADENING OF NEON 1.15 -/mi LINE USING

HANLE SIGNALS. Kotlikov E. N. , Perchuk Q. V., Opt. Spectrosc. (USSR) 59,

557.

' 4342. ESTIMATED STARK WIDTHS AND SHIFTS OF SOME SINGLY CHARGED ION SPECTRAL

LINES. Lakicevic I. S., Astron. Astrophys. 151, 457.

4343. SPECTROSCOPIC STARK LINE PROFILE IN A NON- HOMOGENEOUS FIELD QUASI-STATIC

APPROXIMATION. Lambert D., Louis -Jacquet M. , J. Phys. (Paris) 46, 379.

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4344. ANOMALOUS Cs I 5d-5f LINESHAPE IN A NON-DEBYE PLASMA. Landen 0. L.

,

Winfield R. J., Lee R. W. , J. Quant. Spectrosc . Radiat . Transfer 34, 177.

4345. PRODUCTION OF DENSE, COOL PLASMAS BY RESONANCE PUMPING OF SODIUM VAPOR.

Landen 0. L. , Winfield R. J., Burgess D. D., Kilkenny J. D., Lee R. W.,

Phys. Rev. A 32, 2963.

4346. PRODUCTION OF DENSE, COOL PLASMAS BY MULT I PHOTON IONIZATION OF SODIUM

VAPOR. Landen 0. L., Winfield R. J., Phys. Rev. A 32, 2972.

4347. ATOMIC LINE PROFILE MEASUREMENTS ON HOLLOW -CATHODE AND ELECTRODELESS

DISCHARGE LAMPS USING A HIGH-RESOLUTION ECHELLE MONOCHROMATOR . Larkins P.

L. , Spectrochim. Acta., Part B 40, 1585.

4348. ASYMMETRICAL BROADENING AND MERGING OF HYDROGENIC LINES EMITTED FROM

DENSE PLASMAS. Leboucher E. , Koenig M. , d'Etat B., Terray L., Nguyen Hoe,

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4349. FITS FOR HYDROGENIC STARK- BROADENED LINE PROFILES FOR THE ELEMENTS CARBON

TO ARGON. Lee R. W., J. Appl . Phys. 58, 612.

4350. NONTHERMAL EFFECTS ON HYDROGEN-LINE PROFILES. Lee R. W., Morgan W. L.

,

Phys. Rev. A 32, 448.

4351. BROADENING AND SHIFT PARAMETERS OF THE SODIUM D LINES PERTURBED BY ATOMIC

HYDROGEN. Leraaire J. L. , Chotin J. L. , Rostas F. , J. Phys. B 18, 95.

4352. DENSITY EFFECT ON THE FREQUENCY OF THE SATELLITES. CASE OF Rb-Kr.

Leycuras Y. , "Spectral Line Shapes," Vol. 3, 693-694 (Ed. F. Rostas,

Walter de Gruyter & Co., New York, 1985).

4353. ALTERNATING -CURRENT STARK-EFFECT LINE SHAPES IN MULTI PHOTON IONIZATION

SPECTRA. Li L., Yang B.-X., Johnson P. M. , J. Opt. Soc . Am. B 2, 748.

4354. PRESSURE EFFECTS OF FOREIGN GASES ON THE 535.0 run FLUORESCENCE LINE OF

THALLIUM. Lisicki E. , Bielski A., Szudy J., Wolnikowski J., Z.

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4355. REDISTRIBUTION OF RADIATION IN THE ABSENCE OF COLLISIONS. Lorabardi G. G..,

Kelleher D. E, , Cooper J., Astrophys. J. 288, 820.

1985 _ 156
4356. HYDROGEN LINE FORMATION IN DENSE PLASMAS IN THE PRESENCE OF A MAGNETIC

FIELD. Mathys G., "Progress in Stellar Spectral Line Formation Theory,"

381-388 (Eds. J. E. Beckman & L. Crivellari, D. Reidel Publ . Co., 1985).

4357. HYDROGEN LINES STARK BROADENING TABLES IN THE PRESENCE OF A MAGNETIC

FIELD. Mathys G., Astron. Astrophys . , Suppl . Ser . 59, 229.

4358. EXPERIMENTAL PHOSPHORUS AND SULFUR STARK WIDTHS AND SYSTEMATIC BROADENING

TRENDS FOR THIRD-ROW IONS. Miller M. H., Abadie D., Lesage A., Astrophys.

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4359. SIMPLE PADE APPROXIMATION FOR THE WIDTH OF A VOIGT PROFILE. Minguzzi P.,

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4360. DETERMINATION OF ABSORPTION CROSS SECTIONS IN THE QUASISTATIC FAR WINGS

OF POTASSIUM-LINES BROADENED BY MOLECULAR GASES. Mnatsakanyan A. K.

,

Shikov V. K., Eigenson E. B., Opt. Spectrosc. (USSR) 59, 309.

4361. THE BROADENING AND SHIFT OF THE SODIUM D LINES DUE TO COLLISIONS WITH

ATOMIC HYDROGEN. Monteiro T. S., Dickinson A. S., Lewis E. L. , J. Phys . B

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4362. MEASUREMENTS OF STARK WIDTHS OF Ge I LINES. Musiol K. , Pokrzywka B.,

Labuz S., "Proc. 17th Int. Conf . Phenom. Ionized Gases," 1025-1026

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4363. LASER TWO-PHOTON ABSORPTION COLLISIONAL BROADENING AND SHIFT OF THE

THALLIUM 6

2 P - 82P AND 62 P - 52F TRANSITIONS BY ARGON.

1/2 1/2,3/2 1/2

Naqvi A. S., Naveedullah K. , Opt. Coramun. 55, 61.

4364. OPTO-GALVANIC SPECTROSCOPY OF BROADENING AND SHIFT OF TWO- PHOTON THALLIUM

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117.

4365. PRODUCTION OF LTE - PLASMAS USING A MODIFIED CAPILLARY DISCHARGE. Neger

T., Jager H., "Proc. 17th Int. Conf. Phenom. Ionized Gases," 1027-1028

(Budapest, 1985).

4366. REGULARITIES IN RARE GAS ION LINE BROADENING. Nick K. P., Helbig V.,

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4367. SUBNATURAL LINEWIDTHS IN ATOMIC SPECTROSCOPY. O'Brien D. P., Meystre P.,

Walther H., Adv. At. Mol . Phys . 21, 1.

4368. ABSORPTION AND EMISSION OF RADIATION IN THE REGION OF AN AVOIDED LEVEL

CROSSING. O'Callaghan M. J., Gallagher A., Holstein T., Phys. Rev. A 32,

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4369. ELECTRIC MICROFIELD CALCULATIONS: AN ALL-ORDER RESUMMATION OF THE

BARANGER-MOZER SERIES. Perrot F., Dharma-Wardana W. C, Physica A 134,

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4370. LOCAL FIELDS IN STRONGLY COUPLED PLASMAS. Pollock E. L. , Weisheit J. C.,

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4371. REGULARITIES AND SYSTEMATIC TRENDS IN THE STARK BROADENING AND SHIFT

PARAMETERS OF SPECTRAL LINES IN PLASMA. Puric J., Cuk M. , Phys. Rev. A

32, 1106.

4372. STARK PARAMETERS DEPENDENCE ON THE UPPER LEVEL IONIZATION POTENTIAL.

Puric J., Cuk M. , Lakicevic I. S., "Proc . 17th Int. Conf . Phenom. Ionized

Gases," 1030-1032 (Budapest, 1985).

4373. OPTICAL DOUBLE RESONANCE AND OPTICAL PUMPING IN HEIDELBERG. Putlitz G.

zu, Ann. Phys. (Paris) 10, 571.

4374. VARIATION OF THE ION DYNAMICS PARAMETER IN STARK- BROADENED HELIUM LINES.

Richter H., Piel A., J. Quant. Spectrosc. Radiat . Transfer 33, 615.

4375. STATISTICAL MECHANICS OF DENSE PLASMAS AND IMPLICATIONS FOR THE PLASMA

POLARIZATION SHIFT . Rogers F. J., "Spectral Line Shapes," Vol. 3,

121-138 (Ed. F. Rostas, Walter de Gruyter & Co., New York, 1985).

4376. PARAMETERS OF STARK BROADENING OF NEUTRAL AND SINGLY IONIZED LEAD.

Salakhov M. Kh. , Sarandaev E. V., Fishman I. S., Opt. Spectrosc. (USSR)

59, 118.

4377. BROADENING AND SHIFT OF NEON I LINES. Schade W. , Nick K.-P., Helbig V.,

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1985 - 158 -
4378. JOINT EFFECT OF N-ATOM COHERENCES, SATURATION BROADENING , AND COLLISIONS

ON ABSORPTION PROFILES OF TWO-LEVEL ATOMS. Schuller F. , Nienhuis G. , Can.

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4379. EFFECTS OF EMITTER MOTION ON THE PLASMA BROADENING OF HYDROGEN RESONANCE

LINES. Seidel J., "Spectral Line Shapes," Vol. 3, 69-70 (Ed. F. Rostas

,

Walter de Gruyter & Co., New York, 1985).

4380. PRESSURE BROADENING AND PRESSURE SHIFT OF THE I NTERCOMBI NAT I ON LINE OF

CADMIUM (A = 3261 A) PERTURBED BY ARGON. Sienkiewicz J., Czuchaj E.,

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4381. SPECTRAL ABSORPTION MEASUREMENT OF A DENSE NON-IDEAL CESIUM PLASMA.

Skowronek M. , Rous J., Larour J., "Proc. 17th Int. Conf . Phenom. Ionized

Gases," 363-365 (Budapest, 1985).

4382. ELECTRON DENSITY IN TWO H II REGIONS, DR 21 AND W3 , FROM STARK -BROADENED

RADIO RECOMBINATION LINES. Smirnov G. T. , Sov. Astron. Lett. 11, 7.

4383. COLLISIONAL BROADENING OF THE SODIUM D LINES BY ATOMIC HYDROGEN. Smith

G. , Monteiro T. S., Dickinson A. S., Lewis E. L. , Mon. Not. R. Astron.

Soc. 217, 679.

4384. ZERO-FIELD LEVEL CROSSING OF THE 633 nm Ne LINE IN RESONANCE ABSORPTION.

Stahlberg B. , Lindberg M. , Jungner P., J. Phys. B 18, 627.

4385. STAM ET AL. RESPOND: Stamm R. , Botzanowski Y. , Kaftandjian V. P., Talin

B., Smith E. W. , Phys. Rev. Lett. 54, 2168.

4386. EFFECT OF ION DYNAMICS ON STARK PROFILES IN HOT AND DENSE PLASMAS. Stamm

R. , Botzanowski Y. , Kaftandjian V. P., Talin B., "Spectral Line Shapes,"

Vol. 3, 237-238 (Ed. F. Rostas, Walter de Gruyter & Co., New York, 1985).

4387. IMPACT STARK BROADENING OF THE LYMAN LINES OF HYDROGENIC IONS UNDER

DENSE-PLASMA CONDITIONS: FINE- STRUCTURE EFFECTS. Stehle C, J. Phys. B

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4388. STARK BROADENING OF THE HYDROGEN H LINE AT LOW DENSITIES: FINE STRUCTURE

AND SPONTANEOUS EMISSION EFFECTS. Stehle C, Feautrier N. , J. Phys. B 18,

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4390.

4391.

4392.

4393.

4394.

4395.

4396.

4397.

4398.

4399.

4400.

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STARK BROADENING OF HYDROGEN BALMER a LINE AT LOW DENSITIES. Stehle C,

Feautrier N., "Spectral Line Shapes," Vol. 3, 73-74 (Ed. F. Rostas

,

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AVERAGE-ATOM MODELS OF LINE BROADENING IN HOT DENSE PLASMAS. Stein J.,

Shalitin D., Ron A., Phys . Rev. A 31, 446.

DETERMINATION OF TEMPERATURE PROFILES FROM OPTICALLY THICK LINES.

Stormberg H.-P., Schafer R. , J. Quant. Spectrosc . Radiat . Transfer 33, 27.

INTERPRETATION OF RARE -GAS- INDUCED BROADENING OF RYDBERG SERIES LINES.

Ueda K. , J. Quant. Spectrosc. Radiat. Transfer 33, 77.

MEASUREMENTS OF ELECTRON DENSITY IN A SF ARC PLASMA. Vacquie S., Gleizes

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STARK-WIDTH MEASUREMENTS OF ARGON- ION LINES WITH A FABRY- PEROT

INTERFEROMETER. Vaessen P. H. M. , van Engelen J. M. L. , Bleize J. J., J.

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INFLUENCE OF THERMAL IONS ON THE nd - nf and nd - ng

3/2 5/2 3/2 7/2

MICROWAVE TRANSITION OF SODIUM, van Linden van den Heuvell H. B., Tran N.

H., Kachru R. , Gallagher T. F., J. Appl . Phys. 57, 666.

NON ADIABATIC EFFECTS IN PHOTON ASSISTED SCATTERING PHENOMENA. Van

Regeraorter H., Feautrier N., "Spectral Line Shapes," Vol. 3, 533-534 (Ed.

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NON-ADIABATIC EFFECTS IN COLLISION- INDUCED RADIATIVE TRANSITIONS. Van

Regeraorter H., Feautrier N., J. Phys. B 18, 2673.

COLLISIONAL PERTURBATIONS OF f-d TRANSITIONS IN SAMARIUM AND THULIUM

ATOMS. Vedenin V. D., KulyasovV. N. , Opt. Spectrosc. (USSR) 59, 603.

COLLISION BROADENING AND SOLAR LIMB EFFECT: Na I 3p V-ns 2 S LINES.

Vince I., Diraitri jevic M. S., Krsljanin V., "Spectral Line Shapes," Vol.

3, 649-650 (Ed. F. Rostas, Walter de Gruyter & Co., New York, 1985).

INFLUENCE OF DIFFERENT LINE BROADENING MECHANISMS ON THE LIMB-EFFECT

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4401. PRESSURE BROADENING AND SOLAR LIMB EFFECT. Vince I., Diraitri jevic M. S.,

Krsljanin V., "Progress in Stellar Spectral Line Formation Theory,"

373-380 (Eds. J. E. Beckman and L. Crivellari, D. Reidel , Boston, 1985) .

4402. FAR WINGS OF THE 6sS - 5dE AND 6sS - 7sS TRANSITIONS IN Cs-He: INFLUENCE

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4403. INVESTIGATION OF THE EFFECT OF PERTURBATIONS IN AN ACTIVE MEDIUM ON

BROADENING OF THE EMISSION LINES OF A STABILIZED He-Ne LASER WITH

INTERNAL MIRRORS. Vlasov A. N. , Krylov P. S., Privalov V. E., Opt.

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4404. SOME ASPECTS OF COOPERATIVE REDISTRIBUTION. Voslaraber D., "Spectral Line

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York, 1985).

4405. EXPERIMENTAL STUDY OF WEAK FORBIDDEN COMPONENTS OF THE TWO He I SPECTRAL

LINES. Vujicic B '. T., Cirkovic Lj . M. , "Spectral Line Shapes," Vol. 3,

35-36 (Ed. F. Rostas, Walter de Gruyte-r & Co., New York, 1985).

4406. INSTRUMENT FUNCTION OF THE FABRY-PEROT SPECTROMETER. Wilksch P. A., Appl

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4407. ANALYSIS OF SATELLITE AND UNDULATION STRUCTURE IN THE 'SPECTRUM OF Na+Hg

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M. C, de Groot J. J., van Hal R. P. M. , J. Phys. B 18, 4205.

4408. THEORY OF THE SHAPE OF THE VOIGT LINE AND THE DISPERSION CURVE. Zakaraya

M. G., Opt. Spectrosc. (USSR) 59, 282.

4409. SERIES MERGING OF HYDROGEN BALMER LINES DURING A STELLAR FLARE. Zarro D.

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4410. SPECTRA OF AN ATOM BROADENED BY ITS OWN PRESSURE IN AN ELECTROMAGNETIC

FIELD. Zhidkov A. G., Sov. Phys.--JETP 61, 218.

4411. BROADENING OF THE 422.7 run LINE OF Cal BY ITS OWN AND INERT GAS PRESSURE.

Zhuvikin G. V., Penkin N. P., Shabanova L. N., Opt. Spectrosc. (USSR) 58,

750.

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t

1985
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4412. EXPERIMENTAL INVESTIGATION OF RADIALLY RESOLVED PLASMA PARAMETERS IN A

LOW-PRESSURE HELIUM ARC. Adler H. , Piel A., J. Phys . D 19, 1477.

4413. MASTER- EQUATION APPROACH TO COLLISIONALLY INDUCED ABSORPTION AND EMISSION. Alber G. , Cooper J., Phys. Rev. A 33, 3084.

4414. DETECTION OF LOW-FREQUENCY INSTABILITY THROUGH THE SATELLITES OF A

HYDROGEN LIKE ATOM. Amini B., Phys. Fluids 29, 3775.

4415. ELECTRIC MICROFIELD DISTRIBUTION AND RADIAL DISTRIBUTION FUNCTIONS

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4416. NEON LINESHIFT MEASUREMENTS IN DENSE, LASER -COMPRESS ED PLASMAS. Baldwin

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a 4417. APPLICATION OF THE MAGNUS FORMALISM TO THE BROADENING OF THE PARTIALLY

OVERLAPPING Li I (4f 4d 4p - 2p) LINE PROFILE, EMITTED BY AN ELECTROLYTIC

PLASMA (ANODE EFFECT), INCLUDING ION DYNAMICS. Bardet J. P., Valognes J.

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4418. MEASUREMENT OF THE PARAMETERS OF A TURBULENT PLASMA IN A THETA-PINCH FROM

THE STARK BROADENING OF THE SPECTRAL LINES OF THE HYDROGEN-LIKE ION Hell.

Bardinov A. A. , Berezin A. B. , Burtsev V. A. , Lyublin B. V. , Ratkevich V.

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4419. EFFECT OF QUASI-BOUND STATES ON COLLISIONAL REDISTRIBUTION. Belsley M.

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Alford W. J., Burnett K., Cooper J., J. Quant. Spectrosc . Radiat

Transfer 35, 53.

4420. OBSERVATION OF RADIATIVE TRANSFER OF POLARIZED LIGHT. Belsley M.

,

Streater A., Burnett K. , Ewart P., Cooper J., J. Quant. Spectrosc.

Radiat. Transfer 36, 163.

4421. ION TEMPERATURE PROFILE MEASUREMENTS USING THE FAR LINE WINGS OF Ha.

• Bengtson R. D., Boedo J., Rowan W. L., Rev. Sci. Instrum. 57, 2026.

1986 - 162 -
4422. EFFECTIVE INTERIONIC POTENTIALS FOR THE CALCULATION OF LOW-FREQUENCY

ELECTRIC -MICROFIELD DISTRIBUTIONS IN DENSE PLASMAS. Bernu B. , Hansen J.

P., Mazighi R. , Europhys . Lett. 1, 267.

4423. EFFECT OF TEMPERATURE ON THE COLLISION BROADENING AND SHIFT OF THE 2p

5 3p

- 2p

5 4d SPECTRAL LINES OF NEON PERTURBED BY Ne AND He. Bobkowski R.

,

Bielski A., Szudy J., Wolnikowski J., Acta Phys . Pol. A 69, 347.

4424. FARADAY SPECTROSCOPY STUDY OF COLLI SIONAL BROADENING OF HYPERFINE

STRUCTURE COMPONENTS OF THE 648 nm BISMUTH LINE. Bogdanov Yu. V.,

Kanorskii S. I., Sobel'man I. I., Sorokin V. N. , Struk I. I., Yukov E.

A., Opt. Spectrosc. (USSR) 61, 281.

4425. THE WIDTHS AND SHAPES OF ABOUT 350 PROMINENT LINES OF 65 ELEMENTS EMITTED

BY AN INDUCTIVELY COUPLED PLASMA. Boumans P. W. J. M. , Vrakking J. J. A.

M. , Spectrochira. Acta, Part B 41, 1235.

4426. ABSORPTION PROFILE OF THE 2288 A Cd RESONANCE LINE BROADENED BY PRESSURE

EFFECTS OF Cd AND Kr : Cd-Cd AND Cd-Kr INTERACTION POTENTIAL . Bousquet

C. , J. Phys. B 19, 3859.

4427. PRESSURE BROADENING OF MOLECULAR LINES IN A STARK FIELD. Buffa G .

, Di

Lieto A., Minguzzi P., Tarrini 0., Tonelli M. , Phys. Rev. A 34, 1065.

4428. EFFECTS OF DOPPLER BROADENING ON TWO-PHOTON MULTI WAVE MIXING. Capron B.

A., Sargent III M. , Phys. Rev. A 34, 3034.

4429. H PROFILES AT HIGH ELECTRON DENSITIES FROM OPTICAL CHARGES. Carlhoff C,

Krametz E. , Schafer J. H. , Uhlenbusch J., J. Phys. B 19, 2629.

4430. INTERPRETATION OF POTENTIAL CURVES OF ArH

+ FOR SHORT RANGE : THE BLUE WING

OF THE LYMAN-a . Charabaud G., Levy B., Ann. Phys. (Paris) 11, Colloq. 3,

107. (Fr.

)

4431. SELF ABSORPTION AND ESCAPE FACTORS OF Ly-£ and Ly- 7 LINES EMITTED BY LOW

Z H-LIKE AND He-LIKE IONS. Chenais -Popovics C, Alaterre P., Audebert P.,

Geindre J. P., Gauthier J. C, J. Quant. Spectrosc. Radiat . Transfer 36,

355.

4432. DOPPLER -FREE -TWO -PHOTON POLARIZATION- SPECTROSCOPIC MEASUREMENT OF THE

STARK -BROADENED PROFILE OF THE HYDROGEN La LINE IN A DENSE PLASMA.

Danzmann K. , Grutzraacher K. , Wende B., Phys. Rev. Lett. 57, 2151.

- 163 - 1986
4433. ELECTRIC MICROFIELD DISTRIBUTIONS IN PLASMAS OF ARBITRARY DEGENERACY AND

DENSITY. Dharma-wardana M. W. C, Perrot F., Phys . Rev. A 33, 3303.

4434. ON THE STARK BROADENING WITHIN A F I TRANSITION ARRAY. Diraitri jevic M

S., Astron. Astrophys . , Suppl . Ser . 64, 591.

4435. SIMPLE FORMULAE FOR ESTIMATING STARK BROADENING PARAMETERS OF NEUTRAL

ATOM LINES. Diraitri jevic M. S. , Konjevic N., Ann. Phys. (Paris) 11,

Colloq. 3, 179.

4436. SIMPLE FORMULAE FOR ESTIMATING STARK WIDTHS AND SHIFTS OF NEUTRAL ATOM

LINES. Diraitri jevic M. S., Konjevic N., Astron. Astrophys. 163, 297.

4437. ELECTRON- IMPACT SHIFTS OF ION LINES: MODIFIED SEMIEMPIRICAL APPROACH.

Diraitri jevic M. S., Krsljanin V., Astron. Astrophys. 165, 269.

4438. STARK BROADENING OF NEUTRAL POTASSIUM LINES. Diraitri jevic M. S.,

Sahal-Brechot S., Ann. Phys. (Paris) 11, Colloq. 3, 181 (1986). (Fr.)

4439. THE INEQUALITY OF THE STARK WIDTHS WITHIN A MULTIPLET OR SUPERMULTI PLET

OF ARGON II. Diraitrijevic M. S., Truong-Bach, Ann. Phys. (Paris) 11,

Colloq. 3, 183 (1986).

4440. ON THE STARK BROADENING OF SINGLY IONIZED ARGON LINES. Diraitrijevic M.

S., Truong-Bach, Z. Naturforsch ., Teil A 41 , 772.

4441. THE Rb(6S, 4D)-Ar, He INTERACTION: INTERACTION POTENTIALS AND OSCILLATOR

STRENGTH OF THE 5S, 6S AND 4D TRANSITIONS. Dubourg I., Ferray M.

,

Visticot J. P., Sayer B., Ann. Phys. (Paris) 11, Colloq. 3, 203. (Fr.)

4442. EXPERIMENTAL INVESTIGATION OF THE Rb(6S or 4D) -RARE GAS INTERACTION:

DETERMINATION OF INTERACTION POTENTIALS AND OSCILLATOR STRENGTHS. Dubourg

I., Ferray M. , Visticot J. P., Sayer B., J. Phys. B 19, 1165.

4443. EVIDENCE OF SATELLITE LINES OF THE FORBIDDEN 3P-nF TRANSITIONS OF

SODIUM. Fabry M. , N'Dollo M. , J. Phys. (Paris) 47, 809. (Fr.)

4444. STOCHASTIC THEORY OF LINE SHAPE AND RELAXATION. Faid K. , Fox R. F., Phys.

Rev. A 34, 4286.

1986 - 164 -
4445. STARK SHIFTS DUE TO BLACK-BODY RADIATION. Ford G. W., Lewis J. T.

,

O'Connell R. F. , J. Phys . B 19, L41

.

4446. SPONTANEOUS EMISSION AND THE NATURAL BROADENING SHAPE OF SPECTRAL LINES

IN THE T-MATRIX THEORY. Gainutdinov R. Kh. , Opt. Spectrosc. (USSR) 60,

549.

4447. HYDROGEN STARK BROADENING: STUDY OF THE BINARY COLLISION AND COMPLETE

BINARY COLLISION HYPOTHESES IN A COMPUTER SIMULATED PLASMA. Gigosos M.

A., Cardenoso V., Ann. Phys. (Paris) 11, Colloq. 3, 185.

4448. STARK- BROADENING SIMULATION IN HYDROGEN: STUDY OF THE BINARY AND COMPLETE

BINARY COLLISION HYPOTHESES. Gigosos M. A., Cardenoso V., Torres F. , J.

Phys. B 19, 3027.

4449. NEW STARK BROADENING CALCULATIONS: I. HYDROGEN. Gigosos M. A., Torres F.

,

Ann. Phys. (Paris) 11, Colloq. 3, 187.

4450. MODEL OF STARK BROADENING IN HYDROGEN WHICH INCLUDES THE LACK OF

REGULARITY IN THE COLLISIONS. Gigosos M. A., Torres Y. F., An. Fis., Ser.

A 82, 24. (Span.

)

4451. CALCULATIONS OF THE STARK BROADENING IN HELIUM II, INCLUDING FLUCTUATIONS

IN THE NUMBER OF COLLISIONS. Gigosos M. A., Torres Y. F., An. Fis., Ser.

A 82, 49. (Span.

)

4452. STARK BROADENING OF SOME C I AND N I VACUUM ULTRAVIOLET LINES. Goly A.,

Weniger S. , J. Quant. Spectrosc. Radiat . Transfer 36, 147.

4453. SATURATED TWO-PHOTON ABSORPTION BY CALCIUM ATOMS IN A PERTURBER BATH.

Granier R. , Charton G., Granier J., J. Quant. Spectrosc. Radiat. Transfer

36, 113.

4454. JOINT PROBABILITY DISTRIBUTION FOR STARK -BROADENING CALCULATIONS. Greene

R. L. , Phys. Rev. A 34, 4091.

.4455. LINE PROFILES OF SOFT-X-RAY LASER GAIN COEFFICIENTS. Griem H. R. , Phys.

Rev. A 33, 3580.

4456. QUASISTATIC HYDROGEN-LINE BROADENING IN PLASMA. Gulyaev S. A., Sholin G.

V., Sov. Astron.--AJ 30, 31.

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4457.

4458.

4459.

4460.

4461.

4462.

4463.

4464.

4465.

4466.

4467.

4468.

1986

SHIFT MEASUREMENTS OF H and H LINES IN ARC PLASMAS. Halenka J.,

a /3 Musielok J., J. Quant. Spectrosc . Radiat . Transfer 36, 233.

MEASUREMENT OF THE BROADENING AND ASYMMETRY OF THE CALCIUM RESONANCE LINE

(422.7 nm). Harris M. , Lewis E. L., McHugh D. R., Shannon I., J. Phys . B

19, 3207.

COMMENTS ON THE PAPER "STUDY OF THE BALMER BETA CORE IN A PULSED ARC

PLASMA" BY TORRES, GIGOSOS AND MAR. Helbig V., Nick K.-P., J. Quant.

Spectrosc. Radiat. Transfer 36, 85.

CORRELATION FUNCTIONS AND MICROFIELD WITH TWO IONIC COMPONENTS. Held B.,

Pignolet P., Ann. Phys. (Paris) 11, Colloq. 3, 155. (Fr.)

SEMI -EMPIRICAL CORRELATION FUNCTION FOR ONE AND TWO- IONIC COMPONENT

PLASMAS. Held B., Pignolet P., J. Phys. (Paris) 47, 437 (1986).

BARANGER-MOZER PLASMA SATELLITES: LINESHAPE MODULATION VERSUS ENERGETIC

DIPOLE INTERACTION. Hildebrandt J., J. Phys. B 19, L127

DETERMINATION OF ELECTRON DENSITY IN DISCHARGE-PUMPED EXCIMER LASER USING

STARK BROADENING OF H LINE. Hiramatsu M., Furuhashi H., Goto T. , J.

Appl. Phys. 60, 1946 (1986).

GREEN'S FUNCTION APPROACH TO THE ELECTRON SHIFT AND BROADENING OF

SPECTRAL LINES IN NON-IDEAL PLASMAS. Hitzschke L. , Ropke G. , Seifert T.

,

Zimmermann R., J. Phys. B 19, 2443.

REDISTRIBUTION OF RADIATION IN THE PRESENCE OF VELOCITY -CHANGING

COLLISIONS. Hubeny I., Cooper J., Astrophys . J. 305, 852.

RATIONAL APPROXIMATIONS FOR THE HOLTSMARK DISTRIBUTION, ITS CUMULATIVE

AND DERIVATIVE. Hummer D. G., J. Quant. Spectrosc. Radiat. Transfer 36, 1.

PECULIARITIES OF THE DETERMINATION OF THE TEMPERATURE OF A FREELY BURNING ARC DISCHARGE FROM SELF-REVERSED RESONANCE SPECTRAL LINES OF ATOMS.

Il'in G. G., Nurmatov E. M. , Fishman I. S., High. Temp. (USSR) 24, 117.

ION BROADENING OF Ar I LINES IN A PLASMA. Jones D. W. , Wiese W. L. , Woltz

L. A., Phys. Rev. A 34, 450.

- 166 -
4469. NONADIABATIC THEORY OF ATOMIC LINE BROADENING: REDISTRIBUTION

CALCULATIONS FOR Sr (

X P - *S) + Ar . Julienne P. S., Mies F. H. , Phys

.

Rev. A 34, 3792.

4470. SPECTRAL SHIFT BY THE POLARIZATION EFFECT IN PLASMAS. Koenig M. , Terray

L. , Benredjem D., Coulaud C, Nguyen Hoe, Ann. Phys. (Paris) 11, Colloq.

3, 153. (Fr.)

4471. STARK BROADENING OF SINGLY IONIZED NEON LINES. Konjevic N. , Pittman T.

L. , J. Quant. Spectrosc. Radiat . Transfer 35, 473.

4472. STARK BROADENING AND SHIFT OF NEUTRAL COPPER SPECTRAL LINES. Konjevic R.

,

Konjevic N., Fizika (Zagreb) 18, 327.

4473. DETERMINATION OF THE BROADENING OF THE 2p NEON LEVEL BY DEPOLARIZING

COLLISIONS WITH INERT GASES. Kotlikov E. N., Perchuk 0. V., Opt.

Spectrosc. (USSR) 61, 560.

4474. OPTIMIZATION OF THE CALCULATION OF SPECTRAL LINE HALF-WIDTHS. Kuznetsov

S. V., Cherkasov M. R. , Opt. Spectrosc. (USSR) 60, 140.

4475. EXACT SOLUTION OF THE MEAN SPHERICAL MODEL FOR THE ELECTRIC MICROFIELD

DISTRIBUTION IN A PLASMA. Lado F., Phys. Rev. A 34, 4131.

4476. AC STARK SPLITTING IN MULTI PHOTON EXCITATION OF ATOMIC HYDROGEN IN

FLAMES: ABNORMAL PEAK ASYMMETRY DUE TO PRESSURE BROADENING. Lau A. M. F.

,

Phys. Rev. A 33, 3602.

4477. BROADENING COEFFICIENTS AND SHIFTS OF THE SODIUM D LINES, PERTURBED BY

HELIUM AT HIGH TEMPERATURE. Lemaire J. L. , Chotin J. L. , Rostas F. , Ann.

Phys. (Paris) 11, Colloq. 3, 227. (Fr.)

4478. BROADENING AND SHIFT PARAMETERS OF THE SODIUM D LINES PERTURBED BY

HELIUM. Lemaire J. L. , Chotin J. L. , Rostas F., J. Phys. B 19, 1913.

4479. ROLE OF POLARIZATION SHIFT ON THE PROFILE OF SPECTRAL LINES EMITTED BY A

LASER- PRODUCED PLASMA. Lemaire P., Jaegle P., Carillon A. , Jamelot G.,

Ann. Phys. (Paris) 11, Colloq. 3, 61. (Fr.)

4480. NOBLE-GAS BROADENING OF THE FINE- STRUCTURE TRANSITION IN CAESIUM 7P

1/2

7P ) USING TRI-LEVEL ECHOES. Manners J., Durrant A. V., Opt. Commun.

58, 389.

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4481

4482.

4483.

4484.

4485.

4486.

4487.

4488.

4489.

4490.

4491.

1986

EXPERIMENTAL STARK PARAMETERS FOR SOME SPECTRAL LINES IN SF PLASMA. Mar

6 S., Czernichowski A., Chapelle J., J. Phys . D 19 , 43.

AN EVALUATION OF METHODS FOR ESTIMATING THE ELECTRON STARK WIDTHS OF

ATOMIC SPECTRAL LINES. Marasinghe P. A. B , Lovett R. J., Spectrochim

Acta, Part B 41, 349.

A CONVERGENT ANALYSIS OF RADIATIVE MATRIX ELEMENTS IN ATOMIC LINESHAPE

THEORY. Mies F. H. , Julienne P. S., Band Y. B., Singer S. J., J. Phys. B

19, 3249.

LINE SHAPES IN HIGH-RESOLUTION OPTOACOUSTIC SPECTROSCOPY. Minguzzi P.,

Profeti S., Tonelli M. , Di Lieto A., J. Opt. Soc . Am. B 3, 1075.

BROADENING OF THE Ca

+ AND Mg+ RESONANCE LINES BY COLLISIONS WITH HELIUM.

Monteiro T. S., Cooper I. L., Dickinson A. S., Lewis E. L., J. Phys. B

19, 4087.

PRESSURE BROADENING OF ARGON SPECTRAL LINES; INTERACTION POTENTIAL OF THE

Ar

2 DIMER AT AVERAGE RANGE. Moussounda P. S., Ranson P., Spiegelmann F.,

Ann. Phys. (Paris), 11, Colloq. 3, 77. (Fr.)

STIMULATED PROCESSES IN A MIXTURE OF RUBIDIUM VAPOR AND BUFFER GAS UNDER

TWO-PHOTON EXCITATION. Movsesyan M. E., Ovakimyan T. 0., Shmavonyan S.

V., Opt. Spectrosc. (USSR) 61, 285. .

A NEW TECHNIQUE FOR THE REAL-TIME RECOVERY OF FABRY-PEROT LINE PROFILES.

Mulligan F. J., J. Phys. E 19, 545.

MEASUREMENTS OF STARK WIDTHS OF Ge I LINES. Musiol K. , Polrzywka B.,

Labuz S., Ann. Phys. (Paris) 11, Colloq. 3, 143.

IMPACT BROADENING AND SHIFT OF THALLIUM TWO-PHOTON 6

2 P - 5

2 F

1/2

TRANSITION BY He AND N . Naqvi A. S., Naveedullah K. , Rethmatulla M. I.,

Opt. Commun. 58, 311.

ATOMIC STRUCTURE AND POLARIZATION LINE SHIFT IN DENSE AND HOT PLASMAS.

Nguyen Hoe, Koenig M. , Benredjem D., Caby M., Coulaud G., Phys. Rev. A

33, 1279.

- 168 -
4492. EXPERIMENTAL STARK BROADENING PARAMETERS FOR Ar II AND Xe II LINES. Nick

K.-P., HelbigV., Phys . Scr. 33, 55.

4493. COMMENTS ON THE BROADENING OF THE SODIUM D LINES BY COLLISIONS WITH

ATOMIC HYDROGEN. O'Mara B. J., J. Phys. B 19, L349

.

4494. NEW METHOD OF DETERMINING SPECTRAL LINE PROFILE USING THE FABRY-PEROT

INTERFEROMETER. Okada K. , Yoshihara K. , Kitade A., Jpn. J. Appl . Phys.,

Pt. 2 25, L918 (1986) .

4495. DRASTIC INFLUENCE OF PLASMA QUASI -STATIC ELECTRIC FIELDS ON SATELLITES OF

HELIUM FORBIDDEN LINES. Oks E. A., Gavrilenko V. P., Opt. Commun. 56, 415.

4496. STARK BROADENING OF H AND H LINES OF C

5+

. Oza D. H. , Greene R. L. , a. (3 Kelleher D. E., Phys. Rev. A 34, 4519.

4497. DIFFUSION COEFFICIENTS OF NORMAL AND EXCITED THALLIUM ATOMS IN INERT

GASES. Penkin N. P., Redko T. P., Kryukov N. A., Opt. Spectrosc. (USSR)

60, 17.

4498. LASER ENHANCEMENT OF THE COLLISIONAL BROADENING OF THE 4713 AND 3188 A

LINES IN A HELIUM PLASMA. Pignolet P., Dubreuil B., J. Phys. B 19, 883.

4499. PLASMA SHIFTS OF THE He II H AND P LINES. Pittman T. L. , Fleurier C,

Phys. Rev. A 33, 1291.

4500. STARK BROADENING ALONG HOMOLOGOUS SEQUENCES OF SINGLY IONIZED NOBLE

GASES. Pittman T. L. , Konjevic N. , J. Quant. Spectrosc. Radiat . Transfer

35, 247.

4501. ELECTRICAL AND OPTICAL PROPERTIES OF HIGH-PRESSURE ARGON PLASMA. Poisel

H., Landers F. J., Hoss P., Bauder U. H., IEEE Trans. Plasma Sci. PS-14,

306.

4502. RADIATIVE TRANSPORT AT THE 184. 9 -nm Hg RESONANCE LINE. I. EXPERIMENT AND

THEORY. Post H. A., Phys. Rev. A 33, 2003.

4503. RADIATIVE TRANSPORT AT THE 184. 9 -nm Hg RESONANCE LINE. II. EXTENSIVE

EXPERIMENTS. Post H. A., van de Weijer P., Cremers R. M. M. , Phys. Rev.

A 33, 2017.

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4504.

4505.

4506.

4507.

4508.

4509.

4510.

4511.

4512.

4513.

4514.

4515.

1986

STUDY OF THE BALMER SPECTRUM OF HYDROGEN FROM A HIGH-PRESSURE ARC

DISCHARGE. Radtke R., Gunther K. , Contrib. Plasma Phys . 26, 143.

STUDY OF THE BALMER SPECTRUM OF HYDROGEN FROM A HIGH- PRESSURE ARC

DISCHARGE. II. COMPARISON OF EXPERIMENT AND THEORY. Radtke R. , Gunther

K. , Spanke R. , Contrib. Plasma Phys. 26, 151.

SEMI -EMPIRICAL EVALUATION OF Sr-Ar DIFFERENCE POTENTIALS. Rang L. Q.

,

Voslamber D., J. Phys. (Paris) 47, 1149.

PLASMA- INDUCED BROADENING OF ATOMIC LEVELS OF SHIFTED TERMS LYING BELOW

THE IONIZATION BOUNDARY. Ryabtsev A. N., JETP Lett. 44, 158.

SHIFT AND PROFILE OF THE H HYDROGEN LINE AT ELECTRON DENSITIES OF THE

ORDER OF 10

18

cm"

3

. Salakhov M. Kh. , Sarandaev E. V., Latipov R. Z.,

Fishman I. S., Opt. Spectrosc. (USSR) 60, 264.

DEPOLARIZATION MECHANISMS IN ALKALI -NOBLE GAS HALF COLLISIONS. Schuller

F., Nienhuis G., Behmenburg W. , Z. Phys. D 2, 193.

COMPUTER SIMULATION OF THE PLASMA BROADENING OF HYDROGEN BALMER-a . Seidel

J., Ann. Phys. (Paris) 11, Colloq. 3, 149.

THEORY OF TWO-PHOTON POLARIZATION SPECTROSCOPY OF PLASMA- BROADENED

HYDROGEN La LINE. Seidel J., Phys. Rev. Lett. 57, 2154.

ASYMMETRY IN THE PROFILES OF THE 466.2, 462.7, AND 459.4-nm LINES OF Eu I DURING RESONANCE BROADENING. Shabanova L. N. , Levoshkin A. V., Opt.

Spectrosc. (USSR) 61, 142.

PROFILES OF 466.2, 462.7, AND 459.4-nm Eul LINES IN THE PRESENCE OF NEON.

Shabanova L. N. , Levoshkin A. V., Opt. Spectrosc. (USSR) 61, 408.

LOW-PRESSURE SPECTRAL LINE PROFILES: AN ANALYSIS IN TERMS OF ASYMMETRIC

SPEED -DEPENDENT VOIGT PROFILES. Shannon I., Harris M. , McHugh D. R.

,

Lewis E. L. , J. Phys. B 19, 1409.

A DECONVOLUTION TECHNIQUE WITH SMOOTH, NON-NEGATIVE RESULTS. Smulders P.

J. M. , Nucl . Instrum. Methods Phys. Res., Sect. B 14, 234.

- 170 -
4516. LINE PROFILES OF MULT I CHARGED IONS IN HOT, DENSE PLASMAS. Stamm R.

,

Kaftandjian V. P., Talin B. , Ann. Phys . (Paris) 11, Colloq. 3, 141. (Fr.)

4517. ION-DYNAMIC EFFECTS ON THE LINE SHAPES OF HYDROGENIC EMITTERS IN

PLASMAS. Stamm R. , Talin B .

, Pollock E. L., Iglesias C. A., Phys. Rev. A

34, 4144.

4518. STARK BROADENING OF THE HYDROGEN LYMAN-a LINE FROM THE CENTER TO THE NEAR

LINE WINGS FOR LOW-DENSITY PLASMAS. Stehle C. , Phys. Rev. A 34, 4153.

4519. MODEL FOR REDISTRIBUTION OF FLUORESCENCE IN PLASMAS. Talin B.,

Kaftandjian V. P., Stamm R. , Ann. Phys. (Paris) 11, Colloq. 3, 139. (Fr)

4520. BORON-RARE GAS INTERACTION POTENTIALS: BROADENING AND QUENCHING OF BORON

EMISSION LINES. Taylor P. R. , Chem. Phys. 105, 79.

4521. NEW STARK BROADENING CALCULATIONS: II. HELIUM II. Torres F., Gigosos M.

A., Ann. Phys. (Paris) 11, Colloq. 3, 191.

4522. STARK BROADENING OF THE He I 4471-A LINE AND ITS FORBIDDEN COMPONENT IN

DENSE COOL PLASMA. Uzelac N. I., Konjevic N . , Phys. Rev. A 33, 1349.

4523. EFFECT OF POPULATION REDISTRIBUTION THROUGH Na-Ar AND Na-Na COLLISIONS ON

SATURATION CURVES IN A VAPOR CELL, van den Wijngaart, Kuik P., Dijkerman

H. A., Hollander Tj., Krause L. , Alkemade C. Th. J., J. Quant. Spectrosc

.

Radiat. Transfer 35, 1.

4524. THE BINARY MODEL FOR COLLI SIONAL REDISTRIBUTION OF LIGHT. Van Regemorter

H., Ann. Phys. (Paris) 11, Colloq. 3, 133.

4525. THE BINARY MODEL FOR COLLISIONAL REDISTRIBUTION OF LIGHT. Van Regemorter

H. , J. Phys. B 19, 2235.

4526. SHAPE OF SPECTRAL LINES EMITTED FROM A GAS IN THE PRESENCE OF A CONDENSED

PHASE. Vasilieva I. A., J. Quant. Spectrosc. Radiat. Transfer 35, 171.

4527. "NEUTRAL AND PLASMA" ROUND TABLE ON SPECTRAL LINE BROADENING IN NEUTRAL

GASES AND IN PLASMAS. Voslamber D., Ann. Phys. (Paris) 11, Colloq. 3,

103. (Fr.

)

- 171 - 1986
4528. REDISTRIBUTION OF RADIATION BY SLOWLY PERTURBED ATOMS. Voslamber D., J.

Phys. B 19, 3233.

4529. RAYLEIGH COMPONENT OF THE REDISTRIBUTION FUNCTION. Voslamber D., Pbys

Rev. A34, 3521.

4530. ELECTRON DENSITY CHARACTERIZATION OF 27.1 AND 50 MHz INDUCTIVELY COUPLED

PLASMAS BY MEANS OF ABEL CORRECTED STARK BROADENED H LINE PROFILES.

Walters P. E. , Gunter W. H. , Zeeman P. B. , Spectrochim. Acta, Part B 41,

133.

4531. BROADENING AND SHIFT OF THE 3p

5 4p-3p5 4d ARGON SPECTRAL LINES IN PURE

ARGON, ARGON-NEON AND ARGON-HELIUM MIXTURES. Wawrzynski J., Wolnikowski

J. , Phys . Scr . 33, 113.

4532. PRESSURE EFFECTS ON THE 542.2 (3p

5 4p - 3p5 8s) and 545.2 (3p

5 4p - 3p5 7s)

nm SPECTRAL LINES OF ARGON. Wolnikowski J., Bielski A., Szudy J., Acta

Phys. Pol. A 69, 361.

4533. QUASI-STATIC ION BROADENING OF ISOLATED SPECTRAL LINES. Woltz L. A., J.

Quant. Spectrosc. Radiat . Transfer 36, 547.

4534. NOBLE -GAS -INDUCED COLLISIONAL LINE BROADENING OF ATOMIC LITHIUM RYDBERG

SUPERPOSITION STATES 2S-nS and 2S-nD (n = 4 to 30) MEASURED BY TRILEVEL

ECHOES. Xu E. Y. , Moshary F., Hartraann S. R. , J. Opt. Soc . Am. B 3, 497.

4535. THEORY OF INTERPARTICLE CORRELATIONS IN DENSE, HIGH -TEMPERATURE PLASMAS.

VI. PROBABILITY DENSITIES OF THE ELECTRIC MICROFIELDS. Yan X. Z.,

Ichimaru S., Phys. Rev. A 34, 2167.

4536. THEORY OF INTERPARTICLE CORRELATIONS IN DENSE, HIGH -TEMPERATURE PLASMAS.

VII. POLARIZATION SHIFT OF SPECTRAL LINES. Yan X. Z., Ichimaru S., Phys.

Rev. A 34, 2173.

4537. EFFECT OF FINE STRUCTURE ON THE LINE SHAPE OF HYDROGENLIKE IONS. Zhidkov

A. G., Tkachev A. N. , Yakovlenko S. I., Sov. Phys.--JETP 64, 261.

4538. COMPOSITE POPULATION KERNELS IN YTTERBIUM -BUFFER COLLISIONS STUDIED BY

MEANS OF LASER- SATURATED ABSORPTION. Zhu X., Phys. Rev. A 33, 251.

1986 - 172 -
1987

4539. PERTURBATION OF FORBIDDEN TRANSITIONS IN THALLIUM AND THULIUM ATOMS

COLLIDING WITH INERT GAS ATOMS . Agladze N. I., Balashov A. A., Vedenin V.

D. , Kulyasov V. N. , Opt. Spectrosc . (USSR) 63, 6.

4540. UNIFIED THEORIES OF THE PRESSURE BROADENING AND SHIFT OF SPECTRAL LINES:

II. VAN DER WAALS INTERACTIONS. Al-Saqabi B. N. I., Peach G., J. Phys . B

20, 1175.

4541. COLLISIONAL PHASE DETERMINATION FOR PSEUDO -MOLECULE FORMATION. Allard N.

F., Biraud Y. G. , ChevillotA., C. R. Acad. Sci., Ser. II304, 779. (Fr.)

4542. LASER- INDUCED FLUORESCENCE AND DOPPLER-FREE POLARIZATION SPECTRA IN A LOW

DENSITY HYDROGEN PLASMA. Arata Y. , Miyake S., Matsuoka H., Jpn. J. Appl

.

Phys. 26, 331.

4543. EFFECT OF PLASMA OPACITY ON THE DOPPLER-FREE POLARIZATION SPECTRUM IN A

HYDROGEN PLASMA. Arata Y. , Miyake S., Matsuoka H., Jpn J. Appl. Phys.

26, 1285.

4544. REDISTRIBUTION OF RADIATION IN RESONANCE FLUORESCENCE INDUCED BY

DIFFUSING MODES OR BY AN EXTRA LASER. Argawal G. S., Lakshrai P. A., Phys.

Rev. A 35, 3152.

4545. COLLISIONAL REDISTRIBUTION BEYOND THE MEDIUM- COUPLING LIMIT. Arnoldus H.

F., George T. F., J. Phys. B 20, 2203.

4546. ELECTRON- PRODUCED SHIFT AND WIDTH OF 2121' DIELECTRONIC SATELLITE LINES.

Banon J. M. , Nguyen Hoe, J. Phys. B 20, 2989.

4547. DOPPLER- BROADENED Ha LINE SHAPES IN A RF LOW-PRESSURE H DISCHARGE.

2 Baravian G., Chouan Y. , Ricard A., Sultan G., J. Appl. Phys. 61, 5249.

4548. COLLISIONAL REDISTRIBUTION BY LASER- INDUCED FLUORESCENCE IN THE Ba-Ar

SYSTEM. Belsley M. , Cooper J., Phys. Rev. A 35, 1013.

4549. TEST OF QUASI CLASSICAL THEORIES OF REDISTRIBUTION IN ATOMIC COLLISIONS.

Bieniek R. J., Phys. Rev. A 35, 3663.

- 173 - 1987
4550. EXCITATION, IONIZATION, AND SPECTRAL LINE EMISSION IN THE INDUCTIVELY

COUPLED PLASMA. Blades M. W. , Caughlin B. L. , Walker Z. H., Burton L. L.

,

Prog. Anal. Spectrosc . 10, 57.

4551. TEMPERATURE DEPENDENCE OF THE WIDTH AND SHIFT OF THE SELF BROADENED

582.02 nm NEON LINE. Bobkowski R. , Blelski A., Lisicki E., Szudy J., Acta

Phys. Pol. A 72, 709.

4552. RADIATIVE AND TRANSPORT PROPERTIES OF IONS IN STRONGLY COUPLED PLASMAS.

Boercker D. B., Iglesias C. A., Dufty J. W. , Phys. Rev. A 36, 2254.

4553. STUDY OF THE COLLISIONAL BROADENING OF THE BISMUTH LINE 648 nm HYPERFINE

COMPONENTS BY FARADAY ROTATION SPECTROSCOPY. Bogdanov Yu. V., Kanorskii

S. I., Acta Phys. Hung. 61, 13.

4554. STARK BROADENING OF C IV AND N V LINES IN THE VACUUM-UV SPECTRAL RANGE.

Bottcher F., Musielok J., Kunze H.-J., Phys. Rev. A 36, 2265.

4555. INDUCTIVELY COUPLED PLASMAS: LINE WIDTHS AND SHAPES, DETECTION LIMITS AND

SPECTRAL INTERFERENCES. AN INTEGRATED PICTURE. Boumans P. W. J. M.

,

Vrakking J. J. A. M. , J. Anal. At. Spectrora. 2, 513.

4556. PRACTICAL EXPERIENCE WITH THE MEASURING OF THE SPECTRAL LINE PROFILE BY

MEANS OF THE FABRY-PEROT INTERFEROMETER. Brablec A., Stastny F., Acta

Phys. Slov. 37, 155.

4557. INFLUENCE OF INSTRUMENTAL BROADENING ON LINESHAPES DETECTED BY PMT AND

PHOTODIODE ARRAY DETECTORS. Burton L. L., Blades M. W., Spectrochim.

Acta, Part B 42, 513.

4558. EFFECT OF THE ION MICROFIELD FLUCTUATIONS ON THE LYMAN -a FINE- STRUCTURE

DOUBLET OF HYDROGENIC IONS IN DENSE PLASMAS. Calisti A., Stamm R. , Talin

B. , Europhys. Lett. 4, 1003.

4559. ELECTRON DENSITY RADIAL PROFILES DERIVED FROM STARK BROADENING IN A

SODIUM PLASMA PRODUCED BY LASER RESONANCE SATURATION. Cappelli M. A.,

Measures R. M. , Appl . Opt. 26, 1058.

4560. A GENERAL EXPRESSION FOR THE VOIGT PROFILE. Cope D., Lovett R. J., J.

Quant. Spectrosc. Radiat. Transfer 37, 377.

1987 - 174 -
4561. EFFECT OF COLLISIONS ON FORBIDDEN LINES. Coutts J., Peck S. K. , Stoner

R. , Cooper J., J. Appl . Phys . 62, 3514.

4562. FLUORINE LYMAN SERIES EMITTED FROM LASER -PRODUCED PLASMAS - LINE

BROADENING AND MERGING EFFECTS. d'Etat B .

, Gruraberg J., Leboucher E.,

Nguyen Hoe, Poquerusse A., J. Phys. B 20, 1733.

4563. THEORETICAL AND EXPERIMENTAL STUDY OF COMPLETE SPECTRAL SERIES AS A

DIAGNOSTIC TOOL FOR DENSE PLASMAS. d'Etat B., Grumberg J., Leboucher E.,

Nguyen Hoe, Poquerusse A., Laser Part. Beams 5, 155.

4564. STATISTICAL MECHANICS OF PARTIALLY IONIZED STELLAR PLASMAS: THE PLANCK

LARKIN PARTITION FUNCTION, POLARIZATION SHIFTS, AND SIMULATIONS OF OPTICAL SPECTRA. Dappen W. , Anderson L. , Mihalas D., Astrophys. J. 319, 195.

4565. SIMPLE ESTIMATES FOR STARK BROADENING OF ION LINES IN STELLAR PLASMAS.

Dimitri jevic M. S., Konjevic N., Astron. Astrophys. 172, 345.

4566. STARK BROADENING TRENDS ALONG HOMOLOGOUS SEQUENCES. Dimitri jevic M. S.,

Mihajlov A. A., Popovic M. M., Astron. Astrophys., Suppl . Ser . 70, 57.

4567. STARK BROADENING OF NEUTRAL POTASSIUM LINES. Dimitri jevic M. S.,

Sahal -Brechot S., J. Quant. Spectrosc . Radiat . Transfer 38, 37.

4568. DISTRIBUTION OF SPECTRAL LINES IN PLASMA WITH RESPECT TO THE FLUCTUATIONS

OF THE FILLING NUMBER. Dragalov V. V., Novikov V. G., High Temp. (USSR)

25, 762.

4569. TRANSFORMATION OF THE HYDROGEN LINE SPECTRUM INTO A CONTINUOUS SPECTRUM

IN PLASMA MICROFIELDS. Dyachkov L. G., Kobzev G. A., Pankratov P. M.

,

Opt. Spectrosc. (USSR) 63, 147.

4570. PRESSURE EFFECTS OF NEON AND ARGON ON THE 535 nm THALLIUM LINE. Dygdala

R. S., Bobkowski R. , Lisicki E., Szudy J., Z. Naturforsch. , Teil A 42,

559.

4571. BROADENING AND SHIFT OF THE 8p

2 P - 7s

2 S THALLIUM SPECTRAL

1/2 3/2 1/2

LINES PERTURBED BY NEON AND ARGON. Dygdala R. S., Lisicki E., Szudy J.,

J. Phys. B 20, 3001.

- 175 - 1987
4572.

4573.

4574.

4575.

4576.

4577.

4578.

4579.

4580.

4581.

4582.

4583.

1987

PLASMA SPECTROSCOPY OF H , Li, AND Na IN PLUMES RESULTING FROM

LASER-INDUCED DROPLET EXPLOSION. Eickmans J. H. , Hsieh W.-F., Chang R.

K. , Appl . Opt. 26, 3721.

DEPOLARIZATION AND FINE STRUCTURE EFFECTS IN HALF COLLISIONS OF

SODIUM-NOBLE GAS SYSTEMS. Erraers A., Woschnik T. , Behmenburg W. , Z. Phys

D 5, 113.

HALF -COLLI SI ON ANALYSIS OF FAR-WING DIFFUSE STRUCTURE IN Cs-Xe. Exton R.

J., Hillard M. E., Lempert W. R., J. Phys. B 20, L463.

RESONANCE BROADENING AND SHIFTING OF SPECTRAL LINES IN XENON AND KRYPTON.

Ferrell W. R. , Payne M. G., Garrett W. R. , Phys. Rev. A 36, 81.

TEMPERATURE DETERMINATION OF AN OPTICALLY THICK PLASMA FROM SELF-REVERSED

SPECTRAL LINES. Fishman I. S., II ' in G . G., Salakhov M. Kh. , J. Phys. D

20, 728.

PASCHEN-LINE STARK -BROADENING AS AN ELECTRIC FIELD DIAGNOSTIC IN ERUPTING

PROMINENCES. Foukal P., Little R. , Gillian L. , Sol. Phys. 114, 65.

OPTOGALVANIC MEASUREMENT OF THE CATHODE -FALL REGION OF Kr HOLLOW CATHODE

DISCHARGE. Fujimaki S., Adachi Y. , Hirose C. , Appl. Spectrosc . 41, 567.

NATURAL BROADENING OF ATOMIC SPECTRAL LINES IN THE PRESENCE OF

ENERGY-LEVEL SUPERPOSITION. Gainutdinov R. Kh. , Salakhov M. Kh. , Opt.

Spectrosc. (USSR) 63, 274.

STUDY OF THE EFFECTS OF ION DYNAMICS ON STARK PROFILES OF BALMER-a AND -

0 LINES USING SIMULATION TECHNIQUES. Gigosos M. A., Cardenoso V., J.

Phys. B 20, 6005.

EFFECTS OF DIELECTRONIC SATELLITE BROADENING ON THE EMISSION SPECTRA FROM

HOT PLASMAS. Goldberg A., Rozsnyai B. F., NATO ASI Ser . , Ser. B 154,

545.

ANOMALOUS BLUE SHIFTED EMISSION NEAR THE D TRANSITION FROM LASER-EXCITED

l SODIUM VAPOR. Golub I., Shuker R. , Erez G., J. Phys. 20, L63.

WIDTHS AND SHIFTS OF SOME PLASMA -BROADENED OXYGEN AND CARBON MULTIPLETS

Goly A., Weniger S., J. Quant. Spectrosc. Radiat . Transfer 38, 225.

- 176 -
4584. BROADENING AND SHIFT OF Fe I LINES PERTURBED BY ATOMIC HYDROGEN. Gomez M.

T., Marraolino C, Roberti G, , Severino G . , Sol. Phys . 112, 227.

4585. LASER LINE BROADENING DUE TO CLASSICAL AND QUANTUM NOISE AND THE

FREE-ELECTRON-LASER LINEWIDTH. Gover A., Amir A., Elias L. R. , Phys. Rev.

A 35, 164.

4586. EFFECTS OF DEBYE SHIELDING IN THE ELECTRON BROADENING CALCULATIONS.

Grabowski B., Pramana 29, 455.

4587. THE IMPACT OF THE PRESSURE SHIFT OF HYDROGEN LINES ON "RELATIVISTIC"

MASSES OF WHITE DWARFS. Grabowski B., Madej J., Halenka J., Astrophys . J.

313, 750.

4588. COLLISION BROADENING OF THE Sr-ION RESONANCE LINE FROM THE LINE CORE TO

THE NEAR-WING REGION. Hariraa H. , Tachibana K. , Urano Y. , Phys. Rev. A

35, 109.

4589. SATURATION OF THE CALCIUM SINGLET RESONANCE LINE AND EXCITATION TRANSFER

BY COLLISIONS WITH RARE GASES. Harris M. , McHugh D. R. , Lewis E. L.

,

Shannon I., Zokai M. , J. Phys. B 20, 5575.

4590. LOW-FREQUENCY ELECTRIC MICROFIELD CALCULATIONS BY ITERATIVE METHODS. Held

B., Pignolet P., J. Phys. (Paris) 48, 1951.

4591. IMPROVED NON-LTE BALMER-LINE PROFILES FOR HOT STARS. Herrero A., Astron.

Astrophys. 171, 189.

4592. DISPERSIVE PLASMA- SATELLITES OF A D I POLE -FORBIDDEN TRANSITION AND THE

ROTATING FIELD MODEL. Hildebrandt J., J. Quant. Spectrosc . Radiat

.

Transfer 37, 211.

4593. ION- COLLISION BROADENING OF SOLAR LINES IN THE FAR- INFRARED AND

SUBMI LL I METER SPECTRUM. Hoang-Binh D., Brault P., Picart J., Tran Minh

N. , Vallee 0., Astron. Astrophys. 181, 134.

4594. ABSORPTION AND EMISSION LINE PROFILE COEFFICIENTS OF MULTILEVEL ATOMS

III. GENERALIZED ATOMIC REDISTRIBUTION FUNCTIONS FOR THREE-PHOTON

PROCESSES. Hubeny I., Oxenius J., J. Quant. Spectrosc. Radiat. Transfer

37, 65.

- 177 - 1987
4595. RADIATION TRAPPING IN SODIUM - NOBLE-GAS MIXTURES . Huennekens J., Park H.

J., Colbert T. , McClain S. C. , Phys . Rev. A 35, 2892.

4596. ASYMMETRIES IN SPECTRAL LINES DUE TO PLASMA-ION BROADENING: SOME UNUSUAL

CASES AND A POSSIBLE TEST FOR PLASMA HOMOGENEITY. Jones D. W. , Pichler

G., Wiese W. L. , Phys. Rev. A 35, 2585.

4597. COLLISIONAL BROADENING OF THE Na D LINES BY XENON IN HIGH-PRESSURE SODIUM

ARCS. Jongerius M. J., J. Phys. B 20, 3345.

4598. ASYMMETRY OF STARK- BROADENED LYMAN LINES FROM LASER- PRODUCED PLASMAS.

Joyce R. F. , Woltz L. A., Hooper C. F. Jr., Phys. Rev. A 35, 2228.

4599. VOIGT LINESHAPE FUNCTION AS A SERIES OF CONFLUENT HYPERGEOMETRIC

FUNCTIONS. Keshavamurthy R. S., J. Phys. A 20, L273.

4600. HYDRODYNAMI CAL TREATMENT OF SPECTRAL BROADENING OF TURBULENT PLASMA. Khan

T. P., J. Appl. Phys. 62, 3062.

4601. LASER-ABSORPTION PROFILES OF THE CALCIUM - RARE-GAS (4s

X E

+

- 5s

1S

+

) MOLECULAR BANDS. Kleiber P. D. , Sando K. M. , Phys. Rev. A 35, 3715.

4602. THE UV-VISIBLE SPECTROSCOPY OF LASER- PRODUCED ALUMINUM PLASMAS. Knudtson

J. T., Green W. B., Sutton D. G., J. Appl. Phys. 61, 4771.

4603. SPECTRAL-LINE BROADENING IN A PLASMA. Kogan V. I., Lisitsa V. S., Sholin

G. V., "Reviews of Plasma Physics," 13, 261-234 (Ed. B. B. Kadomtsev,

Consultants Bureau, New York, 1987) .

4604. STARK BROADENING OF SPECTRAL LINES OF HOMOLOGOUS, DOUBLY- IONIZED INERT

GASES. Konjevic N . , Pittraan T. L. , J. Quant. Spectrosc . Radiat . Transfer

37, 311.

4605. DECONVOLUTION ALGORITHM FOR A FABRY-PEROT INTERFEROMETER. Koo J. Y. , Kim

J. J. , Appl . Opt. 26, 1094.

4606. GENERALIZED BRIDGE FUNCTIONS FOR THE REFERENCE HYPERNETTED- CHAIN EQUATION: CALCULATION OF THE ELECTRIC MICROFIELD DISTRIBUTION IN A PLASMA.

Lado F., Phys. Rev. A 36, 313.

1987 - 178 -
4607. A TECHNIQUE FOR ALMOST DOPPLER-FREE SPECTROSCOPY OF HIGHLY IONIZED ATOMS.

Laming J. M. , Silver J. D., Phys . Lett. A 123, 395.

4608. AUTOMATIC MULTIDIMENSIONAL DECONVOLUTION . Lane R. G. , Bates R. H. T. , J.

Opt. Soc. Am. B 4, 180.

4609. DOUBLE OPTICAL RESONANCE AT HIGH PRESSURE: COLLISIONAL BROADENING AND

DOPPLER EFFECTS ON AC STARK SPLITTING. Lau A. M. F., Opt. Commun. 64, 144.

4610. IMPACT BROADENING OF RYDBERG ATOMIC LEVELS IN INELASTIC COLLISIONS WITH

ALKALI -METAL ATOMS. Lebedev V. S., Marchenko V. S. , J. Phys. B 20, 6041.

4611. COMPARISON OF THE COLLISIONAL REDISTRIBUTION PROFILES FOR MgHe AND MgH

Lyyra A. M. , Sando K. M. , Kleiber P. D., Phys. Rev. A 35, 915.

4612. ESCAPE FACTORS FOR STARK- BROADENED LINE PROFILES. Mancini R. C, Joyce R.

F., Hooper C. F. Jr., J. Phys. B 20, 2975.

4613. ASYMMETRY OF THE H/3 CENTRAL PART MEASURED IN A T-TUBE. Mijatovic Z.

,

Pavlov M. , Djurovic S., J. Quant. Spectrosc . Radiat . Transfer 38, 209.

4614. BROADENING OF THE Ca

+ INFRARED TRIPLET BY HELIUM. Monteiro T. S., Cooper

I. L. , Dickinson A. S., Lewis E. L. , J. Phys. B 20, 741.

4615. ITERATIVE DECONVOLUTION ALGORITHM WITH QUADRATIC CONVERGENCE. Morris C.

E. , Richards M. A., Hayes M. H., J. Opt. Soc. Am. A 4, 200.

4616. PRESSURE BROADENING OF ARGON LINES EMITTED BY A HIGH-PRESSURE MICROWAVE

DISCHARGE (SURFATRON). Moussounda P. S., Ranson P., J. Phys. B 20, 949.

4617. MEASUREMENTS OF STARK- BROADENED BALMER a and 7 LINES OF He II IN DENSE

PLASMAS. Musielok J., Bottcher F. , Griera H. R. , Kunze H.-J., Phys. Rev. A

36, 5683.

4618. STARK BROADENING OF NEUTRAL AND SINGLY IONIZED GALLIUM AND INDIUM LINES.

N'Dollo M. , Fabry M. , J. Phys. (Paris) 48, 703.

4619. OBSERVATION OF ASYMMETRIC STARK PROFILES FROM PLASMAS CREATED BY A

PICOSECOND KrF LASER. Nam C. H., Tighe W. , Suckewer S., Seely J. F.

,

FeldmanU., Woltz L. A., Phys. Rev. Lett. 59, 2427.

- 179 - 1987
4620. INERT GASES' COLLISIONAL BROADENING AND SHIFT OF THALLIUM RYDBERG STATES.

Naveedullah K. , Nuovo Cimento D 9, 1463.

4621. CALCULATION OF HELIUM PLASMA SATELLITES IN TURBULENT PLASMAS. Nee T.-J.

A., J. Quant. Spectrosc. Radiat . Transfer 38, 213.

4622. STARK WIDTHS OF Cu I AND Cu II LINES. Neger T., Jager H., Z.

Naturforsch. , Teil A 42, 429.

4623. A STUDY OF COLLISIONAL BROADENING OF THE Na D LINES BY NEON AND XENON

PERTURBERS: II. THE LINE WINGS. Nieuwesteeg K. J., Hollander T j .

,

Alkemade C. Th. , J. Phys . B 20, 515.

4624. SPECTRUM AND POLARIZATION OF COLLISION- INDUCED FLUORESCENCE AND RAYLEIGH

COMPONENTS OF NaD LINES AT QUASI -RESONANT EXCITATION. Nieuwesteeg K. J.,

Hollander T j .

, Alkemade C. Th. J., J. Quant. Spectrosc. Radiat. Transfer

37, 141.

4625. A STUDY ON COLLISIONAL BROADENING OF THE NaD LINES BY NEON AND XENON

PERTURBERS: I. THE LINE CORE. Nieuwesteeg K. J., Leegwater J. A.,

Hollander Tj., Alkemade C. Th. J., J. Phys. B 20, 487.

4626. CENTRAL STRUCTURE OF D LINE IN LOW PRESSURE T-TUBE DEUTERIUM PLASMAS.

a Pavlov M. , Mijatovic Z., Contrib. Plasma Phys. 27, 113.

4627. INFLUENCE OF THE GLASS -TO -PLASMA BOUNDARY LAYERS IN A T-TUBE ON THE H£

LINE PROFILE. Pavlov M. , Terzic M. , J. Quant. Spectrosc. Radiat. Transfer

37, 373.

4628. QUASIRESONANT STARK BROADENING OF OPTICAL SPECTRA OF QUANTUM SYSTEMS IN A

GAUSSIAN NOISE FIELD. Perel'man N. F., Averbukh I. Sh. , Kovarskii V. A.,

Sov. Phys. --JETP 66, 276.

4629. STARK WIDTHS AND SHIFTS OF NEUTRAL NEON SPECTRAL LINES. Puric J., Cuk M.

,

Rathore B. A., Phys. Rev. A 35, 1132.

4630. STARK WIDTHS AND SHIFTS OF Ne II SPECTRAL LINES. Puric J., Djenize S.,

Sreckovic A., Labat J., Cirkovic L j . M. , Phys. Rev. A 35, 2111.

4631. STARK BROADENING AND REGULARITIES OF PROMINENT MULTIPLY IONIZED NITROGEN

SPECTRAL LINES. Puric J., Sreckovic A., Djenize S., Platisa M. , Phys.

Rev. A 36, 3957.

1987 - 180 -
4632. STUDY OF THE PRESSURE BROADENING OF THE 587.6 ran HELIUM AND THE 588.2 ran NEON LINES. Roche -Hansen J., Jess K. , Helbig V., J. Phys . B 20, 4993.

4633. DETERMINATION OF THE TEMPERATURE OF A PULSED DISCHARGE FROM

ASYMMETRICALLY SELF-REVERSED SPECTRAL LINES. Salakhov M. Kh. , Sarandaev

E. V., Latipov R. Z., Fishman I. S., High Temp. (USSR) 24, 593.

4634. MEASUREMENT OF THE ION DYNAMIC EFFECT ON THE H AND D LINES AT LOW

ELECTRON DENSITIES. Sanchez A., Fulton R. D., Griem H. R. , Phys. Rev. A

35, 2596.

4635. IDENTIFICATION OF NaNa SATELLITES IN THE 320-350 ran SPECTRAL REGION.

Schlejen J., Woerdraan J. P., de Groot J. J., J. Phys. B 20, L369.

4636. ATOMIC DATA FOR OPACITY CALCULATIONS: V. ELECTRON IMPACT BROADENING OF

SOME C III LINES. Seaton M. J., J. Phys. B 20, 6431.

4637. THE WINGS OF THE CALCIUM INFRARED TRIPLET LINES IN SOLAR-TYPE STARS.

Smith G., Drake J. J., Astron. Astrophys. 181, 103.

4638. A UNIFIED PRESENTATION OF THE VOIGT FUNCTIONS. Srivastava H. M. , Miller

E. A., Astrophys. Space Sci. 135, 111.

4639. ON TIME -DEPENDENT RADIATIVE TRANSFER. Streater A., Cooper J., Sandle W.

,

J. Quant. Spectrosc. Radiat . Transfer 37, 151.

4640. RESONANT -RADIATION TRANSFER WITH PARTIAL REDISTRIBUTION IN FREQUENCY.

Suvorov A. E., Sov. Phys.--JETP 65, 251.

4641. PARTIAL REDISTRIBUTION IN HIGH-DENSITY, HIGHLY IONIZED PLASMAS. Talin B.,

Stamm R. , Kaftandjian V. P., Klein L., Astrophys. J. 322, 804.

4642. PRESSURE SHIFTS AND BROADENINGS OF Rb RYDBERG STATES BY Ne , Kr AND H . 2 Thompson D. C, Kammermayer E., Stoicheff B. P., Weinberger E., Phys.

Rev. A 36, 2134.

4643. FREQUENCY SHIFTS AND LINE BROADENINGS IN COLLISIONS BETWEEN RYDBERG AND

GROUND-STATE ALKALI-METAL ATOMS. Thompson D. C, Weinberger E., Xu G.-X.,

Stoicheff B. P., Phys. Rev. A 35, 690.

- 181 - 1987
4644. DOPPLER-FREE SPECTROSCOPY BASED ON PHASE CONJUGATION BY DEGENERATE

FOUR-WAVE MIXING IN HOLLOW CATHODE DISCHARGE. Tong W. G. , Chen D. A.,

Appl . Spectrosc. 41, 586.

4645. BROADENING AND SHIFT OF THULIUM AND SAMARIUM RESONANCE LINES BY KRYPTON.

Vedenin V. D., Opt. Spectrosc. (USSR) 63, 708.

4646. THE J DEPENDENCE OF COLLISIONAL BROADENING FOR FINE -STRUCTURE COMPONENTS

OF Sm I. Vedenin V. D., Kulyasov V. N. , Kurbatov A. L., Rodin N. V.,

Shubin M . V., Opt. Spectrosc. (USSR) 62, 439.

4647. HYPERF I NE CONTRIBUTION TO SPIN-EXCHANGE FREQUENCY SHIFTS IN THE HYDROGEN

LASER. Verhaar B. J., Koelraan J. M. V. A., Stoof H. T. C, Luiten 0. J.,

Crampton S. B., Phys . Rev. A 35, 3825.

4648. EXPERIMENTAL STUDY OF H BROADENING AND SHIFT IN DENSE ARGON PLASMAS.

Vitel Y., J. Phys. B 20* 2327.

4649. NOBLE GAS LINE PROFILES IN DENSE PLASMAS: I. ARGON. Vitel Y. , Skowronek

M. , J. Phys. B 20, 6477

4650. NOBLE GAS LINE PROFILES IN DENSE PLASMAS: II. KRYPTON AND XENON. Vitel

Y. , Skowronek M. , J. Phys. B 20, 6493.

4651. BROADENING AND SHIFT OF THE Tl 6P - 7P TWO-PHOTON LINES

1/2 1/2 3/2

PERTURBED BY NOBLE GASES, von Borstel M. , Hermann G., Lasnitschka G.,

Scharmann A., Z. Phys. D 4, 383.

4652. PRESSURE EFFECTS ON SOME ARGON SPECTRAL LINES BELONGING TO THE 3p

5 4p-3p

5

nd (n = 5-7) TRANSITIONS. Wolnikowski J., Wawrzynski J., Bielski A.,

Szudy J., Phys. Scr. 35, 153.

4653. SPECTRAL LINE PROFILE OF TURBULENT GAS. Zhi G., Qian J., Appl. Opt. 26,

1579.

4654. PRESSURE BROADENING OF THE Ba

+ RESONANCE DOUBLET BY HELIUM AND ARGON.

Zokai M. , Harris M. , Shannon I., Szebesta D., McHugh D. R. , Lewis E. L.

,

J. Phys. B 20, 4393.

1987 - 182 -
1988

4655. STARK CONSTANT OF Ar I LINES . Abbas A., Basha T. S. , Abd El-Aal Z. A.,

Nuovo Cimento D 10, 597.

4656. STARK BROADENING OF Ar I LINES. Abbas A., Basha T. S., Abdel-Aal Z. A.,

Jpn. J. Appl. Phys. Pt . 1, 27, 801.

4657. HALF-WIDTH, SHIFT AND TRANSITION PROBABILITY OF AR II LINES. Abbas A.,

Basha T. S., Abdel-Aal Z. A., Jpn. J. Appl. Phys. Pt . 1, 27, 804.

4658. ANALYSIS OF THE FAR-WING BEHAVIOR IN THE SPECTRUM OF THE LIGHT- INDUCED

COLLI SIONAL- ENERGY- TRANSFER PROCESS. Agresti A., Berman P. R. , Bambini

A., Stefanel A., Phys. Rev. A38 , 2259.

4659. COLLI SI ON -BROADENED SPECTRAL LINE PROFILES IN THE LIMIT OF HIGH PERTURBER

DENSITY. Allard N. F. , Biraud Y. G., Chevillot A., Phys. Rev. A 37, 1479.

4660. DEMULTIPLICATION EFFECT OF SATELLITE LINES IN COLLI SI ON -PERTURBED LINE

PROFILES. Allard N. F., Prud'homme M., Ann. Phys. (Paris) 13, Colloq. 1,

73. (Fr.

)

4661. SHAPES OF ATOMIC -HYDROGEN LINES PRODUCED AT A CATHODE SURFACE. Ayers E.

L. , Benesch W. , Phys. Rev. A 37, 194.

4662. STARK BROADENING IN HIGH ANGULAR MOMENTUM STATES OF ATOMIC OXYGEN:

APPLICATION TO TRANSITIONS BETWEEN 5.5 and 8.0 fim. Baird J. C, Alexiou

S., Chera. Phys. Lett. 152, 124.

4663. TEMPERATURE EFFECTS IN THE COLLISIONAL REDISTRIBUTION OF RESONANCE

RADIATION IN THE Ba-Ar AND Ba-Xe SYSTEMS. Belsley M. S., Coutts J.,

Cooper J., Phys. Rev. A 38, 3781.

4664. CONTRIBUTION OF THE ZEEMAN EFFECT TO MEASURED LINE PROFILES EMITTED BY

ALCATOR-C PLASMAS. Benjamin R. D., Terry J. L. , Moos H. W., Phys. Rev. A

37, 537.

4665. ELECTRON COLLISION SHIFT OF THE LYMAN-a LINE IN H AND He

+

. Blaha M.

,

Davis J., NRL Memorandum Report 6294 (1988).

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4666. IMPACT BROADENING OF SPECTRAL LINES CORRESPONDING TO TRANSITIONS BETWEEN

EXCITED LEVELS OF THE CESIUM ATOM. Bogdanov Yu. V., Kanorskii S. I.,

Papchenko A. A., Sobel'man I. I., Sorokin V. N., Struk I. I., Yukov E.

A., Opt. Spectrosc. (USSR) 65, 487.

4667. OSCILLATIONS IN THE BROADENING OF RYDBERG LEVELS DURING ASSOCIATIVE

IONIZATION. Borodin V. M. , Kazanskii A. K. , Opt. Spectrosc. (USSR) 65,

490.

4668. BROADENING AND SHIFT OF THALLIUM nP STATES (n=6-10) PERTURBED BY

1/2 3/2

NOBLE GASES. Borstel M. v., Hermann G '. , Lasnitschka G., Z. Phys . D 9, 15.

4669. DEPENDENCE OF THE STARK BROADENING ON THE EMITTER CHARGE FOR THE 3s -3p

TRANSITIONS OF Li-LIKE IONS. Bottcher F., Breger P., Hey J. D., Kunze

H. -J., Phys. Rev. A 38, 2690.

4670. INTENSITY AND SHAPE OF LASER-PLASMA-EMITTED HYDROGENIC AND HELIUMLIKE

ALUMINUM SPECTRAL LINES. Bousquet C, Grumberg J., Leboucher E., Nguyen

Hoe, Poquerusse A., Ann. Phys. (Paris) 13, Colloq. 1, 77. (Fr.)

4671. EXPERIENCE WITH MEASURING OF THE SPECTRAL LINE PROFILE BY MEANS OF THE

FABRY- PEROT INTERFEROMETER. Brablec A., Kapicka V., Stastny F., Contrib.

Plasma Phys. 28, 221.

4672. COLLISION BROADENING OF SOLAR RYDBERG LINES IN THE FAR INFRARED AND

SUBMILLIMETER REGIONS. Brault P., Hoang-Binh D., Picart J., Tran Minh N.

,

Vallee 0., Ann. Phys. (Paris) 13, Colloq. 1, 81. (Fr.)

4673. LINE SHAPES IN RESONANCE FLUORESCENCE FOR EXTERNAL SOURCES NEAR UNIT

OPTICAL DEPTH. Brooks W. S. C, Kendall D. J. W., Llewellyn E. J., McDade

I. C. , Can. J. Phys. 66, 93.

4674. RADIATION TRANSPORT IN SPECTRAL LINES. Bulyshev A. E., Preobrazhenskii N.

G. , Suvorov A. E., Sov. Phys.--Usp. 31, 865.

4675. SIMULATION CALCULATION OF THE ION-DYNAMIC EFFECTS ON OVERLAPPING NEUTRAL

HELIUM LINES. Calisti A., Stamm R. , Talin B., Phys. Rev. A38 , 4883.

4676. BLUE-WING PROFILE FOR THE HYDROGEN LYMAN -a LINE. Chambaud G., Archirel

P., Levy B., Ann. Phys. (Paris) 13, Colloq. 1, 85. (Fr.)

1988 - 184 -
4677. EFFICIENT CALCULATION OF GENERAL VOIGT PROFILES. Cope D. , Khoury R.,

Lovett R. J., J. Quant. Spectrosc . Radiat. Transfer 39, 163.

4678. ASYMPTOTIC COEFFICIENTS FOR ONE- INTERACTING -LEVEL VOIGT PROFILES. Cope

D., Lovett R. J., J. Quant. Spectrosc. Radiat. Transfer 39, 173.

4679. THE HYDROGEN BALMER SPECTRUM IN THE NEAR -THRESHOLD REGION: UNIFIED

SEMICLASSICAL CALCULATION OF LINE AND CONTINUUM CONTRIBUTIONS. D'yachkov

L. G., Kobzev G. A., Pankratov P. M. , J. Phys . B 21, 1939.

4680. PROCESSING OF SPECTRAL LINE PROFILES AND DETERMINATION OF DISTRIBUTION

FUNCTIONS OF EXCITED ATOMS IN A NONEQUI LIBRIUM RF DISCHARGE. Deinezhenko

A. L. , Protasevich E. T. , Opt. Spectrosc. (USSR) 65, 303.

4681. INTERACTION OF Eu (4f

? 6s6py

8 P ) ATOMS WITH INERT-GAS ATOMS. Devdariani A.

Z., Sebyakin Yu. N. , Opt. Spectrosc. (USSR) 65, 484.

4682. LINE SHIFTS OF Kr II, Kr III, and Xe III IN HIGH-CURRENT, PINCHED

DISCHARGES. Di Rocco H. 0., Bertuccelli G., Reyna Alraandos J., Bredice

F. , Gallardo M., J. Quant. Spectrosc. Radiat. Transfer 40, 513.

4683. ON THE COMBINED DOPPLER AND PRESSURE BROADENING OF NONRESONANT SPECTRAL

LINES. Diaz M. A., Palomares F., Veguillas J., Can. J. Phys. 66, 341.

4684. ELECTRON -IMPACT WIDTHS OF DOUBLY AND TRIPLY CHARGED ION LINES OF

ASTROPHYSICAL IMPORTANCE. Dimitri jevic M. S., Astron. Astrophys . , Suppl

.

Ser. 76, 53.

4685. COMPARISON BETWEEN DIFFERENT APPROXIMATE APPROACHES FOR THE CALCULATION

OF STARK WIDTHS OF DOUBLY - AND TRIPLY - CHARGED ION LINES OF

ASTROPHYSICAL IMPORTANCE. Dimitri jevic M. S., Bull. Obs . Astron. Belgrade

No. 139, 31.

4686. ON THE STARK BROADENING OF C IV LINES. Dimitri jevic M. S., Bull. Obs.

Astron. Belgrade No. 139, 70.

4687. STARK BROADENING AND SHIFT OF MULTIPLY IONIZED CARBON SPECTRAL LINES.

Djenize S., Sreckovic A., Milosavl jevic M. , Labat 0., Platisa M. , Puric

J. , Z. Phys. D 9, 129.

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4688.

4689.

4690.

4691.

4692.

4693.

4694.

4695.

4696.

4697.

4698.

4699.

1988

STARK SHIFT AND BROADENING OF F I and Cl I LINES. Djurovic S., Konjevic

N. , Z. Phys. D 10, 425.

STARK BROADENING AND SHIFT OF NEUTRAL BROMINE LINES. Djurovic S.,

Konjevic R. , Platisa M. , Konjevic N .

, J. Phys. B 21, 739.

THE H LINE DIP SHIFT. Djurovic S., Mijatovic Z., Kobilarov R., Contrib.

Plasma Phys. 28, 229.

BROADENING AND SHIFT OF THE RESONANCE LINE OF THALLIUM DUE TO COLLISIONS

WITH KRYPTON AND XENON ATOMS. Dygdala R. S., J. Phys. B 21, 2039.

PRESSURE EFFECTS OF KRYPTON AND XENON ON THE 535 nm THALLIUM LINE.

Dygdala R. S. , Lisicki E. , Phys. Scr. 37, 38.

FURTHER STUDIES ON THE INFLUENCE OF PRESSURE ON SPECTRAL LINE OVERLAPS IN

ELECTROTHERMAL ATOMIC ABSORPTION SPECTROMETRY. Fazakas J., Zugravescu P.

Gh. , Spectrochim. Acta, Part B 43, 897.

SPECIFIC FEATURES OF STARK BROADENING OF HELIUM-LIKE MULTI -CHARGED ION

SPECTRAL LINES. Gavrilenko V. P., Gaisinsky I. M. , Ispolatov Ya. 0., Oks

E. A., J. Phys. (Paris) 49 Colloq. 1, 83.

He II Pa STARK BROADENING AND INTENSITY RADIO OF C IV AND C III LINES

CALIBRATED WITH THOMSON SCATTERING FOR HIGH-DENSITY PLASMA DIAGNOSTICS.

Gawron A., Maurmann S., Bottcher F., Meckler A., Kunze H. J., Phys. Rev.

A38, 4737.

PLASMA SHIFTS OF ION LINES. Griera H. R. , J. Phys. (Paris) Colloq. 49,

Cl-293.

SHIFTS OF HYDROGEN AND IONIZED-HELIUM LINES FROM n=0 INTERACTIONS WITH

ELECTRONS IN DENSE PLASMAS. Griem H. R., Phys. Rev. A 38, 2943.

DOPPLER-FREE TWO-PHOTON POLARIZATION SPECTROSCOPY OF THE STARK-BROADENED

HYDROGEN L-a LINE IN A DENSE PLASMA. Grutzmacher K. , Seidel J., Ann.

Phys. (Paris) 13, Colloq. 1, 123.

ASYMMETRY OF THE PEAKS OF THE H/3 SPECTRAL LINE. Halenka J., J. Quant.

Spectrosc. Radiat . Transfer 39, 347.

- 186 -
4700. PRESSURE SHIFT AND BROADENING OF Sr I RYDBERG STATES IN NOBLE GASES.

Heber K.-D., West P. J., Matthias E. , Phys . Rev. A 37, 1438.

4701. COLLISION- TIME SIMULATION TECHNIQUE FOR PRESSURE -BROADENED SPECTRAL LINES

WITH APPLICATIONS TO Ly-a. Hegerfeldt G. C. , Resting V., Phys. Rev. A 37,

1488.

4702. ITERATIVE METHOD OF CALCULATING THE IONIC MICROFIELD. Held B., Pignolet

P., Ann. Phys. (Paris) 13, Colloq. 1, 125. (Fr.)

4703. COLLISIONAL BROADENING AND SHIFT OF FINE -STRUCTURE STATES WITH

INTERMEDIATE PRINCIPAL QUANTUM NUMBERS. Hermann G., Phys. Lett. A 133,

225.

4704. RELATIONSHIP BETWEEN KINETIC THEORY AND GREEN' S -FUNCTION APPROACH WITH

RESPECT TO ELECTRON SHIFT AND THE BROADENING OF SPECTRAL LINES. Hitzschke

L. , Ropke G., Phys. Rev. A 37, 4991.

4705. OBSERVATION OF BALMER-ALPHA LINE PROFILE OF HYDROGEN ATOMS IN PLASMAS BY

RAPID -FREQUENCY- SCAN LASER SPECTROSCOPY. Honda C, Maeda M. , Uchino K.

,

Muraoka K. , Akazaki M. , Jpn. J. Appl . Phys. Part 1 27, 635.

4706. PRECISION MEASUREMENT OF THE STARK SHIFT OF THE CESIUM D LINES. Hunter L.

R., Krause D. Jr., Murthy S., Sung T. W., Phys. Rev. A 37, 3283.

4707. ION-MOTION BROADENING OF THE n=0,n=2 TRANSITIONS OF C V IN A CARBON

LASER- PRODUCED PLASMA. Iglesias E. J., Griem H. R. , Phys. Rev. A 38, 301.

4708. LINE -BROADENING MEASUREMENTS OF H^, H , AND L

tf OF C VI IN A

LASER- PRODUCED CARBON PLASMA. Iglesias E. J., Griem H. R. , Phys. Rev. A

38, 308.

4709. STARK BROADENING OF SPECTRAL LINES IN SOME N II and C III MULTIPLETS IN

Z-PINCH PLASMA. Istrefi L., Rev. Roum. Phys. 33, 667.

4710. CALCULATION OF THE SPECTRAL PROFILE FOR ISOLATED ATOMIC LINES IN PLASMAS. Kissami H. , Fleurier C, Ann. Phys. (Paris) 13, Colloq. 1, 133. (Fr.)

4711. PLASMA SHIFT OF THE He II P LINE. Kobilarov R. , Popovic M. V., Konjevic

N., Phys. Rev. A 37, 1021.

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4712.

4713.

4714.

4715.

4716.

4717.

4718.

4719.

4720.

4721.

4722.

4723.

1988

ATOMIC STRUCTURE AND LINE BROADENING OF He -LIKE IONS IN HOT AND DENSE

PLASMAS. Koenig M. , Malnoult P., Nguyen Hoe, Phys . Rev. A 38, 2089.

DENSITY EFFECTS IN LASER- PLASMA- EMITTED SPECTRA. Koenig M. , Nguyen Hoe,

Ann. Phys. (Paris) 13 Colloq. 1, 49. (Fr.)

ASYMMETRIC LINE PROFILES OF HIGHLY CHARGED IONS IN DENSE PLASMAS AND

DIELECTRONIC SATELLITES. Koshelev K. N., J. Phys. B 21, L593.

STARK BROADENING OF VISIBLE Si II LINES IN STELLAR ATMOSPHERES. Lanz T.,

Dimitri jevic M. S., Artru M. C. , Astron. Astrophys . 192, 249.

THE EFFECT OF SPECTRAL LINE BROADENING ON THE SHAPE OF ANALYTICAL CURVES

OBTAINED USING PULSED HOLLOW- CATHODE LAMPS FOR BACKGROUND CORRECTION.

Larkins P. L. , Spectrochim. Acta, Part B 43, 1175.

PLASMA LINE SHAPES FOR SELECTED TRANSITIONS IN HYDROGEN-, HELIUM- AND

LITHIUM-LIKE IONS. Lee R. W. , J. Quant. Spectrosc . Radiat . Transfer 40,

561.

FULLY ADIABATIC INTERPRETATION OF FINE- STRUCTURE CHANGING TRANSITIONS IN

COLLISIONS OF ALKALI ATOMS IN

2 P ELECTRONIC STATES WITH NOBLE GAS.

Leraoine D., Robbe J. M. , Pouilly B., J. Phys. B 21, 1007.

SOME PECULIARITIES IN STARK BROADENING OF SPECTRAL LINES OF HYDROGEN-LIKE

IONS IN A DENSE PLASMA. Ljublin B. V., Yasevich V. Yu. , Yakolev D. G.,

Laser Part. Beams 6, Pt . 2, 377.

THE EFFECTIVE RANGE OF INTERATOMIC POTENTIALS IN COLLISION BROADENING.

Lobb W. S., McCartan D. G., J. Phys. B 21, L723.

THERMODYNAMIC PARAMETERS AND DISTRIBUTIONS OF INSTANTANEOUS VALUES OF

MICROFIELDS IN A NONIDEAL PLASMA. Maiorov S. A., Tkachev A. N.

,

Yakovlenko S. I., Sov. Phys.--Dokl. 33, 212.

STARK BROADENING OF THE SINGLY IONIZED XENON LINE: TEMPERATURE VARIATION.

Manola S., Konjevic N., Richou J., Lebrun J. L. , Lesage A., Phys. Rev. A

38, 5742.

He II BALMER SERIES LINE SHIFTS IN A DENSE z- PINCH PLASMA. Marangos J.

P., Burgess D. D., Baldwin K. G. H., J. Phys. B 21, 3357.

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4724. THEORY OF THE POLARIZATION SHIFT OF QUANTUM LEVELS. Marchenko V. S. , Sov.

Phys.--JETP 67, 1111.

4725. APPLICATION OF OPTOGALVANIC SPECTROSCOPY TO THE MEASUREMENT OF PRESSURE

BROADENING AND SHIFT IN THE NEGATIVE GLOW REGION OF AN Ar HOLLOW CATHODE

DISCHARGE. Masaki T. , Adachi Y. , Hirose C, Appl . Spectrosc . 42, 54.

4726. RESPONSE FUNCTION OF A TUNABLE DIODE LASER SPECTROMETER FROM AN ITERATIVE

DECONVOLUTION PROCEDURE. May R. D., J. Quant. Spectrosc. Radiat . Transfer

39, 247.

4727. NUMERICAL EVALUATION OF THE LINE BROADENING FUNCTION H (a,v). Milone A.

A. E., Milone L. A., Bobatto G. E., Astrophys . Space Sci. 147, 229.

4728. BROADENING AND SATURATION OF IODINE-127 R(127) 11-5 LINE (0.63299 fim) IN

A HELIUM-NEON LASER. Mironov A. V., Opt. Spectrosc. (USSR) 65, 471.

4729. BROADENING OF THE Ca

+ AND Mg+ RESONANCE LINES BY COLLISION WITH ATOMIC

HYDROGEN. Monteiro T. S., Danby G., Cooper I. L. , Dickinson A. S., Lewis

E. L. , J. Phys. B 21, 4165.

4730. MEASUREMENTS OF SOME PLASMA -BROADENED Ge I SPECTRAL LINE PROFILES. Musiol

K. , Labuz S., Pokrzywka B., J. Quant. Spectrosc. Radiat. Transfer 40, 143.

4731. THE INFLUENCE OF REALISTIC VELOCITY- DEPENDENT CROSS SECTIONS ON THE

CORRELATION BETWEEN DOPPLER AND COLLI SIONAL BROADENING OF THE Na D

l SPECTRAL LINE. Nieuwesteeg K. J. B. M. , J. Phys. B 21, 1353.

4732. COLLISIONAL BROADENING OF THE BALMER-a TRANSITIONS OF H and He

+ IN

PLASMAS. Oza D. H., Greene R. L. , Kelleher D. E., Phys. Rev. A37, 531.

4733. DEPENDENCE OF THE HALF WIDTHS OF PLASMA -BROADENED HYDROGEN LINES ON

REDUCED MASS, TEMPERATURE, AND DENSITY. Oza D. H., Greene R. L. , Kelleher

D. E., Phys. Rev. A 38, 2544.

4734. COMMENT ON COLLISIONAL BROADENING OF THE H LINE IN DENSE PLASMAS. Oza D.

H., Greene R. L. , J. Phys. B 21 , L5

.

4735. SELF-ABSORPTION IN COPPER HOLLOW CATHODE DISCHARGES: EFFECTS ON SPECTRAL

LINE SHAPE AND ABSORPTION SENSITIVITY. Phillips H. A., Lancaster H. L.

,

Denton M. B., Rozsa K. , Apai P., Appl. Spectrosc. 42, 572.

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4736.

4737.

4738.

4739.

4740.

4741.

4742.

4743.

4744.

4745.

4746.

1988

STARK -BROADENING REGULARITIES OF LITHIUM-LIKE AND SODIUM-LIKE

ISOELECTRONIC SEQUENCES. Puric J., Djenize S. , Labat J., Platisa M.

,

Sreckovic A., Cuk M. , Z. Phys . D 10, 431.

STARK- BROADENING REGULARITIES OF PROMINENT MULTIPLY- IONIZED OXYGEN

SPECTRAL LINES IN PLASMA. Puric J., Djenize S., Sreckovic A., Platisa M.

,

Labat J., Phys. Rev. A 37, 498.

STARK BROADENING AND REGULARITIES OF IONIZED NEON AND ARGON SPECTRAL

LINES. Puric J., Djenize S., Sreckovic A., Cuk M. , Labat J., Platisa M.

,

Z. Phys. D 8, 343.

REGULARITIES IN NEUTRAL AND ION LINE STARK BROADENING IN PLASMA. Puric

J., Djenize S., Sreckovic A., Cuk M. , Fizika (Zagreb) 20, 485.

STARK BROADENING AND REGULARITIES OF PROMINENT SPECTRAL LINES OF MULTIPLY

IONIZED CHLORINE AND FLUORINE. Puric J., Sreckovic A., Djenize S.,

Platisa M. , Phys. Rev. A 37, 4380.

STARK WIDTHS AND SHIFTS OF SEVERAL PROMINENT Ne I SPECTRAL LINES. Puric

J., Sreckovic A., Djenize S., Labat J., Cirkovic L j . M. , Phys. Lett. A.

126, 280.

PRESSURE BROADENING AND LASER- INDUCED SPECTRAL LINE SHAPES. Sando K. M.

,

Chu S.-I, Adv. At. Mol. Phys. 25, 133.

SPECTROMETRIC SETUP WITH A CAPILLARY LIGHT SOURCE FOR INVESTIGATING THE

STARK BROADENING OF SPECTRAL LINES. Sarandaev E. V., Salakhov M. Kh.

,

Fishman I. S., J. Appl . Spectrosc. (USSR) 48, 343.

INVESTIGATION OF COLLISIONAL LINESHAPES OF NEON TRANSITIONS IN NOBLE

GASES MIXTURES. Sasso A., Tino G. M. , Inguscio M., Beverini N.

,

Francesconi M. , Nuovo Cimento Soc . Ital. Fis. D 10, 941.

ATOMIC DATA FOR OPACITY CALCULATIONS: VIII; LINE-PROFILE PARAMETERS FOR

42 TRANSITIONS IN Li-LIKE AND Be-LIKE IONS. Seaton M. J., J. Phys. B 21,

3033.

LEVEL BROADENING CROSS SECTIONS FOR nP RYDBERG STATES OF Na, K and Rb

1/2

ATOMS. Sirko L., Rosinski K. , J. Phys. B 21, 2585.

- 190 -
4747. COLLISIONAL BROADENING OF THE CALCIUM INFRARED TRIPLET LINES BY ATOMIC

HYDROGEN. Smith G. , Drake J. J., Mori . Not. R. Astron. Soc . 231, 115.

4748. UNIFIED PROFILE FOR THE HYDROGEN LYMAN a LINE IN LOW-DENSITY PLASMAS.

Stehle C, Ann. Phys . (Paris) 13, Colloq. 1, 155. (Fr.)

4749. TRANSFER AND REDISTRIBUTION OF POLARIZED LIGHT IN RESONANCE LINES. I.

QUANTUM FORMULATION WITH COLLISIONS. Streater A., Cooper J., Rees D. E.

,

Astrophys. J. 335, 503.

4750. EXPERIMENTS ON TIME -DEPENDENT RADIATIVE TRANSFER IN A SPECTRAL LINE.

Streater A., Molander W., Cooper J., J. Quant. Spectrosc . Radiat

.

Transfer 40, 101.

4751. PRECISION MEASUREMENT OF THE STARK SHIFT IN THE 6S - 6P CESIUM

1/2 3/2

TRANSITION USING A FREQUENCY- STABILIZED LASER DIODE. Tanner C. E. , Wieraan

C. , Phys. Rev. A 38, 162.

4752. THEORY OF SPECTRAL-LINE WIDTH FUNCTIONAL SENSITIVITY TO INTERACTION

POTENTIAL . Vallee 0., Rabitz H. , Ann. Phys. (Paris) 13, Colloq. 1, 57.

(

Fr. )

4753. BINARY CORRELATIONS IN SPECTRAL LINE BROADENING THEORY AND COLLISIONAL

REDISTRIBUTION. Van Regemorter H., Ann. Phys. (Paris) 13, Colloq. 1, 53

(1988) . (Fr.

)

4754. VELOCITY DEPENDENCE OF IMPACT LINE-BROADENING STUDIED BY RESONANT

DOPPLER-FREE TWO-PHOTON LASER SPECTROSCOPY. Veza D., Lawrenz J., Nieraax

K. , Z. Phys. D 9, 135.

4755. STARK EFFECT IN PLASMAS WITH STRONG CORRELATION. Vitel Y. , Skowronek M.

,

Ann. Phys. (Paris) 13, Colloq. 1, 171. (Fr.)

4756. STARK BROADENING ALONG A HOMOLOGOUS SEQUENCE OF NOBLE GAS ATOMIC LINES IN

DENSE PLASMAS. Vitel Y. , Skowronek M. , Dimitrijevic M. S., Popovic M. M.

,

Astron. Astrophys. 200, 285.

4757. LASER SPECTROSCOPIC MEASUREMENTS OF THE STARK SHIFT OF THE Ne I LINES AT

5852 AND 5882 A. Windholz L. , Neureiter C. , Phys. Rev. A 37, 1978.

- 191 - 1988
4758. PLASMA BROADENING OF L-SHELL SPECTRA FROM MULT 1 -ELECTRON IONS IN DENSE

PLASMAS. Woltz L. A., Hooper C. F. Jr., "Atomic Processes in Plasmas,"

IAP Conference Proceedings No. 168, 15-24 (1988).

4759. CALCULATIONS OF SPECTRAL LINE PROFILES OF MULT I ELECTRON EMITTERS IN

PLASMAS. Woltz L. A., Hooper C. F. Jr., Phys . Rev. A 38, 4766.

4760. COLLISION- INDUCED SHIFT AND BROADENING OF TWO-PHOTON LINES OF Mg I. Zhang

J.-Y., Zhou H.-T., Li Q.-R, Yang J., J. Phys. B 21, 581.

4761. AN IMPROVED VOIGT LINE APPROXIMATION FOR THE CALCULATIONS OF EQUIVALENT

WIDTH AND TRANSMISSION. Zhu X., J. Quant. Spectrosc. Radiat . Transfer

39, 421.

1989

4762. EXTENSION OF DIAGNOSTIC METHODS OF STARK SPECTROSCOPY TO HYDROGEN AND

HELIUM PLASMAS OF MODERATE DENSITY. Aferenko E. V., Gaisinskii I. M. , Oks

E. A., Opt. Spectrosc. (USSR) 66, 452.

4763. SUPPRESSION OF THE LINE BROADENING BY FAST RABI FLOPPING EFFECTS. Agarwal

G. S., Singh S., Phys. Rev. A 39, 2239.

4764. AN INVESTIGATION OF LOCAL THERMODYNAMIC EQUILIBRIUM IN AN ARGON PLASMA

JET AT ATMOSPHERIC PRESSURE. Bakshi V., Kearney R. J., J. Quant.

Spectrosc. Radiat. Transfer 41, 369.

4765. NEW TABLES OF THE VOIGT FUNCTION. Bakshi V., Kearney R. J., J. Quant.

Spectrosc. Radiat. Transfer 42, 111.

4766. MEASUREMENT OF STARK WIDTH OF SOME AR I TRANSITIONS IN A D.C. ARGON

PLASMA JET AT ATMOSPHERIC PRESSURE. Bakshi V., Kearney R. J., J. Quant.

Spectrosc. Radiat. Transfer 42, 405.

4767. DENSITY-SENSITIVE ALLOWED AND FORBIDDEN DIELECTRONIC SATELLITE LINE

PROFILES IN LASER- PRODUCED PLASMAS. Banon J. M. , Sanchez-Soto L. L.,

Bernabeu E., J. Phys. B 22, 199.

4768. ION-MICROFIELD- INDUCED EFFECTS ON THE SATELLITE LINE SPECTRA FROM

LASER- PRODUCED PLASMAS. Banon J. M. , Sanchez-Soto L. L., Bernabeu E., J.

Phys. B 22, L309

1988-1989 - 192 -
4769. STUDY OF THE 4f

6 6s2 ? F - 4f6 6s2 5 D FORBIDDEN TRANSITIONS OF ATOMIC

SAMARIUM. Barkov L. M. , Zolotarev M. S. , Melik-Pashaev D. A., Opt.

Spectrosc. (USSR), 66, 288.

4770. STARK -BROADENING OF Ar I LINES. BASHA T. S. , Abdel-Aal Z. A., Acta Phys

.

Pol. A 75, 565.

4771. COLLISION BROADENING OF SPECTRAL LINES OF ATOMS IN MICROWAVE FIELDS.

Beilin E. L. , Zon B. A., Opt. Spectrosc. (USSR) 66, 585.

4772. STUDY OF IMPACT BROADENING OF SPECTRAL LINES CORRESPONDING TO TRANSITIONS

BETWEEN THE EXCITED LEVELS OF A CESIUM ATOM. Bogdanov Yu. V., Kanorskii

S. I., Papchenko A. A., Sobel'man I. I., Sorokin V. N., Struk I. I.,

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(

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4773. ION TEMPERATURE MEASUREMENT FROM DOPPLER BROADENING OF He-LIKE NICKEL

LINES. Bombarda F., Giannella R. , Kallne E., Tallents G. J., J. Quant.

Spectrosc. Radiat . Transfer 41, 323.

4774. DECONVOLUTION THEOREM IN FAST OPTICAL SPECTROSCOPY. Capek V., Jelinek 0.,

Czech. J. Phys. B 39, 218.

4775. COMPUTER -SIMULATION TECHNIQUE APPLIED TO THE STUDY OF HYDROGEN STARK

BROADENING BY PLASMAS. Cardenoso V., Gigosos M. A., Phys. Rev. A 39, 5258.

4776. DETERMINATION OF ELECTRON NUMBER DENSITY VIA STARK BROADENING WITH AN

IMPROVED ALGORITHM. Chan S.-K, Montaser A., Spectrochim . Acta, Part B

44, 175; 44, 737 (1989).

4777. DESTRUCTION TERMS IN NON - MARKOVI AN COLLISIONAL REDISTRIBUTION. Cooper J.,

Phys. Rev. A 39, 409.

4778. APPROXIMATE FORMULATION OF REDISTRIBUTION IN THE Lya , Ly0, Ha SYSTEM.

Cooper J., Ballagh R. J., Hubeny I., Astrophys. J. 344, 949.

4779. BROADENING AND SHIFT OF SPECTRAL LINES IN ATOMIC COLLISIONS IN INERT-GAS

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4782.

4783.

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4786.

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4788.

4789.

4790.

4791.

1989

A SIMPLE RELATION BETWEEN LINE SHIFTS AND ATOMIC PARAMETERS. Di Rocco H.

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LINE SHIFTS OF Kr II, Kr III, AND Xe III IN HIGH-CURRENT, PINCHED

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STARK BROADENING IN ASTROPHYSICS. Dimitri jevic M. S., Bull. Obs . Astron.

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ELECTRON- IMPACT BROADENING OF Cu IV LINES FOR THE DIAGNOSTIC OF THE ARC

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Juric Z. D. , Mihajlov A. A., J. Phys . (Paris), Colloq. CI, 50, 623.

ON THE INFLUENCE OF DEBYE SHIELDING ON THE STARK BROADENING OF ION LINES

WITHIN THE CLASSICAL MODEL. Dimitri jevic M. S., Mihajlov A. A., Djuric

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ESTIMATES OF STARK WIDTH ALONG A HOMOLOGOUS SEQUENCE. Dimitri jevic M. S.,

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TABLES FOR He I LINES STARK BROADENING PARAMETERS. Dimitri jevic M. S.,

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STARK BROADENING AND SHIFT OF SINGLY- IONIZED ARGON SPECTRAL LINES IN

HIGHER MULTIPLETS. Djenize S., Malesevic M., Sreckovic A., Milosavl jevic

M. , Puric J., J. Quant. Spectrosc. Radiat. Transfer 42, 429.

STARK BROADENING AND SHIFT OF NEUTRAL IODINE LINES AND REGULARITIES FOR

ANALOGOUS TRANSITIONS OF HALOGEN ATOMS. Djurovic S., Konjevic N. , Z.

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BROADENING AND SHIFT OF THE RESONANCE LINE OF THALLIUM DUE TO COLLISIONS

WITH NEON AND ARGON ATOMS. Dygdala R. S. , Bobkowski R. , Lisicki E. , J.

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IONIZATION ENERGY AND LEVEL SHIFTS OF MULTIPLY CHARGED IONS IN NON- IDEAL

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SIMULATION OF STOCHASTIC MODEL PROCESSES IN THE THEORY OF

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4792. FREQUENCY SHIFT IN THREE-PHOTON RESONANCE. Friedberg R. , Hartmann S. R.

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Manassah J. T. , Phys . Rev. A 39, 93.

4793. EXTENSION OF THE THEORY FOR THE INTENSITIES OF DIPOLE FORBIDDEN SPECTRAL

LINES IN A PLASMA. Gaisinsky I. M. , Oks E. A., J. Quant. Spectrosc

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Radiat. Transfer 41, 235.

4794. STARK SHIFT OF THE He II P LINE IN A DENSE PLASMA. Gawron A., Hey J. D.

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Xu X. J., Kunze H. J., Phys. Rev. A 40, 7150.

4795. BROADENING AND SHIFT OF THE MAGNESIUM INTERCOMBINATION LINE AND FIRST

TRIPLET LINE DUE TO THE PRESENCE OF THE NOBLE GASES. Gelbwachs J. A.,

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4796. ION DYNAMICS EFFECTS IN THE BALMER GAMMA LINE: COMPUTER SIMULATION

CALCULATIONS. Gigosos M. A., Cardenoso V., J. Phys. B 22, 1743.

4797. PRECISE MEASUREMENT OF THE BALMER-ALPHA CORE. Gonzalez M. A., Gonzalez V.

R. , Mar S., J. Quant. Spectrosc. Radiat. Transfer 42, 247.

4798. EFFECTS OF STIMULATED RADIATIVE PROCESSES ON THE SPECTRAL STRUCTURE OF

AMPLIFIED SPONTANEOUS EMISSION. Griem H. R. , Phys. Rev. A 40, 3706.

4799. STARK BROADENING MEASUREMENT OF THE LINE 2058.13 run OF NEUTRAL HELIUM IN

A LINEAR DISCHARGE. Guimerans Y. , Iglesias E. J., Mandelbaum D., Sanchez

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4800. STARK SHIFT AND BROADENING OF HYDROGEN SPECTRAL LINES. Gtinter S.,

Contrib. Plasma Phys. 29, 479.

4801. SHIFT OF THE PEAKS OF THE H SPECTRAL LINE. Halenka J., Vujicic B. T.

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Djurovic S., J. Quant. Spectrosc. Radiat. Transfer 42, 571.

4802. DENSITY EXPANSIONS FOR THE AUTOCORRELATION FUNCTION OF SPECTRAL-LINE

PROFILES. Hegerfeldt G. C, Schulze H. , Phys. Rev. A 39, 3609.

4803. FURTHER PROPERTIES OF THE GENERALIZED FUNCTIONS OF HOLTSMARK, AND

CHANDRASEKHAR AND VON NEUMANN. Hey J. D., J. Quant. Spectrosc. Radiat.

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4805.

4806.

4807.

4808.

4809.

4810.

4811.

4812.

4813.

4814.

1989

THE CLASSICAL KRAMERS - GAUNT FACTOR IN STARK BROADENING CALCULATIONS. Hey

J. D., Breger P., J. Phys . B 22, L79.

RADIAL PROFILE OF THE SPECTRAL WIDTH OF THE Ar 7d[ 5/2 ] 3-4p[ 3/2 ] 2 LINE

INSIDE THE CATHODE FALL REGION OF AR HOLLOW CATHODE DISCHARGES. Hirose

C, Masaki T., Wada A., Adachi Y. , Appl . Spectrosc. 43, 87.

A MULTI- PARAMETER CHI -SQUARE FITTING PROCEDURE AND APPLICATIONS IN

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A SIMPLE RELATIONSHIP BETWEEN THE VOIGT INTEGRAL AND THE PLASMA

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Jimenez -Dominguez H. , Flores-Llamas H. , Cabral -Prieto A. , Bravo-Ortega

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QUANTUM -MECHANICAL AND CLASSICAL PATH LINE SHAPES FOR THE SODIUM D LINE

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INFLUENCE OF ION DYNAMICS ON THE WIDTH AND SHIFT OF ISOLATED He I LINES

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4815. THE EFFECT OF RECOIL ON THE COLLISION BROADENING OF A SPECTRAL LINE. Lane

A. M. , J. Phys. B 22, 2817.

4816. STARK BROADENING IN KRYPTON AND XENON. Lesage A., Abadie D., Miller M.

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4817. ABSORPTION MEASUREMENTS OF RESONANCE BROADENING IN HELIUM. Lindsay A. C,

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4818. EFFECT OF STRONG ELECTROMAGNETIC FIELDS ON ATOMIC SPECTRAL LINE SHAPES IN

PLASMAS AND GASES. Lisitsa V. S., "Spectral Line Shapes," Vol. 5, 305-349

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4819. STARK BROADENING OF THE HYDROGEN L LINES IN PLASMAS: RESONANCE BETWEEN

THE QUASISTATIC AND HARMONIC ELECTRIC FIELDS. Lyublin B. V., Yakovlev D.

G. , Yasevich V. Yu. , Sov. Phys. --Tech. Phys. 34, 167.

4820. BROADENING OF IRON RESONANCE LINES IN X-RAY BURST SPECTRA. Madej J.,

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4821. THE USE OF FOURIER DECONVOLUTION TO CORRECT FOR INSTRUMENT SLIT FUNCTION

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4822. WIDTH MEASUREMENTS OF THE PLASMA BROADENED He II BALMER-BETA LINE.

Mijovic S., Pantelic D., Konjevic N., Popovic M. , Fizika (Zagreb) 21, 319.

4823. NATURAL LINE SHAPE. Milonni P. W. , Cook R. J., Ackerhalt J. R. , Phys.

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4824. MEASUREMENTS OF GAIN AND LINE BROADENING IN LITHIUMLIKE ALUMINUM. Moreno

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4825. THE SURFACE GRAVITIES OF Ap STARS: SPECTROSCOPIC ESTIMATES FROM H

PROFILES AND COMPARISON WITH PHOTOMETRY. North P., Kroll R. , Astron.

Astrophys., Suppl . Ser. 78, 325.

4826. SPECTROSCOPIC DETERMINATION OF ELECTRON DENSITY AND TEMPERATURE PROFILES

IN AN INDUCTIVELY- COUPLED ARGON PLASMA. Nowak S., van der Mullen J. A.

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4832.

4833.

4834.

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4836.

4837.

4838.

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THEORY OF VELOC ITY- DEPENDENT , COLLI S ION- BROADENED , DOPPLER-FREE LINE

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SODIUM DOPPLER-FREE COLLISIONAL LINE SHAPES. O'Callaghan M. J., Gallagher

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AN INSTRUMENTAL SYSTEM FOR SIMULTANEOUS MEASUREMENT OF SPATIALLY RESOLVED

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EXPERIMENTAL INVESTIGATION OF SATURATED LASER ABSORPTION IN THE

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LINE BROADENING STUDIES IN LOW ENERGY PLASMA FOCUS. Rao P. M. R.

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ELECTRIC MICROFIELD DISTRIBUTION AT AN ION IN THE CLASSICAL

MULT I COMPONENT PLASMA. Rosenfeld Y. , Phys. Rev. A 40, 1137.

REDISTRIBUTION OF RADIATION BY THE FLUCTUATING ION MICROFIELD. Ruffert

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STARK LINE -BROADENING PARAMETERS OF NEUTRAL LEAD AND SINGLY IONIZED

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STARK BROADENING OF He II LINES AND NEW RESULTS IN ASTROPHYS I CAL

SPECTROSCOPY. Schoning T, , Butler K. , Astron. Astrophys. 219, 326.

STARK BROADENING OF He II LINES. Schoning T. , Butler K. , Astron.

Astrophys., Suppl . Ser. 78, 51; 79, 153 (1989).

ATOMIC DATA FOR OPACITY CALCULATIONS: XII. LINE-PROFILE PARAMETERS FOR

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4839. POLARIZATION-MONITORED COLLISIONAL REDISTRIBUTION EXPERIMENT IN:

Hg(

3 P

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1 S

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4840. DETERMINATION OF THE RADIATIVE CROSS SECTION FOR THE

2 P - 2 P

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TRANSITION OF ATOMIC CHLORINE. Sotnichenko S. A., Bokun V. C, Nadkhin A.

I., Opt. Spectrosc. (USSR) 67, 597.

4841. UNIFIED AND IMPACT TREATMENT OF PARTIALLY OVERLAPPING SPECTRAL LINES.

Stehle C, Voslaraber D., Feautrier N., J. Phys. B 22, 3657.

4842. COLLISION- INDUCED SATELLITE FOR THE ASYMPTOTICALLY FORBIDDEN TRANSITION

(4

2 S - 52 S) OF POTASSIUM PERTURBED BY NEON. Tchang-Brillet W.-U. L.

,

Spielfiedel A., Feautrier N. , Haner D., J. Phys. B 22, 3915.

4843. H£ LINE PROFILE MEASUREMENTS IN OPTICAL DISCHARGES. Uhlenbusch J., Viol

W. , Contrib. Plasma Phys. 29, 459.

4844. IMPACT BROADENING AND SHIFT OF THALLIUM TWO-PHOTON TRANSITION:

6P -9P PERTURBED BY ARGON AND HELIUM. Ullah K. N., Nuovo Cimento

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D 11, 1349.

4845. STARK BROADENING AND SHIFT OF Kr I and Kr II LINES IN DENSE PLASMA.

Uzelac N. I., Konjevic N., J. Phys. B 22, 2517.

4846. FOURIER DECONVOLUTION OF OVERLAPPING LINE PAIRS IN INDUCTIVELY COUPLED

PLASMA-ATOMIC EMISSION SPECTROMETRY, van Veen E. H., Goudzwaard M. P., de

Loos-Vollefregt M. T. C, de Galan L. , Appl . Spectrosc. 43, 96.

4847. INVESTIGATION OF THE COLLISIONAL LIMB EFFECT AND SHAPE OF SOLAR SPECTRAL

LINES AT THE ASTRONOMICAL OBSERVATORY IN BELGRADE. Vince I., Bull. Obs

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Astron. Belgrade No. 140, 117.

4848. PRESSURE BROADENING AND SOLAR SPECTRAL LINE BISECTORS. Vince I.,

Dimitrijevic M. S., "Solar and Stellar Granulation," 93-97 (Eds. R. J.

Rutten and G. Severino, Kluwer Academic Publishers, Dordrecht, 1989).

4849. THE STARK BROADENING OF THE He I 667.8 nm LINE. Vujicic B. T., Djurovic

S., Halenka J., Z. Phys. D 11, 119.

4850. LINE -BROADENING MEASUREMENT OF C V n=2,An=0 TRANSITIONS IN A

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4851. STARK BROADENING OF THE H and H LINES BY QUASISTATIC AND RAPIDLY

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4852. COLLISION- INDUCED SATELLITE OF THE FORBIDDEN LINE Hg 6

3 P - 6 *S AND

DECAY OF THE METASTABLE STATE Hg (6

3 P

2

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4853. COLLISIONAL SATELLITES OF THE

3 P -

1 S FORBIDDEN LINES OF Ar , Kr , AND Xe

2 0 ATOMS IN HELIUM AND NEON. Zagrebin A. L. , Pavlovskaya N. A., Opt.

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4854. SHORT -WAVELENGTH SATELLITES OF Ne 2p

5 5s - 2p5 3p SPECTRAL LINES IN HELIUM.

Zagrebin A. L. , Sebyakin Yu. N. , Opt. Spectrosc. (USSR) 66, 739.

4855. THE CONTRIBUTION OF PLASMA TURBULENCE FIELDS TO THE STARK BROADENING

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4856. NON-BINARY LINEAR STARK BROADENING IN AN IDEAL PLASMA. Zhidkov A. G.

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Terskikh A. 0., Kratk. Soobshch. Fiz. No 9, 27.(Russ.)

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4857. TIME-RESOLVED EMISSION SPECTROSCOPY IN LASER- GENERATED NITROGEN PLASMAS.

Alam R. C . , Fletcher S. J., Wasserman K. R. , Huwel L. , Phys. Rev. A 42,

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4858. GREEN FUNCTION APPROACH TO THE THEORY OF SPECTRAL LINE BROADENING IN A

PLASMA VIA THE TIME -DEPENDENT MICROFIELD. Alexiou S. , Phys. Lett. A 143,

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4859. EMISSION SPECTRA OF HIGH RYDBERG STATES IN A PLASMA: STARK- BROADENED

NEUTRAL OXYGEN IN THE 7 . 5 fim REGION. Alexiou S. , Baird J. C, Phys. Rev.

A 42, 7413.

4860. LINE FORMATION IN WHITE DWARF ATMOSPHERES. Allard F., Wehrse R. , J.

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4861. FAR WING OF THE LYMAN -a LINE. Allard N. F., Kielkopf J. F., Ann. Phys.

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4863. NONLINEAR INTERFERENCE EFFECTS IN STARK BROADENING OF ION LINES IN A

DENSE PLASMA. Anufrienko A. V., Godunov A. L. , Deraura A. V., Zemtsov Yu.

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4864. MEASUREMENT OF THE SHIFT OF THE 703 nm LINE OF ARGON: DETERMINATION OF

THE ELECTRON DENSITY IN AN ARGON PLASMA. Badie J. M. , Billou E., Vallbona

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4865. HYDROGENIC SPECTROSCOPY FOR VARIOUS UNUSUAL PLASMAS. Bakshi P., Kalraan

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4866. SPECTRAL DIAGNOSTIC OF A RESONANTLY LASER CREATED PLASMA. Bardet J. P.,

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4867. POLARIZATION AND ION SHIFTS OF IONIZED-HELIUM LINES IN DENSE PLASMAS.

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4868. ON LONGITUDINAL OSCILLATIONS IN STRONGLY COUPLED PLASMAS. Berkovsky M.

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4869. FOREIGN-GAS COLLISIONAL BROADENING OF RYDBERG STATES IN CALCIUM. Bhatia

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4870. LOW-PRESSURE BROADENING AND SHIFT OF 3p

5 4s - 3p5np (n = 4,5,6) ARGON

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4871. ELECTRON COLLISION SHIFT OF THE LYMAN-a LINE OF IONIZED HELIUM. Blaha M.

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4872. MODEL FOR STARK- BROADENING IN MULTI -ELECTRON ATOMS. Calisti A., Khelfaoui

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MODEL FOR THE LINE SHAPES OF COMPLEX IONS IN HOT AND DENSE PLASMAS.

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4886. REGULARITIES AND SIMILARITIES IN THE WIDTHS OF SPECTRAL LINES PERTURBED

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4887. STARK BROADENING OF Na I LINES WITH THE PRINCIPAL QUANTUM NUMBER OF THE

UPPER STATE BETWEEN 6 AND 10. Dimitri jevic M. S., Sahal-Brechot S., J.

Quant. Spectrosc. Radiat . Transfer 44, 421.

4888. LINE SHAPES INVESTIGATIONS IN YUGOSLAVIA (1962-1985). Dimitri jevic M. S.,

Publ. Obs. Astron. Belgrade No. 39, 1-215.

4889. STARK- BROADENING REGULARITIES OF np-nd TRANSITION ARRAYS OF NITROGEN,

OXYGEN, NEON, AND SILICON ION SPECTRAL LINES. Djenize S., Labat J.,

Platisa M. , Sreckovic A., Puric J., Astron. Astrophys. 227, 291.

4890. STARK BROADENING AND SHIFT OF SINGLY AND DOUBLY IONIZED SULFUR SPECTRAL

LINES. Djenize S., Sreckovic A., Platisa M. , Konjevic R. , Labat J., Puric

J. , Phys. Rev. A 42, 2379.

4891. STARK BROADENING AND SHIFT OF NEUTRAL AND SINGLY- IONIZED MERCURY LINES.

Djenize S., Sreckovic A., Platisa M. , Labat J., Konjevic R. , Puric J., J.

Quant. Spectrosc. Radiat. Transfer 44, 405.

4892. STARK WIDTH AND SHIFT OF SINGLY- IONIZED TIN SPECTRAL LINES. Djenize S.,

Sreckovic A., Labat J., Z. Phys. D 17 , 85.

4893. STARK BROADENING OF HALOGEN ATOM LINES FROM (*D) np LEVELS. Djurovic S.,

Konjevic N. , Dimitri jevic M. S., Z. Phys. D 16, 255.

4894. MODELS FOR SPECTRAL LINE SHAPES FROM IONS IN STRONGLY COUPLED PLASMAS.

Dufty J. W. , Boercker D. B., Iglesias C. A., J. Quant. Spectrosc. Radiat.

Transfer 44, 115.

4895. HIGH RESOLUTION SPECTROSCOPY OF THE HYDROGEN ATOM. II. STUDY OF LINE

PROFILES. Garreau J. C, Allegrini M. , Julien L., Biraben F., J. Phys.

(Paris) 51, 2275.

- 203 - 1990
4896. LARGE MULTIPLE COLLECTIVE LINE SHIFTS OBSERVED IN THREE-PHOTON

EXCITATIONS OF Xe . Garrett W. R . , Hart R. C, Wray J. E. , Datskou I.,

Payne M. G., Phys . Rev. Lett. 64, 1717.

4897. SPECTRAL LINE BROADENING OF MULTIPLY CHARGED -HELIUM- LIKE IONS IN A DENSE

HIGH -TEMPERATURE PLASMA. Gavrilenko V. P., Ispolatov Ya . 0., Opt.

Spectrosc. (USSR) 68, 583.

4898. ANALYTIC FIT OF MONTE-CARLO DISTRIBUTIONS OF THE ELECTRIC MICROFIELD IN A

PLASMA. Gilles D., Ann. Phys. (Paris) Colloq. No 3, 15, 85.

4899. PLASMA POLARIZATION SHIFT OF THE LYMAN -a LINE IN C VI , N VII, AND 0

VIII. Goldsmith S., J. Quant. Spectrosc. Radiat . Transfer 44, 153.

4900. STARK-PROFILE CALCULATIONS FOR RESONANCE LINES OF HELIUMLIKE ARGON IN

DENSE PLASMAS. Griem H. R. , Blaha M. , Kepple P. C, Phys. Rev. A 41, 5600.

4901. SPECTRAL LINE BROADENING IN X-RAY LASER RESEARCH. Griem H. R. , Moreno J.

C. , Inst. Phys. Conf . Ser. No. 116, 301.

4902. ION BROADENING PARAMETERS FOR SEVERAL ARGON AND CARBON LINES. Hahn T. D.,

Woltz L. A., Phys. Rev. A 42, 1450.

4903. ASYMMETRY OF HYDROGEN LINES IN PLASMAS UTILIZING A STATISTICAL

DESCRIPTION OF ION-QUADRUPOLE INTERACTION IN MOZER-BARANGER LIMIT.

Halenka J.', Z. Phys. D 16 , 1.

4904. CORRELATIONS AND MICROFIELDS IN DENSE PLASMAS. Held B., J. Quant.

Spectrosc. Radiat. Transfer 44, 11.

4905. STARK BROADENING OF Ar IV LINES IN A DENSE PLASMA. Hey J. D., Gawron A.,

Xu X. J., Breger P., Kunze H.-J., J. Phys. B 23, 241.

4906. LASER-DRIVEN IMPLOSIONS OF Ne/Ar AND Ar/Kr GAS -FILLED MICROBALLOONS

SPECTROSCOPIC ANALYSIS. Hooper C. F. Jr., Woltz L. A., Mancini R. C,

Delamater N. D., Richardson M. C . , Kauffman R. L., J. Quant. Spectrosc.

Radiat. Transfer 44, 79.

4907. MEASUREMENTS OF STARK BROADENING OF B V AND N V n = 6 to 7 and 5 to 6

TRANSITIONS IN A LASER -PRODUCED PLASMA. Huang Y. W. , Bottcher F., Wang J.

S., Griem H. R. , Phys. Rev. A 42, 2322.

1990 - 204 -
4908. MEASUREMENT AND INTERPRETATION OF SPONTANEOUS LINE EMISSION FROM A COMMON

UPPER LEVEL IN LASER- PRODUCED CARBON PLASMAS. Huang Y. W. , Wang J.-S.,

Moreno J. C, Griem H. R. , Phys . Rev. Lett. 65, 1757.

4909. COLLISION BROADENING AND SHIFT OF CESIUM D RESONANCE LINE PERTURBED BY

2 EVERY RARE GAS. Inoue Y. , Uchida K. , Hori H. , Sakurai Tv, J. Phys. Soc

.

Jpn 59, 516.

4910. EXPERIMENTAL STUDY OF THE ROLE OF PLASMA POLARIZATION ON LINE SHAPE IN

DENSE LABORATORY PLASMAS. Jamelet G., Jaegle P., Leraaire P., Carillon A.,

J. Quant. Spectrosc. Radiat. Transfer 44, 71.

4911. MICROFIELD EFFECTS: STRONGLY COUPLED PLASMAS. Kalman G., Bakshi P., J.

Quant. Spectrosc. Radiat. Transfer 44, 1.

4912. LINE BROADENING OF Ne-like XENON AS A DIAGNOSTIC FOR HIGH-DENSITY

IMPLOSION EXPERIMENTS. Keane C. J., Lee R. W. , Haramel B. A., Osterheld A.

L. , Suter L. J., Calisti A., Khelfaoui F., Staram R. , Talin B., Rev. Sci.

Instrum. 61, 2780.

4913. AN OVERVIEW OF THE ION DYNAMIC EFFECT IN LINE BROADENING, AND A

GENERALIZATION OF THE UNIFIED THEORY. Kelleher D. E., Oza D. H., Cooper

J., Greene R. L. , J. Quant. Spectrosc. Radiat. Transfer 44, 101.

4914. ENERGY GAP AND LINE SHIFTS FOR H-LIKE IONS IN DENSE PLASMAS. Kilimann K.

,

Ebeling W. , Z. Naturforsch. , Teil A 45, 613.

4915. PLASMA SHIFT AND BROADENING OF ANALOGOUS TRANSITIONS OF S II, Cl III, Ar

IV, Cl II, AND Ar III. Kobilarov R. , Konjevic N. , Phys. Rev. A 41, 6023.

4916. A REVIEW OF THE STARK WIDTHS AND SHIFTS OF SPECTRAL LINES FROM

NON-HYDROGENIC ATOMS AND IONS IN WEAKLY- COUPLED PLASMAS AND EXPERIMENTAL

RESULTS FOR Xe I AND Xe II LINES. Konjevic N., Uzelac N. I., J. Quant.

Spectrosc. Radiat. Transfer 44, 61.

4917. EXPERIMENTAL STARK WIDTHS AND SHIFTS FOR SPECTRAL LINES OF NEUTRAL AND

IONIZED ATOMS (A CRITICAL REVIEW OF SELECTED DATA FOR THE PERIOD 1983

THROUGH 1988). Konjevic N., Wiese W. L. , J. Phys. Chem. Ref. Data 19,

1307.

- 205 - 1990
4918.

4919.

4920.

4921.

4922.

4923.

4924.

4925.

4926.

4927.

4928.

1990

COLLISIONAL BROADENING OF Ba I LINE (553.5 run) by He or Ar . Kuchta E.

,

Alvarez II R. J., Li Y. H. , Krueger D. A., She C. Y. , Appl . Phys . B 50,

129.

STARK BROADENING OF SINGLY AND DOUBLY IONIZED IODINE SPECTRAL LINES.

Labat 0., Denize S., Labat J., Puric J., Sreckovic A., Phys. Lett. A

143, 455.

TEMPERATURE DEPENDENCE OF STARK PARAMETERS FOR Fe I LINES. Lesage A.,

Lebrun J. L. , Richou J., Astrophys . J. 360, 737.

SIGNIFICANCE OF THE PRESSURE SHIFT OF BALMER LINES IN WHITE DWARFS WITH

EXTREMELY HIGH GRAVITY. Madej J., Grabowski B., Astron. Astrophys. 229,

467.

ANALYSIS OF ABSORPTION FEATURES IN DENSE ARGON PLASMAS. Mancini R. C,

Hooper C. F. Jr., Rev. Sci. Instrum. 61, 2738.

OBSERVATION OF LINE SHIFTS AND LINE PROFILES IN AN INDUCTIVELY COUPLED

ARGON PLASMA. Manning T. J., Winefordner J. D., Palmer B. A., Hof D. E.

,

Spectrochim. Acta, Part B 45, 1031.

THE TRANSFER OF POLARIZED LIGHT IN STARK BROADENED HYDROGEN LINES IN THE

PRESENCE OF A MAGNETIC FIELD. Mathys G., J. Quant. Spectrosc . Radiat

Transfer 44, 143.

USE OF A PRIORI I INFORMATION OF SPECTRAL-LINE SHAPE IN THE SOLUTION OF A

REDUCTION PROBLEM. Mishin I. V., Opt. Spectrosc. (USSR)69, 133.

STARK BROADENING OF SEVERAL Si II LINES. Perez C, De La Rosa M. I., De

Frutos A. M. , Gonzalez V. R. , Mar S., Ann. Phys. (Paris) Colloq. No 3,

15, 115.

ION CORRELATIONS AND ION MICROFIELDS AT IMPURITIES IN DENSE PLASMAS.

Perrot F., Dharma-wardana M. W. C, Phys. Rev. A 41, 3281.

ENERGETIC ANALYSIS OF H PROFILES IN THE CATHODE REGION OF A DISCHARGE.

a Plain A., Barbeau C, Jolly J., Ann. Phys. (Paris) Colloq. No 3,

15, 117. (Fr.)

- 206 -
4929. ATOMIC DATA FOR OPACITY CALCULATIONS: XIII. LINE PROFILES FOR TRANSITIONS

IN HYDROGENIC IONS. Seaton M. J., J. Phys . B 23, 3255.

4930. CONTOUR OF Yb 398.8-nra LINE ABSORPTION UNDER RESONANCE BROADENING AND

POTENTIALS OF Yb-Yb INTERACTIONS. Shabanova L. N. , Opt. Spectrosc. (USSR)

69, 443.

4931. A UNIFIED PRESENTATION OF THE VOIGT FUNCTIONS. Siddiqui A., Astrophys.

Space Sci. 167, 263.

4932. COLLISIONAL BROADENING AND SHIFT OF THE 4p

3 P - 5s3 S FINE STRUCTURE

J l LINES OF CALCIUM PERTURBED BY HYDROGEN ATOMS. Spielfiedel A., Feautrier

N. , Chambaud G., Levy B., Ann. Phys. (Paris) Colloq. No 3, 15, 119.

4933. STARK BROADENING REGULARITIES WITHIN SUCCESSIVE IONIZATION STAGES OF

PHOSPHORUS AND SULFUR. Sreckovic A., Djenize S., Labat J., Platisa M.

,

Puric J., Fizika (Zagreb) 22, 583.

4934. SIMULATION MICROFIELD METHOD FOR PLASMA SPECTROSCOPY. Stamm R. , Calisti

A., Kaftandjian P. V., Talin B., J. Quant. Spectrosc. Radiat . Transfer

44, 19.

4935. WHAT IS MEANT BY LOW OR HIGH DENSITIES IN THE STARK BROADENING OF

HYDROGENIC ION LINES?. Stehle C. , J. Quant. Spectrosc. Radiat. Transfer

44, 135.

4936. MARKOVI AN AND NON - MARKOVI AN TREATMENTS OF PARTIALLY OVERLAPPING LINES.

Stehle C .

, Voslamber D., Feautrier N. , Ann. Phys. (Paris) Colloq. No 3,

15, 121. (Fr.)

4937. MEASUREMENTS OF SELF BROADENING OF THE TRIPLET LINE A = 706.5 nm IN

HELIUM. Su J. F., Nicol J. L. , J. Phys. B 23, 2215.

4938. BEHAVIOR OF ALLOWED (4

3 D-23 P) AND FORBIDDEN (4

3 F-23 P) COMPONENTS OF

THE He 4472 A LINE IN HIGH ELECTRON DENSITY He Z-PINCH PLASMAS. Sueraitsu

H., Ikawi K. , Takemoto Y. , Yoshida E. , J. Phys. B 23, 1129.

4939. THEORETICAL CALCULATION OF IMPACT BROADENING RATES OF Rb ns RYDBERG

LEVELS BY NOBLE GASES. Sun J.-Q., West P. J., J. Phys. B23 , 4119.

- 207 - 1990
4940. INTERACTION POTENTIAL OF THE H-He SYSTEM AND THE HYPERFINE FREQUENCY

SHIFT OF H IN He BUFFER GAS. Tang K. T., Yang X. D., Phys . Rev. A 42, 311.

4941. H -LINE PROFILE MEASUREMENTS IN OPTICAL DISCHARGES. Uhlenbusch J., Viol

W. , J. Quant. Spectrosc . Radiat . Transfer 44, 47.

4942. SHIFTS OF THE SPECTRAL LINES OF He

+ PRODUCED BY ELECTRON COLLISIONS.

Unnikrishnan K. , Callaway J., Oza D. H. , Phys. Rev. A 42, 6602.

4943. SPECTRAL DIAGNOSTIC OF A RESONANTLY LASER CREATED NON-DEBYE PLASMA.

Valognes J. C, Bardet J. P., Diraarcq C, Giry L., J. Phys. (Paris) 51,

2033.

4944. XENON- INDUCED BLUE SHIFT OF THULIUM ABSORPTION LINES. Vedenin V. D., Opt.

Spectrosc. (USSR) 69, 726.

4945. COLLI SIONAL BROADENING AND SHIFT OF THE 539.4 nra ARGON LINE. Wolnikowski

J. , Phys. Scr. 42, 220.

4946. QUASISTATIC WINGS OF THE RESONANCE LINES OF Ne , Ar , Kr , and Xe ATOMS IN

HELIUM. Zagrebin A. L. , Pavlovskaya N. A., Opt. Spectrosc. (USSR) 68, 19.

4947. QUASISTATIC SATELLITES OF RESONANCE LINES OF ATOMIC Ar , Kr , AND Xe IN

NEON. Zagrebin A. L. , Pavlovskaya N. A., Opt. Spectrosc. (USSR) 68, 289.

1991

4948. STARK -BROADENING OF THE HELIUM LINES 447 AND 492 nra AT LOW ELECTRON

DENSITIES. Adler H. G. , Piel A., J. Quant. Spectrosc. Radiat. Transfer

45, 11.

4949. TIME -DEPENDENT STATISTICAL PROPERTIES OF THE ELECTRIC MICROFIELD SEEN BY

A NEUTRAL RADIATOR. Alastuey A., Lebowitz J. L. , Levesque D., Phys. Rev.

A 43, 2673.

4950. TEMPERATURE AND DENSITY DEPENDENCE OF THE LYMAN a LINE WING IN

HYDROGEN-RICH WHITE DWARF ATMOSPHERES . Allard N. F., Kielkopf J., Astron.

Astrophys. 242, 133.

4951. THE LYMAN ALPHA LINE WING IN HYDROGEN-RICH WHITE DWARF ATMOSPHERES.

Allard N. F., Kielkopf J., "White Dwarfs," 353-360 (Eds. G. Vauclair & E.

Sion, Kluwer Academic, Dordrecht, Holland, 1991).

1990-1991 - 208 -
4952. COLLISIONAL BROADENING AND SHIFT OF THE ALKALI RESONANCE LINES. Andretta

V., Gomez M . T., Severino G., Solar Phys . 131, 1.

4953. AN INVESTIGATION OF BRUECKNER'S THEORY OF LINE BROADENING WITH

APPLICATION TO THE SODIUM D LINES. Anstee S. D., O'Mara B. J., Mon. Not.

R. Astron. Soc . 253, 549.

4954. OVERLAPPED STARK PROFILES OF COINCIDENT X-RAY LINES AS POSSIBLE

DIAGNOSTICS OF CORE-SHELL MIXING IN SPHERICAL PLASMA IMPLOSIONS. Apruzese

J. P., Kepple P. C. , Phys. Rev. A 43, 6964.

4955. SPECTROSCOPIC MEASUREMENTS OF ELECTRON DENSITY OF CAPILLARY PLASMA BASED

ON STARK BROADENING OF HYDROGEN LINES. Ashkenazy J., Kipper R. , Caner M.

,

Phys. Rev. A 43, 5568.

4956. EXPERIMENTAL DETERMINATION OF THE ION BROADENING PARAMETER OF THE 703 ran LINE OF NEUTRAL ARGON. Badie J. M. , Bacri J., J. Phys. D24, 809. (Fr.)

4957. DIAGNOSTICS OF THE PLASMA IN A HIGH POWER INDUCTION PLASMATRON BY THE

INTENSITY AND BROADENING OF SPECTRAL LINES. Baronets P. N. , Bykova N. G.,

J. Appl. Spectrosc. (USSR) 54, 399.

4958. EXPERIMENTAL STARK WIDTHS OF XENON II SPECTRAL LINES. Bertuccelli D.,

Bertuccelli G., Di Rocco H. 0., Phys. Scr. 43, 469.

4959. OPTICAL TRANSITION PROBABILITIES FOR LINES OBTAINED FROM PULSED SOURCES.

Bertuccelli D., Bertuccelli G., Di Rocco H. 0., Rev. Sci. Instrum. 62,

966.

4960. STARK WIDTHS OF SINGLE IONIZED KRYPTON AND BROADENING REGULARITIES.

Bertuccelli G., Di Rocco H. 0., Phys. Scr. 44, 138.

4961. PRESSURE EFFECTS ON 2p

5 3p - 2p5 5d AND 2p

5 3p - 2p5 6d TRANSITIONS IN NEON.

Bielski A., Brym S., Szudy J., Trawinski R. S., Wolnikowski J., J. Phys.

B 24, 4909.

4962. PRESSURE EFFECTS ON THE 506 ran ARGON LINE. Bielski A., Trawinski R. S.,

Wolnikowski J., Szudy J., Phys. Scr. 44, 141.

4963. COMPENSATION OF THE SECOND-ORDER DOPPLER EFFECT IN TWO-PHOTON

SPECTROSCOPY OF ATOMIC HYDROGEN. Biraben F., Julien L. , Plon J., Nez F.,

Europhys. Lett. 15, 831.

- 209 - 1991
4964. COLLISIONAL BROADENING OF RYDBERG STATES BY ALKALI -METAL PERTURBERS

Borodin V. M. , Fabrikant I. I., Kazansky A. K. , Phys . Rev. A 44, 5725.

4965. RESONANCE FLUORESCENCE IN RADIATIVE COLLISIONS: THEORETICAL STUDY OF THE

SPECTRAL LINE SHAPES. Buffa R., Matera M. , Phys. Rev. A 44, 5833.

4966. ON THE MECHANISM OF DOPPLER BROADENING OF H AFTER DISSOCIATIVE

0

EXCITATION IN HYDROGEN GLOW DISCHARGES. Bzenic S. A., Radovanov S. B.,

Vrhovac S. B., Velikic Z. B., Jelenkovic B. M. , Chem. Phys. Lett. 184,

108.

4967. SHIFT AND WIDTH OF THE BALMER-a AND LYMAN LINES OF NEUTRAL HYDROGEN DUE

TO ELECTRON COLLISIONS. Callaway J., Unnikrishnan K. , Phys. Rev. A 44,

3001.

4968. COLLISIONAL-REDISTRIBUTION MEASUREMENTS INCLUDING THE EFFECT OF VELOCITY.

Capozzi F. , Belsley M. , Ewart P., Phys. Rev. A 44, 6136.

4969. EXPERIMENTAL DETERMINATION AND CALCULATION OF THE COLLISION RELAXATION

RATES IN THE 5

2 P AND 5

2 P LEVELS OF ATOMIC IODINE. Cerny D., Baci:

1/2 3/2

R. , Bussery B., Nota M., Verges J., J. Chem. Phys. 95, 5790.

4970. RADIATION TRAPPING IN THE FAR WINGS OF THE FOREIGN-GAS BROADENED

POTASSIUM RESONANCE LINES. Colbert T., Huennekens J., Phys. Rev. A 44,

4753.

4971. STARK BROADENING OF Li I LINES. Dimitri jevic M. S., Sahal-Brechot S., J.

Quant. Spectrosc . Radiat . Transfer 46, 41.

4972. LINE SHAPES INVESTIGATIONS IN YUGOSLAVIA II (1985-1989). Dimitri jevic M.

S., Publ. Obs. Astron. Belgrade No. 41, 1-129.

4973. BROADENING OF Li I LINES BY COLLISIONS WITH CHARGED PARTICLES.

Dimitri jevic M. S., Sahal -Brechot S., Bull. Obs. Astron. Belgrade

No. 143, 29(1991).

4974. SEMICLASSICAL CALCULATIONS OF STARK BROADENING PARAMETERS. Dimitri jevic

M. S., Sahal-Brechot S., J. Phys. IV, Colloq. CI 1, CI -111.

4975. STARK BROADENING OF SPECTRAL LINES OF MULTICHARGED IONS OF ASTROPHYS ICAL

INTEREST. I. C IV LINES. Dimitri jevic M. S., Sahal-Brechot S., Bommier

V., Astron. Astrophys . , Suppl . Ser. 89, 581.

1991 210
4976. STARK BROADENING OF SPECTRAL LINES OF MULTI CHARGED IONS OF ASTROPHYSICAL

INTEREST. II. Si IV LINES. Diraitri jevic M. S., Sahal -Brechot S. , Bommier

V., Astron. Astrophys . , Suppl . Ser 89, 591.

4977. STARK BROADENING PARAMETER TABLES FOR SPECTRAL LINES OF MULT I CHARGED IONS

OF ASTROPHYSICAL INTEREST. I: C IV LINES. Dimitri jevic M. S.

,

Sahal -Brechot S., Bommier V., Bull. Obs . Astron. Belgrade No. 144, 65.

4978. STARK BROADENING PARAMETER TABLES FOR SPECTRAL LINES OF MULTI CHARGED IONS

OF ASTROPHYSICAL INTEREST. II. Si IV LINES. Dimitri jevic M. S.,

Sahal-Brechot S., Bommier V., Bull. Obs. Astron. Belgrade No 144, 81.

4979. STARK BROADENING AND SHIFT OF SINGLY AND DOUBLY IONIZED FLUORINE SPECTRAL

LINES. Djenize S., Labat J., Sreckovic A., Labat 0., Platisa M. , Puric

J. , Phys. Scr. 44, 148.

4980. STARK BROADENING AND SHIFT OF SINGLY IONIZED ZINC AND CADMIUM SPECTRAL

LINES. Djenize S., Sreckovic A., Labat J., Konjevic R. , Popovic L. , Phys.

Rev. A 44, 410.

4981. STARK BROADENING AND SHIFT OF 0 II SPECTRAL LINES IN HIGHER MULTIPLETS

.

Djenize S., Sreckovic A., Labat J., Platisa M. , Z. Phys. D 21, 295.

4982. STARK BROADENING REGULARITIES ALONG A HOMOLOGOUS SEQUENCE OF THE SECOND

GROUP IN THE PERIODIC SYSTEM. Djenize S., Sreckovic A., Labat J., J.

Quant. Spectrosc. Radiat. Transfer 46, 433.

4983. OBSERVATION OF ELECTROMAGNETI CALLY INDUCED TRANSPARENCY IN COLLI S I ONALLY

BROADENED LEAD VAPOR. Field J. E., Hahn K. H. , Harris S. E., Phys. Rev.

Lett. 67, 3062.

4984. SPECTRAL LINE SHAPE ARISING FROM COLLISIONAL INTERFERENCE BETWEEN

ELECTRIC-DIPOLE-ALLOWED AND COLLISION- INDUCED TRANSITIONS. Gao B., Tabisz

G. C, Trippenbach M. , Cooper J., Phys. Rev. A 44, 7379.

4985. RESONANT MODIFICATION OF QUASISTATIC PROFILES OF SPECTRAL LINES OF

HYDROGEN IN A PLASMA UNDER THE INFLUENCE OF NONCOLLINEAR HARMONIC

ELECTRIC FIELDS. Gavrilenko V. P., Sov. Phys.--JETP 72, 624.

4986. EFFECT OF BACK REACTION ON BROADENING OF ATOMIC SPECTRAL LINES IN THE

IMPACT APPROXIMATION. Grabowski B., Czainski A., Dimitri jevic M. S., J.

Quant. Spectrosc. Radiat. Transfer 45, 181.

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4987.

4988.

4989.

4990.

4991.

4992.

4993.

4994.

4995.

4996.

4997.

4998.

1991

COMPARISON OF SECOND-ORDER IMPACT LINE SHIFTS. Griem H. R. , Iglesias C.

A., Boercker D. B . , Phys . Rev. A 44, 5318.

SPECTRAL LINE BROADENING FROM INDUCED RADIATIVE PROCESSES IN SOFT X-RAY

LASER AMPLIFIERS. Griem H. R. , Moreno J. C. , Phys. Rev. A 44, 4564.

HYDROGEN SPECTRAL LINES WITH THE INCLUSION OF DENSE-PLASMA EFFECTS.

Gunter S., Hitzschke L. , Ropke G., Phys. Rev. A 44, 6834.

MEASURED PRESSURE BROADENING AND SHIFT RATES OF THE 1.73 //m (5d[3/2] - 6p[5/2] ) TRANSITION OF XENON. Hebner G. A., Hays G. N. , Appl . Phys.

Lett. 59, 537.

STARK EFFECT BROADENING OF BALMER LINES AT MEDIUM ELECTRON DENSITIES.

Helbig V., Contrib. Plasma Phys. 31, 183. (Ger)

PRECISE MEASUREMENT OF THE STARK SHIFT OF THE LITHIUM D 1 LINE. Hunter L.

R. , Krause D. Jr., Berkeland D. J., Boshier M. G., Phys. Rev. A 44, 6140.

STARK BROADENING AND SATELLITE STRUCTURE OF HYDROGEN SPECTRAL LINES IN

THE PRESENCE OF CONSTANT AND MICROWAVE ELECTRIC FIELDS. Klimchitskaya G.

L., Pavlov Yu. V., J. Phys. B 24, 1899.

TEMPERATURE DEPENDENCE OF SPECTRAL LINESHIFTS IN PRESSURE BROADENING.

Kreye W. C, Kielkopf J. F. , J. Phys. B 24, 65.

THE SPECTRA OF RADIATION REDISTRIBUTION IN THE PRESENCE OF

VELOCITY-CHANGING COLLISIONS. Kryszewski S., Nienhuis G., J. Phys. B 24,

3959.

STARK BROADENING AND REGULARITIES OF IONIZED BROMINE SPECTRAL LINES.

Labat 0., Djenize S., Puric J., Labat J. M. , Sreckovic A., J. Phys. B

24, 1251.

OPTICAL PUMPING OF Rb IN THE PRESENCE OF HIGH-PRESSURE

3 He BUFFER GAS.

Larson B., Hausser 0., Delheij P. P. J., Whittal D. M. , Thiessen D.

,

Phys. Rev. A 44, 3108.

LINEAR ABSORPTION MEASUREMENTS OF PRESSURE BROADENING IN NEON. Lindsay A.

C, Nicol J. L. , Stacey D. N. , J. Phys. B 24, 4901.

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4999. CALCULATIONAL ASPECTS OF THE STARK LINE BROADENING OF MULT I ELECTRON IONS

IN PLASMAS. Mancini R. C, Kilcrease D. P., Woltz L. A., Hooper C. F.

Jr., Coraput . Phys . Commun. 63, 314.

5000. SUPPLEMENTAL DATA ON LINE SHIFTS AND LINE PROFILES STUDIES IN AN

INDUCTIVELY COUPLED ARGON PLASMA. Manning T. J., Palmer B. A., Hof D. E.

,

Winefordner J. D., Spectrochim. Acta, Part B 46, 447.

5001. SHIFTS OF THE H LINE IN DENSE HYDROGEN PLASMAS. Miiatovic Z., Pavlov M.

,

Djurovic S., Phys. Rev. A 43, 6095.

5002. INFLUENCE OF A d.c. MAGNETIC FIELD ON THE He I 447.1 nm LINE IN PURE

HELIUM PLASMAS. Mijatovic Z., Pavlov M. , Djurovic S., Vujicic B.,

Kobilarov R., J. Quant. Spectrosc . Radiat . Transfer 46, 557.

5003. SELF -BROADENING OF SINGLET LINES OF HELIUM. Mullamphy D. F. T., Peach G.,

Whittingham I. B., J. Phys. B 24, 3709.

5004. AN ALGORITHM FOR DETERMINING DISPERSION AND DOPPLER LINE WIDTHS FROM

LIMITED EXPERIMENTAL DATA. Nigmatullin R. R. , Shcherbakova N. K.

,

Salakhov M. Kh. , J. Quant. Spectrosc. Radiat. Transfer 45, 355.

5005. SPECTROSCOPY OF ATOMIC HYDROGEN IN DENSE PLASMAS IN THE PRESENCE OF

DYNAMIC FIELDS: INTRA-STARK SPECTROSCOPY. Oks E. A., Boddeker St., Kunze

H.-J., Phys. Rev. A 44, 8338.

5006. EXCITATION AND IONIZATION CHARACTERISTICS OF A d.c. ARGON PLASMA

EVALUATED BY MEANS OF EMISSION AND ABSORPTION OF IRON LINES AND

BROADENING OF THE HYDROGEN H LINE- -EXPERIMENTAL FACTS. Pavlovic M. S.,

Pavlovic N. Z. , Marinkovic M. , Spectrochim. Acta, Part B 46, 1487.

5007. CALIBRATION OF THE STARK-BROADENING PARAMETERS FOR SOME He I LINES. Perez

C, de la Rosa I . , de Frutos A. M. , Mar S., Phys. Rev. A 44, 6785.

5008. STARK BROADENING OF SOME C I and C II LINES. Perez C, de la Rosa I., de

Frutos A. M. , Mar S. , Phys. Rev. A 44, 6948.

5009. THEORETICAL STUDY OF REDISTRIBUTION OF LIGHT IN Ca-He COLLISIONS. Pouilly

B., J. Chem. Phys. 95, 5861.

- 213 - 1991
5010. REGULARITIES OF STARK PARAMETERS ALONG THE PERIODIC TABLE. Puric J., Cuk

M. , Dimitri jevic M. S., Lesage A., Astrophys . J. 382, 353.

5011. STARK BROADENING REGULARITIES WITHIN SUCCESSIVE IONIZATION STAGES IN

KRYPTON AND XENON. Puric J., Djenize S., Labat J., Sreckovic A., Platisa

M. , Contrib. Plasma Phys . 31, 63.

5012. EXCHANGE COLLISION KERNEL. Rogers G. L. , Berman P. R., Phys. Rev. A 44,

417.

5013. BROADENING OF IONIC ISOLATED LINES BY INTERACTIONS WITH POSITIVELY

CHARGED PERTURBERS IN THE QUASISTATIC LIMIT. Sahal -Brechot S., Astron.

Astrophys. 245, 322.

5014. EFFECT OF NEAREST -NEIGHBOR IONS ON EXCITED IONIC STATES, EMISSION

SPECTRA, AND LINE PROFILES IN HOT AND DENSE PLASMAS. Salzmann D., Stein

J., Goldberg I. B., Pratt R. H., Phys. Rev. A 44, 1270.

5015. QUANTUM ELECTRODYNAMICAL THEORY FOR THE NATURAL SHAPE OF THE SPECTRAL

LINE. Shabaev V. M. , J. Phys. A 24, 5665.

5016. COLLISION BROADENING OF THE 4s4p(

3 P°) - 4s5s(3 S) LINE OF CALCIUM

PERTURBED BY HYDROGEN AND COLLISION INDUCED TRANSITIONS AMONG THE 4s4p

(

3 P°) STATES. Spielfiedel A., Feautrier N. , Chambaud G., Levy B., J.

Phys. B 24, 4711.

5017. LINE SHAPES OF HYDROGEN AND HYDROGENIC IONS IN PLASMAS. Stehle C, J.

Phys. IV, Colloq. CI 1, Cl-121.

5018. IMPACT -BROADENED CROSS SECTIONS OF RYDBERG LEVELS OF ALKALINE -EARTH ATOMS

BY COLLISION WITH RARE GASES AT THERMAL ENERGY . Sun J.-Q., Matthias E.,

Heber K.-D., West P. J., Giidde J., Phys. Rev. A 43, 5956.

5019. DETERMINATION OF THE ELECTRON DENSITY FROM THE STARK BROADENING OF BALMER

BETA -COMPARISON BETWEEN EXPERIMENT AND THEORY. Thorasen C, Helbig V.,

Spectrochim. Acta, Part B 46, 1215.

5020. OBSERVATION OF CONTINUUM ABSORPTION SPECTRA IN FAR WINGS OF THE Yb

RESONANCE LINE BROADENED BY He, Ne , Ar , Kr , Xe , AND Yb. Ueda K. , Sonobe

O., Chiba H., Sato Y. , J. Chem. Phys. 95, 8083.

1991 - 214 -
5021. OBSERVATION OF FAR-WING ABSORPTION BANDS OF THE Ba 6s

2 X S - 5d6pX P

o r1 LINE BROADENED BY RARE GASES. Ueda K. , Sotome H., Sato Y. , J. Chem. Phys

.

94, 1903.

5022. OBSERVATION OF PAIR ABSORPTION AND SELF -BROADENING IN Ba VAPOR. Ueda K.

,

Sotome H. , Sato Y. , J. Chem. Phys. 94, 1907.

5023. SHIFT AND WIDTH OF THE LYMAN

a LINE OF NEUTRAL HYDROGEN DUE TO ELECTRON

COLLISIONS. Unnikrishnan K. , Callaway J., Phys. Rev. A 43, 3619.

5024. STARK BROADENING OF THE He I 4471 A LINE AND ITS FORBIDDEN COMPONENT AT

HIGH ELECTRON DENSITIES. Uzelac N. I., Stefanovic I., Konjevic N. , J.

Quant. Spectrosc . Radiat . Transfer 46, 447.

5025. MEASUREMENTS OF THE CURRENT DENSITY IN ARC CATHODE SPOTS FROM THE ZEEMAN

SPLITTING OF EMISSION LINES. Vogel . N. , Juttner B., J. Phys. D 24, 922.

5026. EFFECTS OF ELECTRIC MICROFIELDS ON ARGON DIELECTRONIC SATELLITE SPECTRA

IN LASER- PRODUCED PLASMAS. Woltz L. A., Jacobs V. L., Hooper C. F. Jr., . Mancini R. C. , Phys. Rev. A 44, 1281.

1992

5027. STATE -TO -STATE RATE CONSTANTS FOR QUENCHING OF XENON 6p LEVELS BY RARE

GASES. Alford W. J., J. Chem. Phys. 96, 4330.

5028. SPECTRAL LINE SHAPES IN ASTROPHYSICS AND PLASMA PHYSICS.

Atanackovic - Vukmanovic O., Dimitrijevic M. S., Publ . Obs . Astron.

Belgrade No. 43, Ch. 11.2, 76-98.

5029. THE OPTICALLY THICK C III SPECTRUM. I. TERM POPULATIONS AND MULTIPLET

INTENSITIES AT LOWER OPTICAL DEPTHS. Bhatia A. K. , Kastner S. O.,

Astrophys. J., Suppl . Ser . 79, 139.

5030. THE ADIABATIC MECHANISM OF THE COLLISIONAL BROADENING OF RYDBERG STATES

VIA A LOOSELY BOUND RESONANCE STATE OF AMBIENT GAS ATOMS. Borodin V. M.

,

Kazansky A. K. , J. Phys. B 25, 971.

5031. STARK BROADENING PARAMETER TABLES FOR Be II LINES OF ASTROPHYS I CAL

INTEREST. Dimitrijevic M. S., Sahal -Brechot S., Bull. Astron. Belgrade

No. 145, 65.

- 215 - 1991-1992
5032. STARK BROADENING PARAMETER TABLES FOR Ca II LINES OF ASTROPHYS I CAL

INTEREST. Dimitrijevic M. S., Sahal -Brechot S., Bull. Astron. Belgrade

No. 145, 83.

5033. MEASURED STARK WIDTHS OF B I, B II, B III, AND Na I SPECTRAL LINES.

Djenize S., Sreckovic A., Labat J., Platisa M. , Phys . Scr. 45, 320.

5034. MEASURED STARK WIDTHS OF DOUBLY AND TRIPLY IONIZED SILICON SPECTRAL

LINES. Djenize S., Sreckovic A., Labat J., Puric J., Platisa M.

,

J. Phys. B 25, 785.

5035. STARK SHIFTS OF SINGLY- IONIZED NITROGEN SPECTRAL LINES. Djenize S.,

Sreckovic A., Labat J., Astron. Astrophys . 253, 632.

5036. H ATOM PLASMA DIAGNOSTICS: A SENSITIVE PROBE OF TEMPERATURE AND PURITY.

Dunlop J. R. , Tserepi A. D., Preppernau B. L. , Cerny T. M. , Miller T. A.,

Plasma Chem. Plasma Process. 12, 89.

5037. LASER-INDUCED COLLISIONAL ENERGY TRANSFER: HIGH-ACCURACY MEASUREMENT OF

THE SPECTRAL LINE SHAPE IN WEAK-FIELD REGIME. Fini L. , Buffa R. , Pratesi

R. , Bambini A., Matera M., Mazzoni M. , Europhys . Lett. 18, 23.

5038. FOREIGN GAS BROADENING AND SHIFT IN THE LEAD RESONANCE LINE AT A = 283.3

rim. Kotteritzsch M. , Gries W. , Hese A., J. Phys. B 25, 913.

5039. DOPPLER- SHIFTED LINE PROFILES FROM SPHERICALLY EXPANDING PLASMAS. Moreno

J. C, Goldsmith S., Griem H. R. , J. Opt. Soc . Am. B 9, 339.

5040. REINVESTIGATION OF SOME OF THE AUTOIONIZING LEVELS IN THE SPECTRUM OF Cu

I. RajaRao P. M. , Padmanabhan S., Krishnamurty G., Raja Sekhar B. N. , J.

Quant. Spectrosc. Radiat . Transfer 47, 113.

5041. PRESSURE BROADENING OF THE CALCIUM 657.3 nm LINE BY HELIUM, NEON AND

ARGON. Rohe-Hansen J., Helbig V., J. Phys. B 25, 71.

5042. SPIN-EXCHANGE FREQUENCY SHIFT IN A CESIUM ATOMIC FOUNTAIN. Tiesinga E.,

Verhaar B. J., Stoof H. T. C, Bragt D. van, Phys. Rev. A 45, R2671.

5043. A METHOD FOR DETERMINING THE COLUMN DENSITY FROM THE PRESSURE -BROADENED

RESONANCE LINES. Ueda K. , Sonobe O., Chiba H., Sato Y. , Namioka T., Rev.

Sci. Instrum. 63, 1690.

1992 - 216 -
5044. MEASUREMENTS OF LINE BROADENING OF B V H and L IN A LASER- PRODUCED

a 6 PLASMA. Wang J. S., Griem H. R., Huang Y. W. , Bottcher F., Phys . Rev. A

45, 4010.

5045. REGULARITIES IN EXPERIMENTAL STARK SHIFTS. Wiese W, L. , Konjevic N., J.

Quant. Spectrosc. Radiat . Transfer 47, 185.

- 217 - 1992
4. LIST OF AUTHORS.

Author. Ref. No. from Part 3.

Abadie D.

3879, 4086, 4358, 4816

Abbas A.

4655, 4656, 4657

Abd El-Aal Z. A.

4655

Abdel-Aal Z. A.

4656, 4657, 4770

Abdulla A. G. H.

4869

Ackerhalt J. R.

4823

Ackermann U.

3937, 4255

Adachi A.

3185

Adachi Y.

4578, 4725, 4805

Adcock J. C. Jr.

3782, 3938

Adler H.

4412

Adler H. G.

4948

Aferenko E. V.

4762

Afonin S. V.

4125

Agarwal G . S

3901, 4763

Author. Ref. No. from Part 3.

Agladze N. I.

4539

Agresti A.

4658

Akazaki M.

4705

Akhmedov E. Kh.

4256

Akhmedzhanov R . A

4126

Akhrem A. A.

4001

Akul ' shin A . M

3783

Al-Hilfy A.

3784

Al-Saqabi B. N. I.

4540

Al-Shiraida Y. S.

3242, 3426

Alam R. C.

4857

Alastuey A.

4127, 4949

Alaterre P.

4257, 4431

Alber G.

4258, 4259, 4260, 4413

Aleksandrov E. B.

3596, 4128, 4261

- 218 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Aleksandrovich K. V.

3100, 3126

Alekseev V. A.

3101, 3127

Alexiou S.

4662, 4858, 4859

Alford W. J.

3939, 4057, 4129, 4262, 4419,

5027

Ali Y. M

.

3684

Alipieva E. A.

3102

Alkemade C. Th. J.

3183, 3230, 3579, 3681, 3682,

3920, 4073, 4523, 4623, 4624,

4625

Allano D.

3701

Allard F.

4860

Allard N. F.

3321, 3427, 3473, 3500, 3785,

3786, 3940, 4130, 4263, 4541,

4659, 4660, 4861, 4862, 4950,

4951

Allegrini M.

4895

Allen L.

3981

Alley W. E.

3787

Alvarez II R. J.

4918

Alvarez J. M.

3107, 3128, 3259, 3437, 4211

Amare J . C

.

3107, 4211

Amini B

.

4414

Aminoff C. G.

3369, 3892, 3941

Amir A.

4585

Andersen N.

4129, 4262

Andersen T. B.

3428

Anderson L.

4564

Anderson V. E.

3363

Andreev E. A.

3597

Andretta V.

4952

Angel ie A.

4415

Anstee S. D.

4953

Anufrienko A. V.

4863

Apai P.

4735

Apruzese J. P.

4264, 4265, 4954

- 219 -
Author. Ref . No. from Part 3.

Arata Y.

4131, 4132, 4266, 4542, 4543

Araujo J. M. R.

3598

Arbadji S. A.

3788

Archirel P.

4676

Arditi M.

3307

Argawal G . S

4544

Arnoldus H . F

4267, 4545

Arnous E

3942

Artru M. C.

4715

Ashkenazy J

4955

Atadzhanov M. R.

3789

Ataraas S. N.

4133

Atanackovic -Vukmanovic 0.

4884, 5028

Atkinson J. B.

3933

Aube s M

3970

Audebert P.

4134, 4257, 4431

Author. Ref. No. from Part 3.

Auerbach J. M.

3243

Auluck S. K. H.

4831

Averbukh I. Sh.

4628

Ayers E. L.

4661

Babaev A. S

3244

Babaev V. S.

3129, 3130, 3244, 3429

Bacchus -Montabonel M. C.

4268

Bachet G.

3537

Bacis R.

4969

Backstrom M.

4135

Bacri J.

4956

Badie J. M.

4864, 4956

Baessler P.

3245, 3430

Bailey D. S.

3243

Baird J. C.

4662, 4859

Baird J. P.

3246

- 220 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Baird P. E. G.

3247, 4817

Bakaev D. S.

3131, 3599

Baker E. A. M.

3132, 3248

Baklanov E. V.

3600, 3601

Baklanov Ye . V

.

3249

Bakshi P.

4865, 4911

Bakshi V.

4764, 4765, 4766

Balashov A. A.

4539

Baldwin K. G. H.

3286, 4136, 4269, 4416, 4723

Ballagh R. J.

3103, 3154, 3446, 3452, 3779,

3804, 4778

Balling L. C.

3790

Bambini A.

4658, 5037

Band Y. B.

4483

Banon J

.

4137

Banon J . M

.

4270, 4546, 4767, 4768

Baravian G.

4547

Barbeau C

.

4928

Bardet J. P.

3943, 4417, 4866. 4943

Bardinov A. A.

4418

Barkov L. M.

4769

Barnard A. J.

3315, 3368, 3612, 4222

Baronets P. N.

4957

Baronnet J. M.

3250

Barr D.

3759

Baryshenkov F . F

.

3602

Baryshnikov F . F

.

3431

Basha T. S.

4655, 4656, 4657, 4770

Bassalo J. M.

3133, 3432, 3598, 3603, 3791

Bassani F.

3944

Bassini M.

3261

Bassyouni A. H.

3433, 3604, 3792, 3945

Bastian J.

3942

- 221 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Batal A.

3605

Batenin V. M.

3251

Bates R. H. T.

4608

Bathia K. S.

4271

Batyghin V. V.

3252

Batygin V. V.

3104, 3105, 3106, 3134, 3135,

3253, 3254, 3434, 3793, 3946,

3947

Batygin Vit . V.

3435

Batygin VI . V.

3435

Bauder U. H.

4501

Bava E

3948

Baylis W. E.

3949

Beckers J. M.

3136

Behmenburg W

3207, 3255, 3503, 3606, 4509,

4573

Behnke J. F.

4138

Behringer K.

3137

Beilin E. L.

4771

Bekefi G.

3396

BelBruno J. J.

3607, 3774

Belov V. N.

3608, 3609, 3610, 3794

Belsley M.

4262, 4419, 4420, 4548, 4968

Belsley M. S.

4663

Bely-Dubau F.

3256, 3257

Belyaev M. V.

3600

Ben Lakhdar Z

3890

Ben-Reuven A.

3611, 3800

Benesch W.

4139, 4661

Bengtson R. D.

3347, 3348, 3521, 3950, 4077,

4421

Beniaminy I

3812

Benjamin R. D.

4664

Bennett W. R. Jr.

3138, 3487

Benredjem D.

4470, 4491

- 222 -
Author. Ref . No. from Part 3. Author. Ref. No. from Part

Benredjem D. E

4867

Beuc R.

3755, 3796, 3797, 4140

Berard M.

3951

Beverini N.

3613, 4272, 4744

Berezin A. B.

3952, 4418

Bhatia A. K.

3496, 5029

Berezin I. A.

3100, 3126

Bhatia K. S

4869

Berkeland D. J

4992

Bialas J

3614

Berkovsky M. A.

4868

Berman P. R.

3139, 3258, 3338, 3424, 3436,

3509, 3685, 3760, 3795, 4658,

5012

Bernabeu E

.

3107, 3128, 3259, 3437, 4211,

4767, 4768

Bernard J. E.

3612

Bernu B.

4422

Beroff K.

3142, 3262, 3302

Bertschinger G.

3467

Bielski A.

3140, 3141

3511

3875

3615

3876

4273, 4276

3260, 3438, 3439,

3616, 3617, 3705,

3953, 3954, 4205,

4354, 4423, 4532,

4551, 4652, 4870, 4961, 4962

Bieniek R. J.

3955, 4274, 4275, 4549

Bilinska D.

4205

Billou E.

4864

Biraben F.

3090, 3142, 3178, 3261, 3262,

3302, 3870, 4895, 4963

Biraud Y. G.

3427, 3785, 3940, 4130, 4263,

4541, 4659

Bertuccelli D.

4958, 4959

Birnbaum G

3263, 4141

Bertuccelli G.

4682, 4781, 4958, 4959, 4960

Bessho S.

3197

Bitter M.

3264, 3618

Bjorkholm J. E.

3258, 3338, 3509
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Blades M. W.

4279, 4550, 4557

Blaha M.

3182, 3300, 3810, 4665, 4871,

4900

Bleize J. J.

4394

Bloch D.

3821

Bobatto G. E.

4727

Bobin J. L.

4866

Bobkowski R.

3615, 3953, 3954, 4059, 4276,

4423, 4551, 4570, 4789

Boddeker St.

5005

Boedo J

4421

Boercker D. B.

3956, 3957, 4142, 4295, 4317,

4552, 4894, 4987

Bogdanov Yu. V.

4424, 4553, 4666, 4772

Boiko V. A.

3265, 3619, 4143

Bokun V. C.

4840

Bombarda F

4773

Bommier V.

4975, 4976, 4977, 4978

Boriev I. A.

3958

Borisova N. F.

3905, 4247

Borodin V. M

4667, 4964, 5030

Borstel M. v. 4668

Boshier M. G.

4992

Bottcher F.

4554, 4617, 4669, 4695, 4907,

5044

Botzanowski Y.

4235, 4385, 4386

Bouchoule A.

3367

Boulet C.

3143

Boumans P . W . J . M.

4425, 4555

Bourdin E

3250

Bourke P.

3592

Bousquet C.

3266, 3440, 3622, 3960, 4144,

4426, 4670

Bower J.

3540

Bowering N.

3959, 4145

- 224 -
Author. Ref. No. from Part 3.

Bowman N . J

.

3144

Boyarskii K. K.

3102

Boyer D. W.

3145

Brablec A.

4277, 4556, 4671

Bracco G.

3620

Bradley K. R.

4829

Bradshaw J

.

3540

Bragt D. van

5042

Brandt T.

3621

Bras N.

3266, 3440, 3622, 3960, 4144

Brault J. W.

4297

Brault P.

4593, 4672

Bravo -Ortega A.

4807

Bredice F.

4682, 4781

Breene R. G. Jr.

3623

Breger P.

3477, 3478, 3479, 3670, 3671,

3844, 4669, 4804, 4905

Author. Ref. No. from Part 3.

Breton C.

3441, 3620

Brezna E.

3267

Brillet W.-U L.

3442, 3633, 3634, 3971

Bromage G . E

.

3336

Brooks N. H.

4000

Brooks W. S. C.

4673

Bruce D. M.

3146, 3798, 3961, 4271

Bryl K.

3616

Brym S.

4961

Buchwald R.

3467

Buffa G.

3962, 4427

Buffa R.

4965, 5037

Bukhvalov A. V.

3946

Bukshpun L. M.

4133

Bukvic S

.

4081

Bulyshev A. E.

4674

- 225 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Bunkin F. V,

4143

Bykova N. G.

4957

Burgess D. D.

3132, 3147, 3148 3221, 3248,

3268, 3443, 3624, 3625, 3799,

4074, 4136, 4269, 4337, 4345,

4416, 4723

Bzenic S. A.

4966

Cabral -Prieto A.

4807

Burggraf H

4003

Caby M

3527, 3528, 3719, 4491

Burgmans A . L . J

3806

Cagigal M. P.

4171

Burnett K.

3247, 3444, 3445, 3446, 3452,

3574, 3779, 3800, 3804, 3863,

3939, 4057, 4129, 4262, 4419,

4420, 4839

Burrell K. H.

4000

Cagnac B.

3090, 3112, 3178, 3261

Cahuzac Ph

3448

Cajko J.

3083

Burton L. L.

4550, 4557

Burtsev V. A.

4418

Busca G.

3413

Bussery B.

4969

Butaux J

3269, 3270, 3447

Butikov E. I

4146

Butler K.

4836, 4837

Butler L. R. P.

3466

Calisti A.

4558, 4675, 4872, 4873, 4912

4934

Callaway J.

4942, 4967, 5023

Calvert J. G.

3340

Cameron D. G.

4147

Camparo J . C

3963

Caner M.

4955

Capek V.

4774

Capozzi F.

4968

- 226 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Cappelli M. A.

4148, 4559

Cerny T. M.

5036

Capron B. A.

4428

Ch'en S. Y.

3414, 3473, 3655

Cardenoso V.

4447, 4448, 4580, 4775, 4796

Chaika M. P.

3513, 3610, 3789, 4334

Carillon A.

3312, 3313, 3852, 4479, 4910

Chambaud G

.

3271, 4430, 4676, 4932, 5016

Carlhoff C

4278, 4429

Chan L. K. P.

4149

Carlsten J. L.

3208, 3381

Chan S

. -K

4776

Carrington C. G,

3088

Chang R. K.

4572

Caste M . C.

4098

Castell R.

3900, 3964, 4032

Castex M. C.

4051

Catherinot A.

3820

Cattani M.

3133, 3432, 3598, 3603, 3791,

3801

Cauble R.

3802, 3965, 3966, 4265

Caughlin B. L.

4279, 4550

Ceglio N. M.

4284

Cerny D.

4969

Chapelle J.

3111, 3165, 3169, 3174, 3292,

3411, 3468, 3469, 3969, 4106,

4281, 4282, 4481

Chapline G.

3787

Charton G.

3658, 3659, 4174, 4453

Chatham R. H.

3449

Chebotayev V. P.

3249, 3967

Chen C. J.

3149

Chen D. A.

4644

Chen S. Y.

3150

227 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Chen T. J.

3685, 3855

Chenais-Popovics C.

4257, 4431

Cherkasov M. R.

4474

Chevillot A.

4541, 4659

Chiang W. T.

3151, 3152

Chiba H.

5020, 5043

Chien Y. M

3450

Chirkov V. A.

3619, 3676

Chotin J. L.

4351, 4477, 4478

Chouan Y.

4547

Chu S

. -

4141, 4742

Churilov S. S.

3502

Cirkovic L. M.

4249

Cirkovic L j

3084

Cirkovic L j . M.

3098, 3803, 4112, 4405, 4630,

4741

Ciziunas A. R.

3390

Clark B. 0.

3412

Clark P. K.

4069

Claude M . L.

3626, 4150

Clough S. A.

3272, 3809

Cobble J. A.

3273

Cohen L.

4170

Cohen- Tannoudji C.

3153, 3384, 3898

Colbert T.

4595, 4970

Coleman G. N.

4119

Collins C. B.

4111

Collins G. J.

3346

Cook R. J.

4823

Cooke W. E.

3451, 3652

Coonrod J

3563

Cooper I . L

4485, 4614, 4729

Cooper J.

3092, 3103, 3154, 3171, 3274,

3294, 3444, 3445, 3446, 3452,

3574, 3745, 3779, 3800, 3804,

3805, 3863, 3939, 3968, 4057,

228 -
Author. Ref . No. from Part 3. Author. Ref. No. from Part 3.

4129, 4234, 4259, 4260, 4262,

4355, 4413, 4419, 4420, 4465,

4548, 4561, 4639, 4663, 4749,

4750, 4777, 4778, 4827, 4913,

4984

Cuk M.

3699, 3871, 4048, 4083, 4223,

4224, 4371, 4372, 4629, 4736,

4738, 4739, 5010

Cope D.

4560, 4677, 4678

Cullmann E.

3155

Copeland G. E

4008

Curzon F. L.

3612

Cornelissen H. J

3806

Cyr N.

3921, 3922

Corney A.

3088, 3108, 3627, 3807

Czainski A.

4986

Cornille M.

3817

Czernichowski A.

3159, 3969, 4281, 4282, 4481

Coudert J. F

3250

Czerwosz E

3661

Couillaud B.

3700

Czub J.

3628, 4874

Coulaud G.

3169, 3292, 3468, 3469, 3527,

3528, 3719, 3884, 4214, 4470,

4491, 4867

Couris S.

4331

Coutts J.

4561, 4663

Cram L. E.

4280

Crampton S. B.

4647

Cremers R. M. M.

4503

Crumley R. J.

3457

Czuchaj E.

3275, 3453, 4151, 4152, 4380

D'Etat B.

4348, 4562, 4563

D'yachkov L. G.

4679, 4875

Dabkiewicz P.

3459

Dagenais M.

3629, 3808

Dalgarno A.

4141

Dalibard J.

3898

- 229 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Damany H

3327, 3328

Damaschini R.

3156, 3247, 3448, 3630, 3631

Darnel incourt J. J.

3157, 3970

Danby G.

4729

Danzmann K.

4432

Dappen W.

4564

Darowicki H.

3260

Darrigo R.

3701

Das P. P.

3471

Das T. P.

3896

Datla R. U.

3276

Datskou I

4896

Dattagupta S

4283

Davidovich L.

3158

Davies R. W.

3809

Davis J

3462, 3488, 3632, 3810, 4265,

4665, 4871

Davis S. J.

3983, 4069

Davy P.

3367, 3820

De Frutos A. M.

4926, 5007, 5008

De Galan L.

4846

De Groot J. J.

4407, 4635

De la Rosa I

5007, 5008

De La Rosa M. I

4926

De Loos-Vollefregt M . T. C.

4846

De Marchi A.

3948

De Michelis C.

3441

Deavor J. P.

4172

Deckraan H.

3423, 3592

Dehesa J. S.

3811

DeHoog F. J.

3346

Deinezhenko A. L.

4680

Delamater N. D.

4284, 4906

- 230 -
Author. Ref . No. from Part 3. Author. Ref. No. from Part 3.

Delettrez J.

3423

Delheij P. P. J.

4997

Delhoume M.

3633, 3634, 3971

Delone N. B.

3109

Delpech J. F.

3558

Delsart C.

3454

Demkin V. P.

3175

Demura A. V.

3091, 4863

Den S

. -J.

4829

Deng C. -H.

3277

Denize S.

4919

Denton M. B.

4735

Deridder G.

3580

Derzhiev V . I

.

4143

Desyatnik G. A.

3291

Deutsch C.

3668, 3669, 3842, 3843, 3972,

4013, 4153, 4178, 4179, 4312,

4876

Deutsch M.

3812

Devdariani A. Z.

4285, 4286, 4681, 4779

Devi V. M

.

3471

Devyatov A. M.

3586

Dewhurst R. J.

3455, 3456

DeWitt H. E.

4030, 4318

Dhali S. K.

3457

Dharma-wardana M. W. C.

3458, 4369, 4433, 4927

Di Lieto A.

4359, 4427, 4484

Di Rocco H. 0.

4682, 4780, 4781, 4877, 4878,

4958, 4959, 4960

Diatta C. S.

3159

Diaz M. A.

4683, 4879

Dickinson A . S

.

4361, 4383, 4485, 4614, 4729

Dickinson P. H. G.

4322

Dietz K. J.

3459

Dietz Th.

3568

- 231 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3

Dijkerman H. A.

4523

Dimarcq C.

4866, 4943

Dimitrijevic M. S.

j1d(J , O 1 C 1 3Lbl , 3 lb I , 0 0 a n 5111 , 3212

,

32 /8 , o i ~7 n 3279 , 0 0 0 r\ 3280

,

3281

,

3z82 , J 3z6 , 0071 33/1, 3460 , 3635 , o c o a 36 3o , O £ Q ~7 Jo J / , O £ o o 3638 , o f 0 n 3639 , 3640 , 3ol3 , 001/ 3ol4

,

001c 3ol5 , 3816 , 381/ , 1Q1 O 3olO , o n "7 0 jy / 3 , o n ~7 / 3y /4

,

3y / 5

,

t n i c jy / o

,

Q fV~7 ~7 0 n "7 0 jy / 0

,

4U41 , 4113 , 4154, 4155, 4156, 4157, 4158,

4196, 4197, 4287 , 4288, 4289,

4290, 4291, 42y2 , 4399

,

4400 , 4401, 4434, 4435 , 4436 ,

/ / D 1 443 / , 4438, 4439, 4441)

,

/ c £ c 43DD , 4566 , 4567, 4684, 4685 ,

f r 0 r 4686 , 4715 , 4756, 4782, / ~7 O O 4/83 ,

/ -70/ 4784

,

4785 , 4786, 4813, 4814, 4848, 4880,

4881, 4882, 4883, 4884, 4885,

4886, 4887 ,

/. 0 0 0 4oy 3 , 4y / 1 , 4972, 4973, 4974, 4975, 4976,

4977, 4978, 4986, 5010, 5028,

5031, 5032

Djenize S.

4630, 4631, 4687, 4736, 4737,

4738, 4739, 4740, 4741, 4787,

4889, 4890, 4891, 4892, 4933,

4979, 4980, 4981, 4982, 4996,

5011, 5033, 5034, 5035

D jeu N.

3589

Djulgerova R.

3110

Djuric Z.

4784

D jurovic S

4613, 4688, 4689, 4690, 4788,

4801, 4849, 4893, 5001, 5002

Dmitrieva I. V.

3979

Dobrichev V.

4159

Dodsworth B

3089

Dokurno W

3438, 3615, 3616, 3617

Donin V. I

3461

Donohue D . E

4167

Dragalov V. V.

4568

Drake J . J

4637, 4747

Drawin H. W.

3163, 3164, 3283, 3284, 3406,

3641, 3752, 3819, 3914

Drummond J . R

4293

Dubkov V . I

4160

Dubourg I

4441, 4442

Dubreuil B.

3165, 3367, 3820, 3980, 4294,

4498

Ducloy M.

3821

Duff J. W.

4101

- 232 -
Author. Ref . No. from Part 3.

Dufty J.

4029

Dufty J. W.

3956, 4295, 4552, 4894

Dugan C. H.

3351

Duley W. W.

3146, 3798, 3961, 4271

Dunaev V. V.

3285

Dunlop J. R.

5036

Dupont-Roc J.

3384, 3898

Dtiren R.

3822

Durrant A. V.

4161, 4162, 4480

Dust on D.

3462

Dyachkov L . G

.

4569

Dygdala R.

3953, 3954

Dygdala R. S

.

3876, 4570, 4571, 4691, 4692,

4789

Ebeling W.

4790, 4914

Eberly J. H.

3166

Eberz J.

4163

Author. Ref. No. from Part 3.

Eckart M. J.

3246, 3286

Edmonds A. R.

3576

Egorov V. K.

4164

Ehrich H.

3287, 3288, 3463, 3666

Eicher C. A.

3981

Eickmans J. H.

4572

Eigenson E. B.

4360

Einwohner T.

4092

El-Farra M. A.

3982

Elias L. R.

4585

Ely D.

3768

Engel'sht V. S.

3303

Engleman R. Jr.

3167. 3983

Erchov

3250

Erez G.

3115, 4241, 4582

Erickson G. J.

3464

- 233 -
Author. Ref. No. from Part 3 Author. Ref. No. from Part 3

Ermers A.

4573

Fauchais P.

3250

Ernst K.

4272

Fazakas J

4693

Esrom H.

3642

Evans R . G

3318

Evensky D . A

4296

Everett D.

3268

Ewart P.

3823, 4420, 4968

Exton R. J.

3168, 4574

Fabrikant I . I

4964

Fabry M.

4443, 4618

Faenov A. Ya

3265, 3619

Fafurina E. N.

3130, 3244, 3429

Faid K.

4444

Faires L. M.

4297

Farley J. W.

3643

Fassel V. A.

3329, 3880

Feautrier N.

3317

3815

4239

4397

5016

3576

3817

3633

3971

3634

3973.

3637,

4102,

4240, 4388

4841, 4842

4389, 4396,

4932, 4936,

Fedorova T. N.

4301, 4306

Feldman U.

4619

Ferguson A . I

3297, 3330

Ferray M.

3391, 3465, 3559, 3560, 3644 ; 3762, 4441, 4442

Ferreira N. P.

3466, 3645

Ferrell W. R.

4575

Field J. E.

4983

Filatov P. P.

3575

Filinov V. S.

3504, 3697

Findeisen M.

4002

Fini L.

5037

- 234 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Finken K. H.

3289, 3290, 3467, 3937, 4255

Finkenthal M.

3441

Firstova N. M.

4165

Firth W. J.

3614

Fisanick G. J.

4167

Fishman I. S.

3291, 3483, 3646, 3742, 4093,

4376, 4467, 4508, 4576, 4633,

4743

Fiutak J.

3628, 4874

Flesch J.

4213

Fletcher S. J.

4857

Fleurier C.

3111, 3169, 3292, 3468, 3469,

4080, 4166, 4298, 4499, 4710

Flinsenberg H. J.

3235

Flores -Llamas H.

4807

Flusberg A.

3170, 3293

Ford G. W.

4445

Foukal P.

4577

Fourcade N.

3470, 3647

Fournier P. R.

3674, 3832, 4173

Fox R. F.

4444

Fradkin E. E.

3575

Fragnac P

.

3970

Fraile J.

4303

Francesconi M.

4744

Francisco J. S.

3648

Frankenberger R.

4115

Freeman A. J.

3507

Freeman G. H. C.

4322

Frerichs M. R.

4791

Freudenstein S. A.

3171, 3294

Freund R. S.

4167

Fridovich B.

3471, 4168

Friedberg R.

4792

- 235 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Friedman M.

3649

Frish M. S.

3311, 3486, 3678, 4320, 4321

Froment N. M.

3650

Frommhold L.

4141

Frueholz R. P.

3963

Fu F. S.

4012

Fuhr J. R.

3172

Fujimaki S.

4578

Fujimoto T.

3295, 3578, 3651, 3824, 4244,

4299

Fujita J.

3651, 3710

Fujiwara M.

3710

Fukuda K.

3123, 3295, 3578, 3825, 3916,

3917, 3918, 3919, 4244

Fukuda Y.

3984

Fukushima H.

4192

Fukuyo H

3118, 3193, 3324, 3495

Fukuzo Y.

3663

Fulton R. D.

4634

Furuhashi H.

4463

Gabriel A. H.

3256, 3257

Gainutdinov R. Kh.

4446, 4579

Gaisinskii I. M.

4762

Gaisinsky I. M.

3985, 4300, 4694, 4793

Galatry L.

3143

Gallagher A.

3173, 3442, 3449, 3986, 4024,

4025, 4036, 4368, 4828

Gallagher A. C.

3590

Gallagher T. F.

3451, 3558, 3652, 4395

Gallardo M.

4682, 4781

Ganapathy S

3542

Gao B.

4984

Gaponov V. A.

4125

Garifo L.

3200, 3343

- 236 -
Author. Ref . No. from Part 3 Author. Ref. No. from Part 3.

Garreau J. C.

4895

Garrett W. R.

4575, 4896

Gauthier J. C.

3296, 3653, 4134, 4257, 4431

Gavrilenko V. P.

3987, 4495, 4694, 4897, 4985

Gavrilov V. E.

4301

Gavrilova T. V.

4301

Gawron A.

4695, 4794, 4905

Gay J. C.

3585

Gburski Z.

3988, 4169

Gee J.

3846

Geiger J.

3423

Geindre J. P.

3296, 3653, 4134, 4257, 4431

Geisler M.

3654, 3989, 4302

Gelbwachs J. A.

4795

Gelfand J.

3607, 3774

Gendrin A. G.

4125

Gendzhov S

.

3923

George T. F.

4545

Georgiou G. E.

3472

Gershun M. A.

4247

Giacobino E.

3142, 3262, 3302, 3870

Giannella R.

4773

Gietzel P. C.

3203

Gigosos M. A.

3344, 3990, 4242, 4303, 4304,

4313, 4447, 4448, 4449, 4450,

4451, 4521, 4580, 4775, 4796

Gilbert D.

3401

Gilbert D. E.

3473, 3655

Gilbert R. G.

3648

Giles R. G.

3656, 3826

Gilles D.

4415, 4898

Gillian L.

4577

Ginzburg M. D.

3206, 3723, 3889, 4217

- 237
Author. Ref. No. from Part 3.

Girardeau M. D.

3991, 3992

Girlanda R.

3944

Giry L.

4866, 4943

Gislason E. A.

4085

Glab W.

3717, 3827

Glaros S. S.

3243

Glasser J.

3174

Glavatskikh N. A.

4202

Glavonic V.

3213, 3736

Glavonjic V.

3379, 3380, 3553

Gleizes A.

4393

Glisic S. M.

3803

Glowienka J. C.

3273

Godone A.

3948

Godunov A. L.

4256, 4863

Goldbach C.

3345

Author. Ref. No. from Part 3.

Goldbach CI

3520, 3653, 3828, 3993

Goldberg A.

4581

Goldberg I. B.

5014

Goldman M.

3264

Goldsmith J. E. M.

3297, 3330, 3417

Goldsmith S.

4170, 4824, 4899, 5039

Golub I.

4582

Goly A.

3829, 3830, 3994, 4452, 4583

Gombert M. M.

3842, 3843, 4013, 4312

Gombert M. -M.

4178, 4179

Gomez M. T.

4584, 4952

Gonzalez F.

4171

Gonzalez M. A.

4797

Gonzalez V. R.

4797, 4926

Goode S. R.

4172

Gorchakov L. V.

3175

- 238 -
Author. Ref . No. from Part 3. Author. Ref. No. from Part 3.

Gordon E. B.

3958

Gornik W.

3657

Gornyi M. B.

3104, 3134, 3135, 3253, 3254,

3435, 3995

Goto S.

4319

Goto T.

4463

Goudzwaard M. P.

4846

Gounand F

.

3831, 3832, 4173

Gover A.

4585

Grabowski B.

3996, 4305, 4586, 4587, 4784,

4921, 4986

Grand jouan N.

3296, 3653

Granier J

.

3658, 3659, 4453

Granier L.

4174

Granier R.

3658, 3659, 4174, 4453

Granneman E . H . A

.

3680

Gravilov V. E.

4306

Gravilova T. V.

4306

Gray C. G.

3988, 4169

Grdlichko D. P.

3176

Greef L. G. M. de

3236

Green W. B.

4602

Greene R. L.

3298, 3833, 3834, 3835, 3997,

4454, 4496, 4732, 4733, 4734,

4913

Greenwald M.

3563

Greiner F.

4806

Grieble D. L.

3474, 3539

Griera H. R.

3151, 3152, 3188, 3276, 3299,

3300, 3359, 3476, 3660, 3782,

3836, 3860, 3938, 3965, 3966,

3998, 3999, 4170, 4265, 4307 , 4455, 4617 , 4634, 4696, 4697 , 4707, 4708, 4798, 4824, 4850,

4900, 4901, 4907, 4908, 4987 , 4988, 5039, 5044

Gries W.

5038

Griffiths P. R.

3474, 3539

Grimaldi F.

3458

- 239 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Grimbert D.

3882, 3894

Grin' L. E.

4202

Groebner R. J.

4000

Grujie P.

3084, 3278, 3280, 3282

Grujie P. V.

3160, 3162

Grumberg J

3527, 3528, 3719, 3884, 4562,

4563, 4670

Grushetskii K. M

4001

Griitzmacher K.

3177, 3654, 3989, 4269, 4302,

4432, 4698

Grycuk T.

3661, 4002

Grynberg G

3090, 3112, 3142, 3178, 3262,

3301, 3302

Gudde J.

5018

Guilpin C.

3837

Guimerans Y.

4032, 4799

Gulyaev S. A.

3179, 3662, 4456

Gundersen M. A.

3457

Gunter S

4800, 4989

Gunter W. H.

4530

Gunther K.

4504, 4505

Gurevich B. M.

3134, 3435

Gurovich V. Ts

3303

Guzhva Yu. G.

3105, 3106

Hafez A. F.

3433

Hahn K. H.

4983

Hahn T. D.

4902

Halenka J.

3113, 3996, 4305, 4308, 4457,

4587, 4699, 4801, 4849, 4903

Hall J. L.

3337, 4184

Halpern G.

3423

Hamaguchi Y.

3917, 3918, 3919, 4244

Hammel B. A.

4912

Hammer D.

4076

Haner D.

4842

- 240 -
Author. Ref. No. from Part 3 Author. Ref. No. from Part 3

Hanle W.

3475

Hasselbrink E.

3822

Hansch T. W.

3700

Haubold H. J.

3304

Hansen J. P

4422

Haraguchi H,

4309

Hauer A.

3423, 3476, 3664

Hauser M.

3568

Harde H.

4003

Hausser 0.

4997

Harima H.

3663, 3754, 3838, 3909, 4004,

4005, 4006, 4588

Haroche S

.

3739

Harris M.

3704, 3839, 4056, 4057, 4175,

4458, 4514, 4589, 4654

Harris S. E.

4983

Hart C. F.

3991

Hart R. C.

4896

Hartmann S . R

.

3170, 3293, 3490, 3491, 3524,

3525, 3685, 3715, 3795, 3855,

3874, 4534, 4792

Havey M. D.

3790, 4008, 4114

Hayes M. H.

4615

Hays G. N.

4990

Heber K. -D

.

4700, 5018

Hebner G. A.

4990

Heering W.

4176

Hegerfeldt G. C.

3665. 3841, 4009, 4010, 4701

4802

Heinke H.

4011

Hasegawa T.

4309

Hashi T.

3984

Helbig V.

3096, 3288, 3621, 3642, 3666,

3667, 4012, 4087, 4310, 4366,

4377, 4459, 4492, 4632, 4806,

4991, 5019, 5041

Hashimoto S

.

3180, 3840, 4007

Held B.

3668, 3669, 3842, 3843, 4013,

4177, 4178, 4179, 4311, 4312,

4460, 4461, 4590, 4702, 4904

- 241 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Helracke J.

3337

Heneghan S . P

4336

Hennecart D.

3788

Henry B. I

4014, 4015

Herman P. S.

4094, 4809

Herman R. M.

4016

Hermann G.

4651, 4668, 4703

Hernandez G.

3305

Hernandez J.

4313

Herrero A.

4591

Hese A.

5038

Hesel ius S

. - J

4180

Hess H.

4017, 4181

Heuts M . J. G.

3920

Hey J. D.

3181, 3182, 3477, 3478, 3479,

3670, 3671, 3844, 4669, 4794,

4803, 4804, 4905

Hildebrandt J.

3480, 4018, 4019, 4462, 4592

Hill K. W.

3264, 3618

Hill R. M.

3352

Hillard G. B.

3827

Hillard M . E.

4574

Himbert M.

3384, 3898

Himmel G.

3306, 3350, 4020, 4830, 4834

Hindmarsh W. R.

3352

Hirabayashi N.

3415

Hiragi Y.

4314

Hiraki N.

3672

Hiramatsu M.

4463

Hirano I

3307

Hirono M.

3845

Hirose A.

3242, 3426

Hirose C.

4578, 4725, 4805

- 242 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Hitzschke L.

4017, 4181, 4333, 4464, 4704,

4832, 4989

Hoang-Binh D.

4593, 4672

Hof D. E.

4923, 5000

Hoffbeck F.

3153

Hogan D

.

4200

Hohimer J. P.

3673, 3846, 4182, 4183, 4315

Hollander T. J.

3920

Hollander T j

.

3183, 3681, 3682, 4021, 4073,

4523, 4623, 4624, 4625

Hollberg L.

4184

Holstein T.

4368

Holys A.

3159

Honda C

.

4705

Hooper C. F.

3592, 4187

Hooper C. F. Jr.

3683, 3776, 4030, 4121, 4253,

4284, 4598, 4612, 4758, 4759,

4906, 4922, 4999, 5026

Hooper Jr. C. F.

3849, 3850, 3934

Hora H.

3481, 4015

Hori H.

4909

Horst E. ter

4021

Horton R.

3264, 3618

Hoss P.

4316, 4501

Howell R. H.

3482

Hsieh W. -F.

4572

Huang Y. W.

4907, 4908, 5044

Hubbard W. B.

4318

Hubeny I

.

3968, 4022, 4023, 4465, 4594,

4778

Huber G.

4163

Huennekens J

.

4024, 4025, 4595, 4970

Hugon M.

3674, 3832, 4173

Hugues T. P.

3982

Huhnermann H.

3308

Human H . G . C . 3097, 3466, 3645

- 243 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Humlicek J.

3309, 3847, 4026

Hummer D. G.

3675, 3804, 3848, 4466

Humpert H. J.

3770, 3771

Hunter L. R.

4706, 4992

Hurst G. S.

3199

Hussein R. M.

4869

Hiiwel L.

4857

Ichimaru S.

4535, 4536

Iglesias C. A.

3849, 3850, 3934, 4027, 4028,

4029, 4030, 4031, 4127, 4142,

4185, 4186, 4187, 4295, 4317,

4318, 4517, 4552, 4894, 4987

Iglesias E.

4032

Iglesias E. J.

4707, 4708, 4799, 4850

Ikawi K.

4938

II 'in G. G.

3483, 4467, 4576

Ilyukhin A. A.

3619, 3676

Imazu S

3397, 3564

Inguscio M.

4272, 4744

Inoue Y.

4909

Irons F. E.

3484, 3485

Irwin A. W.

3310

Ishimura T.

4319

Ispolatov Ya . 0.

4694, 4897

Issa M. A. A.

3433

Istrefi L.

4709

Itano W. M.

3677, 3851

Ito Y.

4319

Itoh S.

3672

Ivanov A. M.

3104

Ivanov L. N.

4188

Ivanov G. K.

3114

Iwasaki A.

3185

Iwasaki S.

3389

- 244 -
Author. Ref. No. from Part 3.

Izraailov A. M.

3429

Izotova S. L.

3311, 3486, 3678, 4320, 4321

Jabr S. N.

3487

Jackowska I

.

4062, 4063, 4064

Jackson D. A.

3679

Jackson D. J.

3330

Jacobs V. L.

3488, 3632, 5026

Jaegle P.

3312, 3313, 3852, 4479, 4910

Jager H.

4365, 4622

Jamelet G.

4910

Jamelot G.

3312, 3313, 3852, 4479

Jannitti E.

3200, 3343, 3355, 3853

Janssen G. C. A. M.

3680

Javanainen J.

3941

Jayakumar R

.

3680

Jeannet J. C.

3269, 3727, 3890

Author. Ref. No. from Part 3.

Jelenkovic B. M.

4966

Jelinek 0.

4774

Jenkins D . B

.

4322

Jess K.

4632, 4806

Jimenez-Dominguez H.

4807

Jitschin W.

3489

John R. W.

3304

Johnson B. C.

3545

Johnson D.

3618

Johnson P. M.

4353

Jolly J.

4928

Jones D. W.

4033, 4189, 4468, 4596

Jones L. A.

3315, 3493, 3686

Jones M. C.

4201

Jones R. N.

4034

Jongerius M. J.

3183, 3681, 3682, 4597

- 245 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Jonsson G.

4190

Joos V. E.

3568

Jortner J.

3115

Joshi N. K.

4035

Joyce R. F.

3683, 3776, 4284, 4598, 4612

Julien L.

4895, 4963

Julienne P. S.

3854, 4191, 4469, 4483

Jungmann K.

3772, 3773

Jungner P.

4384

Junkes J.

3082

Juric Z. D.

4783

Jiittner B.

5025

Kabiel A. M.

3684

Kachru R.

3293, 3490, 3491, 3524, 3525,

3685, 3715, 3855, 4395

Kacprzyk M.

3492

Kadota K.

3710

Kafrouni H.

4393

Kaftandjian P. V.

4934

Kaftandjian V. P.

3314, 3454, 4235, 4385, 4386,

4516, 4519, 4641

Kaivola M.

3941, 4323

Kaliteevskii N. I.

3186, 4320

Kalkandjiev T. K.

4808

Kallne E

3315, 3493, 3686, 4773

Kalraan G.

4865, 4911

Karake B

4036

Karake W

4036

Kamla G. J.

4226

Kammermayer E

4642

Kanorskii S. I.

4424, 4553, 4666, 4772

Kantor P. Ya.

4324, 4325, 4326, 4327, 4328,

4329

Kantserov A. I

3311, 3486, 3678

- 246 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Kapicka V.

3110, 4671

Karabourniotis D.

3157, 3970, 4037, 4038, 4330,

4331

Karabut E. K.

3494

Kararaochi N.

3495

Karp A. H.

3184

Karras C.

4038, 4330, 4331

Kaspareit J.

4806

Kastner S. 0.

3496, 5029

Kato I

.

3185, 3497, 3856

Kato K.

4192

Kato T.

3651

Katriel J.

3857

Katulin V. A.

3619

Kauffman R . L

.

4053, 4193, 4203, 4284, 4906

Kaulakis B. P.

3498

Kaulakys B.

3858

Kaulakys B. P.

4194

Kawaguchi H

.

3859

Kazanskii A. K.

4667

Kazansky A. K.

4964, 5030

Kazantsev S. A.

3186

Keane C . J

.

4912

Kearney R. J.

4764, 4765, 4766

Kearney W. R.

4809

Keil R.

3187

Kelleher D. E.

3096, 3316, 3463, 3549, 3687,

3730, 4061, 4355, 4496, 4732,

4733, 4913

Keller J. C.

3454

Kendall D. J. W.

4673

Kepple P. C.

3188, 3300, 3476, 3660, 3860,

3931, 4265, 4900, 4954

Kertanguy A. de

3317

Keshavaraurthy R. S.

4599

- 247 -
Author. Ref. No. from Part 3 Author. Ref. No. from Part 3

Resting V.

4701

Kilcrease D. P.

4999

Keto J. W.

3959, 4145

Kilimann K.

3741, 4790, 4914

Kettlitz M

4332, 4333

Kilkenny J

3690

Key M. H.

3318, 3501

Khakhaev A.D.

4124

Khan T. P.

4600

Khanin Ya . I

4126

Khashan M. A.

3319

Khelfaoui F.

4872, 4873, 4912

Khoury R.

4677

Khvostenko G. I.

4334

Khvostov A. N.

3979

Kichenassamy S

3861

Kidravov F. Kh.

3586

Kielkopf J.

4862, 4950, 4951

Kielkopf J. F.

3320, 3321, 3499, 3500, 3688,

3689, 3786, 3862, 4039, 4040,

4335, 4861, 4994

Kilkenny J. D.

3501, 4053, 4193, 4203, 4345,

4416

Kim J. J.

4605

Kim S. H.

3189

Kindt S.

3657

Kipper R.

4955

Kiriyama S. I.

3538

Kissami H.

4710

Kitade A.

4494

Kleiber P. D.

3800, 3863, 4336, 4601, 4611

Klein L.

3314, 3911, 4641

Kleinmann I

3083

Klim A.

3691

Klimchitskaya G. L.

4993

248 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Klimontovich Yu. L.

3692

Klimovskii I . I

.

3251, 3693

Klivadenko V. A.

4195

Kluge H. J

3459

Klyucharev A. N.

3190

Knauer J.

4824

Kneizys F. X.

3272

Knezevic V.

3214

Knollenberg R.

3689

Knudtson J. T.

4602

Koaizawa H.

4230

Kobilarov R.

4690, 4711, 4810, 4915, 5002

Kobzev G. A.

4569, 4679, 4875

Kock M.

3430

Koelman J. M. V. A.

4647

Koenig M.

4137, 4214, 4270, 4348, 4470,

4491, 4712, 4713

Kogan V . I

.

4603

Kolbe G.

3148, 3625, 4337

Koledin D.

3280

Koleva I

.

3780

Kolwas M.

3178

Kon'kov A. A.

3322

Kondo K.

3984

Kondrateva V. A.

3979

Konjevic N.

3084, 3085, 3095, 3099, 3161,

3209, 3210, 3211, 3237, 3279,

3316, 3371, 3460, 3636, 3638,

3640, 3694, 3813, 3932, 3974,

4041, 4157, 4196, 4197, 4338,

4339, 4340, 4435, 4436, 4471,

4472, 4500, 4522, 4565, 4604,

4688, 4689, 4711, 4722, 4788,

4810, 4822, 4845, 4893, 4915,

4916, 4917, 5024, 5045

Konjevic R.

4081, 4340, 4472, 4689, 4890,

4891, 4980

Kononov E

.

Ya.

3502

Koo J . Y.

4605

Koppel L. N.

3243

- 249 -
Author. Ref . No. from Part 3. Author. Ref. No. from Part 3.

Koptev Yu. V.

4133

Korving J.

4407

Kosasa K.

3353

Koshelev K. N.

3502, 4714

Kotlikov E. I

3789

Kotlikov E. N.

3102, 3323, 3864, 3979, 4341,

4473

Kotteritzsch M.

5038

Kotylev V. N.

3924, 4247

Kovarskii V. A.

4628

Kozyrev A. A.

3191

Krametz E.

4278, 4429

Kramida A. E.

3676

Krause D. Jr.

4706, 4992

Krause L.

3933, 4523

Kravchenko V . F

3494

Krebs D. J.

3865, 3866

Kretzas D.

3192

Kreye W. C.

3867, 4042, 4994

Krikorian R.

3861

Krishnamurty G.

4831, 5040

Kroll R.

4825

Kroop V.

3503, 3606

Krsljanin V.

4290, 4399, 4401, 4437, 4811,

4812, 4813, 4814

Krueger D. A.

4918

Kruger R. A.

3645

Krylov P. S.

4403

Kryszewski S.

4995

Kryukov N . A

3695, 4497

Kuchinskii V. V.

3129, 3130, 3244, 3285, 3429

Kuchta E.

4918

Kudrya V. P.

4043

Kudryavtsev A. A.

3868

- 250 -
Author. Ref . No. from Part 3 Author. Ref. No. from Part

Kuhl T.

3459, 4163

Kuznetsov S. V.

4474

Kuik P,

4523

Labastie P

3870

Kulander K. C.

4044

Kulkarni I. V.

4831

Kulyasov V. N.

3924, 4128, 4398, 4539, 4646

Kunasz P.

3787

Kunski R.

3921, 3922

Kunze H . J

.

3421, 3467, 3480, 3696, 4066,

4695, 4794

Labat J.

3084, 3098, 4630, 4736, 4737,

4738, 4741, 4889, 4890, 4891,

4892, 4919, 4933, 4979, 4980,

4981, 4982, 5011, 5033, 5034,

5035

Labat J. M.

4996

Labat 0.

3735, 4687, 4919, 4979, 4996

Labuhn F

.

3155

Labuz S

.

4362, 4489, 4730

Kunze H . - J

.

4554, 4617, 4669, 4905, 5005

Labzovskii L. N.

4045

Kuo C. -Y.

3959

Kuramochi N.

3118, 3193, 3324

Kurbatov A. L.

4646

Kurilenkov Yu. K.

3504, 3697, 4868

Kurochka L. N.

3086, 3325

Kusch H. J.

3216, 3386, 3387, 3400, 3869

Kutznetsov M. N.

4198

Lado F.

4475, 4606

Lakicevic I . S

.

3212, 3326, 3379

3698, 3699, 3735

3871, 3893, 4046

4049, 4054, 4083

4224, 4342, 4372

Lakshrai P. A.

4544

Laloe F.

3369

Lam J. F.

3907

3380, 3553,

3736, 3737,

4047, 4048,

4084, 4223,

- 251 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Lambert D.

3505, 4050, 4343

Laming J. M.

4607

Lancaster H. L.

4735

Landen 0 . L

4344, 4345, 4346

Landers F. J.

4501

Lane A. M.

4815

Lane R. G.

4608

Lange W. K. H.

3545

Lanz T.

4715

Laporte P

3327, 3328, 4051

Larenz R. W.

4052

Larkins P. L.

4199, 4347, 4716

Larour J

4381

Larour J . B

4866

Larson B.

4997

Larson G. F.

3329

Lasnitschka G.

4651, 4668

Lassale J.

3647

Latipov R. Z.

4508, 4633

Latush E. L.

4133

Lau A. M. F.

4476, 4609

Lavi S

4241

Law J

4200, 4201

Lawler J. E.

3297, 3330, 3700

Lawrenz J

4011, 4754

Lax B.

3360, 3541

Lazarenko A. V.

3190

Lazarus E.

3423

Lazovskaya V. R.

3331

Le Gall P.

4166

Le Gouet J. L.

3194

Le Toulouzan J. N.

3701

- 252 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Lebedev V. S.

4610

Lebedeva V. V.

4202

Leboucher E.

3506, 3528, 3702, 3719, 3884,

4348, 4562, 4563, 4670

Lebowitz J. L.

4031, 4127, 4186, 4318, 4949

Lebrun J . L

.

4225, 4722, 4920

Leclair J.

3388

Lecler D.

3788

Lecourt A.

3458

Lednev M. G.

4852

Lee C. M.

3423

Lee R. W.

3268, 3332, 3333, 3334, 3335,

3336, 3501, 3507, 3690, 3703,

3799, 3872, 3873, 3957, 4053,

4187, 4193, 4203, 4204, 4284,

4317, 4344, 4345, 4349, 4350,

4717, 4912

Lee S. A.

3337, 4323

Leegwater J. A.

4625

Leeuw A. de

4021

Lekhto G. F.

4320, 4321

Lemaire J. L.

4351, 4477, 4478

Lemaire P.

4479, 4910

Lemoine D.

4718

Lempert W. R.

4574

Leneva A. E.

3091

Lennuier R.

3890

Lesage A.

3214, 3522, 3753, 3879, 4054,

4086, 4225, 4358, 4722, 4816,

4920, 5010

Letzring S

.

3423

Leung K . P

.

3715, 3874

Levesque D.

4127, 4949

Levin L. A.

3115

Levine M. A.

3198, 3563

Levinson C

.

4190

Levoshkin A. V.

4512, 4513

- 253 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Levy B

3271, 4430, 4676, 4932, 5016

Lewis E. L.

3117, 3144, 3449, 3508, 3656,

3704, 3826, 4055, 4056, 4057,

4175, 4361, 4383, 4458, 4485,

4514, 4589, 4614, 4654, 4729

Lewis J. T.

4445

Lewis L. L.

3677, 3851

Leycuras Y.

4352

Li E.

4139

Li L.

4353

Li Q. -R

4760

Li Y. H.

4918

Liao P. F.

3258, 3338, 3509

Liberman S

4058

Lilenfeld H. V.

3339

Lin C. L.

3340

Lin J

4855

Lindberg M.

4384

Lindblom P.

4180

Lindsay A. C.

4817, 4998

Lindsay J. M.

3347

Linnebur E . J

3476

Lins G. A. W.

3421

Liran J.

3115, 4241

Lisicki E.

3140, 3341, 3510, 3511, 3512,

3616, 3617, 3705, 3875, 3876,

4059, 4205, 4276, 4354, 4551,

4570, 4571, 4692, 4789

Lisitsa V. S.

3091, 3342, 3602, 4603, 4818,

4863

List E.

3513

Little R.

4577

Liu J. R.

4416

Liu W. K.

3514

Ljublin B. V.

4060, 4719, 4851

Llewellyn E. J.

4673

Lobb W. S.

4720

- 254 -
Author. Ref. No. from Part 3. Author . Ref . No . from Part 3

.

Locquet J. J.

3701

Lokner V.

3515, 4113

Lombardi G . G

.

4061, 4355

Lorenzen C . - J

.

4105

Loudon R.

3784

Louis- Jacquet M.

4050, 4343

Lovett R. J.

3116, 3516, 4482, 4560, 4677,

4678

Lowe R. P.

3351

Lozingot J

.

3391, 3465, 3559, 3560, 3644

Luiten 0. J.

4647

Luizova L. A.

3706

Lukaszewski M.

4062, 4063, 4064

Lunney J . G

.

3318, 3501

Lwin N.

3117, 3195, 3839

Lyublin B. V.

3952, 4418, 4819

Lyyra A. M.

4336, 4611

MacGowan D.

4031, 4318

Mackinnon D. J.

4322

Made j J

.

3996, 4305, 4587, 4820, 4921

Maeda M.

4705

Maiorov S. A.

3619, 4721

Majdi Y.

4144

Makdisi Y.

4869

Makhrov V. A.

4256

Maldelbaum D.

3900

Malesevic M.

4787

Malikov R. F.

3707

Malnoult P.

4712

Malvern A.

3156

Malvern A. R.

3517.

Malvezzi A. M.

3200, 3343

Malyshev V. A.

3707

- 255 -
Author. Ref . No. from Part 3 Author. Ref. No. from Part 3

Malyugin A. V.

3101

Marinkovic M.

5006

Manas sah J. T.

4792

Markman D . L

3995

Mancini R. C.

4612, 4906, 4922, 4999, 5026

Mandelbaum D.

3964, 4032, 4799

Marmolino C.

4584

Marshall T. C

3472

Mangeot B.

3837

Martin G. A.

3172

Mann C. K.

4821

Martin P.

3708, 3732

Manners J.

4161, 4162, 4480

Maruyama Y

3353

Manning T . J

4923, 5000

Masaki T.

4725, 4805

Manola S

4086, 4225, 4722

Maslennikova L. B

3086

Maquet A.

3877, 3942

Maslov V. A.

4164

Mar S.

3344, 3990, 4242, 4313, 4481,

4797, 4926, 5007, 5008

Marangos J . P

4136, 4723

Marasinghe P. A. B.

4482

Marchenko V. S.

4610, 4724

Margerie J.

3585, 3926

Marie E.

3232, 3757

Masnou-Seeuws F.

3364, 3633, 3634, 3709, 3971

Matera M.

4965, 5037

Mathys G.

4065, 4206, 4207, 4208, 4356,

4357, 4924

Matisov B. G.

3104, 3105, 3106, 3253, 3254,

3995

Matsuda I

3118, 3193, 3324, 3495

- 256 -
Author. Ref . No. from Part 3 Author. Ref. No. from Part 3.

Matsunaga K,

3710

McCown A.

3717

Matsuoka H.

4131, 4132, 4266, 4542, 4543

McCrory R.

3423

Matthews D. L.

3482, 3703, 4053, 4193, 4203

Matthias E.

3657, 4700, 5018

McCrory R. L.

3592

McDade I . C

.

4673

Mattioli M.

3441, 3620

McDowell C. A.

3542

Matveev V . S

.

3711

McFarlane R. A.

3907

Maul at C

4298

McGinley J. V. M.

3627, 3807

Maurraann S

4066, 4695

McHugh D

,

4175

May R. D.

4726

McHugh D. R.

4458, 4514, 4589, 4654

Mayer G

3518

McLaren J. W.

4210

Mazighi R.

4422

McMahon D. R. A.

3712

Mazing M. A

3519

McNeil J. R.

3346

Mazure A.

3196, 3345, 3520, 3653, 3878

4102, 4209

Mazzoni M.

5037

McCartan D. G.

3117, 3195, 3839, 4720

McClain S. C.

4595

McNeill D. H.

4067

Measures R. M.

4148, 4559

Meckler A.

4695

Meier R. R.

3713

- 257 -
Author. Ref . No. from Part 3.

Meijer H. A. J.

3920

Meisel G.

3489

Me jaski -Tone jc A.

3087

Melik-Pashaev D. A.

4769

Mendez A.

3964

Menzel N.

3308

Mergault P.

3758

Mermet J. M.

3605, 3714, 4210

Metcalf H.

3910

Metzke E.

4017, 4181

Meyer W.

4213

Meystre P.

4367

Michelis C. de

3620

Mies F. H.

4191, 4469, 4483

Mihajlov A. A.

4566, 4783, 4784

Mihalas D.

4564

Author. Ref. No. from Part

Mijatovic Z.

4613, 4626, 4690, 5001, 5002

Mijovic S.

4822

Mikhalevskii V. S.

3494

Miklaszewski W.

4874

Miles R. B.

3781

Miller B. J.

3172

Miller E. A.

4638

Miller M. H.

3347, 3348, 3521, 3522, 3753,

3879, 4086, 4358, 4816

Miller T. A.

3360, 3541, 5036

Millie Ph.

3271

Milone A. A. E.

4727

Milone L. A.

4727

Milonni P. W.

4823

Milosavl jevic M.

4687, 4787

Milosevic S.

3796, 3822, 3925, 4109

Minaev P. V.

3693

- 258 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part

Minguzzi P.

4359, 4427, 4484

Miron E.

4241

Mironov A. V.

4728

Mirza M. Y.

3146, 3798

Mi shin I. V.

4925

Misyunas A. A.

3119, 3120, 3121

Mitchell K. B.

3476

Mitev V. M.

3349

Miyake S

.

4131, 4132, 4266, 4542, 4543

Mizui J.

3651

Mizuike A.

3859

Mizuta Y.

3523

Mnatsakanyan A. Kh.

3597, 4360

Mobius E

.

3350

Moffatt D. J.

4147

Mokhov A. V.

4324

Molander W.

4750

Monju M.

3754

Montaser A.

3880, 4776

Monteiro T. S.

4361, 4383, 4485, 4614, 4729

Moos H. W.

4664

Moreno F.

4211

Moreno J . C

.

4824, 4901, 4908, 4988, 5039

Moreno J. M.

3344

Morgan F . J

.

3351

Morgan W. L.

4350

Morozov A. V.

3251, 3693

Morris C. E.

4615

Moshary F.

4534

Mossberg T.

3293

Mossberg T. W.

3170, 3490, 3491, 3524, 3525,

3685, 3715, 3795, 3855, 3874

Moussounda P. S.

4486, 4616

- 259 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Movre M.

3190, 3233, 3356, 3515, 3526,

3583, 3584, 3755, 3796, 3797,

4140

Movsesyan M. E.

4487

Moynault J. M.

3537

Mueller M. M

3476

Mukaiyama T

3423

Mukamel S

3738, 3881, 3882, 3894

Mullamphy D. F. T.

5003

Muller C.

4212

Muller W.

4213

Mulligan F. J.

4488

Mungo A.J.

3759

Muradov V . G

3241

Murakawa K.

3094, 3197, 4068

Muraoka K.

4705

Murthy S

4706

Musi el ok J.

3113, 3122, 3716, 3937, 4255,

4457, 4554, 4617

Musiol K.

4033, 4362, 4489, 4730

Mwana Umbella I . S . K.

4220

Myers B. R.

3198, 3563

Myint H.

3352

N'Dollo M.

4443, 4618

Nadkhin A. I

3958, 4840

Nakajima S.

3353

Nakajima T.

4192

Nakamura K.

3672

Nakazawa T

3845

Nam C. H.

4619

Namioka T.

5043

Naqvi A . S

4363, 4364, 4490

Narumi H

3594, 3778, 4123

Nash D. L.

3759

- 260 -
Author. Ref. No. from Part 3.

Nasr F. I.

3684

Naveedullah K.

4363, 4364, 4490, 4620

Nayfeh M . H.

3199, 3717, 3827

Nee T. -J. A.

4621

Nefedev L. A.

3883

Neger T.

4365, 4622

Nesterov M.

3140

Neufeld C. R.

3354

Neumann D . K

.

4069

Neureiter C.

4757

Nez F.

4963

Nguyen D . H

.

3413

Nguyen Hoe

3506, 3527, 3528, 3718, 3719,

3884, 4137, 4214, 4270, 4348,

4470, 4491, 4546, 4562, 4563,

4670, 4712, 4713, 4867

Nick K. P.

3621, 3667, 4012, 4366

Nick K. -P.

4377, 4459, 4492

Author. Ref. No. from Part

Nickolov J. B.

4808

Nicol J. L.

4817, 4937, 4998

Nicolosi P.

3200, 3343, 3355, 3720, 3853,

4095

Niemax K.

3356, 3418, 3419, 3529

,

3885

,

3929, 3930, 4011, 4036, 4070,

4105, 4116, 4231, 4232, 4245

,

4754

Nienhuis G.

3201, 3202, 3230, 3270, 3357,

3530, 3531, 3532, 3721, 3886,

3903, 4071, 4072, 4228, 4267,

4378, 4509, 4995

Niepraschk R.

4181

Nieuwesteeg K. J.

4073, 4623, 4624, 4625, 4731

Nightingale M. P. S.

4074

Nigraatullin R. R.

5004

Nikitin V. V.

3783

Nikoghossian A.

3861

Ninoyan Zh. 0.

4215

Niple E.

3358

Nishimura Y.

4299

- 261 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Noll R. J.

3533

Nollez G.

3196, 3345, 3520, 3653, 3828,

3878, 3993, 4102, 4209

Nordgren J

4135

Norkunas V. K.

3119

North P.

4825

Nosach V. Yu.

3619

Nota M.

4969

Novikov V. G.

4568

Nowak S

4826

Nubbemeyer H.

3534

Nurmatov E. M.

4467

Nussenzveig H. M.

3158

Nyman E . M

4180

O'Brien D. P.

4367

O'Callaghan M. J.

4368, 4827, 4828

O'Connell R. F.

4445

O'Leary S. V.

3823

O'Mara B. J.

3203, 4493, 4953

O'Neill J. A.

3535, 3536

Obbarius H. U.

3245

Occelli R.

3537

Oda T.

3538

Odintsov A. I

4202

Ohman Y.

4075

Okada K.

4494.

Okasaka R.

3123 •

'

Oks E. A.

3125, 3985, 3987, 4216, 4300,

4495, 4694, 4762, 4793, 5005

Olesik J. W.

4829

Olson M. L.

3474, 3539

Omenetto N.

3540

Omont A.

3089, 3092

Oreg J.

4241

- 262 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Orihara S

.

3180

Orlov A. V.

3923

Oshida T.

3389

Oshio Y.

3859

Osipova E. A.

4146

Osterheld A. L.

4912

Osterhold M.

4830, 4834

Ostryakov V. M.

3434

Otieno A. V

3204

Ottersbach G.

4052

Oura N.

3324, 3495

Ovakirayan T. 0.

4487

Ovsiannikov V. D.

3722

Oxenius J

.

3968, 4022, 4023, 4594

Oza D. H.

4496, 4732, 4733, 4734, 4831,

4913, 4942

Padmanabhan S

.

5040

Pal R.

3205, 3359, 4076

Palmer B. A.

3983, 4297, 4923, 5000

Palomares F.

4683

Pan Y. L.

3243

Pankonin V.

4233

Pankratov P. M.

4569, 4679, 4875

Panock R.

3360, 3541

Pantelic D.

4822

Papchenko A. A.

4666, 4772

Pargamanik L . E

.

3206, 3723, 3887, 3888, 3889,

4217

Park C.

3374

Park H. J.

4595

Parsons M. L.

3116, 3516

Parthasarathi V.

3542

Pascale J.

3093, 4402

Patch R. W.

3361

- 263 -
Author. Ref . No. from Part 3. Author. Ref. No. from Part 3.

Patil S. H.

3724

Paul E.

3275, 3362

Paul in P.

3922

Pavlov E.

3250

Pavlov L . I

3349

Pavlov M.

4613, 4626, 4627, 5001, 5002

Pavlov S. V.

3285

Pavlov Yu. V.

4993

Pavlovic M. S.

5006

Pavlovic N. Z.

5006

Pavlovskaya N. A.

4853, 4946, 4947

Payne G. L.

3544

Payne M. G.

3199, 3363, 4575, 4896

Peach G.

3725, 3726, 4218, 4540, 4886,

5003

Peacock N. J.

3124, 3222

Pease D. C.

3950, 4077

Peck S. K.

4561

Pelayo J

3107

Pellissier J. L.

3458

Penkin N. P.

3425, 3695, 4324, 4325, 4326,

4327, 4328, 4411, 4497

Perchuk 0. V.

4341, 4473

Peregudov G. V.

3619, 3676

Perel 'man N. F.

3543, 4628

Perez C.

4926, 5007, 5008

Perez J. D.

3544

Perrin D.

3727, 3890

Perrot F.

4369, 4433, 4927

Perry B.

3423

Pert G. J.

3455, 3456

Pestov E. G.

4219

Petite G.

3545

Petrashen A. G.

3891

- 264 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Petrov V. P. Pikuz S. A.

4808 3265, 3619

PpfTnv L C l_ A T J. KJ v . n . J_j . r 11 On r . J

.

3619 3368

Petrukhin E. A. Pi n.?i yc\ T 3595 4058

Pettersson L r x. i let l u. ii. 4135 3369, 3892

Pet7o1 d H C, Pi nri or A C

3207 3517

Pffimri £ j_ c iiLii nLit.o" Hn. rmneKamp r 4220 3365, 3370, 3548

Phel l lic± r>q An , Vy Pipkin F. M

J KJ £- *~r 3412

PT"1 iLlill i 1 ~i flUUCT"l P> IX. M Pires A.

1164 3533

PhilliriQ 1 L 1 1 11 1 U o H11. ZiA . Pittman T.

4735 4339

1711.L-L-L.LLJo A. U . Pittman T. L.

3767 37fift 3549, 3730, 4080, 4471

4500, 4604

Picart J.

4246, 4593, 4672 Plain A.

4928

Pi r»M ^ t C

390ft 3933 3356 11ft1 J Jul

,

Platisa M.

1SR1 JJuJ, JJO 1SRAl 179ft +, J/ZO, 1761 17Q A 3085, 3209, 3210, 191 1 1171

1ft99 1Q95 41 DQ 4i i n 4081, 4340, 4631, 4687 46ft9

4736, 4737, 4738, 4740, 4889

,

Pickett H M

• 4890, 4891, 4933, 4979

,

4981

,

3546, 3547 5011, 5033, 5034

Piel A. Playford C. St. Q

3350, 3365, 3366, 3548, 3729, 3148, 3443, 3625

4078, 4079, 4221, 4374, 4412,

4948 Plomdeur P.

3828, 3993

Pignolet P.

3367, 3820, 3980, 4460, 4461,

4498, 4590, 4702

- 265 -
Author. Ref . No. from Part 3.

PI on J.

4963

Poisel H.

4501

Pokrzywka B.

4362, 4730

Pollock E. L.

4370, 4517

Polrzywka B.

4489

Polushkin I. N.

4126

Ponomarev Ya . I

4286

Popov A. K.

3550

Popov K. G.

3372, 3373, 3551

Popov V . I

4261

Popovic L.

4980

Popovic M.

3210, 3371, 4822

Popovic M. M.

4566, 4756, 4785

Popovic M. V.

3211, 4711, 4810

Popovic S.

3095

Popovics C.

4134

Author. Ref. No. from Part 3.

Poquerusse A.

4562, 4563, 4670

Pospieszny J.

4870

Post H. A.

4502, 4503

Pouilly B.

4718, 5009

Poulsen 0.

4323

Prakash S. G.

3374

Pratesi R.

5037

Pratt R. H.

5014

Preobrazhenskii N. G.

3375, 3376, 3377, 3552, 4674

Preppernau B. L.

5036

Price D. C.

3731

Prigent P.

4294

Prilipko V. K.

3596

Pritchard D. E.

3588, 3767, 3768, 4082, 4250

Privalov V. E.

4403

Proctor T. R.

3239

- 266 -
Author. Ref . No. from Part 3. Author. Ref. No. from Part

Profeti S.

4484

Protasevich E. T.

4680

Prud ' homme M

.

4660

Prunele E. de

3674

Puerta J.

3708, 3732

Puetter R. C.

3733

Pujol G.

3378

Purcell S. T.

4222

Puric J.

3098, 3212, 3213, 3214, 3326,

3379, 3380, 3522, 3553, 3698,

3699, 3734, 3735, 3736, 3737,

3871, 3893, 4047, 4048, 4049,

4054, 4083, 4084, 4223, 4224,

4371, 4372, 4629, 4630, 4631,

4687, 4736, 4737, 4738, 4739,

4740, 4741, 4787, 4889, 4890,

4891, 4919, 4933, 4979, 4996,

5010, 5011, 5034

Putlitz G. zu

4373

Qian J

.

4653

Quattropani A.

3944

Rabin Y.

3738, 3894, 3895

Rabinovitch A.

3649

Rabitz H.

3607, 4752

Radmore P. M.

3650

Radovanov S . B

.

4966

Radtke R.

4332, 4333, 4504, 4505

Raggett D. St. J.

3746

Raimond J. M.

3739

Raja Sekhar B. N.

5040

Rajan M. S.

4085

RajaRao P. M.

5040

Rakotoari jimy D.

3994

Rakowitz J.

3250

Ramadan A. G.

3945

Ramette J.

3163, 3164, 3283, 3284, 3620

Rang L. Q.

3740, 4506

Ranson P.

3468, 4486, 4616

- 267 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Rao B. K.

3896

Rao P. M . R.

4831

Rarig P. L.

3577

Rathore B. A.

4048, 4054, 4083, 4223, 4224,

4629

Ratkevich V. K.

4418

Rautian S. G.

3554, 3897

Raymer M. G.

3381

Raymond T. D.

3959, 4145

Razumov V. A.

3483

Rebane T. K.

3891

Rebane V. N.

3215, 3382, 3383, 3891

Rebentrost F.

3895, 4044

Rebhan U.

4118

Rebolledo M. A.

4171

Redko T. P.

3695, 4497

Rees D. E.

4749

Reibold R.

3555, 3665, 3841, 4009, 4010

Rethmatulla M. I

4490

Reyna Almandos J

4682, 4781

Reynaud S

3153, 3384, 3898

Ricard A.

4547

Richards A. G.

3336

Richards L. M.

3243

Richards M. A.

4615

Richardson M. C.

4284, 4906

Richardson R. J.

3339

Richou J.

3753, 4086, 4225, 4722, 4920

" Richter H.

3366, 4078, 4079, 4374

Ridard J.

3271

Riis E.

4323

Rish 0. M.

3186

Rizzo J.

3423

- 268 -
Author. Ref. No. from Part 3.

Robbe J. M

.

4718

Robert D.

3143

Roberti G.

4584

Roche -Hansen J.

4632

Rodin N. V.

4646

Roesler F. L.

4042

Rogers F. J.

3957, 4375

Rogers G. L.

5012

Rogoff G. L.

3556

Rohatgi V. K.

4035

Rohde V.

4806

Rohe -Hansen J.

4087, 5041

Roig J.

3647

Roig R. A.

3348

Romanenko E . V

.

3794

Romanov G . S

.

3385

Author. Ref. No. from Part 3.

Ron A.

4229, 4390

Rondigs G

.

3216, 3386, 3387

Roney W.

3618

Ropke G.

3741, 4464, 4704, 4832, 4989

Rosado R. J.

3388

Rosenbluh M.

3360, 3541

Rosenfeld Y.

4833

Rosinski K.

4746

Rostas F.

3401, 3633, 3634, 3971, 4351,

4477, 4478

Rottler L.

4000

Roueff E.

3401, 3748, 3899, 4088

Rous J

.

4381

Roussel -Dupre D.

4089

Rout R. K.

4831

Rovera G.

3613

Rowan W. L.

4421

- 269 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Royer A.

3217, 3557, 4090, 4091

Rozsa K.

4735

Rozsnyai B. F.

3218, 4092, 4581

Rudavets A. G.

3554

Ruffert M.

4834

Rukavina J

3584

Rumsby P. T.

3318

Russo A. L.

3145

Ruzov V. P.

3372, 3373, 3551

Ryabtsev A. N.

4507

Rybko L. B.

3325

Safinya K. A.

3558, 3652

Saf ronova U . I

3502

Sahal-Brechot S.

3637, 3815, 3816, 3817, 3973,

3976, 3977, 3978, 4156, 4158,

4287, 4291, 4292, 4438, 4567,

4786, 4881, 4882, 4883, 4885,

4887, 4971, 4973, 4974, 4975,

4976, 4977, 4978, 5013, 5031,

5032

Sakharov V. B.

3176

Sakurai T.

3389, 4909

Salakhov M. Kh.

3646, 3742, 4093, 4376, 4508,

4576, 4579, 4633, 4743, 4835,

5004

Salganik Yu. A.

3372

Salour M. M.

3545

Salpeter E. W.

3082

Salter J. M.

3704

Salzmann D.

5014

Sanchez A.

3900, 3964, 4032, 4634, 4799

Sanchez-Soto L. L.

4767, 4768

Sandeman R. J.

3246

Sandle W.

4639

Sandner W.

3652

Sando K. M.

3464, 4094, 4296, 4336, 4601,

4611, 4742, 4809

Santi D.

4095

- 270 -
Author. Ref . No. from Part 3. Author. Ref. No. from Part

Sapondzhyan S . 0

.

4215

Sarandaev E. V.

3646, 3742, 4376, 4508, 4633,

4743, 4835

Sarandayev E. V.

4093

Saraswathy P

.

4831

Sargent III M.

4428

Sarkisyan G. S.

4215

Sasso A.

4744

Sato M.

3219

Sato Y.

5020, 5021, 5022, 5043

Sattarov I

.

3220

Sautenkov V. V.

3783

Sauthoff N.

3618

Sauthoff N. R.

3264

Savard J. Y.

3921

Savary P

.

3701

'

Savinov S . Yu

.

4096

Savukynas A. J.

3390

Savushkin A. F.

3595

Saxena R.

3901

Sayer B.

3391, 3465, 3559, 3560, 3644,

3751, 3762, 3763, 3832, 3902,

4173, 4402, 4441, 4442

Schade W.

4377

Schafer J. H.

4278, 4429

Schafer R.

4103, 4391

Scharmann A.

3475, 4651

Schatzman E.

3392

Schawl ow A. L.

3297, 3330

Schearer L. D.

3865, 3866

Scheeline A.

4226

Scheibner H.

4138

Schilling M.

4115

Schlejen J.

4407, 4635

- 271 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Schlessinger L.

3743

Schluter H.

4830, 4834

Schmidt D.

3657

Schoning T.

4836, 4837

Schram D. C.

3388, 4826

Schroder K.

3869

Schuessler H. A.

3459

Schuller D.

4278

Schuller F.

3202, 3270, 3357, 3532, 3903,

4227, 4228, 4378, 4509

Schulz- Guide E.

3245

Schulze H.

4802

Schumann L. W.

3590

Schwamb D. H.

3393, 3561

Scoarnec L.

3157

Scofield J.

3703

Scott A. M.

3455, 3456

Scott R. H.

3097

Seaton M. J.

4636, 4745, 4838, 4929

Sebyakin Yu. N.

4285, 4286, 4681, 4854

Sedel 'nikov A. I

3376, 3377, 3552

Sedelnikov A. I

3375

Seely J. F.

4619

Segal D.

4839

Segre E. R. A.

3765

Seidel J.

3394, 3562, 3744, 3904, 4097,

4379, 4510, 4511, 4698

Seifert T.

3741, 4464

Selezneva L. A.

3251

Sem M. F.

4133

Semin P. S..

3291, 3646, 3742

Senkov N. V.

3783

Severino G.

4584, 4952

Shabaev V. M.

5015

- 272 -
Author. Ref . No. from Part 3.

Shabanova L . N

.

3425, 3936, 4324, 4325, 4326,

4327, 4328, 4329, 4411, 4512,

4513, 4930

Shalaev V. M

.

3550

Shalagin A. M.

3554

Shalitin D.

4229, 4390

Shalom A.

3690

Shannon I

.

4175, 4458, 4514, 4589, 4654

Shapiro D. A.

3398, 3897

Shaver P. A.

3395

Shaw J. H.

3340, 3358

Shaw R. S.

3563

Shcherbakova N. K.

5004

Shchipakov V. A.

4863

She C. Y.

4918

Shea R. F.

4069

Shefer R. E.

3396

Author. Ref. No. from Part 3.

Sheremeteva T. A.

3905

Shevel'ko A. P.

3519

Shikov V. K.

4360

Shilov K. A.

3619

Shimizu M.

3123

Shimizu T.

3185

Shimoda K.

3408

Shimokoshi K.

4034

Shindo H.

3397, 3564

Shiomi N.

3118

Shirai H.

4230

Shmavonyan S . V

.

4487

Shoaeb A. M.

3684

Sholin G. V.

3431, 3662, 4456, 4603

Shubin M. V.

4646 .

Shuker R.

4582

- 273 -
Author. Ref . No. from Part 3 Author. Ref. No. from Part

Shul'ga A. G

4202

Skobelev I. Yu.

3619

Shyam A.

4831

Skowronek M.

4381, 4649, 4650, 4755, 4756

Siddiqui A.

4931

Skrebov V. N.

3868

Sidel'nikov Yu. V.

3502

Skupsky S

3423, 3565, 3592

Siegel A.

3700

Slemzin V. A.

3519

Siegling F

4231, 4232

Slivinsky V. W.

3243

Sienkiewicz J.

4151, 4152, 4380

Slupek J

4221

Silver E

3618

Smirnov G. I 3398, 3897

Silver J. D.

4607

Smirnov G. T.

4233, 4382

Simard P. A.

3906

Smirnov V. G.

4418

Simonneau E.

4022, 4023

Smith C. C.

3221, 3222

Singer S. J.

4483 .

Singh S.

4763

Sirko L.

4746

Sivkov V. N.

3372

Skarsgard H. M.

3242, 3426

Smith E. W.

3092, 3154, 3446, 3745, 3805,

4234, 4235, 4236, 4237, 4385

Smith G.

3535, 3536, 3746, 4383, 4637,

4747

Smith S. R.

3561

Smulders P. J. M.

4515

- 274 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part

Snow W. L.

3168

Sobel ' man I . I

.

3410, 3747, 4424, 4666, 4772

Sokolov A. S.

3399

Sokolov I. M.

3434, 3793, 3946, 3947

Solin 0.

4180

Solnyshkov D. A.

4418

Soltwisch H.

3400

Solyanikova V. A.

3223

Sonobe 0.

5020, 5043

Sorochenko R. L.

4233

Sorokin V. N.

4424, 4666, 4772

Sotnichenko S. A.

3958, 4840

Sotome H.

5021, 5022

Soures J.

3423

Soures J. M.

3592

Sowa L.

3306, 4020

Spanke R.

4332, 4333, 4505

Spektorov V. L.

3303

Spiegelmann F.

4098, 4486

Spielfiedel A.

3401, 3588, 3748, 3767, 3768,

3899, 4088, 4842, 4932, 5016

Squire W.

3566

Sreckovic A.

4630, 4631, 4687, 4736, 4737,

4738, 4739, 4740, 4741, 4787,

4889, 4890, 4891, 4892, 4919,

4933, 4979, 4980, 4981, 4982,

4996, 5011, 5033, 5034, 5035

Srivastava H. M.

4638

Stacey D. N.

3224, 3247, 3517, 4099, 4817,

4998

Stahlberg B.

3567, 4384

Stamenov K. V.

3349

Stamm R.

3402, 3766, 3904, 4100, 4234,

4235, 4236, 4237,' 4238, 4385,

4386, 4516, 4517, 4519, 4558,

4641, 4675, 4872, 4873, 4912,

4934

Stanton A. C.

4101

Starostin A. N.

4256, 4863

- 275 -
Author. Ref . No. from Part 3. Author. Ref. No. from Part 3.

Stastny F.

4277, 4556, 4671

Steckner M.

4293

Steel D.

3423

Steel D. G.

3907

Stefanel A.

4658

Stefanov B.

3923

Stefanovic I

5024

Stehle C.

4102, 4239, 4240, 4387, 4388,

4389, 4518, 4748, 4841, 4935,

4936, 5017

Stein J.

4229, 4390, 5014

Steinfeld J. I.

3648

Steinwandel J.

3568

Stepanov K. I

3385

Stephenson G.

3650

Stewart B.

4250

Stodlek W.

3264, 3618

Stoicheff B. P.

3403, 3569, 3749, 4642, 4643

Stoner R.

4561

Stoof H. T. C.

4647, 5042

Stormberg H. P.

3570, 4103

Stormberg H. -P

4391

Stotskii G. I.

3225

Stout II R.E.

4204

Strauss M.

4241

Streater A.

4420, 4639, 4749, 4750

Streeter T. J.

3955

Stroke H. H.

3384

Struk I . I

4424, 4666, 4772

Strumia F.

3613, 4272

Stul'pinene N. A.

3119, 3120, 3121

Stulpinene N.

3571

Stwalley W. C.

3238, 3239, 3240, 3777, 4336

- 276 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

l_) u. j . r . auvorov a. Cj . 4937 4640, 4674

C, ,"U-i- n 1 T T bvanberg b

.

4051 4190

jUCKcWcl o . oyrKin n . i 4o1V lint 0"7CTA

Sueraitsu H. bzebesta D.

4b:>4

bugle 1

.

bzudy J

.

3404 3227, 3228, 3229, 3260, 3341,

3438, 3511, 3512, 3572, 3615,

oiiKnin b . A

.

Q ~7H Q 1 ~7 c: 1 J /UD , j/jl, 1~7 CO j/bi , Q "7 £ Q j/oJ, -30 , 3692 3875, 3876, 3908, 4059, 4173,

4205, 4276, 4354, 4423, 4532,

bullivan D. Cj . MO_)l , MO /U ,

/. Q "7 1 4j /l

,

/./•en /, o "7 n 4o /U , 3988, 4169 4961, 4962

but tan G

.

label K.

/. C /. ~7 4_>4 /

/. oi n

Sulzniann K. P P iauisz <j . * 41U4 /.in/. /.no/, 4y 04

din T M -P i aLlli UaLla £\. Q /. "7 /. J4 /4 1Q1Q JOJU , j?uy

,

/. nn/.

Anns Aonfi

din aun J

T

. - n . 4y , _>uio Taicjian D.

bung 1 . w

.

4706 laRemoto i

.

/. n o o 4y Jo

Supronowicz TJ . 3933 ialeb A.

4UJO

C,,f- a v T T /mo 4912 lalin Ji

.

1

1

1 / 17/, Q J7ll, 1Q1 1 Sutton D. G 4238, 4385, 4386, 4516, 4517,

4602 4519, 4558, 4641, 4675, 4872,

4873, 4912, 4934

Sutton K.

3226 Tallents G. J.

3573, 3912, 4773

- 277 -
Author. Ref. No. from Part 3 Author. Ref. No. from Part 3

Tan T. H.

3476

Thieberger R.

3649

Tanaka K.

3389

Thiessen D.

4997

Tang K. T.

4940

Thoma P.

3137

Tanigawa M.

3984

Thomann P

3574

Tanner C. E

4751

Thompson D. C.

3749, 4642, 4643

Taran M. D.

4256, 4863

Thompson R. C.

3224, 3247, 3517, 3913, 4099

Tarrini 0.

3962, 4427

Thompson R. E.

3577

Taylor P. R.

4520

Thomsen C

5019

Tchang-Brillet W.-t). L,

4842

Thomson J. J

3243

Tenenbaum J

4241

Thorsos E.

3423

Terpugova N. S

3191

Tiesinga E.

5042

Terray L.

4348, 4470

Tighe W.

4619

Terry J. L.

4664

Tilgner J

4120

Terskikh A. 0

4856

Timmermans C . J

4138

Terzic M.

4627

Tino G . M.

4744

Tetu M.

3413, 3921, 3922

Tipping R. H.

3809

- 278 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Tischer H.

3822

Titov E. A.

3601

Titov Ye. A.

3249

Tkachev A. N.

4537, 4721

Toader E. I

.

3405

Toi K.

3672

Tokarev V. I

.

3323, 3864, 3979

Tondello G.

3200, 3343, 3355, 3853

Tonelli M.

4427, 4484

Tong W. G.

4644

Toptyghin I. N.

3252

Toptygin I. N.

3105, 3106

Toptygina G. I

.

3575

Torres F.

4242, 4303, 4304, 4313, 4448,

4449, 4521

Torres Y. F.

4450, 4451

Toschek P. E.

3187, 3614

Tran Minh N.

3317, 3411, 3576, 3757, 4106,

4246, 4593, 4672

Tran N. H.

4395

Trassy C.

3714

Trawinski R. S.

4870, 4961, 4962

Treanor C. E.

3145

Trifonov E. D.

3707

Trippenbach M.

4984

Trukhacheva V. A.

3706

Truong-Bach

3406, 3752, 3753, 3819, 3914,

4439, 4440

Tsakiris G. D.

3836

Tserepi A. D.

5036

Tskhai N. S.

3407

Tskhai S. N.

4096

Tsoi V. I.

3915

Tsukakoshi M.

3408

- 279 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Tsukuda K.

4319

Tuganov V. F.

4243

Tumakaev G. K.

3331

Turaarkin Ya . N

4146

Turner J. E.

3363

Turski L. A.

4283

Twitty J. T.

3577

Uchida K.

4909

Uchino K.

4705

Ueda K.

3295, 3578, 3825, 3916, 3917,

3918, 3919, 4244, 4392, 5020,

5021, 5022, 5043

Urano Y.

3663, 3754, 3838, 3909, 4004,

4005, 4006, 4588

Urinson A. S

3923

Uzelac N. I.

4522, 4845, 4916, 5024

Vacquie S.

4393

Vadla C.

3409, 3755, 3797, 4105, 4113,

4140, 4245

Vaessen P. H. M.

4394

Vainshtein L. A.

3410, 3747

Valentin A.

3626

Valentini H. B.

3756

Valiron P.

3364

Uhlenbusch J.

4278, 4429, 4843, 4941

Vallbona G.

4864

Ullah K. N.

4844

Ulm G.

4163

Unnikrishnan K.

4942, 4967, 5023

Urakawa H

4314

Vallee 0.

3411, 3757, 4106, 4246, 4593,

4672, 4752

Valognes J. C.

3758, 3943, 4417, 4866, 4943

Valuzhis A. D.

3119, 3120

Van Baak D. A.

3412

- 280 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Van Bergen A. R. D.

3681

Van Calcar R. A.

3920

Van de Weijer P.

4503

Van den Wijngaart

4523

Van der Mullen J. A. M.

4826

Van der Sijde B.

4826

Van Dijk C. A.

3230, 3540, 3579

Van Engelen J. M. L.

4394

Van Hal R. P. M.

4407

Van Hemert M. C.

4407

Van Hulsteyn D. B.

3476

Van Linden van den Heuvell H. B.

4395

Van Regemorter H.

4396, 4397, 4524, 4525, 4753

Van Rensbergen W.

3580

Van Uitert B. K.

3920

Van Veen E. H.

4846

Vandeplanque J.

3093

Vanderhaegen D.

4876

Vanier J.

3413, 3921, 3922

Vasil'eva I. A.

3923

Vasilenko L. S.

3967

Vasilevskii K. P.

3924, 4247

Vasilieva I . A

.

4248, 4526

Vdovin Yu. A.

3131, 3599

Veats S.

3690

Vedenin V. D.

4128, 4398, 4539, 4645, 4646,

4944

Vedmich V. G.

3231, 3581

Veguillas J.

4683, 4879

Vegvar P . de

3136

Velichanskii V. L.

3783

Velichko A. G.

3915

Velikic Z. B.

4966

- 281 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Vella M. C.

3563

Venkatesan T.

3759

Verges J.

3156, 3630, 3631, 4107, 4969

Verhaar B. J.

4647, 5042

Verma R.

4108

Vetter R.

3232, 3582, 3757, 3760

Veza D.

3583, 3584, 3761, 3796, 3925,

4109, 4110, 4754

Veza D.

3233

Vicharelli P. A.

4111

Vickers T. J.

4821

Vienne-Casalta D.

3585, 3926

Viladrosa R.

3174

Vince I

4399, 4400, 4401, 4847, 4848

Vinogradov A. V.

3619

Viol W.

4843, 4941

Visticot J. P.

3465, 3559, 3560, 3644, 3751,

3762, 3763, 4402, 4441, 4442

Vitel Y.

4648, 4649, 4650, 4755, 4756

Vitrant G.

3739

Vlasov A. N.

4403

Vogel. N.

5025

Voigt P.

3549

Volk C. H.

3963

Volkova L. M.

3586

Volonte S.

3234, 3256, 3257, 3720

Von Borstel M.

4651

Von Goeler S.

3264, 3618

Voslaraber D.

3402, 3587, 3740, 3764, 3765,

3766, 3779, 3927, 4404, 4506,

4527, 4528, 4529, 4841, 4936

Vrakking J. J. A. M.

4425, 4555

Vrhovac S. B.

4966

Vujicic B.

5002

Vujicic B. T.

3803, 4112, 4249, 4405, 4801,

4849

- 282 -
Author. Ref . No. from Part 3. Author. Ref. No. from Part 3.

Vujnovic V.

3087, 3409, 3584, 4113

Wackherr P.

3367

Wada A.

4805

Wagner A.

3759

Walder V. S.

3432, 3598, 3603, 3791, 3801

Walker Z. H.

4550

Walkup R.

4250

Walkup R. E.

3588, 3767, 3768, 3928, 4082

Walters P. E.

4530

Walther H.

4367

Wang J. S.

4850, 4907, 5044

Wang J . - S

.

4908

Wang S. Y.

3150, 3414

Wang W . J

.

4008, 4114

Wang Z.

4855

Ward J. M.

3318

Wareing D. P.

4322

Warrington D. M.

4262

Wasilewski J.

3439

Wasserraan K. R.

4857

Was z ink J. H.

3235, 3236

Watanabe Y.

3415

Watkin G.

4322

Wawrzynski J

.

3953, 3954, 4273, 4531, 4652

Weber E. W.

3416, 3417, 3769, 3770, 3771,

3772, 3773, 4016, 4115

Weber K. H.

3418, 3419, 3929, 3930, 4116

Weber K. -H.

4011

Weber P. G.

3472

Weckstrom K.

3567

Wehenkel C

.

3312, 3313

Wehrse R.

4860

Weinberger E.

3403, 3569, 3749, 4642, 4643

- 283 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Weirauch T.

4806

Weisheit J. C.

3420, 3787, 4370

Wende B

3177, 3654, 3989, 4302, 4432

Weniger S.

3378, 3829, 3830, 3994, 445

4583

Werner H.

4017

Werner K.

4251

West P. J.

4700, 4939, 5018

Wetzer J. M.

4252

Wexler B. L.

3589

Whitney K. G.

3931

Whittaker E.

3525, 3715

Whittal D. M.

4997

Whitten B. L.

4187, 4204

Whittingham I. B.

5003

Wiegart N. J.

3421, 4117, 4118

Wieman C.

4751

Wiese W. L.

3096, 3099, 3237, 3316, 3932,

4033, 4189, 4196, 4197, 4468,

4596, 4917, 5045

Wilcorab B. E.

3589

Wilczek E.

3774

Wildman D. W.

3590

Wilksch P. A.

4406

Williams P. F.

3457

Williams R. R.

4119

Windholz L.

3591, 4757

Winefordner J. D.

3540, 4923, 5000

Wineland D. J.

3677, 3851

Winfield R. J.

4344, 4345, 4346

Wing W. H.

3643

Winkelmann G

4120

Wirsig M.

4017, 4181

Wirz P.

3475

- 284 -
Author. Ref. No. from Part 3.

Wodkiewicz K.

3775

Woerdman J . P

.

3422, 4407, 4635

Wolnikowski J

.

3140, 3141, 3341, 3438, 3512,

3933, 4059, 4205, 4273, 4276,

4354, 4423, 4531, 4532, 4652,

4870, 4945, 4961, 4962

Woltz L. A.

3683, 3776, 3934, 4121, 4253,

4284, 4468, 4533, 4598, 4619,

4758, 4759, 4902, 4906, 4999,

5026

Woodworth M. R.

4122

Wormhoudt J . C

.

4101

Woschnik T.

4573

Wray J. E.

4896

Wright E. L.

4141

Wright J.

3743

Wright J. J.

3790

Wu C. Y. R.

3238, 3239, 3240, 3777

Wurster W. H.

3145

Xu E. Y.

4534

Author. Ref. No. from Part 3.

Xu G. -X.

4643

Xu X. J.

4794, 4905

Yaakobi B.

3423, 3592

Yablochkov E. Yu.

3241

Yakolev D. G.

4719

Yakovlenko S. I.

3935, 4143, 4537, 4721

Yakovlev D. G.

3952, 4060, 4819, 4851

Yakovson N. N.

4261

Yaraaguchi N

.

3651, 4007

Yamamoto K.

3593, 3594, 3778, 4123

Yan X. Z.

4535, 4536

Yanagisawa T.

4005, 4006

Yang B. -X.

4353

Yang J

.

4760

Yang X. D.

4940

Yasevich V. Yu.

4418, 4719, 4819, 4851

- 285 -
Author. Ref. No. from Part 3.

Yatsenko L. P.

3127

Yazenkov V. V.

4126

Yeh S.

3424

Yelnik J. -B.

3779

Ying-Jian W.

4254

Yonehara A.

3497, 3856

Yoshida E.

4938

Yoshihara K.

4494

Young J . P

3199

Yukov E. A.

3410, 3747, 4424, 4666, 4772

Yurkin E. K.

3783

Zagrebin A. L.

4779, 4852, 4853, 4854, 4946,

4947

Zaibi M. A.

4866

Zaidi A. A.

4869

Zakaraya M . G

4408

Zaprianova R.

3780

Author. Ref. No. from Part 3.

Zarovnyaev G . V

4124

Zarro D. M.

4409

Zatsepa L. F.

3130

Zeegers P. J. Th.

3230

Zeeraan P. B.

4530

Zemtsov Yu. K.

4256, 4863

Zhang J. -Y.

4760

Zhang Z.

4855

Zhechev D

3780

Zhi G.

4653

Zhidkov A. G.

4410, 4537, 4856

Zhiglinskii A. G.

3429

Zhou H. -T.

4760

Zhu X.

4538, 4761

Zhuk V. P.

3595

Zhuvikin G. V.

3425, 3936, 4411

- 286 -
Author. Ref. No. from Part 3. Author. Ref. No. from Part 3.

Zhuzhunashvili A. I.

3125

Zibrov A. S

.

3783

Zimmermann J. P.

3828

Zimmermann J. -P.

3993

Zimmermann M.

3781

Zimmermann R.

4464

Zirin H.

4409

Zoellner M. J.

4226

Zokai M.

4589, 4654

Zolotarev M. S.

4769

Zon B. A.

4771

Zughul M. B.

3607

Zugravescu P. Gh.

4693

- 287
5. ERRATA

Reference Corrections or Additions to NBS Special Publication 366,

No.* Supplement 3 (1978^

2760 In Part 2, add the classification of Na I (Stark, T).

2913 In Part 3, change the reference to the English translation:

Sov. Phys.--JETP 46, 209 (1977).

2996 In Part 1, add the classification of 1.6.4. In Part 2,

delete Na I and K I (Stark, E).

3058 In Part 1, add the classification of 1.4.3. (E).

3061 In Part 1, add the classification of 1.1.2.2. (T).

3075 In Part 1, add the classification of 1.3.4. (E).

*The numbers refer to paper identification numbers of Part 3 of the third supplement

to the original bibliography.

*U.S. G.P.0. : 1993-341-931 : 8261

- 288 -


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durability and safety characteristics of building elements and systems.

Technical Notes — Studies or reports which are complete in themselves but restrictive in their

treatment of a subject. Analogous to monographs but not so comprehensive in scope or definitive

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nationally recognized requirements for products, and provide all concerned interests with a basis

for common understanding of the characteristics of the products. NIST administers this program

in support of the efforts of private-sector standardizing organizations.

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covering areas of interest to the consumer. Easily understandable language and illustrations

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Federal Information Processing Standards Publications (FIPS PUB) — Publications in this series

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Public Law 89-306 (79 Stat. 1127), and as implemented by Executive Order 11717 (38 FR 12315,

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