Photonuclear Data Ind

United States Department of Commerce

National Bureau of Standards

Miscellaneous Publication 277
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UNITED STATES DEPARTMENT OF COMMERCE • John T. Connor, Secretary

NATIONAL BUREAU OF STANDARDS • A. V. Astin, Director

Photonuclear Data Index

Prepared by

Photonuclear Data Group

Institute for Basic Standards

National Bureau of Standards Washington, D. C.

National Bureau of Standards Miscellaneous Publication 277

Issued April 1, 1966

For sale by the Superintendent of Documents, U.S. Government Printing Office Washington, D.C., 20402 - Price 55 cents
Photonuclear Data Group

N. V. Baggett, T. M. Collins, E. G. Fuller,

J. C. Holland, J. H. Hubbell, and J. S. O'Connell

Library of Congress Catalog Card Number: 66-60027
Foreword

A project on photonuclear data is being conducted in the Radiation

Physics Division of the NBS Institute for Basic Standards with the support of the NBS Office of Standard Reference Data. The objective of this

project is the creation and maintenance of a current Photonuclear Data

File which will be used as source material for a series of miscellaneous

reports covering various aspects of the field.

The present publication is the first report of the series. It is

essentially an index of the data in the File as of January 1, 1965. It

is expected that it will be possible to make revisions and additions to

the index rather rapidly so that it can be kept both complete and up to

date. It is anticipated that many of the future publications of the

project will contain critically evaluated data and will be included in

the National Standard Reference Data Series.

The NBS Office of Standard Reference Data was established to carry

out the Bureau's assigned responsibility to administer the National

Standard Reference Data System (NSRDS) . This System is a governmentwide effort to give the American technical community optimum access to

the quantitative data of physical science, critically evaluated and com- piled for convenience. The NSRDS was established by the President's

Office of Science and Technology, acting upon the recommendation of the

Federal Council for Science and Technology. Its general objective is to

coordinate and integrate existing data evaluation and compilation activities into a systematic, comprehensive program, supplementing and expanding technical coverage when necessary, establishing and maintaining

standards for the output of the participating groups, and providing

mechanisms for the dissemination of the output as required.

A. V. Astin, Director.

Ill
Contents

Page

Introduction — — \

The Photonuclear Data File . 3

Scope of the Data Index---------- . 3

Description of the Index —--- .. . 3

I. Reference number ( REF) -. 4

II. Nucleus excited (NUCLIDE) . _>-_ I

III. Reaction „___, . _ . 4- IV. Type of information (RES)__ _._ $

V. Excitation energy range (EXCIT)____ 6

VI. Source type and energy range (SOURCE) 6

VII. Detector type, energy, and angular range

(detector) - -_- ~ 6

VIII. Remarks — 7

References — 8

Data Index 9

Bibliography ----__-„._--_- . . 70

IV
PHOTO NUCLEAR DATA INDEX

Photonuclear Data Project'

Radiation Physics Division

National Bureau of Standards. Washington, D. C.

ABSTRACT

An index to experimental data on photonuclear reactions

is presented. Organized by element and isotope, each entry

in the index supplies quantitative information for a specific

reaction on the ranges of excitation energy, source energy,

detected particle energy, and emission angles for reaction

produced covered in each reference. Information is also given

on the type of measurement and detector used.

INTRODUCTION

The function of this data index is to furnish a means of readily

locating experimental data in the field of photonuclear reactions. This

index differs from a bibliography in that it supplies quantitative information about the content of a paper. Each entry in the index cor- responds to the measurement of a specific photonuclear reaction for a specific nuclide or group of nuclides. An attempt is made to give as complete a description of each measurement as is possible in a single

line. The type of measurement is indicated as well as the range of ex- citation energies covered, the type of detector used and its energy

response, and the type of angular distribution data obtained. The

object has been to give a description of each measurement that is com- plete enough to permit an individual looking for specific types of data

in the field to locate the pertinent references without having to go

through a large number of irrelevant papers as might be the case if only

the title of the paper or the reaction studied were listed for each

entry.

For the purposes of this index the general criterion as to what

constitutes a measurement of photonuclear data is that the measurement

must give information on the electromagnetic matrix element between the

ground state and excited states of some nucleus. The most common type

of reactions are: (YjY^ j (Y? n ) 5 (YjP)j (p?Y an<^ ( e

^ e ')« Two reac- tions which fit the matrix element criterion, but which were not included

in the compilation because of their rather special nature are heavy particle coulomb excitation and the thermal neutron capture reaction:

(n,y ) • The energy region of interest is from 0 to about 150 MeV. Most

of tSe experiments are concerned with the excitation energy range 8 to

30 MeV, the region of the giant dipole resonance.

* Participants in the photonuclear data project: N. V. Baggett,

T. M. Collins, E. G. Fuller, J. C. Holland, J. H. Hubbell, and J. S.

O'Connell.

1
R.R. Harvey, J.T. Caldweil, R.L. Bramblett, S.C. Fultz

Phys. Rev. J^6, B 126- 31 (1964.) Bi 209 83

Positron annihilation; ion chamber

REF. NO. 64 Ha 2 NVB

REACTION RESULT EXCITATION ENERGY

SOURCE DETECTOR

ANGLE TYPE RANGE TYPE RANGE

G,N ABX 6- 27 D 6-26 BF3-I

G,2N ABX 12-27 D 12-26 BF3-I m

£150

h Bi (j-.n)

Bi (y.Znl

I Wi'

i il 1'

1

Fig. 4. Top figure shows data points for <t[(7,«) + {y,np)~\ for Bi20

*, obtained from single-neutron counting data. Center figure shows data for <r(y,2n) obtained from double-neutron counting

data. Data points for the compound nucleus formation cross section of Bi208

, i.e., <t[(y,«) + (y,»P)l+"(y,2n) are shown in the bottom figure. Solid curve is a plot of a Lorentz line having the parameters given in Table II. The data are uncertain below 8 MeV

owing to low beam intensities encountered.

Table II. Lorentz line parameters and values

for Pb isotopes and Bi.

Peak Width

Isotope r An 0.00225/1 6 '3 (mb) (MeV) iMeV) (mb/MeV) (ml)/MeV)

Pb»6 525 3.75 13.7 15.6±1.6 16.2 PbMI 485 3.87 13.6 14.5±1.5 16.3 Pb208 495 3.78 13.6 14.1±1.4 16.4 Bi209 520 3.83 13.5 16.6±1.7 16.6

PHOTON ENERGY(MqV)

form NBS-418

(REV. 7-14-04) USCOMM-DC 26010-P64

Table I. Integrated cross sections in MeV-b, up to 28 MeV, for Pb isotopes and Bi. m /*28 f2S f28 Isotope J

a (y,n)d/£ / odE / odE+W

0.Q6NZ/A

Pb206 2.22 0.56 2.7S±0.28 3.07±0.36 2.96 Pb20 ' 2.05 0.60 2.65±0.27 2.95±0.30 2.97 Pb208 1.96 0.95 2.91±0.29 3.21±0.32 2.98 Bi208 2.17 0.76 2.93±0.29 3.25±0.33 3.00

Fig. 1. Example of Photonuclear Data Sheet,

for definitions of symbols used.

See text
THE PHOTONUCLEAR DATA FILE

The source of the data used to compile this index is the Photonuclear Data File. This file consists of data sheets containing abstracts of the significant data from each reference. The data are presented in a form such that an experienced worker in the field of photonuclear reactions can judge the quality of the data contained in each

reference. Each sheet gives information about the type of reaction

studied and the method of measurement. In addition, the significant

figures and tables in the original paper are given, often on a reduced

scale. Each data sheet covers either one element or one isotope of an element so that a given reference normally results in several data

sheets. Fig. 1 is an example of one of these data sheets.

In addition, a master "reprint" file of each paper abstracted is

maintained. Various index files permit the location of a given paper

in the compilation by means of any of the authors of the paper or by

the institutions at which the work was carried out.

SCOPE OF THE DATA INDEX

This version of the index covers experimental photonuclear physics

articles published in the period from 1955 through 1964-. For the period

1955 through 1959 papers were located by using the bibliographies of

Toms1 and the International Atomic Energy Agency Bibliographical Series

No. 10, (Photonuclear Reactions) 2 and Atomic Energy Review3

. For the

period I960 through 19&4-, six journals (Physical Review, Physical Review

Letters, Nuclear Physics, Physics Letters, Journal of Experimental and

Theoretical Physics ( JETP) , and II Nuovo Cimento) were searched - issue

by issue - and Nuclear Science Abstracts was used to find papers in

other journals. The above-mentioned bibliographies were also used to cross check this period.

Only articles published in journals were abstracted. In a few

cases, conference reports were used if the article was fairly complete

and it was likely that this was the final report of the experiment.

DESCRIPTION OF THE INDEX

The data index of each element begins with the isotopic abundances

for that element and a list of particle thresholds for each isotope.

The abundances were taken from a compilation by Gladys Fuller4

. This

reference should be consulted for remarks concerning the accuracy of

these values and possible variations with the source of the sample. The

reaction thresholds were taken from a list of Q-values computed by

J. H. E. Mattauch, W. Thiele, and A. H. Wapstra5

. The values given in

reference 5 have been arbitrarily rounded off to the nearest 0.1 MeV

except for those cases where the uncertainties quoted are of the order

of 1 MeV. In these cases, thresholds are given to the nearest MeV.

3
In the index itself the data content of an experimental pape is

listed under eight categories:

1

Reference number

II. Nucleus excited

III. Reaction

IV. Type of information

v. Excitation energy range

VI

Source type and energy range

VII. Detector type, energy and angular range

VIII. Rema rks

For each element or isotope if known, entries are grouped by the

reactions studied. The entries under a given nucleus and reaction are ordered chronologically.

I. Reference number ( REF)

The reference number is used to cite the full bibliographical

reference which is given in the bibliography following the data index.

This number is made up of the year and the first two letters of the

first author's name, plus an additional serial number. For example, a paper published in 1963 by Galileo would have a reference number 63 Gal.

II. Nucleus excited (NUCLIDE)

The atomic number (z), chemical symbol, and mass number (A) of the

excited nucleus (not necessarily the target nucleus) is given. The mass number is listed only if the isotopic assignment is unambiguous.

III. Reaction

The following table defines the symbols used under IN, OUT:

$ polarization of the incident or outgoing particle

or polarization or alignment of the target

A alpha particle

D deuteron

E electron
e/ inelcisti ca 1 ly sea. t te red elect ron

E+ positron

F J_f 1X OCGinn w JL - 1 1

G photon

G/ i ne las t i ca 1 1 y scattered photon

He3 He 3

MU-T total photon absorption

N n e u t ro n

P proton

T t r i to n

XN All nput t~o n s

XP all protons

When two reaction products are listed under OUT they were detected

in coincidence, e„g. ? the notation E, e/p means the inelastical ly scattered electron and proton were detected in coincidence in a reaction

of the type: A + e -» (A - l) + e + p, while E, P means that only the

proton was detected.

IV. Type of information (RES)

The following catalog of abbreviations applies to the type of

result obtained in an experiment:

ABI absolute integrated cross- section data

ABX absolute cross- section data

ABY absolute yield data

FMF form factor

LFT excitated state lifetime

NOX no cross- section data

RLI relative integrated cross- section data

5
RLX relative cross- section data

RLY relative yield data

SPC particle energy spectrum

V. Excitation energy range (EXCIT)

The excitation energy range of the nucleus involved in the gammaray transition is given in MeV. For reactions initiated by gamma rays

the excitation energy is taken as the gamma- ray energy; for reactions

initiated by particles the binding energy and kinematic corrections are

made. The abbreviation THR stands for threshold.

VI. Source type and energy range (SOURCE)

The source of incident particles is characterized by the letter C or D indicating that the source was continuous or discrete in energy.

The source energy is indicated under MIN-MAX. The usual source of

photons is bremsstrahlung which would be marked C. The range of end

point energies is given.

VII. Detector type, energy, and angular range (DETECTOR)

The following abbreviations apply under detector TYPE:

ACT measurement of radioactivity of the target

BBL bubble chamber

BF3 BF3 neutron counter with moderator, e.g., Halpern

detector, long counter

CCH cloud chamber

EMU emulsions (photographic plates)

I0N ionization chamber

MAG magnetic spectrometer

MGC magnetic Compton spectrometer

MGP magnetic pair spectrometer

M0D moderated neutron detector not employing a BF3 counter

e.g., rhodium foil, Szi lard- Chalmers reaction, He3

, Li'

reactions

6
NAI Nal (T-t) spectrometer

SCD semiconductor (solid state) detector

SCI scintillator detector other than Nal ; e.g., Csl, KI

,

organic (liquid or solid), stilbene, He

SPK spark chamber

TEL counter telescope

29 29

THR threshold detector, e.g., Si (n,p) Al y

T0F time-of-f light detector

The symbols D or I under TYPE means that the reaction product was detected differentially or integrally in energy. For example, a scintillator (SCl) is usually used differentially (D) while a BF3 detector

used with a neutron moderator (BF3) integrates over neutron energy.

The range of detected particle angular distribution is shown under

ANG with the following designations:

0- 180 one number in this column means the measurements were

made at this angle only (angle in degrees)

4- PI a 4-tt geometry was used or a method like radioactivity

or a total absorption measurement

DST an angular distribution was measured

VIII. Remarks

This additional information was selected in a fairly unsystematic

way and limited by the available space. It should therefore not be

regarded as exhaustive or consistent. An asterisk indicates that a completed data sheet was not in the file as of the time the bibliographic card was prepared. In this case the information given in the

index was obtained from the abstract of the article referenced.

Some of the abbreviations used in this column are:

BREAKS levels located by "breaks" in the yield curve

CF compared with

COINC coincidence

DT BAL detail balance

7
G- WIDTH r gamma- ray transition width

Y

J- pi spin and parity assignments of levels are made

POL po larization

Q- SQUARE momentum transfer squared

REL relative

SEP ISOTPS separated isotope used

REFERENCES

M. E, Toms, "Bibliography of Photo- and Electronuclear Disintegrations", Bibliography No. 22, U.S. Naval Research Laboratory, Washington, D. C.

Bibliographical Series No s 10, "Photonuclear Reactions",

International Atomic Energy Agency, Vienna.

B. I. Goryachev, Atomic Energy Review 2, 71-14-8 ( 1964-) .

Gladys Fuller, 1959 Nuclear Data Tables (NUCLEAR DATA PROJECT)

National Academy of Sciences, National Research Council,

Washington, D 0 C.

J. H. E e Mattauch, W. Thiele, and A. H. Wapstra, Nuclear Physics

67, 32 (1965).

8
HYDROGEN Z=l H

ABUND. SE PAR AT I ON ENERGIES (MEV)

G,N G»P G »

T

G » HE3 G » A G,2N G»NP G»2P

1 99.99 * * * * * * *

2 1.5<-2) 2.2 2.2 •a- * * * *

3 * 6.3 8.5 # 8.5 8.5 *

REF NUCL IDE REACT I ON RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN >OUT MIN- M AX TYPE MIN-MAX

58M02 1H 1 G >MU-T ABX C 94 SCI-D 4P I 60WY1 1H 1 G >MU-T ABX C 90 NAI-D 13-80

580X1 1H 1 G >G ABX C 87 TEL-D DST

58AL1 1H 1 G »G ABX 124

550X1 1H 1 G >G ABX 30- 95 DST K- 60G01 1H 1 G .G ABX C 75 TEL-D 40-70 DST

613A3 1H 1 G »G ABX C247 DST * 63ST1 1H 1 G »G ABX C900 TEL-D 90

59FR1 1H 2

r »E/ SPC 0 -95 D175 MAG-D DST Q = 206 MEV/C

61KE3 1H 2 E >E/ RLX 0 20 D204- 500 MAG-D 145

62BA1 1H 2 E >E/ ABX 0 10 D 42 MAG-D 180 GAS TARGET

62PE1 1H 2 E >E/ ABX 0 20 D 42 MAG-D 180 SOLID TARGET

63BA1 1H 2 E »E/ SPC 0 14 D 42 MAG-D 180

573A1 1H 2 G »

N

RLY THR 265 C 265 20- DST * 58BA1 1H 2 G »N ABX THR 255 C170» 255 THR-I 21 DST

60GE3 1H 2 G > N NOX THR CTHR BF3-I 4PI THRESHOLD

61J01 1H 2 $ G N NOX 0 1 D 3 BF3-I DST NEUTRONS POLARIZED

61TA1 1H 2 G >N RLX C 22 THR- 1 6- DST

63BE7 1H 2 $ G >N NOX 12 30 C 30 SCI-D 12- DST NEUTRONS POLARIZED

63B04 1H 2 $ G N SPC 3 9 C 3- 9 SCI-D DST NEUTRONS POLARIZED

63FR1 1H 2 $ G »

N

NOX 11 23 C 24 CCH-D 148 NEUTRONS POLARIZED

550D1 1H 2 G • NP C SCI-D DST

560D 1 1H 2 G .NP RLX THR 340 C340 DST

55AL1 1H 2 G > P ABX 20 65 C 20- 65 EMU- I DST

56D I 1 1H 2 G »P ABX THR 293 C136- 293 TEL-D DST

56KE1 1H 2 G >P ABX 75 450 C150- 450 TEL-D DST

56WH1 1H 2 G .P ABX 60 250 C 60- 250 EMU-D DST

57AL1 1H 2 G .P ABX THR 148 C 54- 148 TEL-D DST * 58TA2 1H 2 G >P ABX THR 200 C200 DST * 58WH1 1H 2 G .P ABX 9 23 C 9- 23 NAI-I DST

60FE2 1H 2 $ G >P ABX 150 300 C150- 300 EMU-D 44 PROTONS POLARIZED

60GA1 1H 2 G »P ABX 50 90 C 94 TEL-D DST

61MY1 1H 2 G .P ABX 350 900 C500- 900 TEL-D DST

63L01 1H 2 $ G -P NOX 2 294 C294 SPK-D 58

64LI 1 1H 2 $ G .P RLX 80 -140 C400- 500 MAG-D 90 PHOTONS POLARIZED

64B02 1H 3 G >N ABX 7 9 D 7- 9 BF3-I 4PI

64IM1 1H 4 N »G ABY D 0- 1 ACT-I 4PI NO H4 FOUND

9
He HELIUM Z = 2 Li

A ABUND.(l) SEPARATION ENERGIES (MEV)

G » N G»P G » T G » HE3 G > A G»2N G»NP G.2P

3 1.41-4) 7.7 5.5 * * * * 7.7 7.7

4 99.99 20.6 19.8 19.8 20.6 * * * * (1) ABUNDANCE DEPENDS ON SOURCE

> i_ r N! IT! T DF REACT ION RES EXCIT DF TFT TOR Rr\ FC IM1 MA r\ N oQ A7 MA IN OUT CI 1 IM CI M A Tt YPTrU.F MI[tilN1! —M1 InA A Y 58BA3 2HE G >NP THR 280 C280 DST * 56RE1 2HE G P CCH-D DST *

A f> D C 0 O 0 K t a Ant our G »X P CCH— DI UU—

Ant d G p Ada 90 c i to CCH-D 4P I ALoU b»N

O D W A 1 A rft .3 rU

. Dr Ada a r y O f

-7

1 U Off T n M — P\ A D T OIDl > a n c. j5 b i r ADA a r y Qo - d. d

C R 0 O L O — A A Q C T Pi y U rUKH rAl. 1 UK

O ^ D 1 1 0 M. P ^ a n ti J o

. D n ADA A R Y QOO A dU C 0 0 L A A

C t~ T _ r\ /. oL 1 — V f

O A b

.tPUn h ADA A R Y 1 'X I D d I c T — n o L 1 U

Q n

A A R C 9 O^f DC t our o 0 iPD ADA A R Y T i_i D 1 HK 5 U

C ^" Pi Pt 1 T A o(.U — U 3 I 0O A or tC 1 KUM

A /i D CT O o C A fit J G » P D

A Q V Ada Qo — d 2

/-- Q O O C O ~" A A SC I -D 90 rOKM FACTOR

A A C A 1 a n L j G »PD Ada A R Y THR- 120 r~ /" LJ Pt CCH-U nc t Do 1 63GR1 2HE3 P G ABX 5 6 C 0-1 NAI-D DST S AND P WAVE

A i n I 1 o o 1 d U A Z n t H E »E/ ADA A R Y 0 325 UH-U U duu r\ c T

l)J 1 58G01 2HE4 G »N ABX 20 160 C170 CCH-D DST

58LI

2HE4 G N ABI 40 60 C 70 EMU- I DST DETECTED HE3

57G01 2 HE 4 G »NP ABI 20 160 C170 CCH-D 4PI

58G02 2HE4 G NP ABX 25 170 C170 CCH-D 4PI

57G01 2HE4 G »P ABX 20 160 C170 CCH-D DST

60MI 1 2HE4 G »P ABX 23 32 D 32 EMU-D 90

62MA1 2HE4 G »P NOX 23 32 C 70 EMU-D DST

55PE2 2HE4 P G ABX 20 36 D 0-6 NAI-D DST

62GA1 2HE4 P >G ABX 24 27 D 6-10 NAI-D DST

62GE1 2HE4 P »G ABX 23 28 D 4-11 NAI-D DST

63BU2 2HE5 D >G RLY 17 18 D 0-1 NAI-D

LITHIUM Z=3

6

7

( 1 )

ABUND. ( 1

7.42

92.58

ABUNDANCE

G.N

5.7

7.3

DEPENDS

SEPARAT ION

G»P G T 4.7 15.8

10.0 2.5

ON SOURCE

ENERGIES

G * HE3

15.8

28.3

(MEV)

G »

1.5

2.5

G»2N

* 12.9

G.NP

3.7

12.0

G*2P

28.7

29. 1

REF NUCL IDE REACT ION RES EXCIT

Z A IN.0UT

58AL1 3LI G»G ABX 2 64G03 3LI E » E / ABX 4 60KU2 3LI G N ABX THR 90

55BA5 3LI G.XN ABX THR-250

55HE1 3LI G»XN RLX 13 32

58RY1 3LI G»XN ABX 5 24

60FA1 3LI G»XN ABX 11 56

63C03 3LI G.XN ABX 8 75

64AL1 3LI G»XN ABX THR 19

550D1 3LI G»NP THR-252

SOURCE DETECTOR ANG REMARKS

MIN-MAX TYPE MIN-MAX

124

D 40-70 MAG-D 180 FMF

C 90 TEL-D 10- DST

C250 30- DST *

C 13-32 BF3-I 4PI ENRICHED

C 5-24 BF3-I 4PI

C 11-57 BF3-I 4P I C 8-100 BF3-I 4PI

C -19 BF3-I 4PI

C140-252 SCI-D DST *

10
^EF NUCL IDE REACT I ON RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN »OUT MIN- MAX TYPE *t I N- M AX

560D1 3LI G NP RLX THR -340 C340 DST * 58BA3 3LI G »NP THR 280 C280 DST * 56KL1 3LI G P SPC THR 80 C 30- 80 EMU-D DST * MULT I POLAR I TY 60KO5 3LI G P SPC

63KI 1 3LI G P ABX 150 335 C335 TEL-D143- 183 DST

63KU2 3LI Gi P ABX 10 30 C 30 DST G-WIDTH

58WH2 3LI Gi XP ABX 40 100 C 45- 110 TEL-D 30- 80 DST

61MA2 3LI G) X P NOX 10 2 1 c 21 SC I -D 1- 10 DST

62BE1 3LI G ! D RLY THR 260 C160- 260 MAG-D 4- 1

DST YLD REL TO PROTONS

5 5M I 1 3L I Gi T RLY THR -21 CTHR- 21 EMU-I * 61SH6 3LI G 1 T THR 1

c 10 EMU-D DST * J-PI

63KU2 3L I G- T ABX 12 27 c 30 n c,T C — W T nTH

64IM1 3LI4 P G ABY D o- 3 NAI-D 90 NO LI4 FOUND

64ER2 3LI 6 G) MU-T ABX 5 40 5- 40

59C04 3LI 6 G G L FT 4 C 6 NAI-D

62B06 3LI6 G >G LFT 4 C 4 NA I -D 110 J-PI

62SE1 3LI 6 G • G NOX 4 C 17 NA I -D 90

63SK1 3LI6 G >G LFT 4 C 4 NAI-D

60BA4 3LI6 E E / ABI 4 D 40 MAG-D 32- 40 DST

63BA1 3LI6 E E/ ABI 3 16 D 42 MAG-D 180 4 LEVELS

63BE2 3LI6 E >E/ FMF 2 8 D101 m a r Pi DST 5 LEVELS

63BE8 3LI 6 E- E / FMF 0 7 D100- 180 MAG-D DST J-PI, B(E2)

63BI 1 3LI6 E >E/ ABX 5 40 D101 MAG-D 60

56ED2 3LI6 G >N ABX 6 D 6 MOD- I 4P I 60PR1 3LI6 G > N RL I 5 17 C 17 SC I — I 90 COINC WITH PROTONS

64GR2 3LI6 G >N ABX 5 9 D 5- 9 BF3-

4PI

59R01 3LI6 G »XN ABX 5 20 C 4- 20 BF3- I 4PI

63C01 3LI6 G >XN ABX 5 50 c 5- 50 BF3- I 4P I 64BA2 3LI6 G »XN ABX 5 -60 c 5- 60 BF3-I 4PI

60PR1 3L1 6 G »NP RL I 7 17 c 17 SC I - I 90

60BA3 3LI6 G >P ABY 30 80 c 35- 87 TEL-D 16- 35 DST

60KO3 3LI6 G >P SPC 5 23 c 28 EMU-D 1- 18 60 SEPARATED ISOTOPES

60PR1 3LI6 G »P SPC 5 17 c 17 SCI-D 5- 9 90 RL I COINC W ITH N 62V01 3LI6 G »P ABY 11 90 c 30- 90 TEL-D 7- 15 90

64SH2 3L I 6 G »P ABX 8 -10 c 10 EMU-D 1- 3 DST

60CH1 3LI 6 G .XP RLY 20 90 c 90 TEL-I 15- 30 DST

62CH2 3LI6 G .XP RLY 20 90 c 30- 90 TEL-D 15- 30 DST REL TO DEUTERONS

59DA1 3LI6 G »D ABX 2 ,3 D 2 , 3 ION-D 4P I WIDTH

62V01 3LI 6 G >D ABY 8 90 c 30- 90 TEL-D 7- 15 90

64K04 3LI 6 G »D RLY THR 35 c 35 EMU-D 1- 5 DST REL TO T 60CH1 3LI6 G<>XD RLY 17 90 c 90 TEL-D 15- 30 DST REL TO PROTONS, SPC

62CH2 3LI6 G .XD RLY 16 90 c 30- 90 TEL-D 15- 30 DST REL TO PROTONS

62V01 3LI6 G , y ABY 23 90 c 30- 90 TEL-D 7- 15 90

64K04 3L I 6 G »t SPC THR 35 c 35 ri/l 1 Pi triU — L> nc 8 DST YLD REL TO D 60CH1 3LI6 G -XT RLY 31 90 c 90 TEL-I 17- 30 DST REL TO PROTONS

64NE1 3LI6 G .H4 ABY 24 -250 C250 ACT-I 4PI NO H4 FOUND

53BE3 3LI 7 G G LFT 1 C 1 120 * WIDTH

5 9SW1 3LI 7 G G LFT 1 D 1 NAI-D

60B03 3LI 7 G »G LFT 0 C 2 NA I -D

62M01 3LI7 G »G LFT 0 c 0 NAI-D

63M01 3LI7 G G LFT 0 D 0 NAI-D

64B01 3LI7 G »G LFT 1 3 C 1- 3 NAI-D 100 ABI

63BA1 3LI 7 E >E/ ABI 7 14 D 42 MAG-D 24- 42 180

63BE3 3LI 7 E »E/ FMF 4 8 D100- 180 MAG-D DST

63BE8 3LI 7 E >E7 FMF 0 7 D100- 180 MAG-D DST J-PI , B (E2

64BI4 3W 7 E »E/ ABX 1 6 D150 MAG-D DST

64GR2 3LI7 G >N ABX THR 11 DTHR- 11 BF3-I 4PI WIDTH

59R01 3LI7 G »XN ABX 8 20 C 4- 20 BF3-D 4PI

60ST1 3LI7 G »NP RLY 142 320 C320 TEL-D130 76 REL TO H2 CROS SEC

11
D c cr M t l/~ i T Pi cr InUL L 1 U t REACT I ON nrc Kto EXCIT SOUP CE DETECTOR ANG REMARKS

Z-7 MA I N (OUT MIN- MAX TYPE "A I N-MAX

62GR 2 3L I 7 G >P ABY 10 30 C 10- 30 ACT-I 4P I 62L I 1 3L I 7 $ G P NOX 165- C355 TEL-D155 DST PLR P BY C SCT

62SH3L I 7 G <P ABX 12 16 C 12- 16 EMU-D 2-5 DST G-WDTH

62V01 3L I 7 G P ABY 17 90 C 25- 90 TEL-D 7-15 DST

63KU1 3L I 7 G P ABY 3 10 D 20- 30 TEL-D 4-12 DST

63NE1 3L I 7 G 2P ABY THR 320 C320 ACT-I 4PI

64SH1 3L I 7 G >2P ABX THR- 210 C210 ACT-I 90 H5 LIMIT

60CH1 3L I 7 G XP ABX 25 90 90 T EL- I 15-30 DST

62CH2 3L I 7 G XP RL Y 25 90 C 25- 90 TEL-D DST REL TO DEUTERONS

62V0 1 3L I 7 G >D ABY 1 7 90 C 25- 90 TEL-D 7-15 DST

60CH

3L I 7 G >XD RLX 25 90 C 90 TEL-D 15-31 DST REL TO PROTONS, SPC

62CH2 3 L I 7 G »XD RL Y 25 90 C 25- 90 TEL-D DST REL TO PROTONS

60M I 2 3L I 7 G »T ABX 6 15 C 11- 20 EMU-D DST J-P I 62V01 3L I 7 G »T A3 Y 14 90 C 25- 90 TEL-D 7-15 DST

63KU1 3LI 7 G »T ABY 14 25 C 30 TEL-D 7-13 DST

60CH1 3LI 7 G »XT RLX 19 90 C 90 TEL-D 17-30 DST REL TO PROTONS, SPC

64NE1 3LI7 G >H4 ABY 23- 250 C250 ACT-I 4P I NO H4 FOUND

BERYLLIUM Z=4

ABUND. SEPARATION ENERGIES ( MEV ) G » N G»P G»T G » HE3 G » A G,2N G,NP G»2P

100.00 1.7 16.9 17.7 21.2 2.5 20.6 18.9 *

REF NUCL IDE REACT I ON RES EXCIT SOURCE DETECTOR ANG

Z A IN .OUT MIN-MAX TYPE vl T M — M A X 4BE 8 r 9 O ABX 21 25 D 4-8 NAI-D

60MA2 4BE8 P»G RL Y 17 18 D 0-1 NAI-D DST

61ME1 4BE8 P »G NOX 18 D 0 NAI-D DST

62CA3 4BE8 P,G RLX 18 20 D 0-2 NAI-D DST

63M I 1 4BE8 P,G RLX 19 26 D 2-9 NAI-D DST

63PE1 4BE8 P»G RLX 18 27 D 1-11 NAI-D DST

63RE1 4BE8 P »G ABX 19 26 D 4-8 NAI-D DST

63R I 1 4BE8 P»G LFT 18 D 0-3 NAI-D 90

64SC2 4BE8 P »G RLX 17 19 D 0-2 NAI-D DST

64TA1 4BE8 P»G ABX 21 25 D 4-9 NAI-D 90

6 2M I 4 4BE9 G»MU-T ABX 15 27 C 31 MGC-D 15-32

64TE1 4BE9 G sMU-T ABX 20 21 D 20-21 NAI-D 96

60BA4 4BE9 E > E / ABI 2 D 42 MAG-D 36-42 160

62ED1 4BE9 E»E/ SPC 0 20 D 42 TEL-D 22-42 180

63NG1 4BE9 E*E7 LFT 1 6 D 60-250 MAG-D DST

63NG2 4BE9 E » E / FMF 4 47 D100-180 MAG-D 135

55 JOl 4BE9 G »RL Y 12 65 C 65 SCI-D 10- DST

55ED1 4BE9 G »N ABX 2 8 D 2-8 MOD

4PI

56FA1 4BE9 G »N NOX THR 18 C 18 SCI- I DST

58AS1 4BE9 G »N NOX 2 17 C 17 SCI-I DST

58BA2 4BE9 G »

ABX 2 16 C 2-16 BF3-I 4PI

59GI 1 4BE9 G »N ABX 1 D 1.1 BF3-I 4P I 59TH1 4BE9 G N ABX 6 18 C 6-18 BF3- I 4P I 60KU2 4BE9 G »

RL Y 12 90 C 90 T EL- I 10- DST

61JA1 4BE9 G > N ABX THR 5 CTHR-5 BF3-I 4PI

62B04 4BE9 S G »

NOX 3 D 3 BF3-I DST

62B07 4BE9 G 9 N NOX 5 9 D 5-9 SCI-I DST

62CU1 4BE9 G »ABX 4 32 C 32 EMU-D DST

62J02 4BE9 G »N ABX 1 1 D 1-1 MOD- I 4PI

63B04 4BE9 $ G * N ABX 3 9 D 5-9 SCI-D DST

64C01 4BE9 $ G N NOX 3 D 3 DST

12

REMARKS

G-WDTH, ABX

COMPARED WITH E

NEUTRONS POLARIZED

NEUTRONS POLARIZED

NEUTRONS POLARIZED
REF NUC L I DE REACT I ON RES EXCIT SOURCE DETECTOR ANG REMARKS

7 A L A I M » "1 1 IT M T M — MAY rl A A TVOC 1 I rt m i IN MAMAYA

6.RF Q p HA RD AX 2 1x Ao f"\» 2- 1 A D r -7 1

L. D T ROD A 1 tBt ' p MIn ADARTI 1 7 R7i ni ]J ' LU1 H D CL 7 7-1 A RD YT ?0 3 0 C 20- 30 A C T — I Zi_ D T

L7 H A\ r\ H D i_ 7

n.\j £.? INN R ! Y 2 1 57 c 44 , 5 7 ACT— I UOTr T1 K L L 1 U Lit lOHM

5-J JS DR HA -7S *+ D C 7 G >XN ABX TrlR -250 C250 30- U O 1 it 55D I 1 4SE 9 G »XN NOX 2 70 C 70 SCI-I DST

59KU 1 4BE 9 G > X N NOX 12 88 c 88 TEL-I 10- DST

60BE1 4BE 9 G .XN ABX 2 17 c 5- 17 TOF-D DST

6CST 1 4BE9 G > N P RLX 149 320 C320 TEL-D130 76 REL TO H2 CROS SEC

-7 v7 V_ \J X icro " D C 7 G »

P

AB Y 1

9

24 c 24 EMU-D 2- 7

S AK" 1 1 ADC Q G > P SPr 7 80 c 30- 80 EMU-D DST * Ml J 1 TT POLARITY

5 A c, T 1

-7 O O l X 7D L 7 r; , p 1 7 25 c 25 EMU-D * Y1 11I Fll— DL7 j f Ln 1 H- D C 7 o i P sPr i 7 8 0 c 60- 8 0 EMU-D DST *

4H- DCD C q7 o i P SPf THR 44 c 44 EMU-D 4- DST

O £ V_ L_ 1 H D Q 7 G > P Ar\ RL7 AX 1

6

54 c 16- 54 ACT-I

O £ L \J X

r.\j > P ABX 1 A 2 8 c 32 EMU-D DST

A ? 1 I 1 4RC " D i- q7 $ G p NOX 190 C355 TEL-D175 L7 O 1 PROTONS POI ARI7FD

"UL 7 G . P ABX 40 90 c 40- 90 TEL-I 15-

A ? kf T 1 arc H O C q7 G i P NOX THR 3 3 5 C335 TEL-D154- 174 DST

c, ^ t a i -7 -7 1 M 1

/~ . V D 1 A r r\A DR AX O ' *) Q A C280 TEL-D 50- 1 z> X I -7 C Q |,IM O A D c q G

v D Ada A Q Y /. n A- u 1UU C 45- Tin J. 1 u TEL-D 30- O U

q n y u

t o r u l D9CH i Hut 7 r

(J V D A r

T 7

J. / 7 u c 90

60CH1 4BE9 G >XP RLY 30 90 c 90 TEL-I 15- 30 DST REL TO DEUTERONS

o <c In £

rb

Y D a r Ada A P Y y u c 40- MAG-D 15- 5 U Do 1 a'tDL RPq7 a r y 40 AO c 45- ACT- I tr 1 59CH 1 4BE9 G X D sPr I 7 90 c 90 -£" viI LUri pKtLn thIU n.Ufr~ d

o \j \^ n i ZiRF 0 G > X D R 1 Y 11 97 90 c 90 TEL- I 15- _7 \J U O 1 DPI TH DDHTflMQ

62CH2 4BE 9 G- XD ABX 40 90 c 40- 90 MAG-D 15- 30 U u 1 60CH1 4BE9 G< XT RLY 32 90 c 90 TEL-I 15- 30 REL TO DEUTERONS

64BE1 4BE9 G- A SPC THR 34 c 34 SCD-D 3- DST J-PI

64BE1 4BE9 Gi 2A SPC THR 34 c 18- 34 SCD-D 3- 90 J-PI

BORON Z=5

A ABUND.(l) SEPARATION ENERGIES ( ME V

)

G,N G*P G T G > HE3 G » A G,2N G»NP G*2P

10 19.61 8.4 6.6 18.7 17.8 4.5 27.0 8.3 23.5

11 80.39 11.5 11.2 11.2 27.2 8.7 19.9 18.1 30.9

(1) ABUNDANCE DEPENDS ON SOURCE

REF NUCLIDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN»0UT MIN-MAX TYPE MIN-MAX

59C05 5B G.G AB I 5 7 C 5 »7 NAI-D 2-6 130

60RE1 5B G»G ABX 7 D 7 NAI-D 90

62SE1 5B G»G RLY 0 13 C 13 NAI-D 90

64B01 5B G »G LFT 1 3 C 1-3 NAI-D 100 AB I 63C03 5B G.XN ABX THR 80 CTHR-80 BF3-I 4PI

60CH1 5B G,XP RLY THR 90 C 90 TEL-I 16-30 90 REL TO DEUTERONS

63KI 1 5B G»XP ABX THR 355 C335 TEL-D140-192 DST

62D01 5B E »

P

RLY 30 D 30 MAG-D 3-15

60CH1 5B G>XD RLY THR 90 C 90 TEL-I 16-30 90 REL TO PROTONS

60CH1 5B G'XT RLY THR 90 C 90 TEL-I 16-30 90 REL TO DEUTERONS

13
B R EF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN .OUT MIN- MAX TYPE ^ I N- M AX

62ED1 5B 10 F »E/ ABX 0 20 D 42 MAG-D 25- 42 180

64GR2 5B 10 G »

ABX 9 11 D 9- 11 BF3-I 4PI WIDTH

62V02 5B 10 G »P ABX 23 90 C 9 U SCI-D 15- 90

o c. \~ n c. -JR RO

(t .

> AY Pr ABX C -J q n C 30- qJ nu 3 u on 62V02 5B 10 G • D ABX 25 90 C 90 SCI-D 15- 90

62CH2 5B 10 G- XD ABX 22 90 C 30- 90 TEL-D 16- 30 90

62EL1 5B 10 P • G NOX 7 8 D 1 NAI-D J-PI

63FU3 5B 10 P • G ABX 7 9 D 1- 2 NAI-D DST G- WDTH » J-PI, T 60BO3 5B 11 G)>G LFT 2 C 1- 2 NAI-D 110

58ME 1 5B 11 G »G LFT 2 D 2 NAI-D

58RA1 5B 11 G »G LFT 4 D 4 NAI-D DST

62B06 5B 11 G »G LFT 2 C 1- 2 NAI-D 110 J-PI

63VA1 5B 11 G »G NOX C 3 C 3 NAI-D

62ED1 5B 11 E >E/ ABX 0 20 D 42 MAG-D 25- 42 180

62L I 1 5B 1

$ G »P NOX THR 355 C355 TEL-D DST POLARIZED PROTONS

62V01 5B 11 G -P RLY THR 40 C 40 TEL-D 8- 19 90

58TA1 5B 11 G >2P ABX THR 320 C100- 320 BF3-I 4PI DELAYED NEUTRONS

63NE2 5B 11 G »3P ABY THR 320 C320 ACT-I 4PI

62CH2 5B 11 G .XP RLY 19 40 C 40 TEL-D 8- 19 90 REL TO PROTONS

62V01 5B 11 G >D RLY THR 40 C 40 TEL-D 8- 19 90

62CH2 56 11 G »XD RLY 24 40 c 40 TEL-D 8- 19 90 REL TO PROTONS

62V01 5B 11 G »T RLY THR 40 c 40 TEL-D 8- 19 90

63SU2 5B 11 D >G ABX 16 20 D 1- 4 NAI-D DST

CARBON Z=6

A ABUND.(l) SEPARATION ENERGIES (MEV)

G,N G,P G,T G » HE3 G , A G,2N G,NP G,2P

12 98.89 18.7 16.0 27.4 26.3 7.4 31.8 27.4 27.2

13 1.11 4.9 17.5 23.9 24.4 10.7 23.7 20.9 31.6

(1) ABUNDANCE DEPENDS ON SOURCE

R EF

58M02

58W01

58Z I 1 59BU1

59K01

59PE2

60CA1

60TA2

60WY1

60Z I 1 63BU1

63BU3

57HA1

58AL1

58RA1

59PA3

59PE5

60BU3

60JA1

NUCLIDE REACTION RES EXCIT

Z6C

6C

6C

6C

6C

6C

6C

6C

6C

6C

6C

6C

6C

6C

6C

6C

6C

6C

6C

IN

GG

G

GG

G

G

G

G

G

G

G

GGG

G

G

G

G

»OUT

»MU-T

»MU-T

,MU-T

»MU-T

»MU-T

»MU-T

»MU-T

»MU-T

,MU-T

,MU-T

»MU-T

,MU-T

»G

,G

»G

»G

G

»GG

ABX

ABX

ABX

ABX

ABX

RLX

ABX

ABX

ABX

ABX

ABX

ABX

ABX

ABX

LFT

ABX

ABX

ABX

NOX

THR 94

20 21

19 26

22 24

15 30

THR 31

20 21

11 32

13 83

10 30

13 27

13 27

0 19

24 17

19-61

15

0 25

SOURCE

MIN-MAX

C 94

D 20-21

C 19-30

C 22-24

C 31

C 31

D 20-21

C 11-32

C 35-90

C 32

C 13-27

C220

C 19

D 4

D 17

C 19-61

C 15

C 25

DETECTOR

TYPE MIN-MAX

SCI-D

NAI-D 20-21

MGP-D

MGP-D 22-24

NAI-D

ACT-I

NAI-D

MAG-D

NAI-D 13-83

MGP-D 10-30

MGP-D

MGP-D

NAI-D

NAI-D

ANG REMARKS

4PI *

NAI-D

4PI

124

DST

135 * DST * WIDTH

DST J-PI, MULT I POLAR I

J-PI, WIDTH
REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS C

Z A IN .OUT MIN- MAX TYPE MIN -MAX

61DE4 6C G »G ABX 19 36 C 32 NAI-D 140

61WI 1 6C G »G 50 -130 50- 130 TEL-D DST * 62SE1 6C G »G SPC 0 19 C 19 NAI-D 2 -19 90

63SC3 6C G »G ABX 15 D 15. 18 NAI-D DST G-WDTH

59PE5 6C G »G/ ABX 19 -61 C 19- 61 135

56FR1 6C E »E/ ABX 0 -35 D187 MAG-D DST J-PI

59BA1 6C E »E/ ABI 0 30 D 43 MAG-D 10 -43 160

60BA4 6C E »E/ SPC 0 30 D 42 MAG-D 12 -42 DST ABI » MULT I POLAR I T

Y

61B04 6C E »E/ SPC c 164 D194 MAG-D 135

61DU1 6C E »E/ ABX 13 -18 D 46- 154 MAG-D 135

62ED1 6C E »E/ ABI 15 D 42 MAG-D 180 G WIDTH. J-PI

63B03 6C E >E/ ABX 4 25 D200 MAG-D 20 -190 135

63G04 6C E »E/ ABX 0 30 D 42 MAG-D 12 -42 180

63LE1 6C E »E/ FMF 0 35 D 55 MAG-D 20 -55 180 Q-RANGE 0-1

64CR1 6C E »E/ ABX 4 10 D250 MAG-D DST WIDTHS

64G02 6C E »E/ ABX 10 -32 D 40- 70 MAG-D DST FMF

64G03 6C E »E/ ABX 15 D 40- 70 MAG-D 180 FMF

64AM1 6C E »E/P RLX thr 150 D550 MAG-D 51

56TZ2 6C G >H ABX 22 -24 C 22- 24 * NEUTRON WIDTH

58BA5 6C G »N RLX 19 -21 19- 21 * BREAKS

60EM2 6C G >N SPC 20 30 C 30 EMU-D 1 -10 DST

62FU5 6C G >N ABX 21 31 C 31 SCI-D 90

62MI2 6C G »N ABX 18 26 D 18- 26 BF3-I 4P I 55BA5 6C G »XN ABX THR -250 C250 30 - DST

55DI 1 6C G »XN NOX THR 70 C 70 SCI-I DST

56FA1 6C G »XN NOX THR 23 C 23 SCI- I DST

57BA1 6C G >XN RLY THR 265 C 265 DST

58BA1 6C G >XN ABY THR 255 C170, 255 THR-I 21 - DST

59KU1 • '6C G >XN ABY THR 88 C 88 TEL-D 15 -40 DST

61PR1 6C G »XN RLY 30 85 C 30- 85 THR-I 11 - 4PI

62M 12 6C G »XN ABX 18 26 D 18- 26 BF3-I 4P I 63C03 6C G XN ABX THR 80 CTHR- 80 BF3-I 4PI

63FU1 6C G .XN ABX 20 29 C 31 SC I -D 2 -11 90 SPECTRUM

58WH2 6C G NP ABX THR 110 C 40- 110 TEL-D 37 -65 DST COINC WITH BF3

60ST1 6C Gi NP RLX 157 320 C320 TEL-D130 76 REL TO H2 CROS SEC

64TA3 6C G NP SPC THR -100 C170 CCH-D 4PI

55J01 6C Gi P RLY THR 65 C 65 SCI-D 14 DST

55ST2 6C G- P SPC THR -23 C 23 EMU-D * 56KL1 6C Gi P SPC THR 80 C 30- 80 EMU-D DST * MULT I POLAR I T

Y

56MA1 6C G P ABX 18 D 18 EMU-D 0 -3 4PI

56ST1 6C G P SPC THR 25 C 25 EMU-D * YIELD

57CH1 6C G< P SPC THR 80 C 60- 80 EMU-D DST #

57LI 1 6C Gi P SPC THR -35 C 35 EMU-D DST * 59BA2 6C Gi P SPC 34 89 C 82. 89 SCI-D 18 -52 90

64SH4 6C G P ABX 20 23 D 20- 23 SCI-D 4PI WIDTHS

64TA3 6C Gi P SPC THR -100 C170 CCH-D 4PI

55TA1 6C Gi XP ABX -280 C280 TEL-D 50 -75 175 * 56C01 6C Gi XP ABY THR 24 C 24 EMU-D 90

57MI 2 6C Gi XP SPC THR--31 C 31 DST

58BA4 6C Gi XP RLX THR 40 C 40 MAG-D DST * SPECTRUM

58CH1 6C Gi XP SPC THR 44 C 30» 44 EMU-D 5 -26 DST

59BA2 6C Gi XP SPC THR 89 C 82. 89 TEL-D 18 -52 90

59CH1 6C Gi XP SPC THR 80 C 80 * YLD REL TO G.D

59PE4 6C Gi XP ABX 22 62 C 22- 90 SCI-D DST

60BA1 6C Gi XP ABY THR 90 C 30. 90 TEL-D 19 -39 58

60CH1 6C Gi XP RLY THR 90 C 90 TEL- I 16 -30 DST REL TO DEUTERONS

61CE1 6C Gi XP ABX THR 342 D245- 342 TEL-D100 -220 60

61VA1 6C Gi XP NOX 20 40 C 24. 40 MAG-D DST

62CH2 6C Gi XP RLY THR 90 C 90 TEL-D 15 -30 DST REL TO DEUTERONS

62HE1 6C Gi XP SPC 19 27 C 31 SCD-D 3 -9

62LI 1 6C $ Gi XP RLY Thr 335 C335 TEL-D135 -200 DST PROTONS POLARIZED

15
R EF NUCL IDE QFATT TON RES EXCIT JUUKLL Ut ! EL 1 UK K t nAKKs 5

I I N » OUT MIN-MAX TYPE MIN-MAX

ft?PA 1 A C G 9 XP AB Y TuR 1 CO X \J CI 50 O<;rV. Xi-nU ^^-Qfl L> -> 7 O An

*j d r l ^ r,,yp O 9 A r spr 1X 0J

~\ n rVw. ^J l1 JV. I X ~ on 0~ FTTRl u V- 1 l\UHIM

t> -J IN 1 X G 9 X P AB Y TuD "3D ^D SJ V. J J J T F 1 _r> 1 S A— 1 Q 7 DST

o jnu x ATO n. r,,yp O 9 A r AB Y ( rtr\ 7 Ix iX £.7 nU 63WA2 Ti f-\ it G » X P RLY TwR 6 5 r 65 sr t — n A—?

DST

6 1VA 1 6C E »

NOX 20 40 C 24<>40 M AG-D DST

6 2D0

trO n_ E » XP SPC 7 % ^i nu D 25—30 MAr.-n 7-1 1 DST

5 8M A

6C G t P T AB X ThR 4L7^0J *J n sn < 7^,0 EMU — D DST * SPC

56L I 1 6C G 9 P A ABX 30 50 C 25-70 EMU- I 58MA 1 tro v_ G 9PA ABX T MR *1 Z> v r 1 SO 9 2 50 DST * SPC

AT G 9 P A AB I 7 S j.i ?c. n\j C120 EMU-D ' 1 60CH

G 9 X D RLX TuD 1 n r> y o r on Trt — t i A — on DST RF1 TO PROTONS

a r O 9 A U O^Prr n- T I—i F? flo nu cv. Rnou * Y 1 Pi PFI TO C . P

o c \^ n AT O 9 A U RLY TuR on c on TCI 1 CL -n i i;-^n V xZJ D\J O 1 RFI TO PPDTnN^

5 5HA1 6C G 9 3 A RLY 9 33 C 27 9 33 EMU-D DST

58MA1 6C G93A ABX THR 250 C150*250 EMU-D DST * SPC

60GA2 6C G93A ABX 15 9 18 D 15 ? 18 EMU-I

61SE3 6C G93A RLY 18 D 18 EMU-D 4PI

63SH2 6C G93A NOX 8 70 C 70 EMU-D 4PI Q-VALUE DISTRIB

61JA2 6C 11 P 9 G NOX 10 D 0- 2 NAI -D

620P2 6C 11 Pi G ABX 11 14 D 2- 5 NAI -D

56TZ1 6C 12 Gt MU-T ABX 23 23

6AGU1 6C 12 Ei E/ FMF 15 D NAI -D

55BA1 6C 12 G» N ABX 18 36 C 18- 260 ACT -I

55SP2 6C 12 Gi H RLX THR CTHR

57CA2 6C 12 6. N ABX 20 31 C 20- 31 ACT -I 58BA2 6C 12 G9 N RLY 24 145 D 24- 145 ACT -I 59C01 6C 12 Gi N ABX 20 21 D 20- 21 ACT -I 59SA1 6C 12 G) N RLX 19 -31 C 31 ACT -I 60GE2 6C 12 Gi N RLY 19 20 C 19* 20 ACT -I 60GE3 6C 12 G9 N NOX THR CTHR BF3 -I 61R02 6C 12 Gi N ABX 19 23 C 19- 23 ACT -I 62B03 6C 12 Gi N ABX 18 90 c 18- 90 ACT -I 62DE1 6C 12 Gi N ABX 20 21 D 20- 21 ACT -I 58BA2 6C 12 Ei N RLY 24 145 D 24- 145 ACT -I 590C1 6C 12 69 2N RL I THR -100 CTHR- 100 ACT -I 57C01 6C 12 Gi XN ABX 19 41 C 19- 40 BF3 -I 58BA2 6C 12 E9 N RLY 24 145 D 24- 145 ACT -I 61TH1 6C 12 Gi P AB I 18 23 C 18- 23 ACT -I 58TA1 6C 12 G9 3P ABX 100 320 cioo- 320 ACT -I 55CA2 6C 12 G9 3A ABX 12 -18 D 12- 18 EMU -D

55C01 6C 12 Gi 3A ABX 7 70 c 70 EMU -D

55GL1 6C 12 G9 3A SPC 18 D 18 EMU -D

55G01 6C 12 G» 3A C EMU -D

57MU1 6C 12 G» 3A 15 9 18 D 159 18 EMU -D

64GR1 6C 12 Gi 3A ABY 7 24 C 17- 24 EMU -I 64T01 6C 12 G9 3A ABX 9 22 C 22 EMU -D 59GE1 6C 12 Pi G ABX 19 23 C 4- 8 NAI -D 59G01 6C 12 P 96 RLX 19 26 D 3- 11 NAI -D 61G02 6C 12 P 9 G ABX 19 27 D 3- 11 NAI -D 61SE2 6C 12 Pi G RLY 16 D 0 NAI -I 63BE5 6C 12 P 9 G RLY 21 28 D 6- 13 NAI--I 63RE1 6C 12 P 9 G ABX 30 39 D 15- 25 NAI--D 64AL2 6C 12 P 9 G ABX 19 29 D 4- 14 NA I--D 64AL3 6C 12 P 9 G NOX 20 30 D 4- 14 NAI--D 64BL1 6C 12 HE 3 9 6 ABX 28 D 2- 5 NAI--D

0-10 90 J-PI i 6-WIDTH

0

DST

4PI

4PI

4PI

4PI

4PI

4PI

4PI

4PI

4PI

4PI

4PI

4PI

4PI

4P I 4PI

4PI

DST

DST

4P I DST

90

DST

DST

90

90

90

DST

DST

90

0=0.2-0.59 WIDTH

ABY 18-250

* THRESHOLD

COMPARED WITH E 9 N

* BREAKS

THRESHOLD

THRESHOLD

COMPARED WITH G 9 N REL TO 6 9 N COMPARED WITH 69XN

18 BREAKS

LI-9 N BY BF3

**

* AN6. CORRELATION

* ANG. CORRELATION

SPECTRUM

G»P AB I BY DT BAL

6- WDTH 9 MULTIPOLAR

AB I BY DETAIL BAL

16
REF NUCL IDE REACT ION RES EXCIT SOURCE

Z A IN »OUT MIN-MA

60ED1 6C 13 G »N ABX 6 7 D 6-7

64GR2 6C 13 G »N ABX 6 11 D 6-11

57C01 6C 13 G.XN ABX 6 41 C 6-40

61SA2 6C 1 3 G»XN SPC 7 14 C 14

57C01 6C 13 G»P ABX 17 45 C 17-40

64K02 6C 13 G>P SPC 20-32 C 32

64DE2 6C 13 G»XP ABX 18-50 C 18-50

DETECTOR ANG REMARKS C TYPE M 1 N—MAX n BF3-I 4PI

BF3-I 4PI

BF3-I 4PI

TOF-D 2-9 79

ACT-I 4PI

SCI-D 3-13 90 SEPARATED ISOTOPES

ACT-I 4PI

NITROGEN Z = 7

A ABUND.(l) SEPARATION ENERGIES (MEV)

G*N G»P G»T G » HE3 G>A G,2N G»NP G»2P

14 99.63 10.5 7.6 22.7 20.7 11.6 30.6 12.5 25.1

15 0.37 10.8 10.2 14.8 28.3 11.0 21.4 18.4 31.0

(1) ABUNDANCE DEPENDS ON SOURCE

pre r c r NUCL IDE REACT I ON pec r\ l_ O EXCIT HFT FTTOR f~< In vj l\ L 1 "Mr. N J

Z A IN .OUT MIM-MAX TYPE MIN-MAX

64B01 7N G i G LFT 1 3 C 1-3 NAI-D 100 AB I 6 0 M U

1

7N (3 > N RL Y THR 2 C

r^ 1l s-pn J c.\J A r T - 7 A.P 7 RR F A(C c, Di\ LHNO

60BA7 7N G X N RLX THR 200 c 7 no ££H-D DST

Ao 3d Flr u1 c.? 7N/ IN fi i

> Ay INm SPC 1 0 ? o C ? 7 on

AD nU RD HA 7/ 7N o 1 IN r R 1 7 T HR ? no c 9 n n nU O^ t1 6 0 K.0 1 7N G > NP sPr THR 90 r on rrH— n n—

l

r rPROTON i\u i \*'i ,i jr"^PFrTRIIM Lv. 1 r\L^' i ini 7N r.ij p cpr O r «w r FMI 1 —

n

L_ I 1 — U Un O

<^ t1 5 71 T 1 7N r.

i P o — v_ T HR -7 C L 1 IU — \J 7N G > P A R Y 8 n r 7 o m — n U O 1 1% —W 7 D T l-l a n p a 7 7N fi Rr\ 1L VA i n i~ 2 00 L <i U U r r u—n r>u o ^> 1 7N fi p ART THR Q o t_ ony U Lin L U *f U U >-> 1 AO 0w WW MA 7

i. 7N r.\j p SPr 8 7 A L 1 lo p Ml 1— n 7 — R C l vl U \J 1 o [_) O 1 AO O\J Rt\ F ? tL £ 7NI fi . Y P rrn — n 7 0 0 —

A 3 F T L 7N X P or l o D J. QO

64K0 1 7N G »XP SPC THR -31 C 15-31 SCI-D 2-22 90 ABX

58MA1 7N G- PA ABX THR 250 050,250 EMU-D DST * SPC

62M02 7N G'1 PA AB I 18 120 C120 EMU-D 4P I 64T02 7N Si A ABX THR 22 C 22 EMU-D DST

60HE2 7N 13 P G ABX 2 3 D 0-1 NAI-D

62PA2 7N 13 p G ABX 8 11 D 6-9 NAI-D 90

62WA1 7N 13 Pi G ABX 15 20 D 14-20 NAI-D 90

63F I 1 7N 13 p G ABX 11 41 D 10-49 NAI-D 90

63Y02 7N 13 p »G ABX 2 4 D 1-2 NAI-D DST

60CA1 7N 14 G MU-T ABX 7 21 D 20-21 NAI-D

62G01 7N 14 G .MU-T AB I 0 170 C170 CCH-D

61SW1 7N 14 G »G LFT 2 D 2 NAI-D DST

62ED1 7N 14 E »E/ ABX 0 10 D 42 TEL-D 180

63BA1 7N 14 E .E/ ABX 0 18 D 42 MAG-D 25-42 180 G-WDTH

64BI 1 7N 14 E »E/ ABX 0 8 D120» 180 MAG-D DST FORM FACTORS

55CH1 7N 14 G >N ABX 10 -16 C 10-16 ACT-I 4P I * ALSO USED 3F3

59MU1 7N 14 G »N RLY 11 17 C 11-17 ACT-I 4PI

60FA1 7N 14 G »N ABX 11 61 C 13-61 BF3- I 4P I 60GE1 7N 14 G > N RLX 10 12 C 10-12 ACT- I 4PI

60GE2 7N 14 G > N RLY 10 11 C 10-11 ACT- I 4PI E-THRESHOLD

60KI2 7N 14 G > N ABX 10 25 C 10-25 ACT-I 4PI

60SA2 7N 14 G > N RLY 10 13 C 10-13 ACT-I 4P I 62G01 7N 14 G »N AB I 11 170 C170 CCH-D 4PI

L7
REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

z A IN OUT MIN-MAX TYPE MIN-MAX

62K02 7N 1 4 G N ABX 190 C 90 CCH-D DST

590C1 7N 14 G 2N RLI THR -100 CTHR-100 ACT- I 4PI REL TO G »

56WR1 7N 14 G >NP ABX 12 23 C 19-23 CCH-D 4PI

62G01 7N 14 G NP ABI 12 170 C170 CCH-D 4PI

62K02 7N 14 G >NP ABX 16 90 c 90 CCH-D DST

55C01 7N 14 G > NP3 A THR 70 c 70 EMU-D

62K02 7N 14 G > NP3A RLY 20 90 c 90 CCH-D 4PI

62G01 7N 14 G , m a AB I 20 170 C170 d cT f—• — 0 4PI

56WR1 7N 14 G > P ABX 7 23 c 19-23 CCH-D 4P I 58C02 7N 1 4 G , p NOX 7 30 c 18-30 O.I c 90

62G01 ( IN 1 L. rb P ABI 7 1 f U C170 4P I 56L I 1 7 Nl

f IN 1 H

rU

. D A » r A ABX "> R D U c 25-70 ry| i t l"U 1 56WR 1 7N 1

c. > PA ABX 1 7 23 c 19-23 v_ ^. n u 4P I 55C01 7MI IN i i± 1 H

r_ TuD 7 n c 70 ryi 1 p. * 56WR1 7N 14 G > A ABX 1 2 2 3 c 19-23 4P I 62G01 7N 14 G > A ABI 12 170 C170 CCH-D 4PI

55C01 7N 14 G >?A ABX THR 70 c 70 EMU-D

56WR1 7N 14 G > 2 A ABX 16 23 c 19-23 CCH-D 4PI

60HE2 7N 14 P >G ABX 8 D 0-1 NAI-D DST G-WDTH

60R01 7N 14 P >G NOX 9 D 2 NAI-D DST J-PI

60RO2 7N 14 P »G ABY 10 D 2-3 NAI-D DST J-PI

ointi A "I H P 1 7N 14 P >G AD V Ada 8 D 0-1 N A I -D 0 61SE1 7N 14 P >G RLY 6 »9 D 2 MGP-D DST J-PI

63PR1 7N 14 P >G NOX 9 D 2 NAI-D DST G-WDTH ? AMPL

58RH1 7N 15 G »P ABX 11 25 c 19»25 EMU-D 1-8 DST

64K03 7N 15 G »P SPC 12 31 c 19-31 SCI-D 90 ABX

63FI 3 7N 15 G .XP SPC 13 31 C 25.31 SCI-D 3-13 90 ABI. SEP ISO

Oxygen z=8

A ABUND. (

SEPARAT ION ENERGIES (MEV)

G.N G.P G»T G.HE3 G, A G.2N G.NP G.2P

16 99.76 15.7 12.1 25.0 22.8 7. 2 28.9 23.0 22.3

17 3.7 1-2) 4. 1 13.8 18.6 18.8 6. 4 19.8 16. 3 25.3

18 .20 8.0 15.9 15.8 25.6 6. 2 12.2 21.9 29.0

( 1 ) ABUNDANCE DEPENDS ON SOURCE

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN .OUT MIN-MAX TYPE I N-MAX

59PE2 80 G >MU- T ABX THR 30 C 31 ACT-I

60WY1 80 G »MU- T ABX 18 35 c 90 NAI-D 10-40

64TE1 80 G »MU- T ABX 20 22 D 20-22 NAI-D 96 WATER TARGET

59PE5 80 G »G ABX 19- 61 C 19-61 135

60RE1 80 G »G ABX 7 D 7 NAI-D 7 DST

59PE5 80 G »G/ ABX 19- 61 C 19-61 135 * 60IS1 80 E >E/ RLX 20 30 D 60-150 MAG-D DST

61IS1 80 E >E/ FMF D * GIANT RES R 63BI 2 80 E >E/ FMF 11 14 D MAG-D

64BI 2 80 E >E/ ABX 0 150 D 90-215 MAG-D DST SUM RULES

64G02 80 E »E/ ABX 17- 32 D 40-70 MAG-D 180 FMF

59MI 2 80 G »N NOX THR 30 C 30 EMU-D 2-13 90

60KU2 80 G »N RLY THR 90 C 90 T EL- I 10- DST

61BR1 80 G »N AB I 0 34 c 34 ACT-I 4PI

62B 14 80 G > N ABI 60 150 c 60-150 ACT-I 4PI MULTIPOLAR I TY 62FU5 80 G > N ABX 21 31 c 31 SCI-D 2-13 90

64BR1 80 G N ABX 15- 30 D 15-30 BF3-I 4PI

18
REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN »0UT MIN-MAX TYPE MI N-MAX

64TA4 80 G »N SPC 16 26 D 34 TOF-D 90

57BA3 80 G »XN THR CTHR * 63C03 80 G >XN ABX 16 75 C 16-100 BF3-I 4P I 63FU1 80 G • XN SPC THR 31 C 31 SCI-D 2- 13 90

64FI 1 80 G XN SPC THR 32 c 25-32 TOF-D 70

64YE1 80 G • XN SPC THR 35 c 34 TOF-D 90 BRANCHING RATIOS

62BI4 80 E >N ABY 60 150 c 60-150 ACT- I 4PI MULTIPOLAR ITY 550D1 80 G >NP THR -252 C140-252 SCI-D DST * 560D1 80 G >NP RLX THR -340 C200-340 DST

56J01 80 G >P SPC c EMU-D DST

56ST1 80 G >P SPC c 25 EMU-D DST * YIELD

57J01 80 G >P ABX 12 26 c 20-26 EMU-D 1- 13 DST

57MI 3 80 G P RLY THR -30 c 30 EMU-D DST * 61FI 1 80 G.1 P AB I THR 35 c 35 SCI-D 2- 6 90

61SH3 80 $ G- P SPC THR 21 c 21 EMU-D o- 10 DST POLARIZED PHOTONS

57BR1 80 G XP SPC 10 19 c 28 EMU-D 10-

57MI 1 80 G XP NOX THR 30 c 30 EMU-D 4- 8 DST

61HE2 80 G -XP SPC 0 35 c 35 SCI-D 6- 22 90

63FI4 80 G >XP SPC 14 30 c 31 SCI-D 2- 15 90

58MA1 80 G .PA ABX THR 250 050,250 EMU-D DST * SPC

62M02 80 G PA AB I 23 120 C120 EMU-D 4P I 62BI4 80 G .T ABY 60 150 c 60-150 A C T — T 4PI MULT I POLAR I TY 57J01 80 An SPC 7 c 19- EMU-D 2- X i. DST

80 G -A MCA Apy THR 22 c 22 EMU-D n t 58MA1 80 G -4A ABX THR 250 050,250 EMU-D DST * SPC

64T02 80 G 4A ABX THR 22 c 22 EMU-D DST

59C02 1 Z> D , G ABX 1 o 1 v c. -> D 14-20 NAI-D 19- 90

80 15 p - G Ada A R Y 19 25 D 14-20 NAI-D 19- 25 71) 63BA2 80 15 p >G NOX 8 D 1 NAI-D DST

63HE1 80 15 p »G LFT 8 D 0-1 NAI-D

58S I 3 80 16 G »MU- T RLX 16 25 C 15-25 ACT- I 60CA1 80 16 G >MU- T ABX 20 21 0 20-21 NAI-D

60Z I 1 eo 16 G >MU- T ABX 12 26 c 30 MGP-D 12- 26

62BU1 80 16 G »MU- T ABX 19 27 C250 MGP-D 19- 30

63BU1 80 16 G >MU- T ABX 12 26 C250 MGP-D 12- 26

57SW1 80 16 G »G LFT 7 » 7 D 7,7 NAI-D

62SE1 80 16 G >G NOX 7 C 16 NAI-D 90

62BI 2 80 16 E >£/ FMF 19 D140-215 MAG-D DST J-PI, MULT I POLE

62BI3 80 16 E >E/ FMF 44 »49 D150 MAG-D

62ED1 80 16 E »E/ NOX 0 16 D 41 MAG-D 180

63BA1 80 16 E >E/ ABX 19 D 41 MAG-D 20- 42 180

63IS1 80 16 E >E/ NOX 22 26 C100-215 MAG-D

64BI 3 80 16 E >E/ ABX 6 14 D100-218 MAG-D DST FORM FACTORS

55CA1 80 16 G >N ABX 17 D 0 ACT-I 4PI

55PE1 80 16 G »N AB I 15 23 C 16-23 ACT-I 4P I 57CA2 80 16 G »N ABX 16 31 C 15-30 ACT-I 4PI

57ER1 80 16 G >N ABX 16 32 C 16-32 ACT-I 4PI

57SP2 80 16 G >N RLX 16 25 C 14-25 ACT-I 4P I 57SV1 80 16 G »N ABX 20 25 C 16-30 NAI-D 120 G.G/N

58BE1 80 16 G »N RLY 15 17 C 15-17 ACT-I 4PI THRESHOLD. BREAK

59K 1

80 16 G >N AB I 15 18 C 15-19 ACT-I 4PI BRKS

59MI3 80 16 G > N NOX 16 31 C 31 EMU-D 4- 14 DST

59PE3 80 16 G iN NOX 16 17 C 16-18 ACT-I 4PI BRKS

59SA2 80 16 G »N RLY ACT-I 4PI * BREAKS

60GE1 80 16 G »N ABX 15 17 C 15-17 ACT-I 4P I 60GE2 80 16 G »N NOX 15 17 c 15-17 ACT-I 4PI

60SA1 80 16 G »N NOX 15 16 c 15-16 ACT-I 4PI BRKS

61KE1 80 16 G »N ABX 17 18 D 17-18 ACT-I 4P I 61R02 80 16 G »N ABY 16 22 C 22 ACT-I 4PI

0

19
REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN, OUT MIN-MAX TYPE MIN--MAX

6 2B02 80 1

r-, • m ABX 1 5 9 3 0 C 15-30 RF3— or j 1l 4P I 6 2 B R 1 80 1

O 5 IN ART TuD i n

" 3 2 A C T— T 4P T D C. W Q X 80 1X ftu G »

ABX fi C T — T AD T H- r 1 u c r i i an 1 ft O * In R L X 1 o ? Q top — n i± ^s> Q D 62GO 1 80 1

G »

AB I ThR 170 C 170

62G02 80 16 G »

ABX 12 75 C170 CCH-D DST

63AN 1 80 16 G »

ABX lb 60 C 15-60 ACT- I 4P I 63CA 1 80 16 G ,N ABX 16 30 D 16-30 BF3- I 4P I 63GE2 80 16 G »

ABX 15 23 C 15-23 ACT- I 4P I 64DE3 80 16 G >N ABX 1 7 1 8 D 17-18 ACT- I 4P I 590C1 80 1 6 G »2N RL I THR- 100 CTHR-100 ACT-I 4P I REL TO G,N

62BR 1 80 16 G » 2 N AB I thr 32 C 32 ACT- I 4P I 62M I 2 80 16 G » X N ABX 1

25 D 15-25 RF3- I 4P I 6 3 AU

80 1

G » X N SPC 5 6 C 46 » 5 6 T0F-D 4- 2 5 90

60ST 1 80 16 G » MP RL Y 153 320 C320 TEL-D130 76 REL TO H2 CR0S SEC

62GO 1 80 16 G *NP AB I ThR 170 C170 CCH-D

62K01 80 1

G » ND RL Y THR 90 C 90 CCH- I 55SC2 80 16 G »NA ABX 26- 32 C 32 ACT-I 4P I 62G01 80 16 G »NA AB I THR 170 C170 CCH-D

55SP1 80 16 G »ABX 14 1 8 C 19 EMU-D 1- 6 DST

55ST1 80 16 G »P ABX 14 2 5 C 25 EMU-D 1- 12

56C0 1 80 16 G >P ABX 18 25 C 25 EMU-D 6- 12

56L I 2 80 1G »P SPC 17 70 C 30-70 EMU-D 5- 17 DST

57SV1 80 16 G >P ABX 20 25 C 16-30 N A I -D 120 G»G/P

5 8M I 1 80 1X ftu uc '• rP ABX ] 5 3 0 C 1 5—30 EMU-D 2- 1

y D r\ c~ 80 1X wft N0X C -J 3 0 10- ] 8 DST

6 2GO80 1 6 G 9 P AB I thr 170 C 1 70 CCH-D

6 2G02 80 1

G »

ABX 1

75 C 1 70 CCH-D DST

63SC 1 80 1G »

N0X THR 3 1 C 31 SCD-D 5- 1

62D01 80 16 E »P ABX 16 27 D 30 MAG-D 4- 13

62K01 80 16 G » P D RLY THR 90 C 90 CCH- I 55SC2 80 16 G » T A ABX 25- 32 C 32 ACT-I 4PI * 62G01 80 16 G »

AB I THR 170 C170 CCH-D

64GR1 80 16 G »

AB Y 7 14 C 17,24 EMU-D 4P I SPC

64GR 1 80 16 G » 4A AB Y 14 24 C 24 EMU- I 4P I 55C01 80 16 G » 4 A ABX THR 70 C 70 EMU-D

55HA1 80 16 G » 4 A N0X 20 32 C 27,33 EMU-D 1- 10

56DA1 80 16 G»4A AB I 22 25 C 70 EMU-D

59C02 80 16 P »G ABX 21 26 D 14-19 NAI-D 90

59T A 1 80 16 P »G ABX 16 2 0 D 4-9 NAI-D 16- 2 0 90

60HE 1 80 1

P »n ABX 1 2 D 0-1 NAI-D

ftO i c n l 1 L. \J X R n 1X ftD Pr y« r;o ABX C X 26 D 1 0- 1 5 NAI-D 21- 2 6 90

63G05 80 16 P»G RLY 13 17 D 1-6 NAI-D

64TA2 80 16 P»G ABX 16 26 D 4-14 NAI-D DST

63SU2 80 1

nU • r- 9 O ABX C- x 2 5 U XXX N A I -D DST

64LA2 80 16 ABX 10 1 3 D 3-8 NAI-D DST i-Pl , w t nTwS

64M I 1 80 1

A »

RLX 1 3 D 7-8 NAI-D DST j-p 1 , WIDTHS

61LA1 80 1 8 E » E / FMF 2 6 01 50 MAG-D140- 150 DST

64MU1 80 18 G»N SPC 10--20 C 20 EMU-D 1- 10 DST J-PI, 2189 TRACKS

63FU2 80 18 G » X N SPC 11 31 C 31 SCI-D 3- 20 90

55RE1 80 18 G»P AB I THR 400 C 50-400 ACT-I 4PI

64K02 80 18 G»P SPC 18- 32 C 32 SCI-D 3- 13 90 SEPARATED ISOTOPES

20
FLUORINE Z=9 F

Ne

ABUND. SEPARATION ENERGIES ( MEV

)

G » N G »P G »T G.HE3 G» A G,2N G.NP

19 100.00 10.4 8 .0 11 .7 22.1 4. 0 19.6 6. 1

REF NUCL IDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN>OUT MIN-MAX TYPE MIN- MAX

63SE1 9F 17 P »G RLY 4 D 3 NA I -D DST J-P I » WIDTH

64TE1 9F 19 G »MU-T ABX 20 21 D 20-21 NAI-D 96

60BO3 9F 19 G »G LFT 1 C 0-2 NAI-D 100 J-P I 60RE 1 9F 19 G »G ABX 7 D 7 NA I -D 90

62B06 9F 19 G »G LFT 0 4 C 0-4 NAI-D DST

64B01 9F 19 G »G LFT 1 3 C 1-3 NAI-D 100 AB I 63BA1 9F 19 E »E/ SPC 0 16 D 42 MAG-D 180

58BE 1 9F 19 G > N NOX 10 1

1

C 10-11 ACT-I 4P I THRESHOLD

60GE2 9F 19 G »N NOX 10 11 C 10-11 ACT-I 4P I THRESHOLD

60K I 4 9F 19 G »N ABX 10 23 C 10-23 ACT-I 4P I 60SA2 9F 19 G »N RLY 10 12 C 10-12 ACT-I 4P I 60WA2 9F 19 G »

N

ABX 10 240 C120-240 ACT-I 4P I 62DE1 9F 19 G»N ABX 20 21 D 20-21 ACT-I 4P I 590C1 9F 19 G»2N RLI THR- 100 CTHR-100 ACT-I 4P I REL TO G » N 60F02 9F 19 G>P RLX 10 18 C 16. 19 EMU-D DST

62BR3 9F 19 G*P SPC 18 D 18 EMU-D 2- 10 DST

63MU1 9F 19 G»P SPC 11 24 ,C 24 SCD-D 3- 11 120

62D01 9F 19 E »

P

SPC 10 19 D 18-30 MAG-D 2- 10 DST

55RE1 9F 19 G»2P ABI THR 400 C 80-400 ACT- I 4P I 55LA1 9F 19 G»XP SPC 8- 17 10-17 DST * ABI

G.2P

23.9

NEON Z=10

A ABUND. SEPARAT ION ENERGIES (MEV)

G, N GtP G»T G,HE3 G» A G,2N G.NP G.2P

20 90.92 16. 9 12.8 23.9 21.2 4.7 28.5 23.3 20.8

21 0.26 6. 8 13.0 21.6 19.9 7.3 23.6 19.6 23.6

22 8.82 10. 4 15.3 21.5 26.3 9.7 17. 1 23.4 26.4

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

Z A IN > OUT MIN-MAX TYPE MIN

62D01 10NE G »MU-T ABI THR 170 C170 CCH- D 62G01 10NE G .MU-T ABI 0 170 C170 CCH- D 62D01 10NE G • N ABI THR 170 C170 CCH- D 62G01 10NE G >N ABI THR 170 C170 CCH- I 57K01 10NE G • MP ABY THR 80 C 80 CCH- D 62D01 10NE G >NP ABI THR 170 C170 CCH- D 62G01 10NE G »NP ABI THR 170 C170 CCH- I 62G04 10NE G .NP ABX C CCH- I 62D01 10NE G > N A ABI THR 170 C170 CCH- D 62G01 10NE G > N A ABI THR 170 C170 CCH- I 56AT1 10NE G >P THR 23 C 23 CCH- D 57K01 10NE G >P ABY THR 80 C 80 CCH- D 1 62D01 10NE G >P ABI THR 170 C170 CCH- D 62G01 10NE G »P ABI THR 170 C170 CCH- I 62G04 10NE G sP ABX C CCH- I 57K01 10NE G >2P ABY THR 80 C 80 CCH- D 60RE2 10NE G .XP CCH- D100

62SU1 10NE G »XP SPC 16 23 C 23 EMU- D 2

1-15

ANG REMARKS

4P I

4PI INCLUDES G.2N

INCLUDES G.2N

4P I 4P I

DST * 4PI

DST ABI

4PI INCLUDES G »

D

INCLUDES G.D

DST * 4PI

#

90

21
Ne

Na REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN »OUT MIN -MAX TYPE MIN -MAX

63FI4 10NE Gj XP SPC 15 29 C 31 SCI-D 2- 15 90

56AT1 10NE G» PA THR 23 C 23 CCH-D * 57K01 10NE G» PA ABY THR 80 C 80 CCH-D 4PI

62G04 10NE G» PA ABX C CCH-I DST * 56AT1 10NE G» A THR 23 C 23 CCH-D #

62G01 10NE G > A AB I THR 170 C170 CCH- I 56AT1 10NE G» 2A THR 23 c 23 CCH-D

57K01 10NE G» 2A ABY THR 80 C 80 CCH-D 4P I 57K01 10NE Gi 5A ABY THR 80 c 80 CCH-D 4P I 55RE1 10NE G» N17 AB I THR 400 r 90- 400 ACT

4PI

63BA1 10NE20 E, e7 SPC 0 16 D 42 MAG-D 180 J-PI. WID"

59HA1 10NE20 G » N ABX 15 » 18 D 15» 18 ION-D 4PI

59HA1 10NE20 G» P ABX 15 .18 D 15. 18 ION-D 4PI

62D01 10NE20 E » P SPC 3 11 D 18- 30 MAG-D 3- 14 DST AB I 59HA1 10NE20 G) PA ABX 15 .18 D 15. 18 ION-D 4P I 59HA 1 10NE20 G» A ABX 1 5 * 18 D 15. 1 8 I ON-D 4P I 59HA1 1GNE20 G» 2A ABX 15 , 18 D 15, 18 ION-D 4PI

60BR1 10NE20 P, G RLY 17 23 D 4- 11 NAI-D

64AL3 10NE20 P 5 G NOX 17 22 D 4- 9 NAI-D DST

64TA1 10NE20 P» G ABX 17 24 D 4- 11 NAI-D 90

60K02 10NE22 Gi NP SPC THR 90 c 90 CCH-D 2- 20 DST SEPARATED

60KO2 10NE22 G, P SPC THR 90 c 90 CCH-D 2- 24 DST SEPARATED

59HA1 10NE22 Gi A ABX 15 ,18 D 15, 18 ION-D 4PI

ABX

SODIUM 2=11

A ABUND. SEPARATION ENERGIES (MEV)

G.N G.P G.T G.HE3 G.A G.2N G.NP G.2P

23 100.00 12.4 8.8 17.4 24.4 10.5 23.5 19.2 24.1

REF NUCLIDE REACTION RES EXCIT

IN OUT

SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

REMARKS

61BE2 11NA21 P »G SPC 4 D 1 NA I -D DST

60KR1 11NA22 P »G SPC 7 9 D 0- 2 N A I -D

56FU1 11NA23 G >G ABX 4 40 C 4- 40 NA I -D 120 ERRATUM PR

59RA1 11NA23 G >G LFT 1 D 1 N A I -D DST

60MO1 11NA23 G >G NOX 9 D 9 NA I -D DST WIDTH

62B06 11NA23 G >G LFT 0 4 C 0- 4 NA I -D 110

62M01 11NA23 G >G LFT 1 C 1 NA I -D 130

64ME1 11NA23 G >G LFT 4 D 4 NA I -D DST J-PI. WIDTH

64SW1 11NA23 G >G NOX 7 D 7. 7 NA I -D DST J-PI. WIDTH

63BA1 11NA23 E >E/ SPC 0 20 D 42 MAG -D 180 ABX

58CH2 11NA23 G »N RLY THR CTHR BF3 -I 4PI THRESHOLD

590C1 11NA23 G »2N RLI THR -100 CTHR- 100 ACT -I 4PI REL TO G.N

63C03 11NA23 G >XN ABX 13 80 C 13- 80 BF3 - I 4PI

63SA1 11NA23 G XN ABX 12 Ik c 12- 24 BF3 - I 4PI

60WA2 11NA23 G .2N2P ABX THR 240 C120- 240 ACT -I 4PI

58KE1 11NA23 G >P SPC 18 D 18 NA I -D 3-8 4PI ABX

580P1 11NA23 G .P SPC 18 D 18 NA I -D 3-8 4PI ABX

620D1 11NA23 G »P SPC 11 18 C 18 EMU -D 2-10 DST ABY

55RE1 11NA23 G .N17 AB I THR 400 c 90- 400 ACT - I 4PI

62BR2 11NA23 P >G NOX 9 10 D 0- 1 NA I -D DST J-PI

22
MAGNESIUM Z=12

A ABUND. SEPARATION ENERGIES (MEV)

G »

G. P G »T G » HE3 G » A G » 2N G » NP G » 2P

24 "7 Q ~7 r\

1 6 • I U 16.5 11.7 26.7 23.1 9.3 29,9 24,1 20,5

0 a

1 Z> "7 Q' . 3 i / • 1 23 .0 20.1 V . 9 23.9 19,1 22,6

26 11.17 11.1 14. 1 21 .6 26.0 10.6 18.4 23,2 24,8

REF NUCL IDE REACT I ON K t b EXCIT SOURCE r~\ r*~ *T~ r~ /~ T r\ r\ DETECTOR ANG REMARKS

Z A I N »0UT MIN-MAX 1 YFh M IN — MAX

56 FU 1 12MG G »G Ada A R Y 4 40 C 4-40 N A I —

120 ERRATUM PR 106*993

5 8 BU 1

i i Mr 1 /Mb G »

1 D 1 4P I * WIDTH

-> y L A 1

i tut

1 /Mb b » b C 13

59V A 1 12MG G *G 1 »4 if- 60BU3 1 2MG G »G ABX 1

C 11 Do 1 * WIDTH MULTIPOL,

1 <fnb G »

R L Y 7 14 C 7-14 NA I -D 120

62SE 1 12MG G »

NOX 0 16 c 16 N A I -D 90

63SU12MG G»G ABX 4 14 c 4-14 NA I -D 120

64G03 12MG E » E / ABX 1

D 40-70 MAG-D 180 FMF

55YE1 12MG G >N ABX 1

-17 11-17 * 58SP£ 12MG G »N ABX 8 1 7 C 8-17 BF3- I 4P I 56YE

1 2MG G»XN AB Y 7 23 C 7-23 3F3- I 4P I 63C03 12MG G X N ABX 10 80 C 10-80 3F3-I 4P I 62SH 1

12MG G »P Ada A D V

1

24 CTHR-24 bC I -D 1DST

04 r U 1

i iter 1 2Mb b * r THR 40 C 20-40 t MU — V llo Do 1 KLa

64 I b 1

i i im t~ 12 Mb r . v n

b » A r Ada Any thr -32 c 15-32 o C_ ] — L> U — i

i o M r 12Mb /"* M 1 "7 G » N 1

A D T ThR 400 C 80-400 A C T T AL 1 — 1 4P I 60BU2 1 2MG 24 G »G Ada A D Y 11 C 11 Db 1 « Lit r\Ti i Milt T t r\ l * WIDTH» MULTIPOL

6 OM E

1 2MG24 G »G M Ay IN U A 1 D 1 N A I - D DST J-P I i WIDTH

1 2MG 24 G »G M O V IN U A 9 1

C 13 N A I -D llo THRESHOLD

62B06 12MG24 G * G L F T 0 4 C 0-4 N A I - D DST

64B0 1 12MG24 G »G LFT 1 3 C 1-3 N A I -D 100 AB I 63BA1 12MG24 E » E / SPC (J 16 D 42 MAG-D 180 J-P I » WIDTHS

60K I 1 12MG24 G »

ABX 16 25 C 16-25 ACT-I 4P I 55NA1 12MG2 4 G»XN ABX 16 24 c 9-24 BF3-I 4PI

63YA1 12MG24 G»P 1 0 // c 22 hMU-D 2-1U DST RLY

60WA2 12MG24 G » 2N3P Ada A V TmD 1 HK / "t U C240 ACT- I 4P I 63SH3 1 2MG24 G »C 12* D 1 V THR 70 C 70 rill | r\ tMU — V 4P I 15 6-ALPHA EVENTS

1 / Mb <i H P G RLY 15 23 D 3-11 Ma t r\ NAI I) 90

62GL 1 12MG24 P *G NOX 12 D 0-1 NAI-D 5 5 62PR1 12MG24 P»G IN U A 12 13 D 0-1 NAI-D 55 WIDTHS

63G03 12MG24 P*G R 1 Y 15 23 D 4-12 MAT ^ IN A 1 0 90

1 /Mb £ -> G »G NOX 2 D 2 NAI-D r,cT Jl_Dr i

I ». til WT nTU I v \ n 61RA1 12MG25 G »G LFT 2 D 2 NAI-D DST j-pi

62B06 12MG25 G»G LFT 0 4 C 0-4 NAI-D DST

64B01 12MG25 G »G LFT 1 3 C 1-3 NAI-D 100 AB I 55NA1 12MG25 G.XN ABX 7 24 C 9-24 BF3-I 4PI

61RA1 12MG26 G»G LFT 2 D 2 NAI-D DST

64B01 12MG26 G.G LFT 1 3 C 1-3 NAI-D 100 AB I

23
Al ALUMINUM Z=13

A ABUND. . SEPARATION ENERGIES (MEV)

G,N G»P G •> T G » HE3 G » A G»2N G»NP G»2P

27 100.00 13.1 8.3 18.2 23.7 10.1 24.4 19.4 22.4

REF NUCLIDE

Z A REACT IONIN»OUT

RES EXCIT SOURCE

MIN-MAX

DETECTOR

TYPE MIN-MAX

ANG REMARKS

63GA1 13AL25 P >G L FT 1 D 1 SCI-D

a 7 m r 7 1 7 A 1 IK 1 J AL a o V * b N U A7A u

i1 MA T — n IN A 1 — V Do 1

62NE2 13AL26 P »G NOX 7 8 D 1- 2 N A I -D 0 63GA1 13AL26 P »G LFT 1 D 1 SCD-D

63HO 1 13AL26 P »G NOX 0 2 D I N A I -D DST J-P I » I SOSP I

58Z I 1 13AL27 G 9 MU- T ABX 1 7 2 5 C 17- 30 MGP-D

59DU13AL27 G » MU- T ABX 1 3 30 C 2930 MGC-D

59K.O 1 13AL27 G » MU- T ABX 1 3 30 c 30 NA I -D

59M I 1 13AL27 G » M U- T ABX 1 3 30 c 30 MGC-D

60CA13AL27 G 5 M U— 1 ABX 1 3 2 1 D 20- 2NA I -D

a a t a 7 6U 1 A 2 13AL27 G » M U— 1 ABX 7

1 28 c 28 M AG—

6 0 W Y 1 13AL27 G » M U- T1 A D V Ada i 7

1 3 c a

d b c

7 c 3D - y 0 N A I -D • A A 7 T T 1 3 AL 27 G 9 M U— T

1 A D V Ada 1 3 3 0 c 10- 7 r> 30 M G P — D 64T E 1 1 3AL 27 G » MU- T1 ABX 7 n 2'J 2 1 D

7 f\ 2 0- 2 1 N A I -D 96

CL A C 1 1 1

13 6 r U 1 1 3 AL 2 7 G »

A D V Ada 4

/. a 4 U C 4- A A 4U N A I —

T 7 A

1 AO ctKKAIUM n d a Ti iy njOTA^ aa7 KK1069993

DoAL 1

1 o . 1 7-7

1 j AL a r G G Ada A D V 7A

1 7 A 1 A 4

t flur 1 o UM t 1 1 3 AL a f G »

MAY NU A 1 9 A D 1 9 7A MAT IN A I — V

p. c T

L> 0 1 OUKtl 1 o Al 7 7 i 3 AL A ( UU) r . c Ada A P Y 7 D 7 MA T — r\

IN A i U

Q A

i AW A T bvVAi T 7 A 1 0 7 13AL2 / G 9 G L r 1 1 C 3

1 T Al 0 7 1 3 A L a ' G 9 G

A D V Ada 1 A

1 H

7 7 3 d. C 32 N A I —

P\ C T Do 1 Oil Ul i -2 A 1 7 7 1 J AL a 1 C m f~ Ada A R Y 73 1 D c 4- I 2 MA T — n IN A 1 V

1 7 A

1 A U

A 9 d r\ A o a o Uo 1 "3 A 1 7 7 1 3 A L a 1 b 9 b1 C" T L r 1 73 c 0- /. MA T —. Pi

IN A 1 U U -5 1 O JVM J

1 7 A 1 7 7 1 ^ Al- A f cu>om n IN w A

7A c

7 INMAA T — n I V nV 0

c, t1 w 1 u 1 n O 3 V M H 1 7, A | 7 7 C m n NOX 7A 9 J) c 4

mIN M

a t1 — nU 1 A U Ww T1 vnTH1 n

AO A R A 1 H- D U I

1 7 a I 7 7 i J AL A f r . b»(j 1 P T L r 1 1 7

D c 1- 7D MA T — n N A 1 U inn ADART1 £3n« 1 0 J D A 1

1 7 A 1 7 7 1 -3 AL a 1 t 9 t / u 1 O D 42 rl A b U

O A _ 1 OA AdA R Ya

1 0 A ! 7 7 1 3 A L A / t 9 t / Any ADA D 41 rl A b U ion

A A A M 1 1 T A| 7-7

I 3 AL A r Ct)t/r . C / D DK 1 Y L A TuD 15U D550 M a r — n rl A b V D 1 0 5 JO i

1 7 a 1 7 7 I 3 AL a 1 A . M K L T I 3 O D C 65 P\ Q T 1) 0 1 c c in i

-> 3 JU I

1 7 A 1 7 7 i 3 AL a / r a i| D 1 V K L T 7 7: 2 3 A c; -OS c 65 C 1^ T —. Pi Obi U TOI U nCT U 0 1 C7rr 1 37FE1 13AL27 G 9 N

D 1 V K L T 7 7 2 27 i 3 i c 31 Tod t

1 HK- I c r\ C T 0 O 1 58AS 1 13AL27 G 9 N

A|AV NU A 1

1 -7 1 / c 17 bC 1 — I Do 1 c n r * c

->0-;>A 3

1 7 A 1 7 7 1 3 AL a f G 9 ND 1 Y K L Ai 7

1 A

1 A 12- 1 4It- * bKtAlso9 D IT A^ C . TUDPQU iriKtori.

58CH2 1 3 AL 2 7 G 9 N

D 1 V K L Y 1 HK CT HR O CT 7 T or 3- 1 4P I 1 HK toHUL D 58FE 1 13AL27 G 9 N ABX 1 3 30 C 13- 30 AC T - I 4P I

C% Q V 1 1 1 1 7 A 1 7 7 1 3 AL A f f _ M b'N m a y (NU A 7 7 A 3 0 O c 88 Q f T — T I u

Pi C T Uo 1 rillAQT — PiCIITFPriM 60CH2 13AL27 G 9N ABX 1 7

1 3

7 t 2 1 D 12- 2

BF 3- I 4P I 60GE3 13AL27 G 9 N NOX THR CTHR BF3- I 4P I THRESHOLD

60KU2 13AL27 G 9 N R L Y 23 90 C 90 TEL- I 10- Do 1 61BA1 13AL27 G 9N ABX 13 19 C 12- 19 BF3-I 4PI

61PR1 13AL27 G»N RLX 13 85 C 25- 85 THR-D 11-

62B02 13AL27 G 9 N ABX 13 30 C 14- 30 BF3-I 4PI

62MU1 13AL27 G 9N ABX 13 24 C 13- 24 BF3-I 4PI

63MI4 13AL27 G 9 N SPC 15 30 C 24

30 EMU-D 2- 15 90

55BA5 13AL27 G 9 XN ABX THR -250 C250 30- DST #

55DI

13AL27 G 9XN NOX 13 70 C 70 SCI-I DST

56HE1 13AL27 G»XN RLY 13 -31 C 31 * REL TO TRITONS

56WA1 13AL27 G9XN RLY 13 -31 C 31 ACT-I 4PI * REL TO TRITONS

58FE1 13AL27 G 9XN ABX 13 30 C 13- 30 THR-I 5- FAST NEUTRONS

59C03 13AL27 G 9 X N SPC 15 30 C 249 30 EMU-D 2- 1.5 90

63C03 13AL27 G 9XN ABX 12 80 C 80 BF3-I 4PI

60ST1 13AL27 G 9 NP RLX 149 320 C320 TEL-D130 76 REL TO H2 CROS SEC

24
REF NUCL IDE REACT I ON RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN .OUT MIN-MAX TYPE MI N-MAX

60GO2 13AL27 G > N 2P ABX 30 260 C 30- 260 ACT- I 4P I ALSO G»PD» G » HE 3 60WA2 13AL27 G .4N4P ABX THR 240 C120- 240 ACT- I 4P I 55DA1 13AL27 G >P SPC THR -70 C 70 EMU- D - 16 * 55J01 13AL27 G .P RLY THR 65 c 65 SCI- D 14- DST

57R01 13AL27 G >P RLX 15 .18 D 15 » 18 * REL TO CU63 (G»N)

59BA2 13AL27 G »P SPC 25 52 C 18- 52 TEL- D 15- 70 90

60CH2 13AL27 G »P ABX 12 21 C 12- 21 ION- I 4PI

61MA1 13AL27 G »P RLY 11 35 C 35 MGP- D 3- 14 DST

62BR3 13AL27 G »P SPC 18 D 18 EMU- D 2- 10 DST

62SE2 13AL27 G • P ABX 15 » 18 D 15. 18 SCI- D 62SH8 13AL27 G .P SPC 10 24 C 24 EMU- D 2- 14 DST

62SH11 13AL27 G .P ABX 10 24 C 24 SCI- I 2- DST

630D1 13AL27 G .P ABY 10 22 C 22 EMU- D 2- DST

62D01 13AL27 E >P SPC 17 29 D 18- 30 MAG- D 3- 15 DST VIRTUAL PHOTONS

58AU1 13AL27 G 2P ABX 20 63 C 20- 63 ACT- I 4PI

55TA1 13AL27 G .XP ABX 58 -280 C280 TEL- D 50- 75 175

56DA2 13AL27 G .XP SPC 11 70 C 70 EMU- D 2- 14 DST ABY

578A2 13AL27 G XP SPC 8 85 C 85 TEL- D * FAST PROTONS

57MI 2 13AL27 G .XP SPC 8 -31 C 31 DST

58BA4 13AL27 G .XP RLX 8 40 C 40 MAG- D DST * SPECTRUM

58BA6 13AL27 G -XP SPC 23 85 c 85 15- 65 * QUAS I -DEUTERON

60CH1 13AL27 G XP RLX 24 90 r 90 TEL- I 15- 30 90 REL TO DEUTERONS

61MA2 13AL27 G .XP NOX 8 21 C 21 SCI- D 1- 10 DST

62CH2 13AL27 G .XP RLY 23 35 c 35 MAG- D 15- 30 DST REL TO DEUTERONS

63MI 5 13AL27 G .XP ABY 12 22 c 22 SCI- D 4- DST

60GO2 13AL27 G PD ABX 30 260 c 30- 260 ACT- I 4PI ALSO G,N2P, G j HE 3 61MA1 13AL27 G D RLY 20 35 c 35 MGP- D 3- 10 DST

60CH1 13AL27 Gi XD RLX 32 90 c 90 TEL- I 15- 30 90 REL TO PROTONS

62CH2 13AL27 Gi XD RLY 32 35 c 35 MAG- D 15- 30 DST REL TO PROTONS

56HE1 13AL27 G T RLY 18 -31 c 31 * REL TO NEUTRONS

56WA1 13AL27 G .T RLY 18 -31 c 31 ACT- I 4PI * REL TO NEUTRONS

60GO2 13AL27 G • HE3 ABX 30 260 c 30- 260 ACT- I 4PI ALSO G*N2P» G»PD

57B01 13AL27 G >A ABX 10 -31 c 31 EMU- D DST * SPC

58T02 13AL27 G A ABY 10 22 c 22 EMU- I 4P I 61MA1 13AL27 G > A RLY 19 35 c 35 MGP- D 9- 14 DST

62BE3 13AL27 Gi A SPC 16 30 c 30 SCD- D 6- 12 DST ASYMMETRY SPECTRUM

55RE1 13AL27 G .N 17 ABI THR 400 c 80- 400 ACT- I 4P I 61N01 13AL27 P >G NOX 9 D 1 J-PI. WIDTH

62LA1 13AL27 Dr i b NOX i i 1

1

D 3 IN M i D DST J-PI

OiUr A *? PtD 11

1 O A 1 O "7 P .G IN U A 9 D o- 1 NA I - D ^ t l — P T 63VA5 13AL27 P >G RLY 9 10 D 1- 2 NAI- D DST SEPARATED ISOTOPES

64VA1 13AL27 P >G NOX 10 11 D 2- 3 NA I - D DST J-PI

64VA2 13AL27 P >G NOX 10 D 2 N A I - D J-PI

63CV1 13AL28 N *G ABX 12 22 D 14 TEL- D 4PI

25
Si SILICON Z = 14

A ABUND.(l) SEPARATION ENERGIES (MEV)

G,N G»P G » T G.HE3 G » A G,2N G.NP G»2P

28 92.21 17.2 11.6 27.5 23.2 10.0 30.5 24.7 19.9

29 4.70 8.5 12.3 24.6 20.6 11.1 25.7 20.1 21.9

30 3.09 10.6 13.5 22.2 24.8 10.7 19.1 23.0 24.0

(1) ABUNDANCE DEPENDS ON SOURCE

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN. OUT MIN-M AX TYPE MI N- MAX

59DU1 14SI G -MU-T ABX 15 25 C 29» 30 MGC- D 60RE1 14SI G >G ABX 7 D 7 NAI- D 90

61SU1 14SI G • G RLY 11 C 6- 13 NAI- D 120

61T01 14SI G • G ABX 4 14 c 5- 14 NAI- D 120

62SE1 14SI G • G NOX 11 c 16 NAI- D 90

64G03 14SI E E / ABX 12 D 40- 70 MAG- 180 FMF

TACT L H O 1 M D A i -> C J c 10- D \J o r d I IxP T 63SA1 14SI G »

ABX 10 24 c 10- 24 BF3- I 4PI

63C03 14SI G XN ABX 13 80 c 13- 80 BF3- I 4PI

58EM1 14SI G -P NOX THR 30 c 30 EMU- D DST

62SH11 14SI G P ABX THR 24 CTHR- 24 SCI- I 2- DST

64MA1 14SI G .P ABX 17 -22 D 17- 22 SCD- D 4P I BRANCHING RATIOS

64UL1 14SI G .P SPC 14 -20 C 17- 20 SCD- D 1- 9 4PI SCD TARGET

60CH1 14SI G XP RLX THR 90 C 90 TEL- I 15- 30 90 REL TO DEUTERONS

61SH4 14SI G XP SPC THR 24 C 24 EMU- D 2- 13 DST ABSOLUTE YIELD

61SH5 14SI G XP SPC 14 24 C 24 EMU- D 2- 12

64L02 14S I Gi XP SPC THR -21 C 21 SCI- D 2- 10 4P I SCD TARGET

64UL2 14SI G .XP SPC THR 30 C 15- 30 SCD- D 2- 18 4PI

60CH1 14SI G .XD RLX THR 90 C 90 TEL- I 15- 30 90 REL TO PROTONS

60CH1 14SI G .XT RLY THR 90 C 90 TEL- I 15- 30 90 REL TO DEUTERONS

64MA1 14SI G »A ABX 17 -22 D 17- 22 SCD- D 4PI BRANCHING RATIOS

64UL1 14SI G > A SPC 14 -20 C 17- 20 SCD- D 4PI SCD TARGET

60TO1 14SI 28 G »G RLY THR 13 C 13 NA I - D THRESHOLD

62B06 14SI28 G .G LFT 2 C o- 4 N A I - D no J-PI. WIDTH

64B01 14SI 28 G G LFT 1 3 C 1- 3 NA I - D 100 AB I 60BA4 14SI 28 E >E/ SPC 0 30 D 43 MAG- D 13- 43 160 AB I 62ED1 14SI 28 E >E/ AB I 0 1 2 D 42 TEL- D 180 G-WDTH

61BE1 14SI28 G >N RLY THR CTHR ACT- I 4PI THRESHOLD

63CA1 14SI28 G »

ABX 17 30 D 15- 30 BF3- I 4PI

60 W A 2 r. >4N5P ABX THR 240 C240 ACT- I 4P I 61SH1 14SI 28 G .P SPC 14 24 C 24 EMU- D 2- 12

62BI 1 14SI 28 G .P SPC 18 D 18 SCD- D 4- 9 DST

62BI 1 14SI 28 G >A SPC 18 D 18 SCD- D 4- 9 DST

60KI 3 14SI 28 P >G RLX 19 26 D 8- 15 N A I - D 90

61G01 14SI28 P >G RLY 15 22 D 3- 11 N A I - D DST

61KI 1 14SI 28 P »G ABX 7 15 D 7- 15 N A I - D 90

63AN2 14SI28 P >G NOX 13 D 1- 3 NA I - D 90

63SI 1 14SI 28 P »G NOX 12 D 1 NA I - D DST J-PI

64AL3 14SI 28 P • G ABX 15 24 D 4- 13 NA I - D DST

64RA1 14SI 28 P >G RLX 16 -18 D 5- 7 NA I - D 90 FLUCTUATIONS

62SM1 14SI28 A >G ABY 11 13 D 1- 3 NA I - D 8- 13 DST J-PI» SEP ISOTOPES

64WE1 14SI 28 A »G NOX 12 -14 D 3- 5 N A I - D DST WIDTHS

62B06 14SI 29 G »G LFT 1 .2 C 0- 4 NA I - D DST J-PI» WIDTHS

61BE1 14SI29 G »N RLY THR CTHR ACT- I 4PI THRESHOLD

61BE1 14SI30 G »

RLY THR CTHR ACT- I 4PI THRESHOLD

26
PHOSPHORUS Z=15

A

31

ABUND.

100.00

G,N

12.3

SEP AR AT I ON

G»P G»T

7.? 17.9

ENERGIES

G.HE3

22.5

( MEV ) G »

A

9.7

G,2N

23.6

G.NP

17.9

G.2P

20.3

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN »OUT MIN-MAX TYPE M I N- MAX

60NE1 15P 29 P »G NOX 4 5 D 1- 3 NAI-D DST J-PI » WIDTH

61VA3 15P 29 P .G NOX 3 5 D o- 2 NAI-D DST J-PI , WIDTHS

61VA2 15P 30 P • G NOX 7 D 1 NAI-D DST J-PI

62AN2 15P 30 P »G NOX 7 8 D 1- 2 NAI-D 90 J-PI

63VA2 15P 30 P »G NOX 7 D 1 2 NAI-D J-PI

64EJ1 15P 30 P • G NOX 7 D 1 NAI-D DST J-PI , WIDTHS

59DU1 15P 31 G • MU-T ABX 10 30 C 29. 30 MGC-D

61B03 15P 31 G »MU-T 10 -20 10- 20 THR1

4PI #

60BO3 15P 31 G >G LFT 1 c 0- 2 NAI-D 100 J-PI

62B06 15P 31 G »G LFT 1 c 0- 4 NAI-D 110 J-PI » W IDTH

64B01 15P 31 G »G LFT 1 3 c 1- 3 NAI-D 100 ABI

63BA1 15P 31 E »E/ SPC 0 15 D 42 MAG-D 27- 42 180 ABX

63L02 15P 31 E »E/ FMF 1 6 D130» 180 MAG-D DST

55BA2 15P 31 G >N RLY 12 13 C 12- 13 ACT-I 4PI THRESHOLD

56SC1 15P 31 G »M RLY 12 -22 c 22 ACT-I 4PI * 58CH2 15P 31 G »N RLY THR CTHR BF3-I 4PI THRESHOLD

60GE3 15P 31 G N NOX THR CTHR ACT-I 4PI THRESHOLD

61SA1 15P 31 G N RLY 12 14 C 12- 14 ACT-I 4PI THRESHOLD

62EM1 15P 31 G >N SPC 10 30 C 30 EMU-D 2- 13 DST

62MU2 15P 31 G >N ABX 12 24 C 24 BF3-I 4P I 63B01 15P 31 G >N ABX 13 28 c 10- 30 BF3-I 4PI

57BA3 15P 31 G .XN THR CTHR

63C03 15P 31 G .XN ABX 13 80 c 80 BF3-I 4PI

63MC3 15P 31 G >XN ABX 12 24 c 12- 24 ACT-I 4PI

590C1 15P 31 G » N 2P RLI THR -100 CTHR- 100 ACT-I 4PI REL TO G »

N

60WA2 15P 31 G »6N6P ABX THR 240 C240 ACT-I 4PI

62SH12 15P 31 G .P SPC 10 19 C 19 EMU-D 2- 12 4PI

590C1 15P 31 G >2P RLI THR -100 CTHR- 100 ACT-I 4PI REL TO G»N

61SH4 15P 31 G »XP SPC 9 24 C 24 EMU-D 2- 14 DST ABSOLUTE YIELD

64IS1 15P 31 G >XP ABX THR -32 c 15- 32 SCI-D 0- 3 60GO2 15P 31 G »NA24 ABX 30 260 c 30- 260 ACT-I 4P I INCLUDES G,HE4N2P

62TU1 15P 31 P »G NOX 8 9 D 1- 2 EMU-D DST J-PI

64TU1 15P 31 $P »G NOX 10 D 3 EMU-D 90 J-PI » POL OF G

27
s SULPHUR Z=16

A ABUND, Cl

SEPARATION ENERGIES (MEV)

G, N G,P G * T G » HE3 G »

G,2N G.NP G»2P

32 95.0 15. 1 9.0 24.0 19.1 6.9 28.1 21.2 16.1

33 0.76 8. 6 9.6 21.3 17.1 7. 1 23.7 17.5 18.2

34 4.22 11. 4 10.9 20.4 21.9 7.9 20.1 21.0 20.3

36 1.41-2) 9. 9 * 19.3 * 8.9 16.9 21.2 #

(1) ABUNDANCE DEPENDS ON SOURCE

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN • OUT MIN-MAX TYPE MIN- MAX

59DU1 16S G »MU-T ABX 11 30 C 29, 30 MGC- D 59K01 16S G >MU-T ABX 12 30 C 31 NA I - D 56FU1 16S G >G ABX 4 40 c 4- 40 NA I - D 120

60RE 1 16S G >G ABX 7 D 7 N A I - D 90

61T01 16S G >G ABX 4 13 C 5- 13 NA I - D 120

64B01 16S G • G LFT 1 3 C 1- 3 NA I - D 100 ABI 63B01 16S G >N ABX 12 28 C 10- 30 BF3- I 4P I 63C03 16S G >XN ABX 14 80 C 0- 80 BF3- I 4PI

63MU2 165 G »XN ABX 15 22 C 15- 22 SCI- D 3- 9 90 SPECTRUM

64FI 1 165 G »XN SPC THR 25 C 23, 25 TOF- D 70

55RI 1 16S G »NP RLY THR- 65 C 65 CCH- I * REL TO DEUTERONS

55RI 1 16S G >ND RLY THR- 65 c 65 CCH- I * REL TO PROTONS

61F01 16S G rP SPC 10 30 c 30 EMU- D 2- 17 DST

62SH11 16S G p ABX 9 24 c 9- 24 sci- I DST

60CH1 16S G- XP RLX THR 90 c 90 TEL- I 15- 30 90 REL TO DEUTERONS

61MA2 165 G- XP NOX 9 21 c 21 sci- D 1- 10 DST

63SH4 16S G XP SPC 11 24 c 24 EMU- D 2- 15

64IS1 16S G -XP ABX thr- 32 c 15- 32 SCI- D 0- 3 6CCH1 16S G »XD RLX THR 90 c 90 TEL- I 15- 30 90 REL TO PROTONS

60CH1 16S G .XT RLY THR 90 c 90 TEL- I 15- 30 90 REL TO DEUTERONS

62B06 16S 32 G »G LFT 0 4 c o- 4 NA I - D 110 J-PI

61BI 1 16S 32 E »E/ FMF 0- 4 D150 MAG- D 135 MULT I POLAR I T

63BA1 165 32 E »E/ SPC 0 22 D 42 MAG- D 17- 42 180 G-WIDTH

64L01 16S 32 E »E/ FMF 0 9 D120- 180 MAG- D DST J-PI

59FA1 16S 32 G »N ABX 20 30 c 30 THR- I 5-

59FA1 16S 32 G »N ABX 16 30 C 30 ACT- I 4PI

60FE1 165 32 G »N ABX 15 30 C 31 ACT- I 4PI

62KU1 165 32 G • N ABX 15 25 C 12- 27 ACT- I 4PI

62MU2 16S 32 G > N ABX 15 22 C 12- 24 BF3- I 4PI

60FE1 16S 32 G >XN ABX 12 31 c 31 MOD- I 4P I 60FE1 16S 32 G »XN ABX 20 31 c 31 thr- I 5-

62303 16S 32 G »XN ABX 16 90 c 30- 90 BF3- I 4PI

55DE1 16S 32 G .NP ABX 18 22 c 18- 22 ACT- I 4PI

58G03 16S 32 G >NP RLY 21 22 c 16- 22 ACT- I 4P I REACTION UNCERTAIN

59FA1 16S 32 G >NP ABX 21 30 c 30 ACT- I 4PI

60FE1 16S 32 G • NP ABX 21 31 c 31 ACT- I 4P I 6 2 BO 3 16S 32 G .NP ABX 20 90 c 30- 90 ACT- I 4P I 60WA2 165 32 G >6N7P ABX THR 240 C240 ACT- I 4PI

55VI 1 16S 32 G »D ABX 19- 22 C 17- 22 ACT- I 4PI INCLUDES G,NP

58G03 16S 32 G >D RLY 19 22 C 16- 22 ACT- I 4PI REACTION UNCERTAIN

62BE4 16S 32 P >G ABY 9 10 D 0- 1 NA I - D DST J-PI

62NE1 165 32 P >G RLY 9 10 D 0- 1 NA I - I 90 J-PI

63CH1 16S 32 P >G SPC 9 10 D 0- 1 NA I - D DST J-PI

63KI 2 16S 32 P »G ABX 17 22 D 8- 14 N A I - I DST

63SP1 16S 32 P »G NOX 9 10 D o- 1 NA I - D DST J-PI, G-WDTH

64SM1 16S 32 P »G ABY 9 10 D 0- 1 NA I - D DST J-PI, WIDTHS

64SM1 16S 32 A »G ABY 9 10 D 2- 3 NA I - D DST J-PIs WIDTHS

62B06 16S 34 G,G LFT 0 4 C 0-4 NAI-D 110 J-PI

28
CHLORINE 2=17 CIAr ABUND. SEPARATION ENERGIES (MEV)

G.N G »P G ,T G» HE3 G »

A

G» 2N G»NP G»2P

35 75.53 12.6 6 .4 18 .0 19.6 7.0 24.1 17.8 17.3

37 24.47 10.3 8 .4 16 .8 21 .9 7.9 18.9 18.3 *

REF NUCl IDE REACT I ON RES EXCI T SOURCE DETECTOR ANG REMARKS

2 A I N »OUT MIN-MAX TYPE MIN-MAX

57BA3 17CL G »XN THR CTHR * 55ER 1 17CL G »

A

ABX THR- 32 C 32 EMU- I * AGCL EMULSION

62B06 17CL35 G »G L FT 0 4 C 0-4 NAI-D 110 J-P I 55BA3 17CL35 G»N RLY 12 22 c 22 ACT- I 4PI THRESHOLD

55B02 17CL35 G»N ABX 13- 21 c 13-21 ACT-I 4PI

55DE1 17CL35 G *N ABX 13 21 c 13-21 ACT- I 4PI THRESHOLD

56SC1 17CL35 G»N RLY 12- 22 c 22 ACT-I 4P I * 59FE1 17CL35 G »N ABX 12 31 c 31 ACT-I 4P I 59FE1 17CL35 G »

N

ABX 16 31 c 31 THR- 1 4- 4PI

61SA1 17CL35 G »

N

RLY 12 14 c 12-14 ACT- I 4PI THRESHOLD

62KU1 17CL35 G»N ABX 12 25 c 27 ACT- I 4PI

59SE1 17CL36 N»G SPC 9 c 0 NAI-D 90 G-W IDTH

62B06 17CL37 G »G LFT 0 4 c 0-4 NAI-D 110 J-P I 60GE3 17CL37 G »N NOX THR CTHR BF3-I 4PI THRESHOLD

ARGON 2=18

ABUND. SEPARATION ENERGIES (MEV)

G,N G» P G »T G.HE3 G »

A

G,2N G, NP G.2P

36 0.34 15.3 8. 5 24.2 18.6 6.6 28.3 21 .2 14.9

38 6.3 ! -2

)

11.8 10.2 20 .7 20.8 7.2 20.6 20 .6 18.6

40 99.6 9.9 12. 5 18 .2 23.0 6.8 16.4 20 .6 22.8

REF NUCLIDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

2 A I N iOUT MI N -MAX TYPE MIN-MAX

57K02 18AR G»P THR- 90 C 90 EMU-D DST * 302 TRACKS

59EM2 18AR G»P SPC 10 30 c 23 -30 EMU-D 2-14 90

61FI 1 18AR G»P RLY 0 35 c 35 SCI-D 90

55SP3 18AR G»XP SPC THR- 23 c 23 * ABS YIELD

59EM2 18AR G »

A

ABX 6 12 c 23 -30 EMU-D 90

61K01 18AR G »

A

SPC 10 17 c 70 ION-D 3-12 90

64ER1 18AR36 P»G RLY 8 10 D 2 -3 NAI-D DST J-P I » WIDTHS

64ER1 18AR36 A »G RLY 8 10 D 2 -3 NAI-D DST J-PI » WIDTHS

64ER1 18AR38 A »G RLY 9 10 D 2 -3 NAI-D DST J-P I » W IDTHS

64PH1 18AR38 A »G RLY 99 11 D 3 -4 NAI-D DST J-PI » W IDTHS

29
ArK REF Ml if » T r\CT iNUv_L I UC. REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

7 A Z A IN.OUT MIN-MAX TYPE M IN—MAX

63BA1 18AR40 E»E/ SPC 0 24 D 42 MAG- D 18-42 180

59PE1 18AR40 G »N ABX 10 23 C 14-44 ACT- I 4PI SYNTHESIS

60FA1 18AR40 G»N ABX 13 49 C 10-50 BF3- I 4PI

59PE

18AR40 G»2N ABX 17 23 c 14-44 ACT- I 4P I SYNTHES IS 59BR1 18AR40 G.NP ABI 21 34 c 34 ACT- I 4P I 59PE1 18AR40 G.NP ABX 19 40 C 14-44 ACT- I 4P I SYNTHESIS

60D01 18AR40 G.NP ABI 21 33 c 30»34 ACT- I 4PI

56K01 18AR40 G.P NOX 12 90 c 90 CCH- I 2-10 DST

58GU1 18AR40 G.P SPC 13 15 C 15 CCH- D 0-2 DST

59ER1 18AR40 G»P ABI 12 34 c 34 ACT- I 4P I 59PE1 18AR40 G »

ABX 13 33 C 14-44 ACT- I 4PI SYNTHESIS

60D01 18AR40 G»P ABI 12 33 C 30.34 ACT- I 4PI

62D01 18AR40 E»P SPC 13 30 D 30 MAG- D 3-16 76 SEPARATED

58IA1 18AR4C G»XP ABI 12 70 C 70 CCH- D 0-14 DST

POTASSIUM Z=19

A ABUND. SEPARAT ION ENERGIES (MEV ) G »

G.P G»T G.HE3 G.A G.2N G.NP G.2P

39 93.10 13. 1 6.4 18.5 19.2 7.2 25.1 18.2 16.6

40 1.2(-2) 7.8 7.6 17.5 16.7 6.4 20.9 14.2 18.3

41 6.88 10. 1 7.8 15.8 20.7 6.2 17.9 17.7 20.3

REF NUCL IDE REACTION RES EXCIT SOURCE DETECTOR ANG

Z A IN. OUT MIN-MAX TYPE MIN-MAX

61T01 19K G»G ABX 6 12 C 6-12 NAI-D 120

59EM1 19K G.XN SPC 7 31 C 31 EMU-D 2-14 DST

63C03 19K G.XN ABX 12 80 C 0-80 BF3-I 4PI

62B06 19K 39 G.G LFT 0 4 C 0-4 NAI-D 110

63BA1 19K 39 E»E/ SPC 0 16 D 42 MAG-D 26-42 180

55B02 19K 39 G»N ABX 13- 21 C 13-21 ACT-I 4PI

55DE1 19K 39 G.N ABX 13 21 C 13-21 ACT-I 4PI

60GE3 19K 39 G.N NOX THR CTHR ACT-I 4PI

62G03 19K. 39 G.N ABX 14 24 C 14-24 ACT-I 4PI

60HO1 19K 39 G.NP ABY 20 25 c 20-25 ACT-I 4PI

55SC2 19K 39 G »NA ABX 14- 32 c 32 ACT-I 4PI

57ER1 19K 39 G.NA ABI 13 32 c 32 ACT-I 4PI

58KE1 19K 39 G.P ABX 18 D 18 SCI-D 2-12 4PI

580P2 19K 39 G.P ABX 18 D 18 SCI-D 3-12 4PI

62SH9 19K 39 G.P SPC 6 24 C 24 EMU-D 1-15 4PI

60HO1 19K 39 G.D ABY 20 25 C 20-25 ACT-I 4PI

63K02 19K 41 P.G RLY 9 D 0-1 NAI-D DST

REMARKS

J-PI

THRESHOLD

THRESHOLD

REACTION UNCERTAIN

REACTION UNCERTAIN

DST SEPARATED ISOTOPES

30
CALCIUM Z=20

A AdUND A D 1 1 M F\ • SEPARATION ENERGIES (MEV)

G.N G >P G .T G.HE3 G > A G.2N G.NP G.2P

40 96.97 1X 5 . 71 8 .3 25.0 18.8 7.0 £ y « O <- X . J X H . / 42 0.64 11.5 10 .3 19.7 20.2 6.2 19.8 20.4 18.1

4 3 0.15 7.9 10.7 19.8 18.3 7.6 1x Qy « 4*t 18,2 19.9 X 7 . 7 44 2.06 11.1 12 .2 20.9 23.3 8.8 19.1 21.8 21,6

46 3 . 3

( -3

10.4 13.8 21 .5 11.1 17.8 23.2 * 48 0.19 9.9 15 .3 22 .5 * 17-2 24.

REF NUCI IDF RF ACT I ON RES EXCIT SOURCE DETECTOR ANG

Z A I N .OUT MIN-MAX TYPE MIN-MAX

59DU

2 OCA G »MU-T ABX 1

30 c 29 » 30 MGC-D

R A Fl 11 7 or A ABX 4 40 C 4-40 NA I -D 1 c. u

A 1 DF U ? or» Ma c; «

ABX 1 5 32 C 32 N A I -D n ^T

t. ^ v_ M O JO ABX 6 1 2 C 6-12 NA I -D 1 <l u

A. 0 K 1 1 5 O . IN RLY 1 5 9 0 c 90 TEL- I 10- V o 1 9 or a O 9 A (1 SPC THR- 3 0 c 30 * SURFACE EFFECTS

-J 7 L lY l 1 7 or a O J A IN SPC 7 3

c 31 EMU-D 2-14

O J L u J ? or a G » X N ABX 1 5 80 c 0-80 BF3-I AD T *+ r L 64F I 1 20CA G » X N SPC THR 32 c 25.32 TOF-D 70

57SC1 20CA G.3N3P ABX THR- 70 c 70 * 59K02 20CA G»P SPC THR- 85 c 85 EMU-D * 7000 TRACKS

64 I S2 20CA G >P ABX 14- 32 c 14-32 EMU-D 1-13 DST SPC

64R A2 ?eL OTA V V. M n,O •. pr ABX 14 27 c 30 SC I - I 5- DST INCLUDES G ,NP

AIM! c, ? or a r, ,vp O " A r ABY 6 22 c 22 SC I - I 4- n^T U ~> 1 OHilHi A AU A T ? or a D . r; ABX 14 23 D 6-15 SC I -D Q n DETAILED BALANCE

iAC D4j T 1

1 1 r . o NOX 9 10 D 1-2 NA I -D hCT U O 1 J-PI

O X C ^_ X ? or a 6. n NOX 10 D 10 NA I -D DST J-PI » G-WIDTH

6 2 B06 20CA40 L FT 0 4 C 0-4 NA I -D Tin J-PI

6 1 PE 1 C?0r*J \~ r\A40"T V F • F / ABX 11 26 D120-180 MAG-D DST

62ED1 2 0CA40 E » E / NOX 0- D 42 TEL-D 160 NO EXCITATION OBS

63BA 1 2 0CA40 E » E / SPC 0 23 D 42 MAG-D 18-42 180 J-PI

633L1 20CA40 E ? E / FMF 0 11 D120-220 MAG-D169-179 100

64H01 20CA40 E » E / ABX 10- 1 7 D 80-200 MAG-D DST

6 2 M I 2 2 0C A40 G N ABX 15 23 D 15-25 BF3- I 4P I 6 3 M I 2 2 0CA40 G * N ABX 1 5 26 C 15-30 BF3- I 4P I 60FE 1 2 0CA40 G » X N ABX 12 31 C 31 ACT- I 4P I 60FE 1 POTATO V V_ *T G » X N ABX 18 31 C 31 THR- I 5-

O ^ L_ 1 C- ? o r a a o Oft «' Ay NIN AB I THR 34 C 34 NAI-I

O *+ D H 1 U ' A IN ABX 15 30 C 15-30 ACT- I 4P I 58HO 1 2 OCA40 G N P ABX 26 32 C 26-32 ACT-I 4P I THRESHOLD

60 FE 1 2 0CA40 G » NP ABX 21 31 C 31 ACT-I 4P I 62DR 1 20CA40 G »P SPC 8 22 C 22 EMU-D 1-13 DST

62J01 20CA40 G»P SPC 8 21 c 20.21 EMU-D 2-12 DST

62SH12 20CA40 G»P SPC 10 21 c 21 EMU-D 2-13

62CH2 20CA40 G.XP RLY 8 35 c 35 MAG-D DST REL TO DEUTERONS

62CH2 20CA40 G.XD RLY 19 35 c 35 MAG-D DST REL TO PROTONS

6 IPO 1 2 0CA40 P » ft RLY 9 10 D 1-2 NAI-D

62RA1 2CCA40 P»G SPC 9 10 D 1-2 NAI-D DST J-PI. G-WIDTH

64TA1 20CA40 P»G ABX D 9-14 NAI-D 100

63SI 2 20CA42 P >G RLY 11 12 D 1-2 NAI-D SEPARATED ISOTOPES

58BR1 20CA44 G»P AB I 12 31 C 31 ACT- I 4P I

31
Sc SCANDIUM Z=21

Ti

A ABUND. SEPARATION ENERGIES (MEV)

G.N G.P G »T G » HE3 G A G,2N G.NP G»2P

45 100.00 11.3 6.9 17.5 21.0 7.9 21.0 18.1 19.1

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN»OUT MIN-MAX TYPE MIN-MAX

61BU1 21SC41 P»G ABI 1 3 D 0-2 ACT-I 0-4 4P

TITANIUM Z=22

ABUND. SEPARATION ENERGIES (MEV)

G »G »P G ,T G, HE3 G »

G 2N G,NP

46 7.93 13.1 10 .4 22.9 20 .7 8.0 22.6 21.7

47 7.28 8.9 10.5 22.0 18.4 9.0 22.1 19.3

48 73 . 94 11.6 11 .4 22 .4 22 .6 9.4 20.5 22. 1 49 5.51 8.1 11 .3 21 .8 20.4 10.1 19.8 19.6

50 5. 34 10.9 12.2 22.0 24 .0 10.7 19.1 22.3

REF NUCL IDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN.OUT MIN- MAX TYPE MIN- MAX

63MI 5 22TI G.XP ABY 8 22 C 22 SCI-I 4- DST

64SC1 22TI G »

SPC THR 33 C 33 SCD-D 4- 13 90 ABS YIELD

63KA1 22TI46 G »

ABX 1 D 1 NAI-D 108

58SI4 22TI46 G *N RLX 13- 22 CTHR- 22 ACT-I 4PI

62SH5 22TI46 G »

ABX 14 31 C 14- 31 ACT-I 4PI

62SH5 22TI46 G»NP ABX 22 31 C 14- 31 ACT-I 4PI

64B01 22TI47 G»G LFT 1 3 c 1- 3 NAI-D 100 ABI

62SH5 22TI47 G»P ABX 14 31 c 14- 31 ACT-I 4PI

62SH5 22TI47 G»2P ABX 14 31 c 14- 31 ACT-I 4PI

63AK1 22TI48 G »G LFT 2 D 2 NAI-D 150

64B01 22TI48 G »G LFT 1 3 c 1- 3 NAI-D 100 ABI

60ST1 22TI48 G»NP RLX 152 320 C320 TEL-D130 76 REL TO H2

62SH5 22TI48 G»NP ABX 14 31 C 14- 31 ACT-I 4PI

62SH5 22TI48 G>P ABX 14 31 c 14- 31 ACT-I 4PI

62SH5 22TI49 G»NP ABX 14 31 c 14- 31 ACT-I 4PI

62SH5 22TI49 G»P ABX 14 31 c 14- 31 ACT-I 4PI

62SH5 22TI 50 G»NP ABX 14 31 c 14- 31 ACT-I 4PI

58S 14 22TI50 G»P RLX 12- 22 CTHR- 22 ACT-I 4PI

62SH5 22TI50 G.P ABX 14 31 c 14- 31 ACT-I 4PI

G»2P

17.2

18.7

19.9

20.8

21.8

32
VANADIUM Z = 23 vCr

A ABUND. SEPARATION ENERGIES (MEV)

G.N G .P G ,T G » HE3 G » A G,2N G.NP G.2P

50 0. 24 9.3 7.9 19.2 19.!1 9.9 20.9 16.1 19.3

51 99.76 11.0 8 .1 18.7 22.

(

> 10.3 20.4 19.0 20.2

REF NUCLIDE REACT I ON RES EXC I T SOURCE DETECTOR ANG REMARKS

Z A IN»0UT MIN-MAX TYPE MIN-MAX

63RE1 23V G »G ABX 7 D 7 IN A 1 — U 90

56HE2 23V G»N RLY THR -31 C 31 * REL TO ALPHAS

O 1 DM c. c. J> V ABY THR 22 C 22 THR-I 5- Pi C T 58HA1 23V G»P SPC THR -30 C 30 EMU-D DST * 63MI 5 23V G»XP ABY 5 22 C 22 SCI-I 4- DST

56HE2 23V G.A RLY THR -31 C 31 * REL TO NEUTRONS

58T02 23V G A ABY 8 22 C 22 EMU-I DST

63KR1 23V G» A RLY 8 30 C 21.30 SCD-I 90

62KE1 23V 51 E » E / SPC 0 17 D183-600 TEL-D DST SOURCE 183,300*600

58CH2 23V 51 G»N RLY THR CTHR BF3-I 4PI THRESHOLD

60GE3 23V 51 G»N NOX THR CTHR BF3-I 4PI THRESHOLD

62FU1 23V 51 G.N ABX 11 28 D 8-28 BF3-I 4PI QUADRUPOLE MOMENT

62FU1 23V 51 G.2N ABX 20 28 D 8-28 BF3-I 4PI QUADRUPOLE MOMENT

58KA1 23V 51 G*XN ABX 12 22 C 12-22 BF3- I 4PI

62FU1 23V 51 G.NP ABX 20 28 D 8-28 BF3-I 4PI QUADRUPOLE MOMENT

57ER1 23V 51 G »

A

ABI 8 32 C 32 ACT-I 4PI

59DY1 23V 51 G »

A

ABX 14 25 C 25 ACT-I 4PI

61CA2 23V 51 G * A ABX THR 32 CTHR-32 ACT-I 4PI

62KR1 23V 51 G »

A

ABI 10 30 C 21.30 SCD-D 90

CHROMIUM Z=24

A ABUND. SEPARATION ENERGIES (MEV)

G.N G.P G.T G.HE3 G. A G.2N G.NP G.2P

50 4.31 12.9 9.6 23.2 20.3 8.6 23.3 21.2 16.3

52 83.76 12.0 10.5 22.4 21.8 9.4 21.3 21.6 18.6

53 9.55 7.9 11.1 21.0 18.8 9. 1 20.0 18.5 20.1

54 2.38 9.7 12. 19.7 22.1 7.9 17.6 20.9 22.

REF NUCL IDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN. OUT MIN-MAX TYPE MIN-MAX

60RE1 24CR G»G ABX 7 D 7 NAI-D 90

57FE2 24CR G.N ABY 15 30 C 14-30 THR-I 5-14 90

58C01 24CR G.N SPC 6 30 C 20.30 EMU-D 2-14 90 THRESHOLD

61BA2 24CR G.XN ABY THR 22 C 22 THR-I 5- DST

64C02 24CR G.XN ABY THR -80 C 80 BF3-I 4PI

62DE1 24CR50 G.N ABX 20 D 20 ACT-I 4PI

64B01 24CR52 G.G LFT 1 3 C 1-3 NAI-D 100 ABI

64BE3 24CR52 E » E / FMF 0 9 D150.180 MAG-D DST J-PI

60GE3 24CR52 G.N NOX THR CTHR BF3-I 4PI THRESHOLD

64B01 24CR53 G.G LFT 1 3 C 1-3 NAI-D 100 ABI

60GE3 24CR53 G.N NOX THR CTHR BF3-I 4PI THRESHOLD

33
Mn

Fe MANGANESE Z = 25

A ABUND. SEPARATION ENERGIES (MEV)

G »G. P G »T G » HE3 G > A G.2N G.NP

55 100. CO 1C.2 8. 1 17 .2 21.2 7.9 19.2 17.8

REF NUCL IDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

7 A I N » 0 UT MIN -MAX TYPE MIN-MAX

56FU 1 2 5 MN 5 5 ABX 4 40 C 4 -40 NA I -D 120

60RE1 2 5 MN 5 5 G . G ABX 7 D 7 NA I -D 90

64B01 25MN55 G »G L FT 1 3 C 1 -3 NA I -D 100 AB I 58CH2 25MN55 G»N RLY THR CTHR BF3-I 4PI THRESHOLD

59PA2 25MN55 G.N ABX 10 24 C 10 -24 BF3- I 4PI

60GE3 25MN55 G »

NOX THR CTHR BF3- I 4P I THRESHOLD

61TA1 25MN55 G»N NOX 16 22 C 22 THR-I 6- 90

57HI 1 25MN55 E»3N ABX 30 60 D 64 .82 ACT- I 4PI

58KA1 2 5MN5 5 G.XN ABX 11 22 C 11 -22 BF3-I 4P I 60FL1 25MN55 G»XN ABX 11 27 C 12 -30 BF3-I 4PI QUADRUPOLE

61BA2 2 5MN5 5 G.XN ABY THR 22 C 22 THR-I 5- DST

64C02 2 5MN5 5 G.XN ABY THR -80 C 80 BF3-I 4P I 61CA1 25MN56 D »G ABX 16 18 D 3 -5 ACT-I 4PI

IRON Z=26

ABUND. SEPARATION ENERGIES (MEV)

G »

G .P G ,T G.HE3 G. A G.2N G.NP

54 5.82 13.6 8 .9 22 .9 19.7 8.4 24.1 20.9

56 91.66 11.2 10 .2 20.9 20.3 7.6 20.5 20.4

57 2. 19 7.6 10.6 19.6 18.2 7.3 18.8 17.9

58 0.33 I 0.0 12.0 19.4 22.0 7.6 17.7 20.6

REF NUCL IDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN.OUT MIN- MAX TYPE MIN-MAX

59K01 26FE G»MU-T ABX 10 27 C 31 NA I - D 60RE1 26FE G»G ABX 7 D 7 NA I - D DST

63SU1 26FE G»G ABX 4 14 C 4- 14 NA I - D 120

64B01 26FE G »G LFT 1 3 C 1- 3 NA I - D 100 AB I 57HE1 26FE G.2N RLY THR- 70 C 70 * REL TO

55BA5 26FE G.XN ABX THR- 250 C250 30- DST * 55DI 1 26FE G.XN NOX THR 70 C 70 SCI- I DST

56HA1 26FE G.XN ABX 15, 18 D 15 . 18 BF3- I 4PI

61BA2 26FE G.XN ABY THR 22 C 22 THR- i 5- DST

64C02 26FE G.XN ABY THR- 80 C 80 BF3- r 4PI

57HE1 26FE G.NP RLY THR- 70 c 70 * REL TO

63MI 5 26FE G.XP ABY 8 22 c 22 SCI- I 4- DST

58T02 26FE G»A ABY 7 22 c 22 EMU- i DST

63KR1 26FE G A RLY 7 30 c 2130 SCD- i 90

55DE1 26FE53 G.N ABX 1

24 c 11- 24 ACT- i 4PI

55DE1 26FE54 G.N ABX 11 24 c 11- 24 ACT- i 4PI

57CA2 26FE54 G.N ABX 12 30 c 13- 30 ACT- i 4PI

62DE1 26FE54 G.N ABX 20 D 20 ACT- i 4P I 58G03 26FE54 G .NP RLY 19 22 c 16- 22 ACT- i 4PI REACT ION

58G03 26FE54 G.D RLY 19 22 c 16- 22 ACT- i 4PI REACTION

G.2P

15.4

18.3

19.6

21.4

G.NP

G.2N

34
Ktr Ml T rur WUv-L i Ufc RtACT ION RES EXCI T SOURCE DETECTOR ANG REMARKS "7 A Z A I N »OUT MIN-MAX TYPE M IN—MAX

A 1 V C 9 O 1 N t? A C C S A UIU noIN VJ yA

i

J. MIN MA T

1 — nU G-WDTH

58T01 26FE56 G».N RLY 12 22 C 22 BF3-I 4PI THRESHOLD

606E3 26FE56 G »

N

NOX THR CTHR BF3-I 4PI THRESHOLD

58T01 26FE57 G»N RLY 12 22 C 22 BF3-I 4P I THRESHOLD

60GE3 26FE57 G »N NOX THR CTHR BF3-I 4PI THRESHOLD

Fe

Co

COBALT Z=27

A ABUND. SEPARATION ENERGIES ( ME V

)

C »N G »P G »T G.HE3 G »A G.2N G»NP G»2P

59 100. 00 10.5 7.4 16 .6 20. 3 7 .0 19.0 17.4 19.3

REF NUCLIDE REACT ION RES EXC I T SOUR CE DETE CTOR ANG REMARKS

Z A IN» OUT M I N- MAX TYPE MIN- MAX

60RE1 27C059 6i G ABX 7 D 7 NA I - D 90

64B01 27C059 G> G LFT 1 3 C 1- 3 NAI- D 100 ABI

61CR1 27C059 E« c NOX 0 4 D183 MAG- I DST G-WDTH. MULTIPOLES

58CH2 27C059 G> N RLY THR CTHR BF3- I 4PI THRESHOLD

60GE3 27C059 G* N NOX THR CTHR BF3- I 4P I THRESHOLD

62CA1 27C059 G> N NOX 11 30 C 30 ACT- I 4PI ISOMER RATIO

62FU1 27C059 G > N ABX 11 28 C 9- 28 BF3- I 4P I 62FU1 27C059 G> 2N ASX 19 28 c 9- 28 BF3- I 4PI

55HA1 27C059 Gi XN ABX 15 » 18 D 15 j 18 BF3- I 4PI

56HE1 27C059 G> XN RLY 10 -31 C 31 * REL TO TRITONS

58KA1 27C059 G> XN ABX 10 22 C 10- 22 BF3- I 4P I 56WA1 27C059 G> XN RLY 10 -31 c 31 ACT- I 4PI * REL TO TRITONS

60FL1 27C059 G» XN ABX 11 24 C 12- 30 BF3- i 4P I QUADRUPOLE MOMENT

61BA2 27C059 Gt XN ABY THR 22 c 22 THR- i 5- DST

61EM1 27C059 G» X N SPC 13 30 C 30 EMU- D 2- 12 90

64BA2 27C059 G> XN ABX 10 -30 C 10- 30 BF3- I 4P I 64C02 27C059 G> XN ABY THR -80 c 80 BF3- I 4PI

62FU1 27C059 Gi NP ABX 18 28 c 9- 28 BF3- I 4P I 56W01 27C059 G> N2P ABY THR -309 C309 ACT- I 4PI * 60GO2 27C059 G> N2P ABX 30 260 c 30- 260 ACT- I 4PI ALSO G»PD» G » HE 3 56W01 27C059 G» 5 NP ABY THR -309 C309 ACT- I 4PI * 56W01 27C059 G» 5N2P ABY THR -309 C309 ACT- I 4PI * 56W01 27C059 G.» 6NP ABY THR -309 C309 ACT- I 4P I 56W01 27C059 G» 6N2P ABY THR -309 C309 ACT- I 4PI * 56W01 27C059 G> 7N3P ABY ThR -309 C309 ACT- I 4PI * 56W01 27C059 Gi 8N4P ABY THR -309 C3C9 ACT- I 4PI * 56W01 27C059 Gi 9N5P ABY THR -309 C 309 ACT- I 4PI * 5&F01 27C059 G> P RLY 7 30 c 30 EMU- D 90 YLD REL TO G.D

61F01 27C059 G> P SPC 7 30 c 30 EMU- D 2- 17 DST

60CH1 27C059 G« XP RLX 22 90 c 90 TEL- I 15- 30 90 REL TO DEUTERONS

63MI 5 27C059 G» XP ABY 7 22 c 22 SCI- I 4- DST

60G02 27C059 G> PD ABX 30 260 c 30- 260 ACT- I 4P I ALSO G.N2P. G»HE3

56F01 27C059 G» D RLY 15 30 c 30 EMU- D 90 YLD REL TO G»P

61F01 27C059 G» D RLY 15 30 c 30 EMU- D DST NO DEUTERONS FOUND

60CH1 27C059 G» XD RLX 30 90 c 90 TEL- I 15- 30 90 REL TO PROTONS

56HE1 27C059 G) T RLY 16 -31 C 31 * REL TO NEUTRONS

56WA1 27C059 G« T RLY 16 -31 c 31 ACT- I 4PI * REL TO NEUTRONS

60CH1 27C059 G> XT RLY 32 90 C 90 TEL- I 15- 30 90 REL TO DEUTERONS

60G02 27C059 G> HE3 ABX 30 260 c 30- 260 ACT- I 4PI ALSO G.N2P. G»PD

58T02 27C059 G« A ABY 7 22 c 22 EMU- I DST

61F01 27C059 Gi A SPC 9 30 c 30 EMU- D DST

35
NICKEL 1=28

ABUND. SEPARATION ENERGIES (MEV)

G,N G. P G »T G. HE3 G.A G.2N

^ ft A 7 fl fl 8.2 21 .1 17.7 6.4

l. r\ oO 11.4 9. 5 20 .1 19 .2 6.3 20 • 4

O I

1 TO 7 R 9. 9 19 .3 17.0 6.5 in o o c. J o OO in a 11.1 19 .5 21 .0 7.0 I01H

O H i or 12.5 19 .1 22 .9 8.0 10.5

iter DFATT KtAL 1 1TDMUIN ore K t o EXCIT SOURCE DETECTOR AINU

7 A L A

T M * A t IT

I IN * OV I MIN- MAX TYPE MM T M — 1 IN MAY MA A

t 1 M T 1 0 ft M T £ 0 IN 1 /- -Ml l_ T Ada A P V 0 c. c. U D MAT IN A 1 u

c / ri n ->D r U 1

*> 0 M T Z B IN I G »G ABA a p y /, H- r-v_ A — f U NA1" M A T _ U 120

C C\ V A 1 *} O V T G »

1 C T L r 1 I D 1 c n d c i o OK t 1 <£ HlN I G »

Ada A D V f D 7 NA I - D 90

6 1T0 1 28N I G »G Ada A P Y 4- 14 c 4- 14 NA I - D 120

*5 O Kl T 28N

G »G Ada A P Y 9 D 5- 9 N A I - D 135

64-AR 1 2 8N

G »

A D V Ada 8 D 8 N A I - D OCT Do 1 ohG I i 28 N I G >G NOX QO D

oO N A I - D 135

D o HA i O » A N Ada A D V

1 o 18 r*U

1 c . 1 O pen Br 5 I k P I £ 1 DA T

^1 O IN 1 Vj » A IN AdA P VY T i_j D 1 UK r O 0 ££. T1 UKU D «—

2 o (N 1 G X N AdA P VY — a u \. Q A pen or i- T

1 h-P I £ O JN 1 b r orc: OrL

1 ft D 18 EMU- r\U

in

OOMT cOI\i RI Y THR 65 c 65 sci- D 14- u 0 1 G P ADA A R Y 8 28 1 7 R C TM u I vol

3 i K U 1 £ olN 1 G » r RLX 1 ^ * 1 o D 15. 11 RO C7CD1 5 fori *5 Q M T G * r SPC Q l o C 18 CMI 1—

n l — U I Q7

p, C T D5T

62SE2 28 N

G * P MDA AQY 1 5 » 1D 15. 1 a

C /- T oCI" I 0

E "7 D A *3 O O K\ T G*Xr C 85 p. 1 f\ OD

C, Q D A A 3 O D A o c. o fN 1 u * A r C 85 IP — /L C. o z> £ A/-M1

o UCH 1 Ol\ 1 /* _ V D U'Ar D 1 Y THR 90 C 90 TEL- I 15- 30 n A 90

D 1 m A <i 9 ft Kl T £ O IN i U > A r IN \J A 8 21 C 18. c. r t _ D 1- 10 r\CT

63MI 5 28NI G.XP ABY QO C 22 SCI- T Zi_ — DST

63YA2 28NI G .D RLY 15 26 C 26 EMU- D 3- 9 90

DULni t?flOINN T1 Rin 1L_ AY THR 90 c 90 T F 1 - 1 c. <~ I 15- 30 Q O OvLnl Anrui TOW I COIN 1 RLY ThR 90 c 90 TEL- T 1 1 1

cJi- C7DA1 TOW T Z ci ni 1 b » A ABX THR -31 c 31 EMU- D Do 1 iON O Q Kl T

1 G »

H D 1 6 22 c 22 EMU- I Do 1 TOM r 0 > A SPC 6 30 c. 21

30 SCD- D 1- 13 90

64SC1 28NI G »

SPC THR 33 c 33 SCD- D 4- 13 90

2 o IN I DO G G LFT 1 3 c 1- 3 NA I - D 100

61CR1 28NI 58 E » E / NOX 0 8 D183 MAG- D DST

59CA4 28NI 58 G»N ABX 12 32 c 12- 32 ACT- I 4PI

O » IN ABX 12 24 c 24 ACT- I 59CA4 28NI 58 G»NP ABX 12 32 c 12- 32 ACT- I 4PI

59CA4 28NI 58 G»P ABX 12 32 c 12- 32 ACT- I 4PI

56ME2 28NI60 G »G LFT 1 D 1 NA I - D DST

61CR1 28NI60 E » E / NOX 0 5 D183 MAG- D DST

59CA4 28NI62 G.P ABX 12 32 c 12- 32 ACT- i 4PI

G.NP

19.6

20.0

17.4

20.5

21.0

ANG REMARKS

G.2P

14.2

16.9

18.1

19.8

*

* ABX

* REL TO CU63IG.N)

* QUAS I -DEUTERON

REL TO DEUTERONS

REL TO PROTONS

REL TO PROTONS

REL TO DEUTERONS

* SPC

RELATIVE YIELDS

ABS YIELD

36
COPPER Z=29 Cu

A ABUND. SEPARATION ENERGIES (MEV)

G . N G ,P G »T G.HE3 G . A G . 2N G * NP G • ?P

63 69. 09 10.8 6 .1 16 .1 18.9 5 .8 19.7 16.8 17.2

65 30.91 9.9 7 .h 15.5 20.7 6 .8 17.8 17.1 19.9

O C [T DCA/"T TOM K t ALT J UN D c c Kto EXCIT SOURCE DETECTOR ANG n c u a n f c 7 A T M . Al IT

1 IN » U U 1 MIN-MAX TYPE MIN-MAX

-* O rl 'J A £? Qfl) 7 V_ w r. , M t J —

T

MARD AX THR 94 C 94 SC I -D HrAPT1 fl « iVI 1 1—

T

MA RD AX 15 2 1 c 15-30 MGP-D

7 on i o * ^\o HA OR XA 0 -3 jf. 56FU

1

29CU G G ABX 4 40 C 4-40 NA I -D 1 A U

7 R F 1

t. 7 \_ w n * c* <J 9 u MA RD AX 18 -22 c 18-22

R Q D p S o > o MA RD AX 19 -61 c 19-61 LOO 1 9 R 60R E 1 r» « r; ABX 6 7 D 6-7 N A I -D o wf i n

ft 1 T n 1 0 Of1 1 £ 7\.v O » O ADA A R X 3 16 C 3-16 NA I -D 1 9 A i A U

A 9 R C 9 o a dc. a onri | C V LU r * r ADA A R Y 5 9 D 5-9 N A I -D 1 IE

1 5 0 A 9 K A 9 u » b MA RD AX 1 »

1

D 1 » 1 MAT r\ NA I -D 1 9 A 1 A U

c Q n r- c G » G / Ada A D Y 1 9 -61 C 19-61 1 9 R 3 f rti 0 O f 1 1 G » IN D 1 V K l_ Y 17 3 1 C 15-31 THR- I o - ACT Do 1 c; o a c l t 7 L U o * IN puny piua 0 1 7 c 17 C f~ T T oC I - I nCT U o 1 o ^ L ri a t7t»U u » FN DK 1 Y L A 8 2

1

c 8-21 D C* 9 T Br 5- I /.n t

1 DPI TPi DDATHMC;

£ 7 U O » IN R 1 Y 1 8 90 c 90 T C 1 — T

1 h L— 1 1 u — U O 1 61TA1 29CU Vj ~ IN NOX 1 A

o ~> A A c 22 T Li D T

1 HK— I A ._ O DST

62M I 3 C 7 V. G * N ABX 1 u 20 D 10-20 D C O T Dr d 1 4P—— Ii 64FU

1

29CU G » 2 N ABX 1 o

O O -AO D 9-28 Dr J— I 4P I 55BA5 29CU G * XN ABX T I I D 1 HK -250 OCA C250 5 U — DST

5 5 D I 1 A 7 ^. w G X N SPC T I I D 70 C 70 tnu-u u 1

4

DST USFD SCT FOR DST

55L I 1 29CU G X N SPC Q0

"7 A 7 0 C 70 t TM U U

1 9

1 A 55MC 1 29CU G 9 X N RLY T I I D 1 HK A A c 22 M A T — T IN A 1 1 * DETECT BY 1128

>OOnl ? q r 1

1

U * A IN rtA RD AX 1

1

27 C 18-27 D C 9 T or 5— I LP T O 9 A IN MA DR AX 1

5

18 D 15,18 BF 3— I iD1r T

1 JOnc 1 5Qr| 1 a y \^ u

r . V M O * A IN R 1 Y THR -31 C 31 # RFI TD TRTTHWC

A 1 R A 9 9 on i a VLU O

r ,

* AymIN MA RD Yi THR 22 C 22 Tun t

1 HK— I D — nU O f A 1 R A 9 A 7 \_ U O * A IN MDl A R Y thr 22 C 22 C _ ACT

6 1 M I 1 A 7 ^_ W

r. ,vm O 7 A IN r\A RD AX D

9 9 A ^ D 6-22 D ET 9 T 4P T A LCD ? O * A IN MA RD YT THR -80 C 80 O P 9 T 4PHr T

1 fi6.Fi unr uni a 7

u

O » A IN MA RD AX Q 9 o -AO D 9-28 Or j I 4P*+ r I

1 59BA3 29CU F « MP AB I *

r;o •» pr OSPrr ^ TmD 1 HK "7 A C 70 1 O * 55DL 1 A 7 V. r; «

P

sPr 1 o D 18 EMU —

D

56CH

1

29CU » r SPC 1 ~ .10 D 15»18 EMU—

D

j 11 A9 lirni Jorui A9Q(~I 7 1 V. VJ C-o .» Dr R 1 Y 1 HK 1 A 5 U C 30 rMI trlU—1 nV 90 YID RFL TO G.D

561 F 1 29CU r;O •» pr RLX 3 3

1

C 19-31 rMI tnu-l— t

1 DST

57R01 29CU G P RLX 1 0 D 15.18 * REL TO CU63(G»N)

60CH2 Aporn 7 V. V-/ f; • p ABX 9 21 C 8-21 T A M TI UN- I 4P I 61F01 A 7 ^- SPC 5 30 C 30 rMI i —

n

t nu — U 16 DST YIELD REL TO ALPHA

6 1H0

1

29CU G » P RLY 3 45 C 45 EMU- I DST REL TO DEUTERONS

W O L. A ABX 15 .18 D 15.18 SCI-I

OiVUl A 7 V.U r: > P RI Y 6 90 C 34.90 TEL-D 4- 19 90

630D1 AR Y 5 22 C 22 EMU1

2- DST

A /i D a 9 ion 1 G »

P

ABX THR -27 c 30 SCI-I 5- nsT \_) o i C C T A 1 j5 1 A i 29CU G » X P Ada C280 TEL-D 50- 75 1 7S

OlAr cpr orL 6 70 C 70 EMU-D 3- 15 DST

60CH1 29CU G.XP RLX THR 90 c 90 T EL- I 15- 30 90 REL TO DEUTERONS

61MA2 29CU G»XP NOX 6 21 C 21 SCI-D 1- 10 DST

63MI 5 29CU G»XP ABY 7 22 c 22 SCI-I 4- DST

56F01 29CU G »D RLY THR 30 c 30 EMU-D 90 YLD REL TO G»P

60K04 29CU G D RLY 15 35 c 70 EMU-D DST

61H01 29CU G »D RLY 11 45 c 45 EMU-I DST REL TO PROTONS

62V01 29CU G »

D

RLY 11 90 c 34.90 TEL-D 4- 19 90

37
ore a c r REACT ION pre i\ c o EXCIT SOURCE DETECTOR AINU D PM A D V C Z A IN s OUT MIN-MAX TYPE MIN-MAX

63YA2 29CU G« D RLY 14 26 C 26 EMU- D 3- 9 DST YIELD REL TO PROTN

64SH3 29CU G- D RLY 15 -40 C 24- 40 - I 4PI MASS SPECTROMETER

60CH1 29CU Gi XD RLX THR 90 C 90 TEL- I 15- 30 90 REL TO PROTONS

56HE1 29CU 6i T RLY thR -31 c 31 * REL TO NEUTRONS

62V01 29CU G .T RLY 15 90 c 34 » 90 TEL- D 4- 19 90

60CH1 29CU G- XT RLY THR 90 c 90 TEL- I 15- 30 90 REL TO DEUTERONS

57B01 29CU G ABX THR -31 c 31 EMU- Q DST * SPC

c. y v_ w Gi A 7 22 c 22 EMU- D 2- 14

61F01 29CU G RLY 7 22 c 30 EMU- I DST REL TO PROTONS

6 3 K R 1 7QCU G A SPr 9 30 c 21

30 SCD- D 2- 8 on RPI 4TIUF V T Fl D 64SC1 29CU G A SPC THR 33 c 33 SCD- D 6- 14 90 ABS YIELD

61CA1 29CU60 D »G ABX 14 16 D 3- 5 ACT- I 4P I 60B03 29CU63 G- G LFT 0 2 c 0- 2 NAI- D 100 J 61R01 29CU63 G >G ABX 0 1 D 0- 1 NAI- D DST LIFETIMES

62B06 29CU63 G »G LFT 0 4 C o- 4 N A I - D 110 J-PI

63MC1 29CU63 G<>G LFT 1 D 1 NA I - D 90

64B01 29CU63 G >G LFT 1 3 C 1- 3 NA I - D 100 ABI

55CA1 29CU63 Gi N RLY 18 D 18 ACT- I 4PI

55SC1 29CU63 G N ABX 10 20 C 12- 20 ACT- I 4PI

58BE1 29CU63 G -N RLY 10 11 C 10- 11 ACT- I 4PI THRESHOLD

59NA1 29CU63 G »N ABX 18 D 18 BF3- I 4PI

59PE3 29CU63 G N RLY 10 11 C 10- 11 ACT- I 4P I THRESHOLD

60GE3 29CU63 G N NOX THR CTHR BF3- I 4P I THRESHOLD

61C02 29CU63 G »N ABX 12 18 D 12- 18 ACT- I 4P I 62DE1 29CU63 G N ABX 21 D 21 ACT- I 4P I 64FU1 29CU63 Gi 2N ABX 19 -28 D 10- 28 BF3- I 4PI

56WA1 29CU63 G< XN RLY 11 -31 C 31 ACT- I 4PI * REL TO TRITONS

64FU1 29CU63 G .XN ABX 10 -28 D 10- 28 BF3- I 4PI

57HI 1 29CU63 E >N ABX 10 82 D 30- 82 ACT- I 4PI MULT I POLAR I T I ES

60YA1 29CU63 G >P ABX 15 » 18 D 15. 18 ACT- I 4P I 62CH2 29CU63 G »XP RLY 6 90 C 34- 90 TEL- D DST REL TO DEUTERONS

63G08 29CU63 G • 0 RLY 14 22 C 22 EMU- I DST REL TO PROTONS

o c. ^ n c. G .XD R 1 Y 11 90 C 34- 90 TEL- D net RFI TO PROTONS

56WA1 29CU63 G , j RLY 1 6 -31 C 31 ACT- I 4PI * REL TO NEUTRONS

C. J V_ ^J O D G 'A MOT ARY 6 22 C 22 EMU- I n ^ t 63G08 29CU63 G .A RLY THR 22 C 22 EMU- I DST REL TO PROTONS

60ST1 29CU64 G -NP RLX 144 320 C320 TEL- D130 76 REL TO H2 CROS SEC

60BO3 29CU65 G »G LFT 0 2 C o- 2 NAI- D 100

63KA1 29CU65 G • G LFT 1 D 1 NAI- D 108 MEAN ABS CROSS SEC

64BE6 29CU65 G >G LFT 1 D 1 NAI- D DST MIXING RATIO

64B01 29CU65 G »G LFT 1 3 C 1- 3 NAI- D 100 ABI 58BE1 29CU65 G >N RLY 9 11 C 9- 11 ACT- I 4PI THRESHOLD

60GE3 29CU65 G »N NOX THR CTHR BF3- I 4PI THRESHOLD

61C02 29CU65 G »

RLX 15 .18 D 15 » 18 ACT- I 4PI REL TO CU63

64FU1 29CU65 G »2N ABX 16 -28 D 10- 28 BF3- I 4PI

60AI 1 29CU65 G >3N ABI 29 110 C 29- 110 ACT- I 4P I 56WA1 29CU65 G .XN RLY 10 -31 C 31 ACT- I 4P I * REL TO TRITONS

64FU1 29CU65 G .XN ABX 10 -28 D 10- 28 BF3- I 4PI

560S1 29CU65 G >P SPC C EMU- D DST * 60LI 1 29CU65 G >P ABX 12 28 c 12- 28 EMU- D 3- 20 DST SPECTRUM

62CH2 29CU65 G .XP RLY 7 90 c 34- 90 TEL- D DST REL TO DEUTERONS

62CH2 29CU65 G .XD RLY 15 90 c 34- 90 TEL- D DST REL TO PROTONS

56WA1 29CU65 G »T RLY 15 -31 c 31 ACT- I 4P I * REL TO NEUTRONS

57ER1 29CU65 G .A AB I 4 32 c 32 ACT- I 4PI

38
ZINC Z=30 Zn

A ABUND. SEPARATION FNFRGTFS ( M F V ) G » N G»P G > T G » HE3 G »

G,2N G»NP G,2P

64 48.89 11.9 7.7 19.0 16.7 ^.0 21.0 18.6 13.8

66 27.81 11.0 8.9 18.2 18.3 4.6 19.0 18.8 16.4

67 4.11 7.1 8.9 17.4 15.7 4.8 18.1 16.0 17.3

68 18.57 10.2 10.0 17.7 19.8 5.3 17.3 19. 1 18.5

70 0.62 9.2 # 17.2 * 5.9 15.7 19. 5

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN, OUT MIN-MAX TYPE M I N—MAX

60R E 1 30ZN G >G ABX 7 D 7 NA I - D 90

63SU 1 30ZN G ,ABX 1 4 c 4- 14 NA I - 120

6 1TA1 30ZN G »

NOX 1 2 22 22 THR- I 6- DST

56GA

30ZN G » X N ABX 7 27 Q 9- 27 BF3- I 4P I 5 6 H A 1 3GZN G » X N ABX 1 5 » 1

Q 15 » 1

BF3- j 4P I D *T ^ \J C- 30ZN G * X M AB Y THR -AO r\_ O w R F ^ — j *-r r 1 57EL1 30ZN G,NP RLX THR -32 C 32 * REL TO CU

55DL1 30ZN G»P ABX 18 D 18 EMU- D 560S 1 30ZN G »P SPC THR 31 c 20- 3

EMU- D DST * 63M I 5 30ZN G»XP ABY 10 22 c 22 SC I - I 4- DST

58T02 30ZN G »

ABY 2 22 c 22 EMU- I DST

55DE1 30ZN64 G * N ABX 12 23 c 12- 23 ACT- I 4P I 55VI 1 30ZN64 G »

ABX 12 -22 c 12- 22 ACT- I 4PI

59NA 1 30ZN64 G »N ABX 1 8 D 18 BF3- I 4P I 6CR04 30ZN64 G , N ABX 12 23 C 12- 23 ACT- I ^+P I 61C02 3CZN64 G»N RLX 15 » 18 D 15, 18 ACT- I 4P I REL TO CU63(G»N)

62DE1 30ZN64 G »

ABX 21 D 21 ACT- I 4PI

55DE1 30ZN64 G,2N ABY 20 23 C 20- 23 ACT- I 4P I THRESHOLD

55V I 1 30ZN64 G,2N ABY 15 -22 C 12- 22 ACT- I 4P I 58H01 30ZN64 G » 2 N AB I 20 28 c 28 ACT- I 4P I THRESHOLD

58G03 30ZN64 G ,NP ABX 16 22 c 16- 22 ACT- I 4PI REACTION UNCERTAIN

58H01 30ZN6t G » N P AB I 18 28 c 28 ACT- I 4P I THRESHOLD

58G03 30ZN64 G»D ABX 16 22 c 16- 22 ACT- I 4P I REACTION UNCERTAIN

55DE1 30ZN66 G » MP ABX 19 23 c 19- 23 ACT- I 4PI

58G03 30ZN66 G,NP ABX 16 22 c 16- 22 ACT- I 4P I REACTION UNCERTAIN

58H01 30ZN66 G » N P ABX 21 32 c 15- 32 ACT- I 4PI THRESHOLD

55VI 1 30ZN66 G »ABX 20 -22 c 20- 22 ACT- I 4PI INCLUDES G»NP

58G03 3CZN-66 G»D ABX 16 22 c 16- 22 ACT- I 4PI REACTION UNCERTAIN

58H01 30ZN68 G»P RLY 10 32 c 15- 32 ACT- I 4PI THRESHOLD

33
GaGe GALLIUM Z=31

A ABUND. SEPARATION ENERGIES (MEV)

G»N G»P G,T G » HE3 G » A G,2N G»NP G»2P

69 60. 4 10.3 6.6 15.4 18.0 4.5 16.6 16.9 16.6

71 39.6 9.3 7.9 15.1 19.7 5.3 17.0 17.1 *

REF

64C02

59CA1 31GA66

60GE3 31GA71

NUCLIDE REACTION RES EXCIT

2 A IN»OUT

31GA G»XN ABY THR-80 C 80 BF3-I

D » G ABX 14 16 D 3-5 ACT-I

G > N NOX THR CTHR BF3-I

SOURCE DETECTOR ANG REMARKS

MIN-MAX TYPE MIN-MAX

4PI

4PI NOT GRND STAT TR AN

4PI THRESHOLD

GERMANIUM Z=32

A ABUND. SEPARATION ENERGIES (MEV ) G »

G.P G »

G » HE3 G» A G»2N G.NP G»2P

70 20.52 11.5 8.5 18.6 17.6 4. 1 20. 18.9 15.1

72 27.43 10.7 9.7 18.2 19.1 5.0 18.2 19.1 17.6

73 7.76 6.8 10.0 17.3 16.7 5.3 17.5 16.5 18.4

74 36.54 10.1 11.0 18.2 20.8 6.3 17.0 20.2 19.9

76 7.76 9.4 * 18.4 * 7.5 16.9 20.8 *

REF NUCL IDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN*0UT MI N-MAX TYPE MIN-MAX

56HE2 32GE G »

RLY THR- 31 C 31 * REL TO

64C02 32GE G»XN ABY THR- 80 C 80 BF3-I 4PI

56HE2 32GE G ' A RLY THR- 31 c 31 * REL TO

55B01 32GE70 G»N ABX 12- 21 c 12-21 ACT-I 4PI

55DE1 32GE70 G»N ABX 9 21 c 9-21 ACT-I 4PI THRESHOLD

60FE1 32GE70 G»N ABX 11 31 c 31 ACT-I 4PI

60FE1 32GE70 G»NP ABX 18 31 c 31 ACT-I 4P I 56ME1 32GE72 G »G LFT 1 D 1 NAI-D DST J 58T01 32GE73 G»N RLY 7 22 c 22 BF3-I 4PI THRESHOLD

56ME1 32GE74 G »

LFT 1 D 1 NAI-D DST J

55B01 32GE76 G»N ABX 9- 21 c 9-21 ACT-I ^P I 55DE1 32GE76 G»N ABX 9 21 c 9-21 ACT-I 4P I 62CA1 32GE76 G»N NOX 10 30 c 30 ACT-I 4P I ISOMERIC

40
ARSENIC Z = 33 As

Se

A ABUND. SEPARATION ENERGIES (MEV)

3,N O 9 P G ,T G 9 HE3 G. A

r,O . 7 M 9 Z FN r.Mn u > InK 75 100.00 10.2 6 . 9 15 .4 19.4 5. 3 18.3 17.1

REF NUCL I DE REACT I ON RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A I N »0UT MIN-MAX TYPE MIN-MAX

62ME2 33AS75 G »

G

L FT 1 D 1 MAI - u 6 3 SU

1

3 ^ A 9 7 «b (5 G ABX 4 14 C 4-14 N A I - Q 1 £ u

r. , n PI Y THR- 320 C 1 40 9 320 ACT- T

1 /. D T H r 1 *

R 7 p r -5 _> J M O 1 _7 9 IN A R Y n C 14-30 T MP — T

1 D T "barn? D D M O f 9 IN R 1 Y T MR CTHR R F ^ — T

1 L. D T THRESHOLD

oUut J

a o A C 7 P, f 9 ! N IN w A TuD i n in cthr D r JT

1 / D T THRESHOLD

AO 1 T A 1 1 1 A 1 TO ACTC jJAj / -> o •• MIN INNOVW A 7 ? ? c. c. T U P — 1 MIA T1 A — O U o 1 ^•3 ACTS r.o " J) IN Rl\ 1L YI TmR- i n r%

~\Jew? n n 40 » 3 ? 0 AT T - T

i A D T * OTAC7C; .VM • A IN ADA 1 0 d r d

T

I

/i D r 1r 1 C 1 DA y J J5 A O f 3 ft 9 A IN AA R Y D I i n r% c c T W R — I

1

•2 —D U o 1 Q Q A C 7 C. j jAj n o 9 A IN ADA R Y1 T MR ? ? T MR — T

1 s- Uo 1 64C02 O "i A C "7 C r:o 9 A IN A B Y TwR- i n r\ — a n Dr j~ I 4P I c / c i n 56i>U 1 G »N2P DKLT1 V THR- 320 ACT- I 4P I *

C£C||1

J .3 Ao O G »3N2P R t V THR- 320 C140 9 320 ACT- I A D T H r 1 * E£cin 3 O ju I 3 J AO / D G »4N4P DKL1 VI thr- 320 C140»320 ACT- I

/. n t *

ci; CI 11 1 1 A C. "7 C

J jAo (5 G »4N5P D 1 Y TmR- 320 C1409320 ACT- I * 56SU1 V} A S 7 S G »5N2P RL Y THR- 320 C1409320 ACT- I H r 1 «- 56SU1 33AS75 G •5N5P RLY thr- 320 C1409320 ACT- I 4PI * 56SU1 33AS75 G »7N2P RL Y ThR- 320 C1409320 ACT- I 4PI #

56SU1 33AS75 G 7N4P RLY THR- 320 C1409320 ACT- I 4P I 56SU1 33AS75 G 8N6P RLY THR- 320 C1409320 ACT- I 4PI

56SU1 33AS75 G 13N4 RLY THR- 320 C1409320 ACT- I 4PI G913N4P

56SU1 33AS75 G » 14N6 RLY THR- 320 C1409320 ACT- I 4PI 6. 14N6P

56SU1 33AS75 G »2P RLY ThR- 320 C1409320 ACT- I 4PI

SELENIUM Z=34

A ABUND. SEPARATION ENERGIES (MEV ) G.N G 9 P 69T G 9 HE3 G 9 A G,2N G 9 NP G92P

74 0.87 12.1 8.6 19.3 17.2 4.1 20.7 19.4 14.2

76 9.02 11.2 9.5 19.3 18.9 5.1 19.2 19.8 16.4

77 7. 58 7.4 9.6 18.7 16.1 5.7 18.6 17.0 17.3

78 23.52 10.5 10.4 18.9 20.1 6.0 17.9 20. 1 18.4

80 49.82 9.9 11.4 18.7 21.5 7.0 16.9 20.4

82 9.19 9.3 # 18.8 * * 16.0 21.2

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN.OUT MIN- MAX TYPE M I N-MAX

60DE2 34SE G 9G LFT 1 D 1 * 63KA2 34SE G 9 G / RLY 1 C 5 ACT- I 4PI

63VE2 34SE G 9 G / ABX 0 1 D 0- 1 NA I - D ISOMERS

63PR2 34SE76 G 9G LFT 1 D 1 NA I - D

58H01 34SE80 G 9 NP RLY 20 32 C 32 ACT- I 4PI THRESHOI

56SI2 34SE82 G 9N ABX 9 -22 c 9- 22 ACT- I 4PI

41
Br

RbSr BROMINE Z = 35

A ABUND. SEPARATION ENERGIES (MEV)

G.N G.P G.T G.HE3 G.A G.2N G.NP G.2P

79 50.54 10.7 6.3 15.8 18.7 5.5 19.0 16.9 16.7

81 49.46 10.2 7.5 15.9 20.2 6.5 18.0 17.4 18.9

REF NUCL IDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN »OUT MIN-MAX TYPE MIN-MAX

63KA2 35BR G G / RLY 1 C 4 ACT-I 4PI

57KI 1 35BR81 G.N RLY 10 70 C 15-70 BF3-I 4PI

60GE3 35BR81 G.N NOX THR CTHR BF3-I 4P I THRESHOLD

62CA1 35BR81 G.N NOX 10 30 C 30 ACT-I 4P I ISOMERIC RATIO

55SC2 35BR81 G.A ABX 6-32 C 32 ACT-I 4PI

57ER1 35BR81 G.A AB I 6 32 C 32 ACT-I 4P I

RUBIDIUM Z = 37

A ABUND. SEPARATION ENERGIES (MEV)

G.N G. P G T G.HE3 G »

G.2N G.NP

85 72. 15 10.5 7.0 16.5 19. 6 6.6 19. 17.6

87 27.85 9.9 8. 6 17 .1 21. 8 8.0 18.6 18.5

REF NUCL IDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN. OUT MIN-MAX TYPE MI N-MAX

61BA2 37RB G.XN ABY THR 22 C 22 THR- I 5- DST

58T01 37RB85 G.N RLY 10 1

C 22 ACT- I 4P I THRESHOLD

60GE3 37RB85 G.N NOX THR CTHR BF3- I 4P I THRESHOLD

58T01 37RB87 G»N RLY 9 11 C 22 BF3- I 4PI THRESHOLD

60GE3 37RB87 G.N NOX THR CTHR BF3- I 4PI THRESHOLD

57ER1 37RB87 G.NA AB I 17 32 C 32 ACT- I 4P I 57ER1 37RB87 G.A AB I 8 32 C 32 ACT- I 4PI

STRONTIUM Z=38

A ABUND. SEPARAT ION ENERGIES (MEV)

G.N G .P G. T G.HE3 G.A G.2N

84 0. 56 12. 8 • 20.2 17.9 5.2 21.

86 9.86 11.5 9 .6 20. 19.4 6.3 20.0

87 7.02 8.4 9 .4 20. 1 17.4 7.3 20.0

88 82.56 11.1 10 .6 20. 7 21.3 7.9 19.5

REF NUCL IDE REACT ION RES EXCIT SOURCE DETECTOR ANG

Z A IN .OUT MIN-MAX TYPE MIN-MAX

63KA2 38SR G » G / RLY 1 C 6 ACT-I 4PI

63VE2 38SR G.G/ ABX 0 1 D 0-1 NAI-D

61BA2 38SR G.XN ABY THR 22 C 22 THR-I 5- DST

62CA1 38SR86 G.N NOX 12 30 C 30 ACT-I 4PI

56YE2 38SR86 G.XN ABX 11 23 C 24 BF3-I 4PI

56YE2 38SR87 G.XN ABX 9 23 C 24 BF3-I 4PI

56YE2 38SR88 G.XN ABX 11 23 c 24 BF3- I 4PI

G.NP

19.6

20.1

18.1

20.6

REMARKS

ISOMERS

G.2P

14.6

16.6

18.0

19.2

42
YTTRIUM Z=39 YZr

A ABUND. SFPARAT ION ENERGIES (MEV)

G,N G» P G ,T G » HE3 G > A G* 2N G»NP

89 100. 00 11.5 7. 1 18 . 1 19. 9 7.9 20. 7 18.2

REF NUCL IDE REACT ION RES EXC I T SOURCE DETECTOR ANG REMARKS

Z A I N *OUT MIN- MAX TYPE MIN-MAX

58S I 1 39Y 89 G »G / ABY 2 21 C 22 ACT- I 4P I 63KA2 39Y 89 G »G / RLY 1 C 5 ACT1

4P I 63VE2 39Y 89 G G / ABX 0 1 D 0- 1 NAI-D ISOMERS

58CH2 39Y 89 G»N RLY THR CTHR BF3-I 4P I THRESHOLD

60GE3 39Y 89 G »

N

NOX THR CTHR BF3-I 4P I THRESHOLD

62RE1 39Y 89 G >N NOX 6 55 C 55 THR- I DST

63GE1 39Y 89 G »

N

RLY 11 12 C 11- 12 BF3- I 4PI THRESHOLD

56YE2 39Y 89 G»XN ABX 12 23 C 24 3F3-I 4P I 58KA1 39Y 89 G»XN ABX 12 22 C 12- 22 BF3-I 4P I 61BA2 39Y 89 G»XN ABY THR 22 C 22 THR-I 5- DST

ZIRCONIUM Z=40

A ABUND. SEPARAT I ON ENERGIES (MEV ) G,N G;,P G »

T

G,HE3 G , A G,2N G,NP G,2P

90 51.46 12.0 8.4 20.6 18.8 6.7 21. 19.9 15.5

91 11.23 7.2 8.7 18.6 14.9 5.4 19.2 15.6 16.2

92 17.11 8.6 9.4 15.7 17.2 3.0 15.8 17.4 17.1

94 17.40 8.2 10.3 15.9 18.5 3.8 14.9 17. 8 18.9

96 2.80 7.8 11 . 16.1 20.9 4.9 14.3 18.5 21.2

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN»OUT MI N- MAX TYPE MIN -MAX

60RE1 40ZR G »G ABX 7 D 7 NA I - D 90

64DU1 40ZR G»P SPC THR- 34 C 22- 34 MAG- D 2 -16 DST ABX

63MI 5 40ZR G»XP ABY 8 22 C 22 SCI- I 4 DST

63AX1 40ZR90 G »G ABX 8 13 D 8- 13 N A I - D 135

56AX1 40ZR90 G»N RLX 12 23 C 12- 23 ACT- I 4P1 THRESHOLD

59MU2 40ZR90 G »

N

RLX 12 24 C 12- 25 ACT- I 4P I 62CA1 40ZR90 G >N NOX 12 30 C 30 ACT- I 4P I ISOMERIC RATIO

56YE2 40ZR90 G»XN ABX 12 23 C 24 BF3- I 4P I 59NA1 40ZR90 G*XN ABX 12 24 C 5- 24 BF3- I 4PI THRESHOLD

64BL2 40ZR90 P»G RLX 13- 17 D 5- 9 NAI- D DST ANALOGUE T = 6

55NA1 40ZR91 G»XN ABX 7 24 r 5- 24 BF3- I 4P I THRESHOLD

56YE2 40ZR91 G»XN ABX 7 23 C 24 BF3- I 4P I

56YE2 4CZR92 G»XN ABX 9 23 C 24 BF3- I 4PI

43
1ND NIOBIUM Z = 41

Mo

A SEPARATION ENERGIES ( ME V

G i N G »P G .T G» HE3 G » A G > 2N G » NP • ?P

93 l 00-00 8,8 6.0 13 .4 15.7 2.0 16.6 14-7 15.4

r\ c r INM |U| r 1L

I

I nU' FCI RKLMv- F A C T1 T1 DMWIN RES EXCIT SOURCE DETECTOR ANG R FM ARK ^

7 A T M . O 1 1 T I N )UU

MIN-MAX TYPE MIN-MAX

A 1 M D Q "3 H X IN u 7 J O 9 IN RLY THR CTHR BF3-I THR FSHOI D

5 8S I 2 41NB93 G » N ABX 8 22 C 8-22 ACT-I 4P I 60GE 3 4 1 NB 9 3 O ' 1

N0X THR CTHR Dr 5 1 4P I THRESHOLD

ft 1 W F 1 41NB93 G »

ABX Qy 10 D 9-11 ACT-I 4P I 58KA1 41NB93 G.XN ABX 9 22 C 9-22 BF3-I 4PI

60BA5 41NB93 G»P a p y 14 40 C ^0 MAG-D DST SPECTRUM

60BA6 41NB93 G.P SPC 17 40 C 10-40 MAG-D 5-18 DST

630S1 41NB93 G.P DKIT1 V 10 28 C 19-28 EMU-D 3-21 DST SPECTRUM

63MI 5 41NB93 G»XP ABY 10 22 C 22 SCI-I 4- DST

/.I M D Cl 1

"t I (NO V 5 bur SPC THR 32 C 32 SCI-D 2-15 A D T 58T02 41NB93 G »

ABY 2 22 C 22 EMU- I DST

64SC

41NB93 G »

SPC THR 33 C 33 SCD-D 6-14 y o ADC V T IT 1 I"\ Ado t i tLD

MOLYBDENUM Z = 42

A

a o i inn ABUND

SEPARATION ENERGIES (MEV)

G »G »P G »T G, HE3 G »

G,2N G.NP G,2P

92 15.84 12.6 7.3 20.8 16.9 5. 22.8 19-5 12.6

94 9.04 9.7 8 .5 16.6 15 .4 2.1 17.7 17.4 14.5

95 15. 72 7.4 8 .7 16.2 14 .2 2.2 17.1 15,9 15.1

96 16.53 9.2 9 .3 16.5 16 .6 2.8 16. 5 17,8 16.1

97 9.46 6.8 9 .2 16.1 15.2 2.8 16.0 16, 1 16.5

98 23. 78 8,6 9 .8 16.3 17 .4 3.3 15.5 17.9 17,3

100 9.63 8,3 11 * 15.5 18.2 3.2 14.2 18. 19.

per Mr \c i t n f nl Uv. L 1 L*t ntAL 1 1 UIN RES EXCIT SOURCE DETECTOR A M C AlNb REMARKS

7 A T M . Al IT 1 in » U U 1 MIN-MAX TYPE MIN-MAX

DUKt tnocl1 H £ rlU c . r u » b ABX 7 D 7 NAI-D v 0

5 7 F 1 1 L. 9 MO O J IN r RLX THR- 32 C 32 * REL TO CU

*jli i H l vl \J RLY THR 65 C 65 SCI-D 14- r> c, t D J H 1 H ^_ i iy r, .vp ABY 10 22 C 22 SCI-I 4- Pi C, t U O 1 59MU2 42M092 G * N ABX 13 24 C 0-25 ACT-I 4PI

62CA1 42M092 G » N N0X 7 30 C 30 ACT-I 4PI ISOMERIC RATIO

62DE1 42M092 G *N ABX 21 D 21 ACT- I 4PI

64GE1 42M092 G*N ABX THR 22 CTHR-33 ACT-I 4PI

64GE1 42M092 G.2N ABX THR 34 CTHR-33 ACT- I 4PI MIXED WITH G»NP

h PMHQ

*t £ hu y c. RLY 19 32 C 32 ACT-I AD T THRESHOLD

64GE1 42M092 G»NP ABX THR 34 CTHR-33 ACT-I 4PI MIXED WITH G.2N

ft ? J A 1 42M096 SPC 9 D 0-1 NAI-D 4-10 on

T w C 42M097 O 9 r ABX THR 26 CTHR-33 ACT-I 4P I

64GE1 42M098 G.NP ABX THR 32 CTHR-33 ACT-I 4PI

64GE1 42M098 G»P ABX THR 26 CTHR-33 ACT-I 4PI

64GE1 42MO100 G»N ABX THR 20 CTHR-33 ACT-I 4PI MIXED WITH G.P

57FE3 42M0100 G.P ABX 14 31 C 14-31 ACT-I 4PI

64GE1 42M0100 G.P ABX THR 20 CTHR-33 ACT- I 4PI MIXED WITH G.N

44
RHODIUM Z = 45

RhPd

A ABUND . SEPARATION ENERGIES (MEV)

O . IN c - P G »T G.HE3 G »

A

r o *i b % CV\ C MO r *5 d b » £ r D • 2 13.9 15.6 3.1 1 £ Q

1 O * *f 1 o • 5

REF NUCL I DE REACT I ON RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A I N »0UT MIN-MAX TYPE MIN-MAX

59IK1 45RH103 G »G/ ABX 1 -2 D 1-2 ACT- I 4P I 60BO2 /, c D u 1 A "3 4o KH 10 3 G » G /

A Q V Ada 6 26 C 6-26 ACT- I 4-P I 6 3 V E 2 A- 1> KH 1 U 3 G G / Ada A Q Y 0 1 D 0-1 N A I -D t c a m c n c

I oUMLRb

o »

N

KLD 1 VY THR CTHR d r 5 — 1 4-P I t j d c c uni r\ sop A ? HjiAn J.U j O IN MDA A R Y 9 24 C 9-24 D V "X T AD T r\\ UUAUKUrULt I a nDn D f\\ p

& O cr 1 b » in INM C\U YA THR CTHR BF 3- I H-r 1 1 nKtonULU

O tiDU 1

/, C D JJ 1 AO

u * IN AD V Ada 10 23 C 10-23 D C "X T or i— 1 a r> t

Gi ft fc' A 1

-3 o Is A 1 A*+

C»2 Pr\ t-i n 1I mU 3 U » A IN MDA A D Y 9 22 c 9-22 BF3-I 11 D T 59AG1 45RH103 G.XN SPC 9 -30 c 30 * SURFACE EFFECTS

55DA1 45RH103 G.P SPC THR -70 c 70 EMU-D -16 #

62SH2 45RH103 G.P ABY 9 34 c 23»34 EMU-D 3-24 DST SPECTRUM

62SH4 ^5RH103 G»P ABY 9 34 c 23 » 34 EMU-D 3-24 DST SPECTRUM

56DA2 45RH103 G»XP ABY 10 70 c 70 EMU-D 4-16 DST SPECTRUM

63IS2 45RH103 G.XP ABX 13 32 c 14-32 SCI-D 3- DST

58T02 45RH103 G »

A

ABY THR 22 c 22 EMU- I DST

PALLADIUM Z=46

A ABUND. SEPARAT ION ENERGIES ( MEV ) G,N G.P G »

T

G » HE3 G »

A

G.2N G.NP G.2P

102 0.96 10.4 7.8 17.4 15.2 2.1 19. 17.7 13.3

104 10.97 10.0 8.7 17.0 16.4 2.6 17.6 18.0 14.9

105 22. 23 7.1 8.8 16.6 14.2 2.9 17.1 15.8 15.7

106 27. 33 9.5 9.3 16.8 17.6 3.2 16.6 18.4 16.4

108 26.71 9.2 10.0 16.6 18.5 3.9 15.8 18.5 17.8

1 10 11.81 8.8 11. 16.4 19.6 4.4 15.0 18.7 19.2

REF NUCL IDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN »0UT MIN -MAX TYPE MIN-MAX

62ME1 46PD105 G»G NOX 1 D 1 NAI-D DST J-PI .TRANS PROB;

45
SILVFR Z=47

A ABUND. SEPARAT ION ENERGIES (MEV)

G »N G» P G» T G » HE3 G »

G,2N G,NP G,2P

107 51.35 9 .5 5. 8 13.9 16.4 2.8 17. 15.4 15.1

109 48.65 9 .2 6. 5 13. 8 17.3 3.3 16.5 15.8 16.4

REF NUCL IDE REACT I ON RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A I N » OUT MIN-MAX TYPE MIN-MAX

58M02 47AG n u — i ABX Tnp I n K O Zi c 94 SCI-D 4PI * 60RE1 47AG G» G ABX 7 D 7 NAI-D DST G-WDTH

58301 47AG G» G7 ABX 12 -28 C 12-28 #

63KA2 47AG G» G/ RLY 1 C 5 ACT- I 4PI

63VE2 47AG G» G/ ABX 0 1 D 0-1 NAI-D ISOMERS

57FE1 47AG G> N RLY 17 31 C 15-31 T HR— I 5- DST

61TA1 47AG G» N NOX 7 22 C 22 THR-I 6- DST

56HA 1 47AG G» XN ABX 15 » 18 D 15*18 BF3- I 4P I 61BA2 47AG G» XN ABY THR 22 C 22 THR- 1 5- DST

57R01 47AG G * P RLX 15 .18 D 15,18 * REL TO CU63(G,N)

59L01 47AG G» P ABX 17 31 C 16-32 SCI-D 4-25 DST SPECTRUM

62SE2 47AG G» P ABX 15 » 18 D 15,18 SCI-I 0 63MI 5 47AG y P ABY 4 c? c? C 22 5CI-I 4- DST

58T02 47AG G» A ABY 2 22 Q 22 EMU- I DST

63BI 3 47AG107 G» G ABX 1 D 1 ACT-I 4PI MOSSBAUER

63B05 47AG107 G» G/ ABX 6 26 C 6-26 ACT- I 4P I SEPARATED ISOTOPES

58BE1 47AG107 G» N RLY 9 10 C 9-10 ACT- I 4P I THRESHOLD

59MU2 47AG 107 G» N ABX 9 21 C 9-25 ACT-I 4P I 60GE3 47AG107 G» N NOX THR CTHR BF3-I 4P I THRESHOLD

61WE1 47AG107 G» N ABX 9 11 D 9-11 ACT-I 4P I THRESHOLD

62B01 47AG107 G> N ABX 10 22 C 10-22 BF3-I 4P I 62CA1 47AG107 G» N NOX 9 30 C 30 ACT-I 4P I ISOMERIC RATIO

62FU6 47AG107 G» N RLY 9 34 c 34 ACT-I 4PI YLD REL TO CU62

56WA1 47AG107 G» XN RLY 9 -31 c 31 ACT-I 4PI * REL TO TRITONS

56WA1 47AG107 G» T RLY 13 -31 c 31 ACT-I 4PI * REL TO NEUTRONS

58BE1 47AG109 G> N RLY 9 10 c 9-10 ACT- I 4P I THRESHOLD

59NA1 47AG109 G» N ABX 18 D 18 BF3- I 4PI

60GE3 47AG109 G> N NOX THR CTHR BF3- I 4PI THRESHOLD

56WA1 47AG109 G» XN RLY 9 -31 C 31 ACT-I 4P I * REL TO TRITONS

56WA1 47AG109 G» T RLY 13 -31 c

" 31 ACT-I 4PI * REL TO NEUTRONS

55ER1 47AG109 G» A ABX 3 -32 C 32 ACT-I 4PI * AGCL EMULSION

55SC2 47AG109 G> A ABX 3 -32 C 32 ACT-I 4PI * 57ER1 47AG109 G* A ABI THR 32 C 32 ACT- I 4P I 59R03 47AG109 G» A ABX ACT-I 4PI
CADMIUM Z = 48

A ABUND. SEP AR AT I ON ENERGIES (MEV)

G » N Gi P G» T G» HE3 G »

A

G » 2N G » NP G » 2 P 106 1.22 11. 7. 17.2 14 .6 1.6 19. 17.4 12.3

108 0,88 10.3 8. 1 17. 15 .7 2.3 18. 3 17.7 13.9

110 12.39 9.9 8. 9 16. 9 16.9 2.9 17.2 18.1 15.4

111 IT 7 c; 1 £ , ( 5

"7 n 9. 1 16.6 14.6 3.3 16.8 15.9 16,2

112 24. 07 9.4 9. 7 16. 8 17.9 3.5 16.4 18. 5 16. 8

i i o 6 . 5 9.7 16.5 15 .6 3.9 15.9 16,2 17.6

in/, -)Q pi

y . 0 10. 3 16. 8 18 .9 4.1 1 c / 15,o 1 o ID 11 o • 5 116 "7 CO r • :>o 8.7 11.2 * 16.6 4.9 14.7 18.7 *

REF NUCL I DE REACT I ON RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A I N >0UT MIN-MAX TYPE MIN-MAX

56GA 1 48CD G »MU-T Ada A D Y 6 27 C 6-27 Q C "2 — T Dl J 1 55BU1 48 CD G »G ABX u — 60R E 1 48CD G »G ABX 7 D 7 NA I -D 90

61T01 48CD G »G Ada A V 4 14 C 4-14 N A I —

D

120

63SU1 48CD G»G ABX 4 1 4 C 4-14 NAI-D 120

64G I 1 48CD G »G NOX 8 D 8 NA I -D 135 WIDTH

63K A2 48CD G »G / HLY 1 c 6 AC 1 I 4P I 60KU2 48CD G »N RLY 1

6

9 U c 90 TEL-I 10- DST

55MC 1 48CD G » X N RLY THR 22 c 22 NAI-I * DETECT BY 112

56GA1 48CD G»XN MDA ARV 6 27 c 6-27 D r d i 4PI

61BA2 48CD G>XN ABY TuP c. c. c 22 T u f? — T R — DST

60R03 48CD G »P SPC 1 P, I 0 D 18 c Ml 1— n P — Q7 DST

55TA1 48CD G»XP Any Ada C280 TEL-D 50- 7 R 175

63MI 5 48CD G»XP a n v 11 22 c 22 SC1-I 4- DST

63KR 1 48CD G »

A

ocorr L 3 21 c 21 SCD-D 2- 13 90 RELATIVE YIELD

62HU2 48CD111 G»G/ ABX 7 D 7 ACT- I 4PI ISOMERIC RATIO

63VE 1 48 CD 1 1

1

G'G/ NOX 1 2 D 1-2 NAI-D 90

59KU2 48CD112 G»P ABY C 60KU 1 48 CD 1 1

2

G »

P

ABX 10 30 c 10-30 ACT-I /. n t

59KU2 48CD113 G»P ABY c

*

M- O C_ V 1 1 D G > r ABX 10 30 c 10-30 ACT- I A D T

59KU2 48CD 114 G »P ABY c 60K.U1 48CD114 G»P ABX 10 30 c 10-30 ACT-I 4PI

62CA1 48CD116 G »

N

NOX 9 30 c 30 ACT-I 4P I ISOMERIC RATIO

59KU2 48CD116 G»P ABY c

* 60KU1 48CD116 G>P ABX 11 30 c 11-30 ACT-I 4PI

47
In

Sn INDIUM Z=49

A ABUND. SEPARATION ENERGIES ( ME V

G.N GP G »T G.HE3 G »A G»2N G»NP G»2P

113 4.26 9.4 6. 1 13 .9 16.8 3.0 17.3 15.5 15.7

115 95 . 72 9.0 6. 8 13.9 17.9 3 .8 16.3 15.9 17.1

RFF NUCl IDF R F AC T T ON RES EXCIT SOURCE DETECTOR ANG R F MARK

Z A I N »0UT MIN- MAX TYPE MIN-MAX

55BU1 49IN G»G ABX 0 -3 * 55BU2 49IN G »G / ABX 0 14 C 1- 14 ACT- I 4P I 63KA2 49IN G » G / RLY 1 c 6 ACT- I 4P I 56HE2 49IN G »N RLY THR -31 c 31 * REL TO ALPHAS

57R02 49IN G»P SPC D DST

60BA5 49 I N G.P ABX 1

40 c 16- 40 M AG~ D DST

58BA4 49IN G»XP RLX THR 40 c 40 M AG- D DST * SPECTRUM

60CH1 49IN G»XP RLX THR 90 c 90 T EL- I 15-30 90 REL TO DEUTERONS

63MI 5 49IN G»XP ABY g 2 2 c 22 SC I - I 4- DST

60CH

49IN G » X D RLX THR 90 c 90 T EL- I 15-30 90 REL TO PROTONS

60CH 1 49 I

G » X T RLY THR 90 c 90 TEL- I 15-30 90 RFL TO DFUTFRONS

56HE2 49 I N G »

RLY THR -31 c 31 * REL TO NEUTRONS

58T02 49IN G »

ABY 1 22 c 22 EMU- I DST

62CA1 '49IN113 G>N NOX 6 30 c 30 ACT- I 4P I ISOMERIC RATIO

56B01 491 N 115 G'G/ ABX 5 27 c 5- 27 ACT- I 4PI

62HU2 49IN115 G » G / NOX 7 D 7 ACT- I 4P I ISOMERIC RATIO

63VE1 49IN115 G G / NOX 1 2 D 1- 2 N A I - D 90

56B01 49IN115 G»N ABX 9 27 C 9- 27 BF3- I 4PI

58BE1 49IN115 G *N RLY 9 10 c 9- 10 ACT- I 4PI THRESHOLD

60GE3 49IN115 G N NOX THR CTHR BF3- I 4PI THRESHOLD

62AN1 49IN115 G »

SPC 9 28 C 28 EMU- D 1-11 DST

62B01 49IN115 G »

ABX 10 23 c 10- 23 BF3- I 4PI

TIN Z = 50

A ABUND. SEPARAT ION ENERGIES (MEV)

G,N G»P G »

G » HE3 G » A G»2N G.NP G.2P

1 12 0.96 11.1 7.8 17.1 15.0 1.8 * 17.6 12.9

114 0.66 10. 3 8.5 14.3 15.3 2.6 18. 1 18.0 14.6

115 0.35 7.5 8.7 17.0 14.4 3.2 17.9 16. 1 15.6

1 16 14.30 9.6 9.3 17.1 17.4 3.4 17.1 18.3 16.1

117 7.61 6.9 9.5 16.8 15.3 3.8 16.5 16.2 16.9

118 24. 03 9.3 10.0 17.1 18.5 4. 1 16.3 18.8 17.5

119 8.58 6.5 9.9 16.8 16.3 4.4 15.8 16.5 18.2

120 32 .85 9. 1 10.8 17.1 19.6 4.8 15.6 19.0 19.0

122 4.72 8.8 11.6 17.3 20.8 5.7 15.0 20.

124 5. 94 8.5 12. 18. * # 14.4 20.4 *

REF NUCL IDE REACT ION RES EXC IT SOURCE DETECTOR ANG REMARKS

Z A IN»0UT MIN -MAX TYPE MIN-MAX

56FU1 50SN G »G ABX 4 40 C 4 -40 NAI-D 120

60RE1 50SN G»G ABX 7 D 7 NAI-D DST G-WDTH

61T01 50SN G »G ABX 3 15 C 3 -15 NAI-D 120

62BE2 50SN G »G ABX 5 9 D 5 -9 NAI-D 135

63AX1 5 0SN G »G ABX 6 10 D 6 -10 NAI-D 135

63KA3 50SN G »G ABX 1 »1 D 1 .1 NAI-D 120

64AR1 50SN G »G ABX 6 »7 D 6 .7 NAI-D 135

63KA2 50SN G » G / RLY 1 C 6 ACT-I 4PI

48
REF NUCLIDE REACT ION RES EXCIT SOURCE DETECTOR ANG PCUA0K

C

2 A IN,0UT MIN-MAX TYPE MIN-MAX

55DI 1 50SN G»XN NOX THR 70 C 70 SCI-I DST

56HA1 50SN G*XN ABX 15,18 D 15,18 BF3-I 4P I 58FU1 50SN G»XN RLX 7-40 C 7-40 BF3-I 4P I 60RO3 5 OSN G »

P

SPC 1 8 D 18 EMU-D DST

63MI 5 50SN G»XP ABY 10 22 C 22 oC I - I 4

DST

63YA2 5CSN G»0 RLY 12 24 C 24 run p, o it tMU— D 5— 1

1

r\c t Do I SPC, YLD REL TO P 61KU1 50SN112 G»N ABX 10 21 C 10-21 ACT-I 4P I 62KA 1 50SN 116 G»G LFT 1 D 1 NAI-D

62LI2 50SN116 G »

G

L FT 1 D 1 NAI-D 132

/l 1 o rr c OjDCO c n c m i l n 0 U bN 1 1 6 G »G LFT 1 D 1 NAI-D 100

5 UbN 1 1 7 G »

G

LFT 1 D 1 NAI-D 125

61HU1 50SN 118 G »P RLY 6 24 C 24 ACT- I 4P I THRESHOLD

60ST1 50SN119 G'NP RLX 146 320 C320 TEL-D130 76 REL TO H2 CROS SE

60KU1 50SN120 G»NP ABX 23 27 C 23-27 ACT-I 4PI

60KU1 50SN120 G»P ABX 16 27 C 16-27 ACT-I 4P T 61KU1 50SN124 G »

N

ABX 8 20 C 8-20 ACT-I 4P I

ANTIMONY Z= 51

A ABUND. SEPARATION ENERGIES (MEV)

G»N G, P G ,T G , HE3 G , A G, 2N G,NP G,2P

121 57.25 9.3 5. 8 12.9 17.1 3. 1 16.3 14.9 16.6

123 42.75 9.0 6.6 13 .1 18. 4. 1 15.8 15.4 18.

REF NUCL I DE REACT I ON RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A I N »OUT MIN-MAX TYPE MIN-MAX

60RE1 51SB G »G ABX 7 D 7 NAI-D 90

63SU1 51SB G»G ABX 4 14 C 4-14 NAI-D 120

56HE2 51SB G»N RLY THR-31 C 31 * REL TO ALPHAS

63YA2 51SB G»D RLY 10 24 C 24 EMU-D 3-11 126 SPCYLD REL TO P 56HE2 51SB G »

A

PLY THP-31 C 31 * REL TO NEUTRONS

63ME1 515B121 G»G LFT 1 D 1 NAI-D DST J-PI

60GE3 51SB121 G »

N

NOX THR CTHR BF3-I 4PI THRESHOLD

61C02 51SB121 G *N RLX 15,18 D 15,18 ACT-I 4PI REL TO CU63 SIGMA

62DE1 51SB121 G»N ABX 20 D 20 ACT-I 4P I 57ER 1 51SB121 G »

D

ABX 18 32 C 18-32 ACT-I 4P I 55ER1 51SB121 G»A ABX 3-32 C 32 ACT-I 4PI * 61W01 51SB121 G »

A

ABX 15 24 C 15-24 ACT-I 4P I 60GE3 51SB123 G »N NOX THR CTHR BF3-I 4PI THRESHOLD

58H01 51SB123 G»NP RLY 18 32 C 32 ACT-I 4PI THRESHOLD

Sn

Sb

49
Te

I TELLURIUM Z = 52

A ABUND. SEPARAT I ON ENERGIES (MEV ) G.N G»P G »

G » HE3 G »

G,2N G.NP G»2P

120 8.9(-2) 10.3 7.2 15.8 13.9 0.3 18. 16.8 12.3

122 2 .46 10.1 8.0 15.8 15.2 1.1 17.0 17.3 13.8

123 0.87 6.9 8.1 15.7 13.0 1.5 17.0 15.0 14.5

124 4.61 9.4 8.6 15.9 16.2 1.8 16.4 17.6 15.1

125 6.99 6.6 8.7 15.7 14.0 2.2 16.0 15.2 15.8

126 18.71 9.1 9.1 15.8 17.2 2.5 15.7 17.9 16.4

128 31 . 79 8,8 9.6 15.7 ' 18,0 3,2 15.1 18.0 17.5

130 34.48 8.4 10.1 15.6 18.7 3.7 14,5 18.0 18.5

REF

60RE1

64PA1

60HA1

63SH5

61AK 1 60GE3

60GE3

NUCLIDE REACTION RES

Z A IN*OUT

52TE G ' G 52TE

52TE

52TE122

52TE124

52TE125

52TE126

60GE3 52TE128

60GE3 52TE130

G »G G A

G*G

G.G

G »

G N

G »

G > N

ABX

LET

SPC

LFT

LFT

EXCIT

7

18 33

1

1

SOURCE DETECTOR

MIN-MAX TYPE M I N—MAX

ANG REMARKS

NOX THR

NOX THR

NOX THR

NOX THR

D 7 D 1 C 33

D 1

D 1 CTHR

CTHR

CTHR

CTHR

NAI-D

NAI-D

EMU-D

NAI-D

BF3-I

BF3-I

BF3-I

BF3- I

DST

90

5-14 DST

105

4PI THRESHOLD

4PI THRESHOLD

4PI THR ESHQLD* ALSO 130

4PI THRESHOLD. ALSO 128

IODINE Z = 53

A ABUND. SEPARATION ENERGIES (MEV)

G.N G,P G,T G » HE3 G,A G,2N G.NP G.2P

127 100.00 9.1 6.2 13.4 16.3 2.2 16.2 15.4 15.3

REF NUCL IDE REACT ION RES EXCI T SOURCE DETECTOR ANG REMARKS

Z A IN .OUT MIN-MAX TYPE MIN-MAX

56GA1 531 127 G »MU-T ABX 9 27 C 9-27 BF3-I

56FU1 53 1 127 G »G ABX 4 40 C 4-40 NAI-D 120

60RE1 531 127 G »G ABX 7 D 7 NAI-D 90

56ER1 531 127 G >H ABX 15, 18 D 15 » 18 ACT-I 4PI

57FE2 531 127 G »N RLY 14 30 C 14-30 THR- I 5-14 90

58CH2 531 127 G N RLY THR CTHR BF3-I 4P I THRESHOLD

60GE3 531 127 G ,N NOX THR CTHR BF3-I 4PI THRESHOLD

60KU2 53 1 127 G »N RLY 16 90 C 90 TEL-I 10- DST

60RE1 531 127 G >N ABX 7 D 7 NAI-I 90

61NA1 531 127 G »N ABX 8 22 C 10-20 ACT- I 4PI

61TA1 53 1 127 G >N NOX 12 22 C 22 THR- I 6- DST

56ER1 53 1 127 G .2N ABX 15. 18 D 15.18 ACT-I 4PI

61NA1 531 127 G »2N ABX 16 22 C 10-20 BF3-I 4PI ALSO ACTIVATION

58FU1 531 127 G ,XN RLX 7- 40 C 7-40 BF3-I 4PI

56GA1 531 127 G »XN ABX 9 27 C 9-27 BF3-I 4P I 58KA1 531 127 G >XN ABX 9 22 C 9-22 BF3-I 4PI

61BA2 531 127 G .XN ABY THR 22 C 22 THR- 1 5- DST

58KE1 531 127 G »P ABX 18 D 18 SCI-D 6-11 0 SPECTRUM

59BC1 531 127 G >P ABX 15* 18 D 15 > 18 SCI-D * SPC» CSI TARGET

60TA1 531 127 G >P ABX 14 32 C 14-32 SCI-D 3-24 4PI SPC. CSI TARGET

61SE4 531 127 G • P ABX 15 . 18 D 15 . 18 SCI-D 4PI CSI TARGET, SPC

50
CESIUM Z = 55

CsBa

A ABUND. SEPARATION ENERGIES ( ME V

)

G»N G P G »T G » HF3 G, A G»2N G»NP G.2P

133 100. CO 9.0 6 .1 13.2 16.2 2. 1 16.2 15.1 15.3

REF NUCLIDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A I H » OUT MIN-MAX TYPE MIN-MAX

58CH2 55CS133 G»N RLY THR CTHR BF3-I 4P I THRESHOLD

60GE3 55CS133 G N NOX THR CTHR BF3-I 4PI THRESHOLD

58KA1 55CS133 G ' X N ABX 9 22 C 9-22 BF3-I 4PI

58KE1 55CS133 G»P ABX 18 D 18 SCI-D 0 SPECTRUM

59S01 55CS133 G»P ABX 15 » 18 D 15»18 SCI-D * SPC» CSI TARGET

60TA1 55CS133 G»P ABX 14 32 C 14-32 SCI-D 4P I SPC CSI TARGET

61SE4 55CS133 G'P ABX 15 » 18 D 15»18 SCI-D 4P I CSI TARGET , SPC

BARIUM Z=56

A ABUND. SEPARATION ENERGI ES (MEV)

G, N G »P G »T G.HE3 G »

A

G,2N G.NP G.2P

130 0.10 10. 7. 16.1 14.0 0.6 18. 16. 8 12.0

132 9.7(-2) 9.6 7 .6 15 .7 14.6 0.9 17.2 16.9 13.1

134 2.42 9.2 8 .0 15 .7 15.4 1.4 16.6 17.1 14.2

135 6.59 7.2 8 .5 15.7 13. 6 2.0 16.4 15.2 14.8

136 7.81 9.2 8.7 15.9 16.3 2.3 16.4 17.7 15.6

137 11.32 6.9 9.0 16.2 14. 8 2.7 16.2 15.6 16.0

138 71.66 8.5 8 .9 15.7 16. 8 2.8 15.5 17.6 16.6

REF NUCL IDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A I N » 0 UT MIN-MAX TYPE MIN-MAX

60RE1 56BA G > G ABX 7 D 7 NAI-D 90

63KA2 563A G G / RLY 1 C 5 ACT-I 4P I 57FE1 56BA G»N RLY 17 31 C 15-31 THR-I 5- DST SPECTRUM

61BA2 56BA G»XN ABY THR 22 C 22 THR-I 5- DST

59HA2 56BA G * A EMU *

60GE3 56BA137 G »

N

NOX THR CTHR BF3-I 4PI THRESHOLD

51
La

Ce LANTHANUM Z = 57

A ABUND. SEPARATION ENERGIES (MEV)

G j N G.P G»T G » HE3 G » A G.2N G,NP G.2P

138 8.9(-2) 7. 6.0 13.7 13.9 2.3 16.6 13.0 15.0

139 99.91 8.8 6.2 13.2 16.0 2.1 16. 14.8 15.1

REF NUCL IDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN.OUT MIN-MAX TYPE MIN-MAX

58SP1 57LA G»N RLX 8 18 C 8-18 BF3-I 4PI

61TA1 57LA G »N NOX 11 22 C 22 THR

6- DST

62MI 3 57LA G »N ABX 10 21 D 10-21 BF3-I 4PI

62RE1 57LA G »N NOX 11 55 C 55 THR

6- DST

53FU1 57LA G»XN ABY 7- 40 C 7-40 BF3-I 4PI

61BA2 57LA G»XN ABY THR 22 C 22 THR- I 5- DST

61MI 1 57LA G.XN ABX 6 22 D 6-22 BF3-I 4PI

64RI 1 57LA G»XN ABX 8- 30 C 8-30 BF3-I 4PI

58CH2 57LA139 G»N RLY THR CTHR BF3-I 4PI THRESHOLD

60GE3 57LA139 G » H NOX THR CTHR BF3-I 4PI THRESHOLD

58KA1 57LA139 G»XN ABX 9 22 C 9-22 BF3-I 4PI

CERIUM Z = 58

A ABUND. SEPARATION ENERGIES (MEV ) G.N G.P G T G.HE3 G.A G.2N G.NP G.2P

136 0.19 10. 7. 16.0 13.8 .6 17.7 16.9 12.3

138 0.25 9. 7. 16. 14.7 1.2 17.3 16.8 13.1

140 88.48 9.0 8.0 16. 15.0 1.4 16.6 16.8 14.2

142 11.07 7.2 8.9 12.1 14.4 -1.4 12.6 15.7 15.9

REF NUCLIDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN.OUT MIN-MAX TYPE MIN-MAX

64BE4 58CE G.G LFT 2 D 2 NAI-D 120

62MI 3 58CE G.N ABX 10 21 D 10-21 BF3-I 4PI

58FU1 58CE G>XN ABY 7 -40 C 7-40 BF3-I 4PI

61BA2 58CE G.XN ABY THR 22 C 22 THR- I 5- DST

61M I 1 58CE G»XN ABX 6 22 D 6-22 BF3- I 4PI

59HA2 58CE G.A EMU *

62CA1 58CE140 G.N NOX 5 30 C 30 ACT-I 4P I ISOMERIC RATIO

62FU6 58CE140 G.N RLY 5 31 C 31 ACT-I 4PI

60GE3 58CE142 G.N NOX THR CTHR BF3-I 4PI THRESHOLD

52
PRASEODYMIUM Z = 59 Pr

Nd

A ABUND. SEPARATION ENERGIES ( MEV

)

G,N G»P G »T G * HE3 G » A G,2N G.NP G.2P

141 100.00 9.4 5.2 13.3 14.3 1. 17.1 14.3 13.2

K tr NULL 1 Vt REACT I ON K t o EXCIT

Z A I N >0UT

61B03 59PR 141 G > MU-T 1 o -20

62BE2 G »G ABX 5 9 64AR 1 59PR 141 G »G ABX 6 — 9 58CH2 59PR 141 G >N RL Y THR

!39C A 2 r>9rR 141 G >N ABX 1 o 32

59CA 3 59PR 141 G >N ABX 10 32

59FE 2 59PR 141 G > N ABX 9 30

c n D D 1 /.I G »

N

NUm r\ vA

T Li D

1 HK

6 1 BO 1 D V r K 1 4

1

G > N ABX ny 29

6 1C02 5 9PR 141 G »

N

ABX 1 0 • 18

b I 1 A 1

c. o D D 1 A 1 G N

m n y

1 z- A 9 n c 1 0 <L L t 1 Q D IT 1 A 1 G >H Ada a n y 20

62RE1 59PR141 G »N NOX 6 55

59CA2 59PR141 G »2N ABX 18 32

59FE2 59PR141 G .2N ABX 16 30

61B01 59PR141 G >2N ABX 16 29

61M01 59PR141 G »3N ABI 27 33

58KA1 59PR141 G »XN ABX 10 22

60TH1 59PR141 G .XN ABX 9 18

64RI 1 59PR141 G XN ABX 9 -30

61SH2 59PR 141 G >P ABY 5 34

62SH4 59PR141 G »P SPC 5 34

SOURCE DETECTOR ANG REMARKS

M I N-MAX TYPE M I N- MAX

10- 20 THR- I 4PI * D 5- 9 NA I - D 135

D 6- 9 N A I - D 135

CTHR BF3- I 4P I THRESHOLD

C 33 ACT- I 4P I C 10- 32 ACT- I 4P I C 30 ACT- I 4P I THRESHOLD

CTHR ACT- I 4P I THRESHOLD

C 10- 29 ACT- I 4P I D 15 » 18 ACT- I 4P I C 22 THR- I 6- r\CT D o 1 D 21 ACT- I 4PI

C 55 THR- I DST

C 33 ACT- I 4PI THRESHOLD

C 30 ACT- I 4P I THRESHOLD

C 10- 29 ACT- I 4PI

C 27- 33 ACT- I 4PI THRESHOLD

C 10- 22 BF3- I 4PI

C 7- 18 BF3- I 4PI

C 9- 30 BF3- I 4PI

C 23. 34 EMU- D 4- 18 DST

C 23» 34 EMU- D 4- 22 DST

NEODYMIUM Z=60

A ABUND. SEPARATION ENERGIES (MEV)

G,N G, P G »T G»HE3 G »

A

G,2N G.NP G»2P

142 27. 11 9.8 7. 2 15.8 13.8 0.7 17.7 16.6 12.5

143 12.17 6. 1 7. 5 14.2 10.8 0.7 15.9 13.4 13.1

144 23.85 7.8 8.0 12 .7 13.2 -1.9 13.9 15.3 13.7

145 8.30 5.7 7. 9 12 .6 11.8 -1.6 13.6 13.8 14.4

146 17.22 7.6 8. 6 12 .8 14.2 -1.2 13.3 15.5 15.0

148 5.73 7.3 9. 12 .7 15

.

-0.6 12. 16. 1 * 150 5.62 7.3 * 13 * 0.3 12.3 16.

REF NUCLIDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN»0UT MIN-MAX TYPE MIN-MAX

64AR1 60ND G»G ABX 7 D 7 NAI-D 135

59HA2 60ND G »

A

EMU *

59CA3 60ND142 G »N ABX 10 32 C 10-32 ACT-I 4PI

63BL2 60ND14-4 G.G ABX 2 D 2 ISO 63RI2 60ND144 G »G LFT 2 D 2 NAI-D 90 G-WDTH* SEP

60GE3 60ND145 G»N NOX THR CTHR BF3-I 4PI THRESHOLD

59CA3 60ND150 G»N RLX 8 32 C 8-32 ACT-I 4PI

53
SmEu

SAMARIUM Z = 62

A ABUND. SEPARAT ION ENERGIES (MEV ) G»N G»P G »

G » HE3 G »

G.2N G.NP G»2P

144 3.09 10.5 6.4 16.3 12.6 0. 16.2 10.5

147 14.97 6.3 7.1 12. 10.4 -2.3 14.8 13.4 12.4

148 11.24 8.1 7.6 13.0 12.8 -2.0 14.5 15.3 13.0

149 13.83 5.8 7.5 12.6 11.1 -1.9 14.0 13.5 13.5

150 7.44 8.0 8.3 12.9 13.8 -1.5 13.8 15.5 14.2

152 26. 72 8.2 8.6 13.6 15.3 -0.3 13.8 16. 5 15.6

154 22.71 7.9 3.9 13.9 16.3 1.1 13.8 16. #

REF NUCL IDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN»OUT MIN-MAX TYPE MIN-MAX

60RE1 62 SM G »

ABX 7 D 7 NAI-D 90

62BE2 6 2SM G »

ABX 5 9 D 5-9 NAI-D 135

64AR1 62SM G»G ABX 9 D 9 NAI-D 135

59DI 1 62SM G »

ABX ACT-I 4PI * 58FU1 62SM G»XN RLX 7-40 C 7-40 BF3-I 4PI

59HA2 62SM G »EMU *

55DE1 62SM144 G » N ABX 9 23 C 9-23 ACT-I 4PI

56SI 1 62SM144 G»N ABX 9 22 c 22 ACT-I 4PI THRESHOLD

59CA3 62SM144 G »

ABX 10 32 c 10-32 ACT-I 4P I 60GE3 62SM149 G»N NOX THR CTHR BF3-I 4PI THRESHOLD

59CA3 62SM154 G»N ABX 8 32 C 8-32 ACT- I 4PI

62K03 62SM154 G»P RLX THR 20 c 20 ACT- I 4PI REL TO NEUTRONS

EUROPIUM Z=63

151

153

ABUND.

47.82

52.18

G » N 7.9

8.5

SEPARATION ENERGIES (MEV)

G.P G » T G.HE3 G » A G.2N G.NP G»2P

4.9 10.2 12.7 -2.0 14.4 12.9 13.1

5.9 11.2 14.7 -0.3 14.8 14.2 14.5

REF NUCLIDE REACTION RES EXCIT

Z A IN.OUT

60GE3 63EU151 G.N NOX THR

SOURCE DETECTOR ANG REMARKS

MIN-MAX TYPE MIN-MAX

CTHR BF3-I 4PI THRESHOLD

60GE3 63EU153 G.N NOX THR CTHR BF3-I 4PI THRESHOLD

54
GADOLINIUM Z = 64

Gd

Tb

A ABUND. SEPARATION ENERGIES (MEV)

G»N G»P G »

T

G » HE2 G »

A

G » 2N G.NP G.2P

152 0.20 8. 7.3 13.3 12.5 -2 . 2 15.0 15.3 12.2

154 2.15 8,6 7.6 13.9 14.0 -1.0 15.1 16. 2 13.5

155 14.73 6.4 7.6 14.1 12.2 -0. 1 15.1 14. 1 14.0

156 20.47 8 , 5 8.0 14.1 14.8 0.2 15.0 16.2 14. 7 157 15.68 6.4 8.0 14.0 13.3 0.6 14.9 14.4 15.2

158 24.87 7.9 8.4 13.8 15.4 0.7 14.3 16.0 15.9

160 21.90 6.1 # 13.3 0.9 13.3 16. 1

REF NUCL IDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN »OUT MIN -MAX TYPE MIN-MAX

60DE1 64GD155 G.»G LFT 1 D 1 N A I - D 125 SEPARATED ISOTO

60GE3 64GD157 G »N NOX THR CTHR BF3-I 4P I THRESHOLD

59CA3 64GD160 G»N ABX 8 32 C 8 -32 ACT-I 4P I

TERBIUM Z=65

ABUND. SEPARATION ENERGIES (MEV

G,N G, P G ,T G » HE3 G, A G,2N G,NP G,2P

156 5.2(-2) 10. 7. 14 12.7 -1. 4 16.5 16. 11.8

159 99.95 8.2 6.2 12.0 14.4 0. 2 14.9 14.2 14.6

REF NUCL IDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN»0UT MIN-MAX TYPE MIN-MAX

59ME1 65T3 G >G LFT 1 D 1 NAI-D DST MU L T I POLAR I TY 64LA1 65TB G »G ABX 10 25 C NAI-D DST

64BR1 65TB G »

N

ABX 8-28 D 8-28 BF3-I 4P I 64SR1 65TB G»2N ABX 14-28 D 8-28 BF3-I 4PI

58FU1 65TB G»XN ABY 7-40 C 7-40 BF3-I 4P I 58FU2 65TB G>XN ABX 8-23 CTHR-25 BF3-I 4PI

58CH2 6 5 T B 1 5 9 G»N RLY THR CTHR BF3-I 4PI THRESHOLD

60GE3 65TB159 G »

N

NOX THR CTHR BF3-I 4PI THRESHOLD

62B01 65TB159 G*N ABX 8 21 CTHR-21 BF3-I 4P I 58KA1 65TB159 G » X N ABX 9 22 C 9-22 BF3-I 4P I 60TH1 65TB159 G*XN ABX 8 18 C 7-18 BF3-I 4P I

55
Dy

Ho DYSPROSIUM Z=66

A ABUND. SEPARATION ENERGIES (MEV)

G,N G.P G »T G.HE3 G »

G,2N G»NP G.2P

156 5.2 ( -2

7.1 * 12.9 * 0.6 12.8 15.8 * 158 9.0(-2) 9. 6.9 14. 13.3 -0.8 15.7 16. 12.5

160 2. 29 8.6 7.4 13.9 13.8 -0.4 15.4 15.6 13.6

161 18.88 6.4 7.5 13.6 12.3 -0.3 15.0 13.9 14.0

162 2 5 . 5 3 8.2 8.0 13.6 14.5 0.0 14.6 15.7 14.9

163 24.97 6.2 8.3 13.4 13.4 0.2 14.5 14. 3 15.5

164 28. 18 7.7 8.5 13.4 15.4 0.5 13.9 16.0 16.

REF NUCL IDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN .OUT MIN-MAX TYPE MIN-MAX

A 1 R A ? A A H Y r . v M O » A PJ ABY THR 22 C 22 THR-I 5- DST

6CGE3 66DY163 G*N NOX THR CTHR BF3-I 4PI THRESHOLD

HOLM I UM Z = 67

A ABUND. SEPARATION ENERGIES (MEV)

G »GtP G » T G»HE3 G »

G.2N G»NP G.2P

165 100.00 8.0 6.1 11.6 14. -0.2 14.6 13.8 14.7

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN»OUT MIN-MAX TYPE MIN-MAX

62FU3 67H0165 G»G ABX 8 28 C 8- 28 NA I - D 90 TENSOR POLARIZABIl

63LA1 67H0165 G »G ABX 9 26 C 9- 27 NAI- D DST

64LA1 67H0165 G»G ABX 10 25 C 27 NA I - D DST

63T I 1 67H0165 G » G / ABX 10 19 D 10- 19 NA I - D 135

58CH2 67H0165 G.N RLY THR CTHR BF3- I 4PI THRESHOLD

60GE3 67H0165 G»N NOX THR CTHR BF3- I 4PI THRESHOLD

61WE1 67H0165 G»N ABX 8 11 D 8- 11 ACT- I 4PI

62RE1 67H0165 G.N NOX 11 55 C 55 THR- I 5- DST

63BR1 67H0165 G.N ABX 8 28 C 8- 28 BF3- I 4PI QUADRUPOLE MOMENT

63BR1 67H0165 G.2N ABX 14 28 C 14- 28 BF3- I 4PI OUADRUPOLE MOMENT

58FU1 67H0165 G.XN RLX 7- 40 C 7- 40 BF3- I 4PI

58KA1 67H0165 G.XN ABX 9 22 C 9- 22 BF3- I 4PI

60TH1 67H0165 G.XN ABX 8 18 C 7- 18 ACT- I 4PI

62FU3 67H0165 G.XN ABX 8 24 C 8- 24 BF3- I 4PI QUADRUPOLE MOMENT

63BR1 67H0165 G.NP ABX 13 28 C 13- 28 BF3- I 4PI QUADRUPOLE MOMENT

56
ERBIUM Z = 68

Er

Tm

Yb

A AtSUND • bfcPAK A i I UN ENtKGIEb ( Mfcv

G » N G»P G » T G » HE3 G» A G»2N G.NP G.2P

162 0.14 9 # 6. 14. 1?.? -15 15 u i J. . -> 164 1.56 8.8 6.8 14. 12.8 -1.3 15.6 15.2 12.3

166 33.41 8,5 7.4 13.5 13.5 -0.8 1^.5

167 22.94 6.4 7.5 13.4 12.3 -0.6 15.0 1 3 . 9 14 -\ 1 68 27.07 7.8 8.0 13.1 14.4 -0.5 14.2 15.3 15.0

1 70 14.88 7.2 8.5 12.7 * -0.1 13.2 15.7 *

ore "LI or att TON RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN »0UT MIN-MAX TYPE MIN--MAX 62FU3 68ER G*G ABX 8 28 C 8-28 NAI-D 90 TENSOR POLAR I Z AB I

63LA1 68ER G »ABX 9 26 C 9-27 NAI-D DST

64LA1 68ER G»G ABX 10 25 C NAI-D DST

63KA2 68ER G»G/ RLY 1 C 4 ACT-I 4P I 58FU1 68ER G»XN RLX 7-40 C 7-40 BF3-I 4P I 62FU3 68ER G»XN ABX 8 24 C 8-24 BF3-I 4P I OU ADRUPOLE MOMENT

60GE3 68ER167 G »N NOX THR CTHR BF3-I 4PI THRESHOLD

63MI3 68ER17C G»P NOX THR 21 C 21 ACT-I 4P I

THULIUM Z=69

A ABUND. SEPARATION ENERGIES ( ME V

)

G N G»P G.T G » HE3 G »

G,2N G»NP G»2P

169 100.00 8.0 5.6 12.8 13.2 -1.1 15. 13.4 13.5

pre K t r NUCL i Ut DKtAL C A f~ T T r*M

1 1 UN RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN»0UT MIN-MAX TYPE M I N- MAX

58CH2 69TM169 G *N RLY THR CTHR BF3-I 4PI THRESHOLD

60GE3 69TM169 G »N NOX THR CTHR BF3-I 4PI THRESHOLD

58K A

69TM 169 G »XN ABX 8 22 C 8-22 BF3-I 4P I

YTTERBIUM Z = 70

A ABUND

SEPARATION ENERGIES (MEV)

G.P G*T G»HE3 G »

G,2N G,NP G*2P

168 0.14 9. 6. 13. 11.8 -2.1 15.9 14.8 11.0

i 7n D • U J

o0 • 6.6 13. 12.2 -2.0 15.3 14,7 12.1

171 14. 31 6,8 6.9 12.9 11.2 -1.6 15. 13.4 12.9

172 21,82 7.4 13.0 13.3 -1.3 14.9 15.1 13.8

173 16,13 6.5 7.6 11.4 12.4 -0.8 14.6 14.0 14.6

174 31.84 7.4 8,0 12.9 14.4 -0.5 13.9 15.1 15.1

176 12.73 6,6 8. 12.0 * -0.7 12.5 12.7 *

REF NUCLIDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN»0UT MIN-MAX TYPE M I N- MAX

58FU1 70YB G»XN ABY 7-40 C 7-40 BF3-I 4PI

60GE3 70YB173 G »N NOX THR CTHR BF3-I 4PI THRESHOLD

57
LUTETIUM Z=71

ABUND. SEPARATION ENERGIES (MEV)

G . N G, P G , T G » HE3 G » A G , 2N

1 75 97.41 7. 8 5.5 11.0 12.8 -1.4 14.4

1 76 2.59 6.1 5. 9 10 .7 12.0 -1.6 14.0

r?EF NUCLIDE REACT I ON RES EXCIT SOURCE DETECTOR ANG

Z A IN .OUT MIN-MAX TYPE MIN-MAX

62DE2 71LU175 G.G LFT 1 D 1 NAI-D DST

58KI 1 71LU175 G »

ABX 8 23 C 8-23 BF3-I 4P I 58KA1 71LU175 G»XN ABX 8 22 C 8-22 BF3-I 4PI

60GE3 71LU175 G »

NOX THR CTHR BF3-I 4PI

G.NP

13.0

11.7

ANG REMARKS

G»2P

13.5

13.9

•PI. MULT I POLAR I

HAFNIUM Z = 72

A ABUND. SEPARAT ION ENERGIES (MEV)

G » N G »P G ,T G » HE3 G. A G,2N G.NP G.2P

174 0. 18 * 5.8 13. 11.3 -2. 6 * 14.4 10.9

176 5.20 8. 6 .4 12 .4 11.7 -2. 4 15.0 14. 3 11.9

177 18.50 6.4 6 .6 12 .1 10.6 -2. 5 14. 12.8 12.5

178 27. 14 7.6 7 .3 1

.9 12.4 -2. 4 14.0 14.2 13.5

179 13.75 6. 1 7 .5 11 .8 11.8 -2. 1 13.7 13.4 14.0

180 35.24 7.3 7 .9 12 .2 13.6 -1. 4 13.4 14.9 15.1

REF NUCL IDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN.OUT MIN-MAX TYPE MIN-MAX

61HA1 72HF G.G LFT 1 D 1 * 2 LEVELS

63KA2 72HF G »G/ RLY 1 C 5 ACT-I 4PI

63VE2 72HF G.G/ ABX 0 1 D 0-1 NAI-D ISOMERS

58T01 72HF 177 G.N RLY 6 7 C 6-7 BF3-I 4P I THRESHOLD

60GE3 72HF177 G

H NOX THR CTHR BF3-I 4PI THRESHOLD

58T01 72HF179 G.N RLY 6 7 C 6-7 BF3-I 4P I THRESHOLD

60GE3 72HF179 G »N NOX THR CTHR BF3-I 4PI THRESHOLD

60GE3 72HF180 G »N NOX THR CTHR BF3-I 4PI THRESHOLD

58
TANTALUM Z = 73 Ta

A ABUND. SEPARATION ENERGIES (MEV)

S,N G» P G ,T G.HE3 G , A G,2N G,NP G,2P

180 1.2 ( -2 ) 5.8 5. 9 11 .1 11.6 -2.1 14.6 12.0 13.4

181 99. 99 7.6 6. 2 11 .1 13. 3 -1 .4 14.4 13.5 14.1

REF NUCL I DE REACT ION RES FXCIT SOURCE DETECTOR ANG REMARKS

Z A T N , 0 UT MIN-MAX Tlire YPF M T1 N-MAX 1 N 1 1 M A 58FU3 73TA G G ABX 5 -27 C 5-27 N A I - 120

64LA1 73TA G »G ABX 10 25 c 32 NA I - D DST

55 JO 1 73TA G , N RLY THR 65 c 65 SC I - D 5- DST

55J01 73TA G >N RLY THR 65 c 65 SCI- D 1 0- DST

64GR2 73TA G >N ABX THR 11 DTHR-11 BF3- I 4PI

5 8FU1 73TA G ,XM ABY 7 -40 c 7-40 BF3- I 4P I 58FU2 73TA G »XN ABX 8 -23 CTHR-25 BF3- I 4P I 58BA4 73TA G >XP RLX THR 40 C -40 MAG-D DST * SPECTRUM

56GA1 73TA181 G MU-T ABI 8 27 C 8-27 BF3- I 63LA1 73TA181 G »G NOX 1

1

22 c 27 NA I - D DST

63Y01 73TA181 G G ABX 6 8 D 6-8 NA I - D 120

57CA1 73TA181 G >N RLX 8 31 C 8-31 ACT- I 4P I 57FE2 73TA181 G »N RLY 14 30 C 14-30 THR- I 90

58BE2 73TA181 G »

N

SPC 8 16 C 14,16 TOF- D 1-7 120

58CA1 73TA181 G »N ABX 7 32 C 7-32 ACT- I 4P I THRESHOLD

58CH2 73TA181 G »N RLY THR CTHR BF3- I 4P I THRESHOLD

58C01 73TA181 G , n SPC 9 30 C 20»30 EMU- D 2-18 90 THRESHOLD

58SP1 73TA181 G »

N

ABX 8 1 8 c 8-18 BF3- I 4PI

59AU1 73TA181 G »N ABX 18 65 c 18-65 THR- I 5- 4PI

59CA3 73TA181 G , n ABX 8 3 3 c 8-33 ACT- I DST

59PA1 73TA181 G , m ABX 8 22 c 8-22 BF3- I 4P I THRESHOLD

60BA2 73TA181 G »N RLX 8 32 c 8-32 ACT- I 4P I 60GE3 73TA181 G »N NOX THR CTHR ACT- I 4P I THRESHOLD

61WE1 73TA181 G »

N

ABX 7 1

1

D 7-11 ACT- I 4PI THRESHOLD

62B01 73TA181 G »N ABX 9 23 C 9-23 BF3- I 4P I 62MI 3 73TA181 G »N ABX 7 22 D 7-22 BF3- I 4PI

63BR1 73TA181 G »N ABX 8 28 D 8-28 BF3- I 4P I QUADRUPOLE MOMENT

63ZA1 73TA181 G »N SPC 9 19 C 14,19 EMU- D 2-12 DST

60BA2 73TA181 E > N RLY 8 42 D 8-42 ACT- I 4P I REL TO G »

N

57CA1 73TA181 G »2N RLX 14 31 C 8-31 MOD- I 4PI MIXED WITH G,3N

58CA1 73TA181 G »2N ABX 14 32 C 7-32 ACT- I 4P I THRESHOLD

63BR1 73TA181 G »2N ABX 13 28 D 8-28 BF3- I 4P I QUDRPL MOM, THRESH

57CA1 73TA181 G »3N RLX 14 31 C 8-31 MOD- I 4P I MIXED WITH G,2N

58CA1 73TA181 G » 3N ABX 22 32 c 7-32 ACT- I 4P I THRESHOLD

6CBA2 73TA181 » 3N RLX 22 32 c 22-32 ACT- I 4P I 60BA2 73TA181 E , 3 N RLY 22 42 D 22-42 ACT- I 4P I REL TO G,3N

56GA1 73TA181 G »XN ABX 8 27 C 8-27 BF3- I 4P I 56HA1 73TA181 G » X N ABX 1 5 » 18 D 15,18 BF3- I 4P I 57CA1 73TA181 G s X N RLX 8 3 1 C 8-31 MOD- I 4P I 58KA1 73TA181 G » X N ABX 9 22 c 9-22 BF3- I 4P I 61BA2 73TA181 G »XN ABY THR 22 c 22 THR- I 3- DST

61BA2 73TA181 G »XN ABY THR 22 c 22 THR- I 5- DST

61MI 1 73TA181 G »XN ABX 6 22 D 6-22 BF3- I 4P I 63BR1 73TA181 G »NP ABX 14 28 D 8-28 BF3- I 4P I 59SE2 73TA181 G »P ABX 15 18 D 15,18 EMU- 0

* 60BA5 73TA181 G »P ABX 17 39 C 17-39 M AG- D 6-22 DST SPECTRUM

60CA2 73TA181 G »P ABX 15 32 C 15-32 AC T- I 4PI THRESHOLD

55T01 73TA181 G iXP SPC 11 23 C 23 EMU- D 5-18 DST ABSOLUTE YIELD

60CH1 73TA181 G ,XP RLX 22 90 C 90 TEL- I 15-30 90 REL TO DEUTERONS

60CH1 73TA181 G »XD RLX 27 90 C 90 TEL- I 15-30 90 REL TO PROTONS

60CH1 73TA181 G »XT RLY 27 90 C 90 TEL- I 15-30 90 REL TO DEUTERONS

57ER1 73TA181 G )A ABI 1 32 c 32 ACT- I 4PI

59
w

Re TUNGSTEN (WOLFRAM) Z = 74

A ABUND. SEPARATION ENERGIES (MEV ) G , N G,P G,T G » HE3 G »

G * 2N G » NP G»2P

180 0.14 * 6.5 12.8 11.6 -2.6 * 14.4 11.7

182 26.41 8.0 7.0 13.0 12.8 -1.7 14.9 14.7 13.2

183 14.40 6.2 7.1 12.4 11.7 -1.6 14.2 13.2 13.4

1 84 30.64 7.4 7.7 12.1 13.1 -1.5 13.6 14.6 14.3

1 86 28.41 7.2 8.3 12.2 14.4 -1.1 13.0 15.0 *

REF NUCL IDE REACT I ON RES EXC I T SOURCE DETECTOR ANG REMARKS

7L

AA

i m ,ni it Ml M-MAV TYPF" MTM-MAX

t ADC 1 OOr\ t 1 ( H W o » u MDA a r y 7 n 7 q n

D ~> I\ A C 74 W o » o / R 1 Y i A C T — T L. D T 56HA1 74W G»XN ABX 15, 18 D 15.18 BF3- I 4PI

61BA2 74W G,XN ABY THR 22 C 22 THR-I 5- DST

62SH3 74W G»P SPC THR- 34 C 23.34 DST * ABY, MULTIPOL

62SH4 74 W G»P SPC 7 34 C 23.34 EMU-D 5-24 DST ABSOLUTE YIELD

62SH6 74W G,P SPC 7 34 C 23,34 EMU-D 5-24 DST

63SH1 74W G.P ABX 15 34 C 15-34 SCI- I DST MULTIPOLARITIES

60GE3 74W 133 G »NOX THR CTHR BF3-I 4PI THRESHOLD

62CA2 74W 184 G»P ABX 15 32 C 32 ACT-I 4PI

62CA2 74W 186 G»N ABX 9 32 C 32 ACT-I 4PI

60GE3 74W 186 G »N NOX THR CTHR BF3-I 4PI THRESHOLD

62CA2 74 W 186 G»P ABX 15 32 C 32 ACT-I 4P I

RHENIUM Z=75

185

187

ABUND. SEPARATION ENERGIES (MEV)

G.N G.P G,T G.HE3 G » A G,2N G.NP G.2P

37.07 8. 5.4 10.5 12.2 -2.3 14. 12.9 13.1

62.93 7.3 6.0 10.5 13.2 -1.6 13.5 13.2 14.3

REF NUCLIDE REACTION RES FXCIT

Z A IN, OUT

64LA3 75RE187 G »G LFT 0 1 60GE3 75RE187 G » N NOX THR

SOURCE DETECTOR ANG REMARKS

MIN-MAX TYPE MIN-MAX

D 0-1 NAI-D DST MIXING AMPLITUDES

CTHR BF3-I 4PI THRESHOLD

60
IRIDIUM Z = 77 lr

Pt

A ABUND. SEPARATION ENERGIES (MEV)

G.N G»P G » T G.HE3 G »

A

G,2N G.NP G.2P

191 37.3 8.2 5.4 10.7 12.8 -2.0 14.5 13.2 13.4

193 62.7 7.8 5.8 10.9 14.0 -1.0 13.9 13.5 *

REF NUCL I DE REACT ION RES EXCIT SOURCE DETECTOR a m r AINU

Z A IN. OUT MIN-MAX TYPE M I N- MAX

63KA2 77IR G.G/ RLY 1 C 5 ACT-I 4PI

63VE2 77 I R G.G/ ABX 0 1 D 0-1 NAI-D ISOMERS

64LA4 77IR191 G »G LFT 0 1 D 0-1 NAI-D 125

606E3 77IR193 G»N NOX THR CTHR BF3-I 4PI THRESHOLD

PLATINUM Z=78

A ABUND. SEPARATION ENERGIES (MEV)

G * N G.P G » T G » HE3 G »

A

G,2N G.NP G.2P

190 1.31-2) 9. 6. 13. 11.1 -3.2 15.9 14.6 11.0

192 0.78 8. 6.8 13. 12.3 -2.3 15.0 15.1 12.2

194 32.9 8.4 7.6 13.0 13.3 -1.4 14.7 15.4 13.4

195 33.8 6. 1 7.6 12.9 11.8 -1.2 14.5 13.7 14.0

196 25.3 7.9 8.1 13.1 14.2 -0.8 14.0 15.5 14.8

198 7.21 7.6 8.8 13.1 15.1 0.0 13.4 15.7 #

REF NUCLIDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN.OUT MIN-MAX TYPE MIN- MAX

63KA2 78PT cO •' co t/ RLY 1 C 5 ACT-I 4Pr I1 63VE2 78PT G»G/ ABX 0 1 D 0-1 NAI-D ISOMERS

64GL 1 78PT G »

N

SPC 16 D 16 TOF-D 0- 5 62SH2 78PT G»P SPC 7 34 C 23.34 EMU-D 4- 25 DST ABSOLUTE YIELD

62SH3 78PT G»P SPC THR 23 C 23 DST * ABY. MULTIPOL

62SH4 78PT G »P SPC 7 34 C 23.34 EMU-D 4- 26 DST ABSOLUTE YIELD

60GE3 78PT195 G *N NOX THR CTHR BF3-I 4PI THRESHOLD

60GE3 78PT196 G»N NOX THR CTHR BF3-I 4PI THRESHOLD

62CH1 78PT196 N G NOX 8 D 0-1 NAI-D 90 REL TRANS PROBABIL

61
GOLD Z=79

A ABUN D • SEPARATION ENERGIES (MEV)

C » N G

P G »T G » HE3 G »A G» 2N G NP G » 2P

197 100.00 8.1 5. 8 11 .4 13.6 -0.9 14.8 13.8 14.0

REF NUCL IDE REACT I ON RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN> OUT Ml'N- MAX TYPE M I N- M AX 56GA 1 79AU197 G

MU-T AB I 7 27 C 7- 27 BF3- I 58Z I 1 79AU 197 G » MU-T ABX 9 20 C 9- 30 MGP- D 56FU 1 79AU 197 G » G ABX 4 40 C 4-40 N A I - D 120

60RE 1 79AU 197 G

G ABX 7 D 7 NA I - D 90

6 2 0 C 1 79AU 197 G» G ABX 1

18 D 11- 18 N A I - D 135

6 3 LA 1 79 AU 1 97 G

G ABX 9 26 C 9- 32 NA I - D DST

64LA 1 79AU 197 G. G ABX 10 25 C N A I - D DST

56ME 3 79AU 1 97 G> G/ ABX 4 -24 c 4- 24 ACT- I 4P I 63KA2 79AU 197 G» G / RL Y 1 c 4 ACT- I 4P I 6 3 VE 2 79 AU 1 97 6) G/ ABX 0 1 D 0- 1 N A I - D I SOMERS

57FE 1 79AU 197 G! N RLY 15 31 C 15- 31 THR- I 5- DST

58BE2 79AU197 Gt N SPC 7 16 C 14. 16 TOF- D 1- 7 120

58CA2 79AU197 G» N SPC 10 19 C 30 EMU- D 2- 19 90 THRESHOLD

58CH2 79AU197 G t N RLY THR CTHR BF3- I 4P I THRESHOLD

59AU1 79AU197 G» N ABX 18 65 C 18- 65 THR- I 5- 4P I YLD REL TO CU63

6CAS1 79AU197 Gt N SPC 6 55 c 55 EMU- D 1- 10 90

60BA2 79AU197 GN RLX 10 20 c 10- 38 ACT- I 4P I 60BA8 79AU197 G< N ABX 8 -18 c 18 ACT- I 4P I * 60GE3 79AU 197 G t N NOX THR CTHR BF3- I 4P I THRESHOLD

6 1NA 1 79AU197 G t N ABX 10 22 C 10- 22 ACT- I 4P I 6 1 T A 1 7 0 A U 1 Q 7 G •> N NOX 1 2 22 c 22 THR- I 6- DST

6 1WE 1 79 AU 1 97 G t N ABX 8 10 D 8- 10 ACT- I 4P I 62FU2 79AU 197 G

N ABX 8 25 D 7- 25 BF3- I 4P I MIXED WITH G»NP

62M I 3 79AU 197 Gt N ABX 6 22 D 6- 22 BF3- I 4P I 62RE 1 79AU 197 Gt N NOX 11 55 C 55 THR- I 5- DST

&3ZA1 79AU197 G» N SPC 7 19 C 14 » 19 EMU- D 1- 6 DST

60BA2 79AU 197 Et N RLY 14 38 D 14- 38 ACT- I 4P I REL TO G»N

603A2 79AU197 G' 2N RLX 15 26 C 15- 38 ACT- I 4P I 61NA1 79AU197 Gt 2N ABX 15 22 C 10- 22 ACT- I 4P I 6 2 F U 2 79AU197 Gt 2N ABX 14 25 D 7- 25 BF3- I 4P I 60BA2 79AU 197 E t 2N RLY 17 38 D 17- 38 ACT- I 4P I REL TO G»2N

56GA1 79AU197 Gt XN ABX 7 27 C 7- 27 BF3- I 4P I 56HA 1 79AU 197 Gt XN ABX 15 » 18 D 15 » 18 BF3- I 4P I 5 8 F U 1 79AU197 Gt XN AB Y 7 -40 C 7- 40 BF3- I 4PI

58FU2 79AU197 G ! XN ABX 8 -23 CTHR- 25 BF3- I 4PI

58KA1 79AU197 Gt XN ABX 8 22 C 8- 22 BF3- I 4P I 61MI 1 79AU197 Gt XN ABX 6 22 D 6- 22 BF3- I 4P I 52FU2 79AU197 Gt NP ABX 14 25 D 7- 25 BF3- I 4PI MIXED WITH G.N

55DA 1 79AU 197 Gt P SPC THR -70 C 70 EMU- D 16 * 59MA1 79AU197 Gt P RLY 6 -70 C 70 EMU- I * REL TO DEUTERONS

60BA5 79AU197 Gt P SPC 9 40 C 40 MAG- D 3- 28 DST ABS INTEG CROS SEC

60MA1 79AU197 Gt P SPC 13 23 c 23 EMU- D 7- 17 DST ABSOLUTE YIELD

56DA2 79AU197 Gt XP SPC 11 70 c 70 EMU- D 5- 17 DST ABSOLUTE YIELD

60CH1 79AU197 Gt XP RLX 21 90 c 90 TEL- I 15- 30 90 REL TO DEUTERONS

59MA1 79AU197 Gt D RLY 12 -70 c 70 EMU- I * REL TO PROTONS

60CH1 79AU197 Gt XD RLY 27 90 c 90 TEL- I 15- 30 90 REL TO PROTONS

60CH1 79AU197 Gt XT RLY 26 90 c 90 TEL- I 15- 30 90 REL TO DEUTERONS

02
MERCURY Z=80 Hg

Tl

A ABUND. SEPARAT ION ENERGIES (MEV)

G,N G ,P G ,T G.HE3 G.A G.2N G.NP G.2P

196 0. 15 9. 6 .6 13. 12.4 -1.9 16. 15.0 11.7

198 10. 02 8.6 7 .1 13.4 13. 1 -1.3 15.3 15.2 12.9

199 16.84 6.6 7 .2 13.3 11. 8 -0.8 15.3 13.8 13.7

200 23.13 8.0 7.7 13 .3 14.0 -0.7 14.7 15.3 14.2

201 13.22 6.2 7.6 13.0 12.7 -0.3 14.2 14.0 14.8

202 29. 80 7.8 8 .5 13.2 14. 9 -0. 1 14.0 15.4 15.

204 6.85 7.5 9 • 13 .5 16. 1 1. 13.5 16. *

REF NUCLIDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN.OUT MIN-MAX TVDC 1 Trt nUTU_MAV I N"nAA

57KN1 80HG G »G LFT 1 1 * 60RE1 80HG G»G ABX 7 D 7 NAI-D DST G-WDTH

62BE2 80HG G »G Ada 5 9 D 5-9 ma t _ rs N A 1 — V 135

63FL1 80HG G.G LFT 2

a. D 2-6 NAI-D G-WDTH

63Y01 8CHG G»G Ada ARV 6 8 D 6-8 ma t — r\ DST

64AR1 8CHG G *G ABX 5 D 5 NAI-D 135

A "5 V A O o 0 no yj 9 u / RLY 1 C 6 ACT-I /, D T 63VE2 80HG G » G / ABX 0 1 D 0-1 NAI-D ISOMERS

55MC1 80HG G.XN D 1 V THR 25 C 22 MAT T

(N A I — i * DETECT BY 112

o v no O • A IN ABX 15 .18 D 15.18 BF3-I AD T Hr L 61BA2 82PB G.XN ABY THR 22 C 22 THR- I 3- DST

tlDIDnt DA? r cur-, O " A IN ABY THR 22 c 22 THR-I 5- DST

63FR2 80HG198 G.G ABX 1 D 1 NAI-D 1 DST LIFET IME. J-PI

62CA1 80HG198 G.N NOX THR 30 C 30 ACT-I 4PI ISOMERIC RATIO

60GE3 80HG199 G *N NOX THR CTHR BF3-I 4PI THRESHOLD

606E3 80HG201 G»N NOX THR CTHR BF3-I 4PI THRESHOLD

62EU1 80HG201 G.N ABI 9 23 C 9-23 ACT-I 4PI RELATIVE YIELD

62CA2 80HG201 G»P ABX 16 32 c 16-32 ACT-I 4PI

55ME1 80HG202 G »

G

LFT 1 D 1 DST

60GE3 80HG202 G.N NOX THR CTHR BF3-I 4PI THRESHOLD

THALLIUM Z=81

A ABUND. SEPARATION ENERGIES (MEV)

G,N G.P G.T G.HE3 G.A G.2N G.NP G.2P

203 29.5 7.7 5.7 11.2 13.4 -0.9 14.6 13.5 14.2

205 70.5 7.5 6.4 11.4 15. 0.0 14.2 14.0 15.

REF

56GA1

60RE1

56HE2

56GA1

57EL2

56HE2

57EL2

NUCLIDE REACTION RES EXCIT

Z 81TL

81TL

81TL

81TL

81TL

81TL

81TL

IN .OUT

G MU-T

G.G

G»N

G.XN

G.NA

G.A

G.A

ABX

ABX

RLY

ABX

RLX

RLY

7 27

7 THR-31

7 27

THR-32

THR-31

RLX THR-32

SOURCE

MIN-MAX

C 7-27

7 317-27

32

31

32

DETECTOR

TYPE MIN-MAX

BF3-I

NAI-D

BF3-I

ANG REMARKS

90

4PI

* REL TO ALPHAS

REL TO NEUTRONS

63
REF NUCLIDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN»OUT MIN-MAX TYPE M IN—MAX

6 1DE3 81TL203 G ,G L r 1 1 D 1 NA I -D P\ C T Do 1 KtL CROSS StCIIUN

57ER 1 81TL203 G » N A ABI 11 32 C 32 ACT-I 4PI MIXED WITH G » A 57ER1 81TL203 G »

ABI 0 32 C 32 ACT-I 4P I MIXED WITH G » NA 60GE3 81TL205 G »N NOX THR CTHR BF3-I 4PI THRESHOLD

57ER1 81TL205 G »NA ABX 29 32 C 18-32 ACT-I 4P I 57ER1 81TL205 G »

ABX 18 32 C 18-32 ACT-I 4PI

LEAD Z = 82

A ABUND. (

SEPARAT I ON ENERGIES ( MEV ) G» N G,P G»T G.HE3 G, A G,2N G,NP G,2P

204 1 .48 8.2 6.6 12.8 12.4 -2.0 15.2 14.4 12.3

206 23.6 8.1 7.3 13.0 13.4 -1.1 14.8 14.8 13.7

207 22.6 6.7 7.5 13.0 12.7 -0.4 14.8 14.0 14.9

208 52.3 7.4 8.0 12.9 14.5 -0.5 14.1 14.9 15.4

( 1 ) ABUNDANCE DEPENDS ON SOURCE

REF NUCL I DE REACT ION RES EXCIT SOURCE DETE CTOR ANG REMARKS

Z A I N »OUT ^IN-MAX TYPE MIN-MAX

58M02 82PB G sMU-T ABX THR 94 C 94 SC I -D 4P I * 61MI 1 82PB G »MU-T ABX & 22 D 6-22 N A I - D 55BU1 82PB G »G ABX 0-3 * 56FU1 82PB G >G ABX 4 40 C 4-40 NA I -D 120

59C06 82PB G »G ABX 6 »D 6»7 NA I -D 80

60AL 1 8 2PB G , g SPC 1 D 1 DST #

60RE 1 82PB G »G ABX 7 D 7 N A I - D DST G-WDTH

61MI 1 82PB G »G ABX 9 22 D 9-22 NA I -D DST

61T01 82PB G G ABX 3 16 C 3-16 N A I -D 120

62BE2 82PB G »

ABX 5 9 D 5-9 NA I -D 135

62FU4 82PB G »

ABX 4 9 C 4-9 NA I-D 120

63B02 82PB G G ABX 9 D 9 NAI-D DST

63FL1 82PB G »G LFT 2 6 D 2-6 NAI-D G-WDTH

63Y01 82PB G »G ABX 5 8 D 5-8 NAI-D DST

64A.R 1 82PB G G ABX 7 »7 D 7,7 NAI-D 135

64GI 1 82PB G »G NOX 7 »8 D 7,8 NAI-D 135 W I DTH

55 J01 82PB G »N RLY THR 65 C 65 SCI-D 5- DST

55J01 82PB G »N RLY THR 65 C 65 SCI-D 10- DST

58AS1 82PB G »N NOX THR 17 C 17 SCI-I DST

60GR1 82PB G N ABI 10 21 Q 10-21 BF3- I 4P I 61TA1 82PB G »N NOX 10 22 c 22 THR- I 6- DST

62BR4 82PB G ,N SPC 8 33 c 33 SCI-D 0-11 90

62M I 3 82PB G »N ABX 6 22 D 6-22 BF3-I 4PI

64AL4 82PB G »N NOX THR 18 C 18 SCI-I 4- DST

64D01 82PB G »N ABX 8-20 C 8-20 BF3-I 4PI

64GL1 82PB G ,N SPC 16 D 16 TOF-D 0-5 90

55BA5 82PB G ,XN ABX THR-250 C250 30- DST * 55DI 1 82PB G ,XN SPC THR 70 C 70 EMU-D 1-8 DST

55MC1 82PB G >XN RLY THR 22 C 22 NAI-I * DETECT BY 1128

56HA1 82PB G ,XN ABX 15,18 D 15,18 BF3-I 4P I 57T01 82PB G ,XN ABX 8 22 C 8-22 BF3-I 1-9 4PI SPECTRUM WITH EMUL

58FU1 82PB G ,XN RLX 7-40 C 7-40 BF3-I 4P I 61BA2 82PB G »XN ABY THR 22 C 22 THR- I 5- DST

61M I 1 82PB G »XN ABX 6 22 D 6-22 BF3-I 4P I 62SH2 82PB G ,P SPC 10 34 C 23 , 34 EMU-D 6-16 DST

62SH3 82PB G »P SPC THR 34 C 34 DST * ABY, MULTIPOL

62SH4 82PB G »P SPC 9 34 C 23 , 34 EMU-D 5-25 DST

55TA1 82PB G »XP ABX -280 C280 TEL-D 50-75 175

64
REF NUCLIDE REACT I ON RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A I N »0UT M I N- MAX TYPE M I N

- MAX

6 0 R E 1 82PB206 G > G ABX 7 D 7 N A I - D DST G-WDTH » RADIOLEAD

62FU4 82PB206 G >G ABX 4 9 C 4- 9 NA I - D 120 RAD I OLEAD

63AX 1 82P3206 G > G ABX 6 8 D 6- 8 NA I - D 135

60GE3 82PB206 G »N NOX THR CTHR BF3- I 4P I THRESHOLD

64HA2 82PB206 G »N ABX 6 27 D 6- 26 BF3- I 4P I 64HA2 82PB206 G . 2N ABX 12 27 D 12- 26 BF3- I 4P I 62FU4 82PB206 G • X N ABX 8 1

9

C 8- 1 9 BF3- I 4P I 60GE3 82PB207 G > N NOX THR CTHR BF3- I 4P I THRESHOLD

63BE4 82PB207 G i N SPC 7 9 C 9 TOF- D 0- 2 64HA2 82PB207 G N ABX 6 27 D 6- 26 BF3- I 4P I 64HA2 82PB207 b

. 0 M c n ABX 1 t- 7 <i D D r D

T

1 4PI

0 O PR 0 0

7

G »XN ABX 6 19 C 6- 19 BF3- I 4P I 60ST1 82PB207 G .MP RLX 144 320 C320 TEL- D130 76 REL TO H2 CROS SEC

55DE1 82PB207 G >P ABX 1

1

2 1 C 11- 2 1 ACT- I 4P I MIXED WITH PB208

62501 82PB207 G < P ABX 1 5 33 C 15- 33 AC T- I 4P I MIXED WITH PB208

63 AX 1 82PB 208 b b ABX rO

Qo V o

Qo MAT N A 1 V 135

63FL2 82HB208 b > G LFT 3 0 U f SCI U 4P I G-WDTH

64 AR 1 82PB 208 b »

G

ABX "7

1 o — o n "7 Q MAT N A 1 — r\U 13 5 WIDTH

60BA4 82PB208 p * t r SPC n c. 3 V HO w A r — H A b

r\ ? r> — V c.\J 160 ABS INTEbK CRUSSEC

6 ICR 1 a I n n -i A n 82 PB 208 t ' E / NOX nu

oo U 1 o 5 n Ab V

r\ c t Do 1 J— V 1 » IKANb KA 1

t

56PR 1 82PB208 G >N RL Y 7 2 2 C 22 NA I - I 90 SEPARATED ISOTOPES

58FA 1 82PB208 G > N ABX 1

1

1 8 C 10- 20 ACT- I 4P I ISOMERIC PRODUCT

60GE3 82PB208 G >N NOX THR CTHR BF3- I 4P I THRESHOLD

63BE4 82PB208 G >N SPC 7 10 C 9

10 T0F- D 0- 3 64HA2 82PB208 G >N ABX 6 27 D 6- 26 BF3- I 4P I 64HA2 82PB208 G 2 N ABX 12 27 D 12- 26 BF3- I 4P I 62FU4 82PB208 G XN ABX 7 19 C 7- 19 BF3- I 4P I 62S01 82PB208 G N P ABX 1 5 3 3 C 1 D — 3 3

A /—

T

AC 1 - T1 4P I ALSO ( G •> D ) > PB207G *P 55DE 1 82PB208 G P ABX 11 21 C 11- 21 ACT- I 4P I MIXED WITH PB207

62S01 82PB208 G P ABX 15 33 C 15- 33 ACT- I 4P I MIXED WITH PB207

55T01 82PB208 Gt XP SPC 13 23 C 23 EMU- D 5- 17 DST SEPARATED ISOTOPES

62S01 82PB208 G D ABX 15 33 C 15- 33 ACT- I 4PI ALSO G»NP»PB207G»P
Bi

BISMUTH Z = 83

ABUND. SEPARATION ENERGIES (MEV)

G » N G i P G »T G , HE3 G , A G,2N

209 100. 00 7 .4 3 . 8 9.4 10. 9 -3.1 14.3

REF NUCL IDE REACT I ON RES EXCIT SOURCE DETECTOR A.NG Z A IN) OUT MIN-MAX TYPE MI N-MAX

61MI 1 83BI 209 G» MU-T ABX 6 22 D 6- 22 N A I - D 56FU1 83BI 209 G» G ABX 4 40 C 4- 40 NA I - D 120

60RE1 83BI 209 Gi G ABX 7 D 7 NA I - D DST

61MI

83BI 209 Gi G ABX 9 22 D 9- 22 NA I - D DST

61T01 83BI 209 Gi G ABX 3 16 C 3- 16 NA I - D 120

62FU4 83BI 209 G» G ABX 4 9 C 4- 9 N A I - D 120

63AX1 83BI 209 6i G ABX 5 8 D 5- 8 N A I - D 135

63SU1 83B I 209 G» G ABX 4 14 C 4- 14 NA I - D 120

63Y01 83BI209 Gs G ABX 6 8 D 6- 8 NA I - D DST

64AR1 83BI 209 G, G ABX 7 D 7 NA I - D 135

61CR1 83BI 209 ,E> E/ NOX 0 5 C183 TEL- I DST

63BA1 83BI 209 E > F / SPC 0 23 D 42 MAG- D 19-42 180

56FE1 83BI209 G) N RLX 7 20 C 7- 30 THR- D 1-8 DST

57DE1 83BI 209 Gi N RLY 10 30 C 10- 30 ACT- I 4PI

57FE1 83BI209 G» N RLY 10 30 C 20i 30 THR- I 5- DST

57ZA1 83BI 209 Gt N SPC 8 19 C 19 EMU- D 1-12 DST

58BE2 83B I 209 G 1 N SPC 8 16 C 14, 16 TOF- D 1-7 120

60EM1 83BI 209 G» N SPC 8 30 C 30 EMU- D 1-13 DST

60GE3 83BI 209 G > N NOX THR CTHR BF3- I 4P I 60KU2 83BI209 G» N RLY 17 90 C 90 TEL- I 10- DST

61TA1 83BI 209 G» N NOX 13 22 c 22 THR- I 6- DST

62B05 83BI 209 G» N ABX 8 22 D 8- 22 N A I - I 62MI 3 83BI 209 Gi N ABX 8 22 D 8- 22 BF3- I 4P I 62RE1 83B I 209 G» N NOX 11 55 C 55 THR- I 4- DST

63ZA1 83BI 209 G> N SPC 8 19 C 14, 19 EMU- D 1-12 DST

64AL4 83BI 209 G) N NOX THR 18 C 18 SCI- I 4- DST

64DE1 83BI209 $ G» N NOX THR -80 c 80 CCH- D 0-16 135

64GL1 83BI 209 G» N SPC 16 D 16 TOF- D 0-5 90

64HA2 83BI 209 G) N ABX 6 27 D 6- 26 BF3- I 4P I 64HA2 83BI 209 Gi 2N ABX 12 27 D 12- 26 BF3- I 4P I 56GA1 83BI 209 G» XN ABX 7 27 C 7- 27 BF3- I 4P I 56HA1 83BI 209 G» XN ABX 15 » 18 D 15 , 18 BF3- I 4P I 58KA1 8381209 Gi XN ABX 8 22 C 8- 22 BF3- I 4P I 61BA2 83BI 209 Gi XN ABY 10 22 C 22 THR- I 3- DST

61BA2 83BI 209 G» XN ABY 12 22 C 22 THR- I 5- DST

61MI 1 83BI 209 Gi XN ABX 6 22 D 6- 22 BF3- I 4PI

61WA1 83BI 209 Gi XN SPC 10 22 C 22 EMU- D 3-9 DST

62FU4 83BI209 Gi XN ABX 7 10 C 7- 10 BF3- I 4PI

63AN3 83BI 209 Gi XN ABY . 9 85 C 85 EMU- D 1-12 DST

61DE2 83BI209 Gi F ABX 300 999 C300- 999 EMU- I 4PI

G,NP

11.2

ANG REMARKS

G,2P

11.8

66
REF

58DU1

RADIUM Z = 88

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN»OUT MIN-MAX TYPE MIN-MAX

88RA G » F * YIELD-MASS DIST.

Ra Th

THORIUM Z=90

ABUND. SEPARATION ENERGIES (MEV)

G » N G»P G » T G.HE3 G » A G»2N G.NP G.2P

100.00 6.4 7.7 10. * -4.1 11.4 14. *

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN .OUT M I N- MAX TYPE M I N-MAX

60RE1 90TH232 G >G ABX 7 D 7 N A I - D DST

64LA1 90TH232 G >G ABX 10 2 5 C NA I - D DST

56GI 1 90TH232 G N ABX 8 16 c 8- 20 ACT- I 4P I 57AV1 90TH232 G > N RLI 7- 13 c 7- 13 REL TO G » F 55BA4 90TH232 G -XN ABY 12 c 19 BF3- I 4P I 56GA1 90TH232 G XN ABX 5 27 c 5- 27 3F3- I 4P I 57KA1 90TH232 G >XN ABX THR- 23 c 23 * 61BA2 90TH232 G XN ABY THR 22 c 22 THR- I 5- DST

55BA4 9CTH232 G F ABY 12 c 19 ION- I 4PI

55LA2 90TH232 G- F ABY DELAYED NEUTRONS

55VA1 90TH232 G »F ABY THR- 19 c 19 ION- I # AV. NO. NEUTRONS

56DU1 90TH232 G > F RLY c 6- * SYMMETRIC FISS.

56GI 1 90TH232 G .F ABX 8 20 c 8- 20 ACT- I 4P I 56K02 90TH232 G >F ABX THR- 24 c 8- 24 * 56K03 90TH232 G >F SPC THR- 18 c 18 ION- D * 57AV1 90TH232 G »F RLI 7- 13 c 7- 13 ACT- I 4P I REL TO G »N 57BA4 90TH232 G • F THR- 20 c 6- 20 DST * 57SC2 90TH232 G »F THR- 10 c 4- 10 SYMM. VS ASYMM.

58FA2 90TH232 G -F ThR- 16 c 16 EMU- D DST MULT I POLAR I TY 60KO6 90TH232 Gi F SPC ThR- 70 c 70 * MASS DISTRIB.

60PR2 90TH232 Gi F 6 7 D 6- 7 * PROMPT N YIELD

61B02 90TH232 Gi F SPC EMU- D 61DE2 90TH232 G .F ABX 300 999 C300- 999 EMU- I 4P I 62DE3 90TH232 G F ABX 7 D 7 FMU- I DST

62HU1 90TH232 G F ABX 6» 7 D 6 7 ION- I 0

62M03 90TH232 G >F ABY THR 20 C 12» 20 BF3- I 4P I DELAYED N YIELDS

63BA3 90TH232 G >F RLY 0 12 c 12 EMU- I DST

63DE1 90TH232 G F ABX 6 D 6 EMU- I DST

63K01 90TH232 G >F SPC THR 90 c 90 ION- D DST

62MI 1 90TH232 N i G ABX D o- 4 ACT- I 4P I

67
URANIUM 1=92

A ABUND.

SEPARAT I ON ENERGIES ( ME V ) G »

G»P G»T G » HE3 G »

G, 2N G»MP G.2P

234 5.61-3) 6.8 6.6 10.3 10.6 -4.8 12.7 13.3 12.0

235 0.72 5.3 6.7 10.0 9.5 -4.7 12.0 11.9 12.3

238 99. 27 6.1 7.6 10.0 * -4. 3 11.4 14.0

REF NULL IDE REACT ION RES EXCIT S OURCE DETECTOR ANG REMARKS

7L A I IN ' U U I MIN- (l/

1*1 A V A A TVDC lire MIN-MAX

5dM02 92U G MU-T ABX ThR 94 C 94 SC I - D 4P I 56FU 1 92U G G ABX 4 40 C 4- 40 N A I - D 120

58MO 1 92U G G ABX 90 90 DST SMALL ANGLES

63B02 92U G •>G AE X 9 D 9 N A I - D DST

6 1 T A 1 92U G >N NOX THR 22 C 22 THR- I 6- DST

6 1 BA 2 92U G X N AB Y THR 2 2 C 22 T HR- I 5 - DST

64GL 1 92U G N SPC 16 D 1 6 TOF- 0-5 90

5 5 B A4 9 2 U G • X N AB Y 1 2 C 19 BF3- I 4P I 56GA 1 92U G X N ABX 5 2 7 C 5- 2 7 BF 3- I 4P I 55BA4 92U G F AB Y 1

C 19 I 0N- I 4P I 55KA1 92U G F ABX C SYMM. VS ASYMM.

55LA2 9 2 U G F AB Y

r\i— i » v r r\ m r 1 I T n am G DELAYED NEUIRONS

55VA 1 92U G • F AB Y ThR- 1C 19 I ON- I AV. NO. NEUTRONS

56BA 1 92U G p ThR- 2 7 C 9- 27 FMU- I DST * 56DU 1 92U G R L Y C 5- •if SYMMETRIC FISS.

55K02 92U G >F ABX THR- 24 c 8- 24

56K03 92U G« F SPC THR- 18 18 ION- D 57BA4 92U G F THR- 27 c 9- 27 DST

57SC2 92U G F THR- 1

c 4- 1 0 * SYMM. VS ASYMM.

58BA7 92U G • F thr- 27 c 6- 2 7 DST * 60F01 92U G »F NOX 6 20 c 6- 20 EMU- I DST

60KO6 92U G »

SPC THR- 70 c 70 * MASS DISTRIB.

60PR2 9 2 U G > F 6

—>1 D 6- -7

1 * PROMPT N YIELD

60TA3 92U G »F SPC 6 D 6 EMU- D DST

61DE1 92U G »F NOX 6 20 c 6- 20 EMU- I DST

6 1 DE 2 mil 92U G i F

A D V Ada 3 U U 999 C300- 99 9 run tnU~ I 4P I 62B08 9 2 U G • F

c D r br C THR Z> 0 c 17- 5 0 I ON- D 90

6 2 K.04 92U G > F NOX ThR 3 5 c 35 I ON- D Dj 1 MASS DISTRIBUTION

6 2 M 0 3 9 2 U G > F A B Y Tun 1 HR 2 0 c 12 » 2 0 BF 3- I 4P I DELAYED N YIELDS

63B06 92U G .F NOX THR 35 c 35 ION- D DST

63PE2 92U G- F RLY THR 14 c 14 ACT- T1 4PI

57KA1 92U 233 G XN ABX THR- 23 c 23

57BA4 92U 233 Gi F THR- 20 c 6- 20 DST

£51-1111 Q 11 1 V {_ u

T O. O.

i. i 5 U ! r Ada a n y D » [ D 6 » 7

i UN- I 0

c "7 o ft /, CI ~> 1 1 9 I U 2. 34 G • F TnD C 6- 2 0 DST * 62HU1 92U 234 G F ABX 6 » 7 D 6» 7 ION- I 0 64B03 92U 235 Gi N ABX 8- 21 D 8- 21 BF3- I 4PI

64B03 92U 235 G 2N ABX 8- 21 D 8- 21 BF3- I 4PI

57BA4 92U 235 G »F THR- 20 c 6- 20 DST #

62HU1 92U 235 G • F ABX 6» 7 D 6. 7 ION- I 0 64B03 92U 235 G F ABX 6- 19 D 6- 19 ION- I 4PI

57BA4 92U 236 G »F THR- 20 C 6- 20 DST * 62HU1 92U 236 Gi F ABX 6. 7 D 6» 7 ION- I 0

56GI 1 92U 238 G N ABX 8 16 c 8- 20 ACT- I 4P I 57KA1 92U 238 G» XN ABX THR- 23 C 23 * 56GI 1 92U 238 G .F ABX 8 20 C 8- 20 ACT- I 4PI

68
•

. c r M I j r i T n P 1 \ w w L- I L/C- P F A C T T flW RES rvrjT l_av.1i o"^PillPTF u w K w _. U t_ 1 CL 1 UK A M C A IM b K t Pn A K n o

TTu Z A T N «OUT M T M — M A y TYPP lire M1 1 TI M —MI ' AA YA Np

57BA4 92U 238 G »

F

TuR_?n i n i\ £_ \_c A-?n \j \J o 1 rll 60B01 92U 238 G»F SPC THR 70 C 70 ION-D Am 62DE3 92U 238 G »

F

ABX 7 D 7 EMU- I DST

62HU1 92U 238 G»F ABX 6»7 D 6,7 ION- I 0 63DE1 92U 238 G»F ABX 7 D 7 EMU- I DST

NEPTUNIUM Z = 93

REF NUCL IDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A I N »OUT MIN-MAX TYPE MIN-MAX

57BA4 93NP237 G »

F

THR-20 C 6-20 DST * 62HU1 93NP237 G »

F

ABX 6,7 D 6,7 ION-I 0

PLUTONIUM Z = 94

REF NUCL IDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN »OUT MIN-MAX TYPE MIN-MAX

5 7KA1 94PU239 G»XN ABX THR-23 C -23

57BA4 94PU239 G»F THR-20 C 6-20 DST #

57BA4 94PU240 G»F THR-20 C 6-20 DST *

AMFRTCIUM Z = 95

REF NUCLIDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN »OUT MIN-MAX TYPE MIN-MAX

57BA4 95AM241 G » F THR-20 C 6-20 DST *

69
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S. S. Villaca, J. Goldemberg; An. Acad. Brasil. Cienc 27,

427 ( 1955)

P. F. Yergin, B. P. FabricandJ Phys. Rev. 100, 1249 (1955)

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I. F. Wright; Physica 22, 1145 (1956)

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56 Fa 1 B. P. Fabricand, B. A» Allison, J° Haloern; Phys. Rev.

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56 Fe 1 F. Ferrero, A. O. Hanson, R. Malvano, C. Tribuno,

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56 Fr 1 J. H» FregeauJ Phys. Rev. 104, 225 (1956)

56 Fu 1 E. G» Fuller, E. Hayward; Phys. Rev. 101, 692 (1956)

56 Ga 1 B. I. Gavrilov, L. E« Lazareva} Zhur. Eksp. i Teoret*

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56 Gi 1 Jo E. Gindler, J» R. HuizengaJ Phys. Rev. 104, 425 (1956)

56 Ha 1 W. H. Hartley, Wo E. Stephens, E. J. Winhold; Phys.

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56 He 1 F. Heinrich, H. Waffler; Helv. Phys. Acta 29, 232 (1956)

56 He 2 F. Heinrich, H. Waffler, M. Walter; Helv. Phys. Acta 29,

3 ( 1956)

56 Jo 1 S. A. E. Johansson; Physica 22, 1144 (1956)

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531 (1956); Soviet Phys. JETP 4, 432 (1957)

56 Ko 2 V. A. Korotkova, P. A. Cherenkov, I. V. ChuviloJ Dokl®

Akad. Nauk SSSR 106, 633 (1956); Soviet Phys. Doklady 1,

77 ( 1956)

56 Ko 3 V. A. Korotkova, Po A. Cherenkov, I. V. Chuvilo; Dokl.

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56 Le 1 E. Lejkin, R. Osokina, B. RatnerJ Nuovo Cimento 3,

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56 Li 1 D. L. Livesey, Can. J. Phys. 34, 216 (1956)

56 Li 2 D. L. Livesey, Can. J. Phys. 34, 1022 (1956)

56 Ma 1 A. K. Mann, E. W. Titterton, Proc Phys. Soc. 69,

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56 Sc 1 C Schuhl, R. BasileJ Physica 22, 1144 (1956)

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56 Si 2 E. Silva, J. GoldembergJ An. Acad. Brasil. Cienc. 28,

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56 St 1 Wo E. Stephens; Physica 22, 1143 (1956)

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5 6 Tz 1 56 Tz 2 56 Wa 1 56 Wh 1

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56 Ye 1 56 Ye 2

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57 Ba 2

57 Ba 3

57 Ba 4

57 Be 1

57 Bo 1

57 Br 1 57 Ca 1

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N. P. Avdonin, K. A. Petrzhak; Trud. Leningr. Tekhnol.

Inst. Im. Lensoveta 40, 5 ( 1957)

P. S. Baranov, V. I. Gol 'danskii, V. S. Roganov; Zhur.

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57 Go 1

5 7 l

b i He l

5 7 til l

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57 Ko 2

c n O I T -J JL

i

0 ( LiO il

5 / Ml I 57 Mi 2

57 Mi 3

57 Mu 1

o 1 KO il

57 Ro 2

57 Sc 1

57 Sc 2

57 Sp 1

5 f 5 f oV 11

5 I oW 1 57 To 1 57 Za 1

58 Al 1

58 As 1

58 Au 1

58 Ba 1

K Q o o lia o 58 Ba 3

58 Ba 4

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58 Ba 6

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58 Be 2 W. Bertozzi, F. R. Paolini, C. P. Sargent; Phys. Rev.

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58 Bo 1 0. V. Bogdankevich, B. S. Dolbilkin, L. E. Lazareva,

F. A. NikolaevJ PICNP 697 (1958)

5 8 Br 1 P. Brix, U. Hegel, K. H. Lindenberger , D. Quitmann;

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58 Bu 1 N. A. Burgov, Yu. V. Terekhov; J. Nucl. Energy 7,

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58 Ca 1 J« He Carver, W. Turchinetz; Proc. Phys. Soc. 71,

613 (1958)

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58 Co 1 G» Cortini, C. Milone, A. Rubbino, Nuovo Cimento 9,

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58 Co 2 G. Cortini, C. Milone, R. Rinzivillo, C. TribunoJ Nuovo

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58 Du 1 Re B. Duffield, Re A« Schmitt, R. A. Sharp; Int. Conf.

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58 Em 1 V* Emma, C Milone, A. Rubbino; Nuovo Cimento 9, 343 (1958)

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58 Fa 2 He Faissner, F. Gonnenwein; Z. Physik 153, 257 (1958)

58 Fe 1 F. Ferrero, Re Malvano, S. Menardi, 0. Terracini;

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58 Fu 1 E. G. Fuller, B. Petree, M. S. Weiss; Phys. Rev. 112,

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58 Fu 2 E. G. Fuller, M. S. Weiss; Phys. Rev. 112, 560 (1958)

58 Fu 3 E. G. Fuller, E. Hayward; Phys. Rev. Letters 1, 465 (1958)

5 8 Go 1 A. N. Gorbunov, V. M. SpiridonovJ Zhur. Eksp. i Teoret.

Fiz 34, 862 (1958); Soviet Phys. JETP 7, 596 (1958)

5 8 Go 2 A. N. Gorbunov, V. M. SpiridonovJ Zhur. Eksp. i Teoret.

Fiz 34, 866 ( 1958) ; Soviet Phys. JETP 7, 600 (1958)

58 Go 3 J. Goldemberg, L. Marquez; Nuclear Phys. 7, 202 (1958)

58 Gr 1 G. M. Griffiths; Proc Phys. Soc (London) 72, 337 (1958)

58 Gu 1 F. Gudden, J. EichlerJ Z. Physik 150, 436 (1958)

5 8 Ha 1 A. Halsteinslid, K. Nybo, R. B. MollerudJ Univ. Bergen

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58 Ho 1 A. Hofmann, P. Stoli; Helva. Phys. Acta 31, 59l(l958)

5 8 Ka 1 L. Katz, G. B. Chidley ; Nuclear Reactions at Low and Medium

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58 Ke 1 L. Keszthelyi, J. Ero, Nuclear Phys. 8, 650 (1958)

58 Ki 1 H. J. King, L. KatzJ Can. J. Phys. 36, 415 (1958)

58 Li 1 D. L. Livesey, Ie G. Main, Nuovo Cimento 10, 590 (1958)

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58 Ma 1 V. N. Maikov; Zhur. Eksp. i Teoret. Fiz. 34, 1406 ( 1958)

Soviet Phys. JETP 7, 973 ( 1958)

5 8 Me 1 F. R. Metzger, C. P. Swann, V. K. Rasmussen; Phys.

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58 Mi 1 C. Milone, S. Milone-Tamburino, R. Rinzivillo, A.

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58 Mo 1 J. Moffatt, Ma W. Stringf ellowj Phil° Mag. 3, 540 (1958)

58 Mo 2 J. Moffatt, J. J. Thresher, G. C Weeks, R. Wilson; Proc

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58 Op 1 T. R. Ophel, I. F. Wright; Proc Phys. Soc 71, 389 (1958)

58 Op 2 T. R. Or>hel, Proc Phys. Soc 72, 321 ( 1958)

58 Ox 1 C L. Oxley, Phys. Rev. 110, 733 (1958)

58 Ra 1 V. K. Rasmussen, F. R. Metzger, °hys. Rev. 110, 154 (1958)

58 Rh 1 J. L. Rhodes, W. E. Stephens; Phys. Rev. 110, 1415 (1958)

58 Ry 1 T. W. Rybka, L. Katz; Phys. Rev. 110, 1123 (1958)

58 Si 1 E. Silva, J. Goldemberg; Phys. Rev. 110, 1102 (1958)

58 Si 2 E. Silva, J. Goldemberg, P. S. Smith; Nuovo Cimento 9, 17

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58 Si 3 A. K. M. Siddiq, R. N. H. HaslamJ Can. J. Phys. 36,

963 ( 1958)

58 Si 4 E. Silva, J. Goldemberg; An. Acad. Brasil. Cienc 30,

51 (1958)

58 Sp 1 B. M. Spicer, H. H. Thies, J. E. Baglin, F. R. AllumJ

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58 Sp 2 B« M. Spicer, F. R. Allum, J. E. Baglin, H. H. ThiesJ

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58 Ta 1 G* W. Tautfest, Phys. Rev. 110, 708 (1958)

58 Ta 2 C» A. Tatro, T. R. Palfrey, Jr., R. M. Whaley, R. 0.

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58 To 1 R* Tobin, J. McElhinney, L. Cohen; Phys. Rev. 110, 1388

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58 To 2 M. E. Toms, J. McElhinney ; Phys. Rev. Ill, 561 ( 1958)

58 Wh 1 A. Whetstone, J. Haloern; Phys. Rev. 109, 2072 (1958)

5 8 Wh 2 C Whitehead, W. R. McMurray, M. J. Ait ken, N. Middlemas,

C H. Collie; Phys. Rev. 110, 941 ( 1958)

58 Wo 1 M. M. Wolff, W. E. Stephens; Phys. Rev. 112, 890 (1958)

58 Ya 1 I. P. Yavor, Zhur. Eksp. i Teoret. Fiz. 34, 1420 (1958);

Soviet Phys. JETP 7, 983 (1958)

58 Zi 1 Bo Ziegler, Z« Physik 152, 566 (1958)

59 Ag 1 A. Agodi, E. Eberle, L. Sertorio; Nuovo Cimento 13,

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59 Au 1 L. B* Aull, P. C. Reinhardt, W. D. Whitehead; Nuclear

Phys. 13, 292 ( 1959)

59 Ba 1 W. C. Barber, F. E. GuddenJ Phys. Rev. Letters 3,

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59 Ba 2 E. B. Bazhanov, Zhur. Eksp. i Teoret. Fiz. 37, 374

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59 Ba 3 W. C. Barber, W. D. George; Phys. Rev. 116, 1551 (1959)

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59 Ba 4 A. B. Baerg, R. M. Bartholomew, F. Brown, L. Katz, S. B.

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59 Bo 1 M. Bormann, H. Neuert; Z. Naturf orsch. 14a, 922 (1959)

59 Br 1 P. Brix, A. Kording, K. H. Lindenberger ; Z. Physik

154, 569 (1959)

59 Br 2 P. Brix, E. K. Maschke; Z. Physik 155, 109 (1959)

59 Bu 1 N. A. Burgov, G. V. Danilyan, B. S. Dolbilkin, L. E.

Lazareva, F. A. NikolaevJ Zhur. Eksp. i Teoret. Fiz. 37,

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59 Ca 1 J. H. Carver, G. A. Jones; Nuclear Phys. 11, 400 (1959)

59 Ca 2 J. Ho Carver, W. Turchinetzj

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59 Ca 3 J. H. Carver, W. Turchinetzi

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59 Ca 4 J. H. Carver, W. Turchinetzi

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59 Ch 1 V. P. Chizhov, L. A. Kul 1 chitskii; Zhur. Eksp. i Teoret.

Fiz. 36, 345 (1959); Soviet Phys. JETP 9, 239 ( 1959)

59 Co 1 L. D. Cohen, W. E. Stephens; Phys. Rev. Letters 2, 263

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59 Co 2 So Go Cohen, P» S. Fischer, E. K. Warburton; Phys. Rev.

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59 Co 3 Go Cortini, C. Milone, T. Paoa, R. RinzivilloJ Nuovo

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59 Co 4 Lo Cohen, R. A. TobinJ Nuclear Phys. 14, 243 (1959)

59 Co 5 L. Cohen, R. A. Tobin, J. McElhinneyJ Phys. Rev.

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59 Co 6 S. G. Cohen; Nuovo Cimento 14, 931 (1959)

59 Da 1 Fo Daublin, F. Berthold, P. Jensen; Z. Naturforsch. 14a,

2 08-21 1( 1959)

59 Di 1 G. DiCaoor iacco, M. MandoJ Nuovo Cimento 13, 522 (1959)

59 Du 1 J. Dular, G. Kernel, M. Kregar, M. V. Mihailovic,

G. Pregl, M. Rosina, C ZupancicJ Nuclear Phys. 14,

131 (1959)

59 Dy 1 P. Dyal, J. P. Hummel; Phys. Rev. 115, 1264 (1959)

59 Em 1 V. Emma, C Milone, R. RinzivilloJ Nuovo Cimento 14,

1149 ( 1959)

59 Em 2 V. Emma, C Milone, R. Rinzivillo, A. Rubbino; Nuovo

Cimento 14, 62 ( 1959)

59 Fa 1 U. Farinelli, F. Ferrero, S. Ferroni, R. Malvano,

E. SilvaJ Nuovo Cimento 12, 89 (1959)

59 Fe 1 Fo Ferrero, S. Ferroni, R. Malvano, S. Menardi, E.

SilvaJ Nuovo Cimento 11, 410 (1959)

59 Fe 2 Fo Ferrero, R. Malvano, E. Silva, Jo Goldemberg, G.

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59 Fr 1 J. I. Friedman; Phys« Rev. 116, 1257 (1959)

59 Ge 1 Do So Gemmell, A. H. Morton, E. W. TittertonJ Nuclear

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59 Gi 1 J. H. Gibbons, R. L. Macklin, J. B. Marion, H. W.

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59 Go 1 H. E. Gove, A. E. Litherland, R. Batchelor; Phys. Rev.

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59 Ha 2 F. I. HavlicekJ Nuovo Cimento 13, 969 (1959)

59 Ik 2 N. Ikeda, K. YoshiharaJ Radioisotopes (Tokyo) 8, 24 (1959)

59 Ki 1 H. King, L. KatzJ Can. J. Phys. 37, 1357 (1959)

59 Ko 1 J. Kockum, N. StarfeltJ Nuclear Instruments 5, 37 (1959)

59 Ko 2 A. P. Komar, T. N. DragnevJ Dokl. Akad. Nauk SSSR 126,

1234 (1959); Soviet Phys. Doklady 4, 653 (1959)

59 Ku 1 L. A. Kul ' chitskii, V. PresperinJ Zhur. Eksp. i Teoret.

Fiz. 37 1524 ( 1959) J Soviet Phys. JETP 10, 1082 (i960)

59 Ku 2 Chi-Ti Kuo, B. S. RatnerJ Dokl. Akad. Nauk SSSR 125,

761 (1959); Soviet Phys. Doklady 4, 369 (1959)

59 La 1 M. Langevin, A. Bussiere de Nercy; J. Phys. Radium 20,

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59 Lo 1 K. H. Lokan; Proc Phys. Soc 73, 697 ( 1959)

59 Ma 1 E. D. Makhnovskii; Zhur. Eksp. i Teoret. Fiz. 36,

739 (1959); Soviet Phys. JETP 9, 519 (1959)

59 Me 1 F. R. Metzger, W. D. Todd; Nuclear Phys. 13, 177 (1959)

59 Mi 1 M. V. Mihailovic, G. Pregl, G. Kernel, M. KregarJ

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59 Mi 2 C Milone; Phys. Rev. Letters 3, 43 (1959)

59 Mi 3 C Milone, A. Rubbino. Nuovo Cimento 13, 1035 (1959)

59 Mu 1 N. Mutsuro, Y. Ohnuki, K. Sato, K. Kageyama, M. KimuraJ

J. Phys. Soc Japan 14, 1457 (1959)

5 9 Mu 2 N. Mutsuro, Y. Ohnuki, K. Sato, M. KimuraJ J. Phys.

Soc Japan 14, 1649 ( 1959)

5 9 Na 1 T. Nakamura, K. Takamatsu, K. Fukunaga, M. Yata, S. YasumiJ

J. Phys. Soc Japan 14, 693 (1959)

59 Oc 1 J. O'Connell, P. Dyal, J. Goldemberg; Phys. Rev. 116,

173 (1959)

59 Pa 1 R. W. Parsons, L. Katz; Can. J. Phys. 37, 809 (1959)

59 Pa 2 R. W. Parsons; Can. J. Phys. 37, 1344 ( 1959)

59 Pa 3 P. Paul, U. StierlinJ Nuclear Phys. 13, 576 (1959)

59 Pe 1 A. S. Penfold, E. L. GarwinJ Phys. Rev. 114, 1139 (1959)

59 Pe 2 A. S. Penfold, E. L. GarwinJ Phys. Rev. 114, 1324 (1959)

59 Pe 3 A. S. Penfold, E. L. GarwinJ Phys. Rev. 115, 420 (1959)

59 Pe 4 S. Penner, J. E. LeissJ Phys. Rev. 114, 1101 (1959)

59 Pe 5 A. S. Penfold, E. L. GarwinJ Phys. Rev. 116, 120 (1959)

59 Ra 1 V. K. Rasmussen, F. R. Metzger, C P. SwannJ Nuclear

Phys. 13, 95 (1959)

59 Ro 1 T. A. Romanowski, V. W. VoelkerJ Phys. Rev. 113, 886

( 1959)

59 Ro 2 J. P. Roalsvig, R.N. H. Haslam, D. J. McKenzieJ Can.

J. Phys. 37, 607 (1959)

5 9 Ro 3 J. P. Roalsvig, R. N. H. Haslam, L. D. Skarsgard,

E. E. WuschkeJ Can. J. Phys. 37, 722 (1959)

59 Sa 1 D. Sadeh; Compt. Rend. 249, 531 (1959)

59 Se 1 R. E. Segei; Phys. Rev. 113, 844 (1959)

59 Se 2 W. Sebaoun, H. GauvinJ Compt. Rend. 248, 791 (1959)

59 Sw 1 C P. Swann, V. K. Rasmussen, F. R. Metzger; Phys.

Rev. 114, 862 (1959)

59 Ta 1 N. W. Tanner, G. C Thomas, W. E. MeyerhofJ Nuovo

Cimento 14, 257 ( 1959)

78
59 Th 1

59 Va 1

fi ft Ai i

A. 60 Al 1

fi 0 As 1

JL 60 Ba 1

fi ft Ra 9 60 Ba 3

60 Ba 4

D U Da c

o 60 Ba 6

fi ft Rn 7

60 Ba 8

60 Be 1

60 Bo 1

60 Bo 2

60 Bo 3

60 Br 1

fi ft Ru 9

60 Bu 3

60 Ca 1

60 Ca 2

60 Ch 1

fi ft Ch o 60 De 1

60 De 2

60 Do 1

60 Ed 1

H. H. Thies, B. M. Spicer, J.E.E. Baglin; Australian

J. Phys. 12, 21 ( 1959)

I. Sh. Vashakidze, T. I. Kooaleishvili, G. A. Chilashvili;

Zhur. Eksp. i Teoret. Fiz 37, 750 ( 1959) J Soviet Phys.

JETP 10, 535 (i960)

M. J. Aitken, N. MiddlemasJ Phys. Rev. 117, 1111 (i960)

Ya. Alksnis, U. UlmanisJ Latv. PSR Zinat. Akad. Vest is 3

(152), 71 (i960)

R. F. Askew, A. P. Batson; Nuclear Phys. 20, 408 (i960)

E. B. Bazhanov; Zhur. Eksp. i Teoret. Fiz. 38, 267 (i960);

Soviet Phys. JETP 11, 193 (i960)

W. C Barber, T. WiedlingJ Nuclear Phys. 18, 575 (i960)

E. B. Bazhanov, L. A. Kul ' chitskii; Zhur. Eksp. i Teoret.

Fiz. 38, 1685 (i960) J Soviet Phys. JETP 11, 1215 (i960)

W. C. Barber, F. Berthold, G. Fricke, F. E. GuddenJ Phys.

Rev. 120, 2081 (i960)

W. C Barber, V. J. Vanhuyse. Nuclear Phys. 16, 381 (i960)

W. C Barber, V. J. Vanhuyse. J. Phys. Radium 21, 299

( 1960)

D. Balfour, D. C. MenziesJ Proc Phys. Soc 75, 543( 1960)

M. A. Bak, K. A. Petrzhak, Tei-Mei Chen; Izv. Akad.

Nauk SSSR 24, 818 (i960)

W. Bertozzi, P. T. Demos, S. Kowalski, F. Paolini,

C P. Sargent; PICNS 746, (i960)

B. A. Bochagov, A. P. Komar, G» E. Solaykin; Zhur.

Eksp. i Teoret. Fiz. 38, 1374 (i960); Soviet Phys.

JETP 11, 990 ( 1960)

O. V. Bogdankevich, L. E. Lazareva, A. M. Maiseev;

Zhur. Eksp. i Teoret. Fiz. 39, 1224 (i960); Soviet Phys.

JETP 12, 853 ( 1961)

E. C Booth; Nuclear Phys. 19, 426 (i960) C Broude, H. E. GoveJ PICNS 754 (i960)

A. Bussiere de Nercy; Compt. Rend. 250, 1252 (i960)

A. Bussiere de Nercy, M. LangevinJ J. Phys. Radium 21,

293 ( 1960)

E. E. Carroll, Jr., W. E. Stephens; Phys. Rev. 118,

1256 (i960)

J. H. Carver, R. B. Taylor, W. Turchinetz; Aust. J.

Phys. 13, 617 (i960)

V. P. ChizhovJ Zhur. Eksp. i Teoret. Fiz. 38, 809 (i960);

Soviet Phys. JETP 11, 587 (i960)

R. E. Chrien, A. H. BenadeJ Phys. Rev. 119, 748 (i960)

B. I. Deutch, F. R. Metzger, F. J. WilhelmJ Nuclear

Phys. 16, 81 (i960)

N. N. DelyaginJ Zhur. Eksp. i Teoret. Fiz. 38, 1111 (i960);

Soviet Phys. JETP 11, 803 (i960)

H. G. Dosch, K. H. Lindenberger , P. Brix; Nuclear

Phys. 18, 615 (i960)

R. D. Edge; Phys. Rev. 119, 1643 (i960)

79
6 0 Em 1 V. Emma, C. Milone, A. Rubbino, A. Malvano; Nuovo

Cimento 17, 365 (i960)

60 Em 2 V. Emma, C» Milone, A. Rubbino, Phys. Rev. 118, 1297( I960)

60 Fa 1 R» W. Fast, °. A. Flournoy, R. S. Tickle, W. D.

Whitehead; Phys° Rev. 118, 535 (i960)

60 Fe 1 F. Ferrero, S. Ferroni, R. Malvano, S. Menardi, E» SilvaJ

Nuclear Phys. 15, 436 (i960)

6 0 Fe 2 B. T. Feld, B. C« Maglic, J. Parks; Nuovo

Cimento 17, Supol. 2, 241 (i960)

6 0 Fl 1 P. A. Flournoy, R. S. Tickle, W. D. Whitehead; Phys.

Rev. 120, 1424 ( I960)

6 0 Fo 1 B. Forkman, S.A.E. Johansson; Nuclear Phys. 20, 136 (i960)

60 Fo 2 B. Forkman, I. WahlstromJ Arkiv Fysik 18, 339 (i960)

60 Ga 1 J. A. GaleyJ Phys. Rev. 117, 763 (i960)

60 Ga 2 M. Gamier, H. Gauvin, W. SebaounJ J. Phys. Radium 21,

893 ( I960)

60 Ge 1 K. N. GellerJ Phys. Rev. 120, 2147 (i960)

6 0 Ge 2 K» N. Geller, J. Halpern, E. G. MuirheadJ Phys. Rev.

119, 716 ( I960)

6 0 Ge 3 K. N. Keller, J. Haloern, E. G. MuirheadJ °hys. Rev. 118,

1302 ( 1960)

60 Go 1 V. I. Gol'danskii, 0. A. Karpukhin, A. V. Kutsenke,

V. V. PavlovskayaJ Zhur. Eksp. i Teoret. Fiz. 38, 1695

(i960); Soviet Phys. JETP 11, 1223 (i960)

6 0 Go 2 A. N. Gorbunov, F. P. Denisov, V. A. Kolutkhin; Zhur.

Eksp. i Teoret. Fiz. 38, 1084 (i960); Soviet Phys. JETP

11, 783 (i960)

6 0 Gr 1 V. M. Grizhko, D. I. Sikora, V. A. Shkoda-Ul ' yanov,

A. D. Abramenkov, B. I. Shramenko, A. N. FisunJ Zhur.

Eksp. i Teoret. Fiz. 38, 1370 (i960); Soviet whys. JETP 11,

987 (i960)

60 Ha 1 F. I. Havlicek; Nuovo Cimento 18, 65 (i960)

60 He 1 D. F. HebbardJ Nuclear ^hys. 15, 289 (i960)

60 He 2 D. F. Hebbard, J. L. VoglJ Nuclear Phys. 21, 652 (i960)

60 Ho 1 P. Horvat, J. Pahor, M. Vakselj; Nuclear Phys. 16, 90 (i960)

6 0 Is 1 D. Isabelle, G. Bishop; Compt. Rend. 251, 697 (i960)

60 Ja 1 D. Jamnik, D. Axel; Phys. Rev. 117, 194 (i960)

6 0 Ka 1 D. K. Kainov, Yu. K. Shubnyi; Zhur. Eksp. i Teoret. Fiz.

39, 888 (i960); Soviet Phys. JETP 12, 615 ( 1961)

60 Ki 1 J. D« King, W. J. McDonald; Nuclear Phys. 19, 94 (i960)

6 0 Ki 2 J. D. King, R. N. H. Haslam, R. W. Parsons. Can. J.

Phys. 38, 231 (i960)

6 0 Ki 3 M. Kimura, K. Shoda, N. Mutsuro, T. Tohei, K. Sato,

K. Kuroda, K. Kuriyama, T. Ariba; J. Phys. Soc. Japan 15,

1128 (1960)

6 0 Ki 4 J. D. King, R. N. H. Haslam, W. J. McDonald; Can. J.

Phys. 38, 1069 (i960)

6 0 Ko 1 A. P. Komar, Ya. Krzhemenek, I. P. YavorJ Dokl. Akad.

Nauk SSSR 131, 283 (i960); Soviet Phys. Doklady 5, 295(l96l)

6 0 Ko 2 A. °. Komar, Ya. Krzhemenek, I. D. YavorJ Dokl. Akad.

Nauk SSSR 135, 291 (i960); Soviet Phys. Doklady 5,

1234 ( 1961)

80
6 0 Ko 3 A. Komar, E. D. Makhnovskii; Dokl. Akad. Nauk

SSSR 135, 52 (i960); Soviet Phys. Doklady 5,

1229 (1961)

60 Ko 4 A. P. Komar, E. D. Makhnovskii, V. P. PuddubnovJ Dokl.

Akad. Nauk SSSR 133, 797 (i960); Soviet Phys. Doklady 5,

824 (1961)

60 Ko 5 A. P. Komar; PICNS 494 (i960)

60 Ko 6 A. P. KomarJ PICNS 875 (i960)

60 Kr 1 R. W. Krone, J. J. Singh; Phys. Rev. 117, 1562 (i960)

6 0 Ku 1 Kuo Ch'i-di, B. S. RatnerJ Zhur. Eksp. i Teoret.

Fiz. 39, 1578 (i960); Soviet Phys JETP 12, 1098 (l96l)

60 Ku 2 L. A» Kul ' chitskii, V. PresperinJ Zhur. Eksp. i Teoret.

Fiz. 39, 1001 (i960); Soviet Phys. JETP 12, 696 (l96l)

60 Li 1 N. V. Linkova, R. M. Osokina, B. S. Ratner,R. Sh. Amirov,

V. V. AkindinovJ Zhur. Eksp. I Teoret. Fiz. 38, 780

(i960); Soviet °hys . JETP n > 566 (i960)

60 Li 2 K. H. Lindenberger, J- A. ScheerJ Z. Physik 158, 111

( 1960)

60 Ma 1 E. D. Makhnovskii; Zhur. Eksp. i Teoret. Fiz. 38, 96

(i960); Soviet Phys. JETP 11, 70 (i960)

60 Ma 2 B. MainsbridgeJ Nuclear Phys. 21, 1 (i960)

6 0 Me 1 F. R. Metzger, C P. Swann, V. K. Rasmussen; Nuclear

Phys. 16, 568 (i960)

60 Me 2 F. R. MetzgerJ J. Franklin Institute 270, 138 (i960)

60 Mi 1 Co MiloneJ Phys. Rev. 120, 1302 (i960)

6 0 Mi 2 M« Miwa, M. Yamanouchi; J. Phys. Soc Japan 15,

947 (i960)

60 Mo 1 W. L. Mouton, P. B» Smith; Nuclear Phys. 16, 206 (i960)

60 Mu 1 N. Mutsuro, K« Sato, M. Mishina; J. Phys. Soc* Japan

15, 358 ( 1960)

60 Ne 1 J. 0. Newton; Nuclear Phys. 21, 529 (i960)

60 Pr 1 D. G. Proctor, W. H. VoelkerJ Phys. Rev. 118, 217 (i960)

60 Pr 2 L. I. Prokhorova, G. N. SmirenkinJ Atom. Energiya 8,

457 (i960)

60 Re 1 K. Reibel, A. K. Mann; Phys. Rev. 118, 701 (i960)

60 Re 2 J. M. Reid, B. LalovicJ Proc. Phys. Soc. (London) 76,

65 (i960)

60 Ro 1 H. J. Rose; Nuclear Phys. 19, 113 (i960)

60 Ro 2 H. J. Rose, F. Riess, W. Trost; Nuclear Phys. 21, 367

6 0 Ro 3 M. Rozkos, M. Smrcka, 0. JakubcekJ Czech. J. Phys.

10, 129 (i960)

60 Ro 4 J. P. Roalsvig, R. N. H. Haslam, J. L. Bergsteinsson;

Can. J. Phys. 38, 320 (i960)

60 Sa 1 D. SadehJ Phys. Rev. Letters 4, 75 (i960)

60 Sa 2 D. Sadeh; Compt. Rend. 250, 1632 (i960)

6 0 St 1 P. C Stein, A. C Cdian, A. Wattenberg, R. Weinstein;

Phys. Rev. 119, 348 (i960)

60 Ta 1 R. B. Taylor; Nuclear Phys. 19, 453 (i960)

60 Ta 2 G. Tamas, J. Miller, C. G. Schuhl, C TzaraJ J. Phys.

Radium 21, 532 (i960)

60 Ta 3 E. Takekoshi, J. Phys. Soc Japan 15, 2129 (i960)

81
6 0 Th 1

6 0 To 1 6 0 Va 1

6 0 Wa 1 6 0 Wa 2

6 0 Wy 1 6 0 Ya 1

60 Zi 1

61 Ak 1

61 Ba 1

61 Ba 2 61 Ba 3

61 Be 1

61 Be 2 61 Bi 1 61 Bo 1 61 Bo 2

61 Bo 3

61 Bo 4

61 Br 1

61 Bu 1 61 Bu 2 61 Ca 1 61 Ca 2 61 Ce 1

61 Co 1

61 Co 2

61 Cr 1

61 De 1

61 De 2

61 De 3

61 De 4

H. H. Thies, Be M. SpiceiS Australian J. Phys. 13,

505 (i960)

R. A. TobinJ Phys. Rev. 120, 175 (i960)

V. J. Vanhuyse, G. J. Vanpraet; J. Phys. Radium 21,

290 ( 1960)

I. Wahlstrom, B. ForkmanJ Arkiv Fysik 18, 83 (i960)

T« G. Walker, W. T. Morton; Proc Phys. Soc 75,

4 ( 1960)

J. M. Wyckoff, H. W. Koch; Phys. Rev. 117, 1261 (i960)

S. Yasumi, M. Yata, K. Takamatsu, A. Masaike, Y« Masudai

J. Phys. Soc. Japan 15, 1913 (i960)

B. Ziegler; Nuclear Phys. 17, 238 (i960)

A. F. Akkerman, D. K. Kaipov, Yu. K. ShubnyiJ Zhur.

Eksp. i Teoret. Fiz. 40, 1031 (l96l)j Soviet £>hys. JETP

13, 725 (1961)

J. E. E. Baglin, M. N. Thompson, B. M. SpicerJ Nuclear

Phys. 22, 207 (l96l)

R. G. Baker, K. G. McNeill; Can. J. Phys. 39, 1158 (l96l)

P. S. Baranov, L. I. Slovokhotov, G. A. Sokol, L. N.

ShtarkovJ Zhur. Eksp. i Teoret. Fiz. 41, 1713 (l96l); Soviet

Phys. JETP 14, 1219 (1962)

A. K. Berzin, R. P. Meshcheryakovj Zhur. Eksp. i Teoret.

Fiz. 41, 1013 (1961); Soviet Phys. JETP 14, 721 ( 1962)

R. E. Benenson, L. J. LidofskyJ Phys. Rev. 123, 939 (l96l)

G. R. Bishop, G. Ac Proca; J. Phys. Radium 22, 541 (l96l)

O.Borello, S.Costa, F.FerreroJ Nuclear Phys. 27, 25 (l96l)

B. A. Bochagov, A. P. Komar, G° E. Solyakin, V. I. FadeevJ Atom. Energiya 11, 540 (l96l)

0. A. Borello; Rev. Un. Mat. Argent. As. Fis. Argent. 19,

251 (1961)

P. Bounin, G. R. Bishop; J. Phys. Radium 22, 555 (1961)

P. Brix, H. Fuchs, K. H« Lindenberger , C SalanderJ

Z. Physik 165, 485 (l96l)

J. W. Butler; Phys. Rev. 123, 873 (l96l)

G. R. Burleson; Phys. Rev. 121, 624 (l96l)

J. Ho Carver, G. A. Jones; Nuclear Phys. 24, 607 (1961)

J. H. Carver; Proc Phys. Soc 77, 417 (l96l)

R. J. Cence, B. Jo MoyerJ Phys. Rev. 122, 1634 (l96l)

( 1961)

S. G. Cohen, P. S. Fisher, E. K. WarburtonJ Phys.

Rev. 121, 858 (l96l)

G. E. Coote, W.E.Turchinetz, I. F. Wright; Nuclear Phys.

23, 468 (1961)

H. Crannell, R. Helm, H. Kendall, J. Oeser, M. YearianJ

Phys. Rev. 123, 923 (l96l)

H. G. DeCarvalho, A. G. DaSilva, J. Goldemberg;

Nuovo Cimento 19, 1131 (l96l)

H. G. DeCarvalho, A. Celano, G. Cortini, R. Rinzivillo,

Go Ghigo; Nuovo Cimento 19, 187 (l96l)

B. I. Deutch, F. R. MetzgerJ Phys. Rev. 122, 848 (l96l)

A. B. DeNercyJ J. Phys. Radium 22, 535 (l96l)

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61 Du 1 B. Dudelzak, R. E. Taylor; J. "hys. Radium 22, 544 (l96l)

61 Ec 1 A. C Eckert, E. F. Shrader; nhys. Rev. 124, 1541

( 1961)

61 Em 1 V. Emma, C. Milone, A. Rubbino, S. Janelli, F. MezzanoresJ

Nuovo Cimento 22, 135 (l96l)

61 Fi 1 E. Finch, U. Hegel; Z. "hysik 162, 154 (l96l)

61 Fo 1 B. Forkman; Nuclear nhys. 23, 269 (l96l)

61 Go 1 H. E. Gove, A. E. Litherland, R. Batchelor; Nuclear

"hys. 26, 480 ( 1961)

61 Ha 1 W. D. Hamilton, B. S. Sood; Nuclear Phys. 27, 66 ( 1861)

61 He 1 R. E. Hester, W. A. S. Lamb; Phys. Rev. 121, 584 (l96l)

61 He 2 U. Hegel, E. Finekh; Z. Physik 162, 142 (l96l)

61 Ho 1 C P. Ho, E. L. IloffJ Nuclear Phys. 27, 234 (1961)

61 Hu 1 J. P. Hummel, TMhys. Rev. 123, 950 (1961)

61 Is 1 D. S. Isabelle, G. R. Bishop; J. Phys. Radium 22,

548 (1961)

61 Ja 1 M. J. JakobsonJ Phys. Rev. 123, 229 (1961)

61 Ja 2 A. N. James; Nuclear Phys. 24, 675 (1961)

61 Jo 1 W. John, F. V. Martin; Phys. Rev. 124, 830 (l96l)

61 Ke 1 L. Keszthelyi, I. Berkes, I. Demeter, I. FodorJ Nuclear

Phys. 23, 513 (l96l)

61 Ke 2 W. H. Kelly, G. B. Beard; Nuclear Phys. 27, 188 (l96l)

61 Ke 3 H. W. Kendall, J. I. Friedman, E. F. Erickson, P. A. M.

Gramm; Phys. Rev. 124, 1596 ( 1961)

61 Ki 1 M. Kimura, K. Shoda, N. Mutsuro, T. Tohei, K. Sato,

K.Kuroda, K.Kuriyama, T.Akiba; Nuclear Phys. 23, 338 (1961)

61 Ko 1 A. P. Komar, B. A. Bochagov, G. E. Solyakin; Dokl.

Akad. Nauk SSSR 141, 1339 ( 1961) ; Soviet rahys. Doklady 6,

1088 (1962)

61 Ku 1 Kuo Ch'i-di, B. S. Ratner, B. V. SergeevJ Zhur. Eksp.

i Teoret Fiz. 40, 85 (1961); Soviet "hys. JETP 13,60(1961)

61 La 1 F. Lacoste, G. R. Bishop; Nuclear "hys. 26, 511 (1961)

61 Ma 1 E. D. Makhnovskii; Zhur. Eksn. i Teoret. Fiz. 41, 1091

(1961); Soviet Phys. JET" 14, 779 (1962)

61 Ma 2 M. MasudaJ J. Phys. Soc Jaoan 16, 1801 (l96l)

61 Me 1 V. Meyer, H. Muller, H. H. Staub, R. ZurmuhleJ Nuclear

Phys. 27, 284 ( 1961)

61 Mi 1 J. Miller, C Schuhl, C TzaraJ J. Phys. Radium 22, 529

( 1961)

61 Mo 1 G. Moscati; Nuclear Dhys. 26, 321 (1961)

61 My 1 H. Myers, R. Gomes, D. Guinier, A. V. TollestruoJ °hys.

Rev. 121, 630 (l96l)

61 Na 1 I. C. Nascimento, G. Moscati, J. Goldemberg, Nuclear

"hys. 22, 484 (l96l)

61 No 1 R. NordhagenJ Nuclear Phys. 27, 112 (1961)

61 Pe 1 J. P. Perez y Jorba, H. Nguyen NgocJ J. °hys. Radium

22, 551 (1961)

61 Po 1 R. A. Pope, D. V. Freck, W. W. Evans; Nuclear "hys.

24,657 (1961)

61 Pr 1 V. Presoerin, L. A. Kul ' chitskii; Zhur. Ekso. i

Teoret. Fiz. 41, 60 (1961); Soviet Phys. JETP 14, 46 (1962)

61 Ra 1 V. K. Rasmussen, F. R. Metzger, C P. Swann; Phys.

Rev. 123, 1386 (l96l)

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61 Ro 1 T. Rothem, F. R. Metzger, C. P. SwannJ Nuclear Phys.

22, 505 ( 1961)

61 Ro 2 J. Po Roalsvig, I. C. Gupta, R. N. H. Haslam; Can.

Jo Phys. 39, 643 ( 1961)

61 Sa 1 D. Sadeh; Phys. Rev. 123, 855 (1961)

61 Sa 2 CP. Sargent, W. Bertozzi, P. T. Demos, W. Turchinetz;

Proceedings of the Symposium on Neutron Time—of—Flight

Methods, p. 353 (l96l)

61 Se 1 R. E. Segel, J. W. Daughtry, J. W. OlnessJ Phys.

Rev. 123, 194 (l96l)

61 Se 2 R. E. Segel, M. J. Bina; Phys. Rev. 124, 814 (l96l)

61 Se 3 W. Sebaoun, H. GauvinJ J. Phys. Radium 22, 771 (l96l)

61 Se 4 W. Sebaoun, J. °hys. Radium 22, 735 ( 1961)

61 Sh 1 K. Shoda, K. Kobayashi, S. Siina, K. Abe, M. KimuraJ

J. ^hys. Soc Japan 16, 1031 (1961)

61 Sh 2 V. G. Shevchenko, B. A. Yur'ev; Zhur. Ekso. i Teoret. Fiz.

41, 1421 (1961); Soviet Phys. JETP 14, 1015 (1962)

61 Sh 3 K. Shoda; J. ^hys. Soc Japan 16, 1841 (l96l)

61 Sh 4 K. Shoda, S. Siina, K. Kobayashi, K. Abe, M. KimuraJ

J. Phys. Soc Japan 16, 1807 (l96l)

61 Sh 5 K. Shoda, K. Kobayshi, S. Siina, K. Abe, M. KimuraJ

J. Phys. Soc Japan 16, 1031 (l96l)

61 Sh 6 V. G. Shevchenko, B. A. Yur'ev; Izv. Akad Nauk SSSR

25, 1269 (1961)

61 Su 1 M. Sugawara; J. Phys. Soc Japan 16, 1857 (l96l)

61 Sw 1 CP. Swann, V. K. Rasmussen, F» R„ Metzger; Phys.

Rev. 121, 242 (l96l)

61 Ta 1 F. Tagliabue, J. Goldemberg, Nuclear Phys. 23, 144 (l96l)

61 Th 1 I. M. Thorson, L. KatzJ Proc Phys. Soc 77, 166 (1961)

61 To 1 T. Tohei, M. Sugawara, S. Mori, M. KimuraJ J. Phys.

Soc. Japan 16, 1657 (1961)

61 Va 1 V. J. Vanhuyse, W. C Barber? Nuclear Phys 26, 233 ( 1961)

61 Va 2 A. K. Val'ter, Yu. P. Antuf ev, E. G. Kopanets, A. N.

L vov, P. TsytkoJ Zhur. Eksp. i Teoret. Fiz. 41, 1499

(1961) ; Soviet Phys. JETP 14, 1035 (1962)

61 Va 3 K. J. Van Oostrum, N. Hazewindus, A. H. Wanstra, J. W.

Olness, J. L. Parker; Nuclear Phys. 25, 409 (1961)

61 Wa 1 A. Wataghin, R. B. Costa; A. M. Freire, J. GoldembergJ

Nuovo Cimento 19, 864 (l96l)

61 We 1 R. E. Welsh, D. J. Donahue; Phys. Rev. 121, 880 (1961)

61 Wi 1 W. S. C Williams, H. S. Caplan, D. T. Stewart; Proc

Phys. Soc (London) 78, 1125 ( 1961)

61 Wo 1 J. H. Wolfe, J. P. Hummel; Phys. Rev. 123, 898 (l96l)

62 An 1 E. S. Anashkina; Zhur. Eksp. i Teoret. Fiz. 43, 1197

(1962) ; Soviet Phys. JETP 16, 847 (1963)

62 An 2 Yu. P. Antuf ' ev, A. K. Val'ter, A. N. L'vov, E. G.

Kopanets, S. P. Tsytko; Zhur. Ekso. i Teoret. Fiz. 42, 386

(1962); Soviet Phys. JETP 15, 268 (1962)

62 Ba 1 V. V. Balaskov, V. N. FetisovJ Izv. Akad. Nauk

SSSR, Ser. Fiz. 26, 1188 (1962)

8U
62 Be 1 A. S. Belousov, S. V. Rusakov, E. I. Tamm; Zhur.

Eksp. i Teoret. Fiz» 43, 813 ( 1962) 5 Soviet Phys. JETP

16, 576 (1963)

62 Be 2 G. Ben—David (Davis), B. Huebschmann; Phys. Letters

3, 87 ( 1962)

62 Be 3 Co Becchi, L. Meneghetti, So VitaleJ Physo Letters

3, 89 ( 1962)

62 Be 4 Io Berkes, I. Dezsi, I. Fodor, L. Keszthely; Nuclear

t>hys. 39, 631 ( 1962)

62 Bi 1 °. Go Bizzeti, A. M. Bizzet i—Sona, M. Bocciolini,

G. DiCanoliacco, M. Mando; Nuovo Cimento 26, 1412 (1962)

62 Bi 2 G. R« Bishon, Do Bo IsabelleJ Phys. Letters 1, 323 (1962)

62 Bi 3 Go R. Bishon, Do Bo IsabelleJ Phys. Letters 3, 74 (1962)

62 Bi 4 G. Ro Bishon, B. Grossetete, J. C. Risset; J. Phys.

Radium 23, 31 (1962)

62 Bo 1 0. V. Bogdankevich, B. I. Goryachev, V» A. ZaoevalovJ

Zhur. Eksn. i Teoreto Fiz. 42, 1502 (1962); Soviet Phys.

JETP 15, 1044 ( 1962)

62 Bo 2 L. N. Bolen, W. D. Whitehead; Phys. Rev. Letters 9, 458

( 1962)

62 Bo 3 G. Bonazzola, O. A. Borello, So Costa, S. FerroniJ

Nuclear Phys. 34, 637 (1962)

62 Bo 4 R. Bosch, J. Lang, R. Muller, W. Wolfli; Phys. Letters

1, 114 ( 1962)

62 Bo 5 O. Borello, F. Ferrero, R« Malvano, A. MolinariJ Nuclear

Phys. 31, 53 (1962)

62 Bo 6 E. C. Booth, K. A. Wright; Nuclear Phys. 35, 472

( 1962)

62 Bo 7 R. Bosch, J« Lang, R. Muller, W. Wolfli; Helv. Phys. Acta

35, 288 (1962)

62 Bo 8 B. A. Bochagov, A. p. Komar, G° E. Solyakin; Zhur.

Eksp. i Teoret. Fiz. 43, 1611 (1962); Soviet Phys. JETP

16, 1135 ( 1963)

62 Br 1 H. Breuer, W. Pohlit; Nuclear Phys. 30, 417 (1962)

6 2 Br 2 D. W. Braben, L. L. Green, J. C Willmott; Nuclear

Phys. 32, 584 (1962)

62 Br 3 E. BraunJ Z. Physik 166, 62 (1962)

62 Br 4 H. Breuer; Z. Naturforsh. 17A, 584 (1962)

62 Bu 1 No A. Burgov, G. V. Danilyan, B« S. Dolbilkin, L. E.

Lazareva, F. A. Nikolaev; Zhur. Eksn. i Teoret. Fiz.

43, 70 (1962); Soviet Phys. JETP 16, 50 (1963)

6 2 Ca 1 J. H. Carver, G. E. Coote, T. R. Sherwood; Nuclear

Phys. 37, 449 (1962)

62 Ca 2 J. H. Carver, D. C. Peaslee, R. B. Taylor; Phys.

Rev. 127, 2198 (1962)

62 Ca 3 S. Cavallaro, R. Potenza, A. RubbinoJ Nuclear Phys. 36,

597 (1962)

62 Ch 1 R. E« Chrien, H. H. Bolotin, H. Palevskyi Phys. Rev.

127, 1680 (1962)

62 Ch 2 V. P. Chizhov, A. P. Komar, L. A. Kal 'chitskii, A. V.

Kulikov, E. D. Makhnovsky, Yu. M. VolkovJ Nuclear Phys.

34, 562 (1962)

85
G2 CI 1 F. M. Clikeman, A. J. Bureau, M. G. Stewart; Phys.

Rev. 126, 1 322 ( 1962)

62 Cu 1 B. Cujec; Nuclear Phys. 37, 396 (1962)

62 De 1 W.E.Del Bianco, W.E.Stephens; T^hys. Rev. 126, 709 ( 1962)

62 De 2 B. I. DeutchJ Nuclear ''hys. 30, 191 ( 1962)

6 2 De 3 H. G. DeCarvalho, A. Manfredini, M.Muchnik, M. Sever i,

H. Bosch, J. Lang, R. Muller, W. WolfliJ Nuovo Cimento 25,

53 4 (196 2)

62 Do 1 W. R. Dodge, W. C Barber; ^hys. Rev. 127, 1746 (1962)

62 Dr 1 T. N. Dragnev, B. °. Konstant inovj Zhur. Eksn. i Teoret.

Fiz. 42, 344 (1962); Soviet ^hys. JETP 15, 236 ( 1962)

62 Ed 1 R. D. Edge, G. H- "etersonj 7, hys. Rev. 128, 2750 ( 1962)

62 El 1 R. J. Ellison, B. Dickinson; Nuclear Phys.

35, 606 (1962)

62 Em 1 V. Emma, C« MiloneJ S. Jannelli, F. Mezzanares! Nuovo

Cimento 26, 890 (1962)

62 Eu 1 r>. Euthymiou, p. AxelJ ^hys. Rev. 128, 274 ( 1962)

62 Fi 1 F. W. K. Firk; ^hys. Rev. Letters 8, 321 ( 1962)

62 Fu 1 S.C.Fultz, R. L. Bramblett , J.T.Caldwell, N. E. Hansen

C °. Jupiter; ^hys. Rev. 123, 2345 (1962)

62 Fu 2 S. C Fultz, R. L. Bramblett, J. T- Caldwell, N. A. Kerr;

^hys. Rev. 127, 1273 (1962)

62 Fu 3 E. G. Fuller, E. HaywardJ Nuclear ^hys. 30, 613 ( 1962)

62 Fu 4 E. G. Fuller, E. Hayward; Nuclear °hys. 33, 431 (1962)

6 2 Fu 5 H. Fuchs, D. Haag, K. H. Lindenberger , U. Meyer—

Berkhout; Z. Naturforsch 17a, 439 (1962)

6 2 Fu 6 H. Fuchs, R. Kosiek, U. Meyer—Berkhout ; Z. ^hysik

166, 590 (1962)

62 Ga 1 C C Gardner, J. D. Anderson; °hys. Rev. 125, 626 (1962)

62 Ge 1 D. S. Gemmell, G» A. JonesJ Nuclear "hys. 33, 102 (1962)

6 2 Gl 1 °. W. M. Glaudemans, n . M. Endt; Nuclear ^hys.

30, 30 ( 1962)

62 Go 1 A. N. Gorbunov, V. A. Dubrovina, V. A. Osipova, V. S.

Silaeva, n . A. CerenkovJ Zhur. Eksn. i Teoret. Fiz. 42,

747 (1962); Soviet nhys. JET" 15, 520 (1962)

62 Go 2 A. N. Gorbunov, V. A. Osioova; Zhur. Ekso. i Teoret.

Fiz. 43, 40 (1962); Soviet ^hys. JETP 16, 27 (1963)

62 Go 3 D. Goldman, A. F. T. niza, E. Silva; Nuovo Cimento 25,

41 (1962)

62 Go 4 A. N. Gorbunov, D. K. Kaipov, K. G. KuvatovJ Trudy Inst.

Yadernoi Fiz., Akad. Nauk Kazakh. SSR 5, 135(1962)

6 2 Gr 2 A. G. Gregory, T. R. Sherwood, E. W. Titterton; Nuclear

°hys. 32, 543 ( 1962)

62 He 1 K. 0. Hermann, J. A. Scheer; Z. ^hysik 170, 162 (1962)

62 Hu 1 J. R. Huizenga, K.M.Clarke, J.E.GirdlerJ R. VandenboschJ

Nuclear "hys. 34, 439 (1962)

62 Hu 2 J. R. Huizenga, R. Vandenbosch; Nuclear °hys. 34, 457 (1962)

62 Ja 1 H. E. Jackson; ^»hys. Rev. 127, 1687 ( 1962)

62 Jo 1 S. A. E. Johansson, B.ForkmanJ Nuclear °hys. 36, 141 (1962)

62 Jo 2 W. John, J. M. Grosser; "hys. Rev. 127, 231 (1962)

6 2 Ka 1 D. K. Kaipov, Yu. K. Shubnyi, R. B. Begzhanov, A. A.

Islamov, Zhur. Ekso. i Teoret. Fiz. 43, 808 (1962);

Soviet ^hys. JET^ 16, 572 (1963)

86
62 Ke 1 H. W. Kendall, I. Talmi; "hys. Rev. 128, 792 ( 1962)

6 2 Ko 1 A. r>

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Yu. M. VolkovJ Zhur. Eksr>. i Teoret. Fiz. 43, 1657

(1962); Soviet ^hys. JETp 16, 1168 (1963)

62 Ko 2 A. P« Komar, Ya. Krzhemenek, I. Yavor; Nuclear Phys.

34, 551 ( 1962)

62 Ko 3 K. Kota.jina; Nuclear ^hys. 39, 89 ( 1962)

6 2 Ko 4 A. °. Komar, B. A. Bochagov, V. I. FadeevJ Dokl. Akad.

Nauk SSSR 146, 1051 (1962); Soviet Phys. Doklady 7,

913 (1963)

62 Kr 1 M. Kregar, B. °ovh; °hys. Letters 2, 103 (1962)

62 Ku 1 K. KuriyamaJ J. °hys. Soc. Jaoan 17, 1681 (1962)

62 La 1 B. T. Lawergren, T. R. OphelJ Phys. Letters 2,

265 (1962)

62 Li 1 F. F. Liu, F. J. Loeffler, T. R. ^alfrey, Y. S. Kim;

Phys. Rev. 128, 2784 (1962)

62 Li 2 N. LingapDa, E. Kondaiah, C Badrinathan, M. D. Deshpande,

M. Balakr ishnan; Nuclear Phys. 38, 146 (1962)

62 Ma 1 I. G. Main; Nuovo Cimento 26, 884 (1962)

62 Me 1 F. R. MetzgerJ ^hys. Rev. 128, 2332 (1962)

62 Me 2 F. R. MetzgerJ ^hys. Rev. 127, 220 (1962)

62 Mi 1 J. A. Miskel, K. V. Marsh, M. Lindner, R. J. NagleJ

"hys. Rev. 128, 2717 (1962)

62 Mi 2 J. Miller, C Schuhl, G. Tamas, C TzaraJ °hys. Letters

2, 76 (1962)

62 Mi 3 J. Miller, C Schuhl, C Tzara; Nuclear °hys. 32,

236 (1962)

62 Mi 4 U. Miklavzic, N. Bezic, D. Jamnik, G. Kernel, Z.

Milavc, J. SnajderJ Nuclear nhys. 31, 570 (1962)

62 Mo 1 W. L. Mouton, J. P. F. Sellschop, R. J. KeddyJ ^hys.

Rev. 1 28, 2745 ( 1962)

62 Mo 2 W. T. Morton, T. G. Walker; "hil. Mag. 7, 741 (1962)

62 Mo 3 G. Moscati, J. Goldemberg; ^hys. Rev. 126, 1098 (1962)

62 Mu 1 N. Mutsuro, K. Kageyama, M. Mishina, T- Nakagawa, E.

Tanaka, M. KimuraJ J. ^hys. Soc Japan 17, 1672 (1962)

6 2 Mu 2 N. Mutsuro, K. Kageyama, M. Mishina, E. Tanaka, M.

Kimura; J. ^hys. Soc Japan 17, 1673 (1962)

62 Ne 1 E. B. Nelson, R. R. Carlson, L. D. Schlenker; Nuclear

°hys. 31, 65 (1962)

6 2 Ne 2 D. R. Neher , F. W. °rosser, Jr. , R. W. Krone; Nuclear

Phys. 31, 231 (1962)

6 2 Oc 1 J. S. O'Connell, P. A. Tipler, P. Axel; Phys.

Rev. 126, 228 ( 1962)

62 Od 1 M. OderaJ J. "hys. Soc Japan 17, 1675 (1962)

62 Op 1 T. R. Ophel, B. T. LawergrenJ Nuclear Phys. 30, 215 (1962)

62 Oo 2 T. R. Oohel, R. N« Glover, E. W. Titterton; Nuclear ^hys.

33, 198 (1962)

62 Pa 1 V. ^arikh; Nuclear ^hys. 38, 529 (1962)

62 *> a 2 A. W. barker, G. G- ShuteJ Australian J. ^hys. 15, 443( 1962)

62 ne 1 G. A. "eterson, W. C Barber; ^hys. Rev. 128, 812 (1962)

62 °r 1 F. W. Grosser, Jr., W. P. Unruh, B. W. Wildenthai;

R. W. Krone; "hys. Rev. 125, 594 (1962)

87
62 Ra 1 L. K. Rangan, G. I. Harris, L. W. Seagondollar ', Phys. Rev. 127, 2180 (1962)

6 2 Re 1 G. C Reinhardt, W. D<» Whitehead; Nuclear Phys.

30, 201 (1962)

62 Se 1 F. D. Seward; Phys. Rev. 125, 335 (1962)

62 Se 2 W. Sebaoun; J. Phys. Radium 23, 989 (1962)

6 2 Sh 1 A. K. Shardanov, V. G. Shevchenko, Zhur. Ekso« i Teoret.

Fiz. 42, 1438 (1962); Soviet Phys. JETP 15, 996 (1962)

62 Sh 2 V. G. Shevchenko, B. A. Yur'evJ Zhur. Eksp. i Teoret. Fiz.

42, 707 (1962); Soviet Phys. JETP 15, 492 (1962)

6 2 Sh 3 V. G. Shevchenko, B. A. Yur'evJ Zhur. Eksp. i Teoret . Fiz.

43, 860 (1962); Soviet Phys. JETP 16, 609 (1963)

6 2 Sh 4 V. G. Shevchenko, B. A. Yur'evJ Nuclear Phys. 37, 495

( 1962)

62 Sh 5 To R. Sherwood, Wo E. TurchinetzJ Nuclear Phys. 29,

292 (1962)

62 Sh 6 V. G. Shevchenko, B» A. Yur'evJ Vestn. Mosk. Univ., Ser.

Ill, No. 3, 90 (1962)

6 2 Sh 8 K. Shoda, T. Ishizuka, K. Shimizu, M. AkashiJ J. Phys*

Soc Japan 17, 1536 (1962)

62 Sh 9 K. Shoda, H. Niizeki, N. Fujiwara, A. Okiguchi, A.

Watanabe, M. Midera; J. Phys. Soc. Jaoan 17, 1083 (1962)

6 2 Sh 10 K. Shoda, T. Ishizuka, K. Shimizu, M. Akashi; J. Phys.

Soc. Jaoan 17, 407 (1962)

62 Sh 11 K. Shoda, K. Abe, T. Ishizuka, N. Kawamura, M. KimuraJ

J. Phys. Soc Jaoan 17, 735 (1962)

62 Sh 12 K. Shoda, T. Ishizuka, N. Kawamura, K. Abe, M. Kimura;

J. Phys. Soc. Jaoan 17, 401 (1962)

62 Sm 1 P. J. M. Sraulders, P. M» EndtJ Physica 28, 1093 ( 1962)

62 So 1 Yu. I. Sorokin, V. G. Shevchenko, B. A. Yur' evj Zhur.

Eksp. i Teoret* Fiz. 43, 1600 (1962); Soviet Phys.

JETP 16, 1127 ( 1963)

62 Su 1 B. N. Sung; J. Phys. Soc. Jaoan 17, 1811 (1962)

62 Tu 1 P. M. TutakinJ Zhur. Ekso. i Teoret. Fiz. 43, 1140 (1962);

Soviet Phys. JETP 16, 805 (1963)

62 Vo 1 Yu. M. Volkov, L. A. Kul' chitskii; Zhur. Ekso. i Teoret.

Fiz. 42, 108 (1962); Soviet Phys. JETP 15, 77 (1962)

62 Vo 2 Yu. M. Volkov, A. V. Kulikov, V. P. ChizovJ Zhur.

Eksp. i Teoret. Fiz. 42, 61 (1962); Soviet Phys. JETP 15,

42 (1962)

62 Wa 1 E. K. Warburton, H. 0. FunstenJ Phys. Rev. 128, 1810

( 1962)

63 Ak 1 A. F. Akkerman, V. L. Kochetkov, V. N. Chekanov,

V« V. Suvorov, A. K. ShtoltsJ Zhur. Ekso. i Teoreto Fiz.

45, 1778 (1963); Soviet Phys. JETP 18, 1218 (1964)

6 3 An 1 D. W» Anderson, A. J. Bureau, B. C Cook, J. E.

Griffin, J. R. McConnell, K. H. Nybo; Phys. Rev. Letters

10, 250 (1963)

63 An 2 Y. P. Antoufiev, L. M. El-Nadi, D. A. E. Darwish,

0. E. Badawy, P. V. Sorokin; Nuclear Phys. 46, 1 (1963)

88
63 An 3 E. S. AnashkinaJ Zhur. E:csc i Teoret. Fiz. 45, 404 (1963)

Soviet Dhys. JET "> 18, 279 ( 1964)

63 Au 1 R. H. Augustson, N. N. Kaushal, W. R. Moyer, E. J. Winhold, P* F- Yergin; Helv. °hys. Acta 36, 816 ( 1963)

63 Ax 1 P. Axel, K. Min, N. Stein, D. C. Sutton; ^hys. Rev.

Letters 10, 299 (196 3)

63 Ba 1 W. C. Barber, J. Goldemberg, G« A. "eterson, Y. Torizuka;

Nuclear x,, hys. 41, 461 ( 1963)

63 Ba 2 C M. Bailey, D. R. Hebbard; Nuclear ^hys. 46,

529 (1963)

63 Ba 3 M. V. Ballariny; Notes de Fisica 10(No. 12), 205(1963)

63 Be 1 B. L. Berman, L. J. Koester, Jr., J. H. Smith; ^hys.

Rev. Letters 10, 527 (1963)

63 Be 2 M. Bernheim, G. R. BishorS °hys. Letters 5, 270 (1963)

63 Be 3 M. Bernheim, G. R. Bishor>; °hys. Letters 5, 294 ( 1963)

63 Be 4 W. Bertozzi, C Sargent, W. Turchinetz; °hys. Letters

6, 108 (1963)

63 Be 5 J. A. Becker, J. D. Fox; Nuclear !">hys. 42, 669 (1963)

63 Be 6 G. B. Beard, W. H. Kelly; Nuclear °hys. 43, 523 (1963)

63 Be 7 W. Bertozzi, ^. T. Demos, S. Kowalski, C« n . Sargent,

W. Turchinetz, R. Fullwood, J. Russell; °hys. Rev. Letters

10, 106 (1963)

63 Be 8 M. Bernheim, G. R. Bishop J. de °hysique 24, 970 (1963)

63 Bi 1 G« R. Bishop, M. Bernheim; r> hys. Letters 5, 140 ( 1963)

63 Bi 2 G. R. Bishoo, C. Betourne, D. B- IsabelleJ J- de

^hysique 24, 973 (1963)

63 Bi 3 G. E. Bizina, A. G. Beda, N. A. Burgov, A. V. DavydovJ

Zhur. Eksn. i Teoret. Fys. 45, .1 408 ( 1963); Soviet "'hys.

JET° 18, 97 3 (1964)

63 BI 1 D. Blum, °. Barreau, J. Bellicard; °hys. Letters 4,

109 (1963)

63 BI 2 J. P. Blanc, M« Lambert, C F. Perdrisat;

Helva Phys- Acta 36, 820 (1963)

63 Bo 1 L. N. Bolen, W. D. Whitehead; ^>hys. Rev. 132, 2251 ( 1963)

63 Bo 2 R. Bosch, J. Lang, R. Muller, W. Wolfli; Helva. '^hys.

Acta 36, 625 (1963)

63 Bo 3 n . Bounin, G. R. BishooJ J. de ^hysique 24, 974 (1963)

63 Bo 4 R. Bosch, J. Lang, R. Muller, W. WolfliJ Helva. nhys.

Acta 36, 657 ( 1963)

6 3 Bo 5 0. V. Bogdankevich, B. S. Dolbiikin, L. E. Lazareva,

F. A. Nikolaev; Zhur. Eksp. i Teoret- Fiz- 45, 882 (1963);

Soviet Phys. JETP 18, 606 (1964)

6 3 Bo 6 B. A. Bochagov, A. n . Komar, V. I. FadeevJ Atomnaya

Energiya 15, 19l(l963); Soviet Atomic Energy 15, 89l(l9fi3)

6 3 Br 1 R. L. Bramblett, J. T. Caldwell, G. F. Auchampaugh,

S. C FultzJ Phys- Rev- 129, 2723 ( 1963)

63 Bu 1 N. A. Burgov, G. V. Danilyan, D. S. Dolbiikin, L. E.

Lazareva, F. A. Nikolaev, Izv. Akad. Nauk. SSSR 27,

866 ( 1963)

63 Bu 2 Wo Buss, H. Waeffler, B. Ziegler; ^hys. Letters 4,

198 ( 1963)

63 Bu 3 N. A. Burgov, G. V. Danilyan, B. S. Dolbiikin, L. E.

Lazareva, F. A. Nikolaev; Zhur. Eksn. i Teoret. Fiz. 45,

1693 (1963)5 Soviet *>hys. JET*> 18, 1159 (1964)

89
63 Ca 1 J. T. Caldwell, R. R. Harvey, R. L. Bramblett, S. C

Fultz. °hys. Letters 6, 213 (1963)

63 Ch 1 P. R. Chagnon, A. TreadoJ Nuclear °hys. 40, 195 ( 1963)

63 Co 1 S. Costa, S. Ferroni, V. Wataghin, R. Malvano, Phys.

Letters 4, 303 ( 19 63)

63 Co 3 S. Costa, F. Ferrero, S. Ferroni, B. Minetti, C. Mollno,

R. Malvano; *»hys. Letters 6, 226 ( 1963)

63 Cv 1 F. Cvelbar, A. Hudoklin, M. V. Mihailovic, M. Najzer,

V. Ramsak; "hys. Letters 3, 364 (1963)

63 De 1 II • G. DeCarvalho, A. Manfredini, M. Muchnik, M. Severi,

R. Bosch, W. WolfliJ Nuovo Cimento 29, 463 ( 1963)

63 Fi 1 P. S. Fisher, D. F. Measday, F. A. Nikolaev, A.

Kalmykov, A. B. Clegg; Nuclear °hys. 45, 113 ( 1963)

6 3 Fi 2 E. Finckh, R. Kosiek, K. H. Lindenberger , U. Meyer—

Berkhout, N. Nucker, K. Schlupmann; ^hys. Letters 7, 271 (1963)

03 Fi 3 E. Finckh, R. Kosiek, K. Schlupmann; Naturwiss. 50,

326 (1963)

63 Fi 4 E. Finckh, R. Kosiek, K. H. Lindenberger, K. Maier, U«

Meyer—Berkhout , M. Schechter, J. Zimmerer; Z. nhysik

174, 3 37 (196 3)

63 FI 1 H. H. Fleischmann; Ann. ^hysik 12, 133 (1963)

63 FI 2 H. H. Fleischmann, F. W. StanekJ Z. ^>hysik 175, 172 ( 1963)

63 Fr 1 D. E. Frederick, "hys. Rev. 130, 1131 (1963)

63 Fr 2 E. Friedland, H. R. LemmerJ Z. "hysik 174, 507 (1963)

63 Fu 1 H. Fuchs, D. HaagJ Z. ^hysik 1 71 , 403 ( 1963)

63 Fu 2 H. FuchsJ Z. ^hysik 171 , 41.6 ( 1963)

6 3 Fu 3 B. Furubayashi, E. Teranishi, M. Kageyama; J. nhys.

Soc Jaoan 18, 1235 (1963)

63 Ga 1 N. H. Gale, N. Tubbs, N. Nath, A. T. G« Ferguson;

^hys. Letters 5, 345 (1963)

63 Ge 1 K. N. GellerJ Nuclear Dhys. 40, 177 (1963)

63 Ge 2 K. N. Geller; "hys. Rev. Letters 11, 371 (1962)

63 Go 2 A. N. Gorbunov, A. T. VarfolomeevJ "hys. Letters 5,

149 ( 1963)

63 Go 3 H. E. Gove; Nuclear °hys. 49, 279 (1963)

6 3 Go 4 J. Goldemberg, Y. Torizuka, W. C Barber, J. D. WaleckaJ

Nuclear "hys. 43, 242 (1963)

63 Go 5 S. Gorodetzky, W. Benenson, r>. Chevallier, D. Disdier,

F. ScheiblingJ °hys. Letters 6, 269 (1963)

6 3 Go 8 J. Goldemberg, E. W. Hamburger, A. SzilyJ An. Acad.

Brasil. Cienc 35, 169(1963)

63 Gr 1 G. M. Griffiths, M. Lai, C D. ScarfeJ Can. J. "hys.

41, 724 (1963)

63 He 1 D. F. Hebbard, G. M. Bailey; Nuclear nhys. 49, 666 (1963)

63 Ho 1 t>. Horvat, P. Kump, B. "ovhj Nuclear '"»hys. 45, 341 ( 1963)

63 Is 1 D. B. Isabelle, G. R. Bishop; Nuclear Phys. 45, 209 (1963)

63 Is 2 B. S. Ishkhanov, E. N. Kornienko, Yu. I. Sorokin, V.

G. Shevchenko, B. A. Yur'evJ Zhur. Eksr>. i Teoret. Fiz.

45, 38 (1963); Soviet "hys- JET" 18, 29 (1964)

6 3 Ka 1 D. K. Kaipov, R. B. Begzhanov, A. V. Kuz'minov, Yu. K. ShubnyiJ Zhur. Eksp. i Teoret. Fiz. 44, 181 (1963); Soviet

°hys. JETp 17, 1217 (1963)

63 Ka 2 T. Kaminishi, C KoiimaJ Jap. J. Appl. "hys. 2, 399(1963)

90
6 3 Ka 3 D. K. Kainov, Yu. K<> Shubnyi, Yu. Go Kosyak,

R. Bo Begzhanov; Zhur. Ekspo i Teoreto Fiz. 45, 443 (1963);

Soviet Physo JETP 18, 305 (1964)

63 Ke 1 Ho W. Kendall, J. Oeser; Physo Rev. 130, 245 (1963)

63 Ki 1 Y. So Kim, F. F. Liu, F. J. Loeffler, T. R. Palfrey

Phys. Rev. 129, 1362 (1963)

63 Ki 2 Mo Kimura, K. Shoda, N. Mutsuro, M. Sugawara, K. Abe,

K. Kageyama, Mo Mishina, A. Ono, T. Ishizuka, S. Mori,

N» Kawamura, To Nakagawa, E. TanakaJ J. Phys. Soc Jaoan

18, 477 (1963)

63 Ko 1 A. P. Komar, B. A. Bochagov, V. I. FadeevJ Dokl. Akad.

Nauk SSSR 152, 858 (1963); Soviet Phys. Doklady 8,

978 (1964)

63 Ko 2 I. KohnoJ J. Phys. Soc Japan 18, 1709 ( 1963)

63 Kr 1 M. Kregar, B. °ovh; Nuclear Phys. 43, 170 (1963)

63 Ku 1 L. A* Kul 'chitskii, Yu. M. VolkovJ Zhur. Eksn.

i Teoret. Fiz. 44, 1153 (1963); Soviet Phys. JETP 17,

780 (1963)

63 Ku 2 L. A. Kul 1 chitskii, Yu. M. Volkov, V. P. Denisov,

V. Io Orgurtsov; Izv. Akad. Nauk. SSSR 27, 1412(1963)

63 La 1 Mo Langevin, J. M. LoiseauxJ J. de Physique 24, 1027 (1963)

63 Le 1 Fo Ho Lewis, Jr. , J. D. Walecka, J. Goldemberg, W.

C. Barber, Phys. Rev. Letters 10, 493 (1963)

63 Lo 1 F. Jo Loeffler, T. R. Palfrey, Jro , T. 0. White, Jr.,

Phys. Rev. 131, 1844 (1963)

6 3 Lo 2 R. Lombard, Po Kossanyi, G» R. Bishor>; J. de Physique

24, 968 ( 1963)

63 Mc 1 J. Ac Mclntyre, G. K« TandonJ Phys. Letters 4, 117 (1963)

63 Mc 2 Go J. McCallumJ Can. J. Phys. 41, 923 (1963)

63 Mc 3 Wo J. McDonald, E. Buchholz, R. N. H. HaslamJ Can. J. Phys. 41, 180 (1963)

63 Me 1 F. R. Metzger, H. LanghoffJ Phys. Rev 132, 1753 (1963)

63 Mi 1 I. V. Mitchell, R. B. Taylor; Nuclear Phys. 44, 664 (1963)

63 Mi 2 Ko Min, L. N. Bolen, W. D. Whitehead; Phys. Rev. 132,

749 (1963)

63 Mi 3 K. Miyano, T. Kuroyanagi, Nuclear Phys. 49, 315 (1963)

63 Mi 4 C. Milone; Nuclear Phys. 47, 607 (1963)

63 Mi 5 0. M. Mo Mitchell, K. G. McNeill; Can. J. Phys. 41,

871 (1963)

63 Mo 1 Wo L. Mouton, J. P. F. Sellschon, G. Wiechers; Phys«

Rev. 129, 361 (1963)

63 Mu 1 K. M. Murray, W. L. BendelJ Physo Rev. 132, 1134 (1963)

6 3 Mu 2 N. Mutsuro, Ko Kageyama, M. Mishina, E. Tanaka, T. Aizawa,

M. KimuraJ J. Dhys. Soc Janan 18, 599 (1963)

63 Ne 1 B. M. K. Nefkens; Phys. Rev. Letters 10, 55 (1963)

63 Ne 2 B. M. K. NefkensJ Phys. Rev. Letters 10, 243 (1963)

63 Ng 1 H. Nguyen Ngoc, M. Hors, J. Perez y Jorba; Nuclear

Phys. 42, 62 (1963)

63 Ng 2 Ho Nguygen Ngoc, J. Perez y Jorba; Jo de Physique 24,

965 (1963)

63 Od 1 M. Odera, N. Yamamuro, J. Phys. Soc Japan 18, 325 (1963)

91
63 Os 1 R. M. OsokinaJ Zhur Eksp. i Teoreto Fiz. 44, 444 ( 1963)

Soviet Physo JETP 17, 303 (1963)

63 Pe 1 R. R. Perry, B. Mainsbr idge, J. Richards; Nuclear Phys.

45, 586 (1963)

6 3 Pe 2 K. A* Petrzhak, Ro Vo Sedletskii; Atomnaya Energiya 15,

308(1963); Soviet Atomic Energy 15, 1025(1963)

63 Pr 1 Fo Wo Prosser, Jr., R. W. Krone, J. J. Singh; Phys.

Rev. 129, 1716 (1963)

63 Pr 2 P. Ro Pruett; Phys» Rev. 129, 2583 (1963)

63 Re 1 No W. Reay, N. M. Hintz, L» L. Lee, Jr.,

Nuclear Phys. 44, 338 (1963)

63 Ri 1 V. RiechJ Phys. Letters 6, 267 (1963)

63 Ri 2 P« Rice-Evans; Proc Phys. Soc 82, 914 ( 1963)

63 Sa 1 K. SatoJ J. Phys. Soc. Jaoan 18, 1353 (1963)

63 Sc 1 Jo Ao Scheer, Ko Schluomann, F. Tr iantafy llidis; Phys.

Letters 7, 269 (1963)

63 Sc 3 H. Schmid, Wo Scholz; Z. Physik 175, 430 (1963)

63 Se 1 R. E. Segel, P. P. Singh, R. G. Alias, S. S. Hanna;

Phys. Rev. Letters 10, 345 (1963)

63 Sh 1 Vo G. Shevchenko, B. Ao Yur >ev, B. P. LevkinJ Zhur.

Ekso. i Teoret. Fiz. 44, 808 (1963); Soviet Phys. JETP 17,

547 (1963)

63 Sh 2 N. K. Sherman; Phys. Letters 4, 113 (1963)

63 Sh 3 N. K. Sherman; Phys. Letters 4, 138 (1963)

63 Sh 4 K. Shoda, B. N. Sung, N. Kawamura, M. Oyamada,

K. Abe, T. Ishizuka, M. KimuraJ Jo Phys» Soc Jaoan

18, 152 (1963)

63 Sh 5 Yu. K. Shubnyi; Zhur. Ekso. i Teoret. Fiz. 45, 460 (1963);

Soviet Phys. JETP 18, 316 (1964)

63 Si 1 L. Simons, K. E. Nysten, M. Koskelin, 0. Siltanen, E.

Spring, G. Wendt; Phys. Letters 3, 306 (1963)

63 Si 2 L. Simons, K. E. Nysten, E. Spring, L. Kald; II. Junger, P. Holmberg, I. Forsblom; Phys. Letters 7, 344

( 1963)

6 3 Sk 1 S. J. Skorka, R. Hubner, T. W. Retz-Schmidt , H. Wahl

Nuclear Phys. 47, 417 (1963)

63 So 1 E. Spring; Soc Sci. Fennica, Commentat iones Phys—Math.

28, 1 (1963)

63 St 1 R. F. Stiening, E. Loh, M. Deutsch; Phys. Rev.

Letters 10, 536 (1963)

63 Su 1 M. Sugawara, S. Mori, A. Qno, A. Hotta, M. KimuraJ

J. Phys. Soc Jaoan 18, 17 ( 1963)

6 3 Su 2 M. Suffert, G. Costa, D. Magnac-Valette; J. de

Physique 24, 1029 (1963)

63 Ti 1 P. A. Tipler, P. Axel, N. Stein, D. C. Sutton;

Phys. Rev. 129, 2096 (1963)

63 Va 1 V. J. Vanhuyse, G. T. Vanpraet ; Nuclear Phys. 43, 344 (1963)

63 Va 2 A. K. Val'ter, E. G. Kooanets, A. N. L vov, S. P.

Tsytko; Izv. Akado Nauk. SSSR 27, 232 (1963)

63 Va 3 V. J. Vanhuyse, G. J. Vanoraet; Nuclear Phys. 45,

602 (1963)

6 3 Va 4 V. J. Vanhuyse, G. J. Vanoraet, K. J. Van CamoJ Phys.

Letters 5, 89 (1963)

63 Va 5 A. K. Val'ter, E. G. Kooanets, A. N. L'vov, A. Stegner,

S. P. Tsytko; Izv. Akad. Nauk SSSR 27, 1419(1963)

92
63 Ve 1 63 Ve 2 63 Wa 1

6 3 Wa 2

63 Ya 1 63 Ya 2

63 Yo 1

6 3 Yo 2

63 Za 1

6 4 Al 1

64 Al 2

64 Al 3

64 Al 4

64 Am 1

64 At

64 Ar 2

64 Ba 1 64 Ba 2

64 Be 1

64 Be 2

64 Be 3

64 Be 4

64 Be 5

64 Be 6

64 Bi 1

A« Veres; Into J. Aool. Rad. Isotopes 14,123 (1963)

A. Veres; Acta "hys. Acad. Sci* Hungo 16, 261-273 (1963)

Jo Bo Warren, K. L. Erdnan, L. P. Robertson, D. A.

Axen, Jo R. MacDonald; Phys. Rev. 132, 1691 (1963)

Ho Do Warren, A. P. BatsonJ Nuclear Phys. 48, 361

( 1963)

N. Yamamuro; Jo Phys. Soc Japan 18, 11 (1963)

M. Yamanouchi; J» Physo Soc Japan 18, 638 (1963)

Co So Young, Do Jo Donahue; Phys. Rev. 132, 1724

( 1963)

F. Co Young, Jo Co Armstrong, Jo B. Marion; Nuclear

Physo 44, 486 (1963) (Errata: Nuclear Phys. 49, 695 (1963))

Go N. Zatseoina, V« V. Igonin, L. E. Lazareva, A. I. LenestkinJ Zhur. Ekspo i Teoreto Fiz« 44, 1787 ( 1963);

Soviet Phys. JETP 17, 1200 ( 1963)

F. Ro Allum, Go M. Crawley, B. M. Snicer; Nuclear Phys.

51, 177 (1964)

Ro Go Alias, So So Hanna, L> Meyer—Schutzmeister

,

R. Eo Segei; Nuclear Phys. 58, 122 (1964)

R. G. Alias, So So Hanna, Lo Meyer—Schutzmeister

,

Ro Eo Segel, P. P0 Singh, Zo VagerJ Phys. Rev. Letters 13,

628( 1964)

F. R. Allum, To W. Quirk, B. M. Soicer;

Austo Jo Phys. 17, 420(1964)

I. Amaldi, Jr. , Go Campos Venuti, Go Cortellessa,

C. Fronterotta, A. Reale, P. Salvadori, P. HillmanJ

Phys. Rev. Letters 13, 34l( 1964)

Bo Arad ( Huebschmann) , Go Ben—David (Davis ) , I. Pelah,

Y. Schlesinger; Phys» Rev. 133, B684 ( 1964)

H. Artus, G. Fricke, D. E. von Stein; Z. Physik 178,

109-112 ( 1964)

Jo E. E. Baglin, B. M. Soicer; Nuclear Phys. 54,549(1964)

Eo B. Bazhanov, A. P. Komar, A. V. Kulikovi Zhur. Eksp. i

Teoret. Fiz. 46, 1497 (1964); Soviet Phys. JETP 19,

1014 (1964)

Co Becchi, L. Meneghetti, M. Sanzone, S. VitaleJ Nuclear

Phys. 59, 375 (1964) C Becchi, G« Eo Manuzio, L. Meneghetti, S. VitaleJ Phys.

Letters 8, 322 (1964)

J. Bellicard, P. Barreau, D. BlumJ Nuclear Phys.

60, 319 (1964)

Ro Bo Begzhanov, A. A. Islamov; Zhur. Eksp» i Teoret. Fiz.

46, 1486 (1964); Soviet Phys. JETP 19, 1005 (1964)

Bo Lo Berman, L« J» Koester, Jro , J. H. Smith;

Phys. Rev. 133, B117 (1964)

G. B. Beard; Phys« Rev. 135, B577-580 (1964)

G. Ro Bishop, Mo Bernheim, P. Kossanyi DemayJ Nuclear

Phys. 54, 353 (1964)

93
64 Bi 2 Go R. Bishon, D. B. Isabelle, Co BetourneJ Nuclear Phys.

54, 97 (1964)

64 Bi 3 Go Ro Bishop, Co Betourne, D. B» Isabelle; Nuclear Physo

53, 366 (1964)

64 Bi 4 G. Ro Bishop, M. Bernheim; Physo Letters 8, 48 (1964)

64 BI 1 J. Lo Black, G« A« Jones, P. B. TreacyJ Nuclear Physo

54, 689 ( 1964)

64 BI 2 Jo L. Black, N. W. Tanner; Phys. Letters 11, 135 (1964)

64 Bo 1 E» C Booth, B. Chasan, Ko A. Wright; Nuclear Phys. 57,

403 (1964)

64 Bo 2 R. Bosch, J. Lang, R. Muller, W. Wolfli; Phys. Letters

8, 120 (1964)

64 Bo 3 Co Do Bowman, G» Fo Auchampaugh, So Co FultzJ Physo Rev.

133, B676 (1964)

64 Br 1 R. L. Bramblett, J. T. Caldwell, R. R. Harvey,

S. C FultzJ Phys. Rev. 133, B869 (1964)

64 Co 1 E. Go Corman, R. W. Jewell, W. John, J. E. Sherwood,

D. White; Phys. Letters 10, 116 ( 1964)

64 Co 2 S. Costa, F. Ferroni, S. Ferroni, C Molino, R. MalvanoJ

Phys. Letters 11, 324 (1964)

64 Cr 1 H. L. Crannell, T. A. GriffyJ Phys. Rev. 136,

B1580-1584 (1964)

64 De 1 A. DeMarco, R. Garfagnini, G. PiraginoJ Phys. Letters 10,

213 (1964)

64 De 2 Vo P. Denisov, A. V. Kulikov, L. A. Kul 1 chitskii; Zhur.

Eksp. i Teoret. Fiz 46, 1488 (1964); Soviet Phys. JETP

19, 1007 ( 1964)

6 4 De 3 W. Del Bianco, W. E. Stephens, J. WizaJ

Phys. Rev. 136, B418(l964)

64 Do 1 Mo M. Dorosh, A. M. Parlag, V. A. Shkoda Ulyanov,

L. Ao Shabalina; Zhur. Eksp. i Teoret. Fiz. 46, 1540 (1964);

Soviet Phys. JETP 19, 1042 (1964)

64 Du 1 I. I. Dushkov, B. S. Ishkhanov, I. Mo Kaitonov,

B. A. Yur'ev, V. G. ShevchenkoJ Phys. Letters 10, 310 (1964)

64 E,j 1 H. Ejiri, Y. Nakjima, K. Horie, S. Matsumoto, Y. Nogami;

Nuclear Physo 51, 470 (1964)

64 Er 1 F. C Erne, C Van der Leun; Nuclear Phys. 52, 515 (1964)

64 Er 2 R. Ao EramzhyanJ Izv» Akad. Nauk. ?er. Fiz., 28,

1181-1184 (1964)

64 Fi 1 F. W. K. Firk; Nuclear Phys. 52, 437 (1964)

64 Fo 1 B. Forkman, W. StieflerJ Nuclear Phys. 56, 604 (1964)

64 Fu 1 S. C Fultz, R. L. Bramblett, J. T. Caldwell,

R. Ro Harvey; Phys. Rev. 133, B1149 (1964)

64 Ge 1 R. W. Gellie, K. H. LokanJ Nuclear Phys. 60, 343 (1964)

64 Gi 1 Mo Giannini, P. Oliva, D. Prosperi, S. Sciuti; Nuovo

Cimento 34, 1116 (1964)

64 Gl 1 Yu. Ya. Glazunov, M. V. Savin, I. N. Safina, E. F.

Fomushkin, Yu. A. KhokhlovJ Zhur. Eksp. i Teoret. Fiz. 46,

1906 (1964)5 Soviet Phys. JETP 19, 1284 ( 1964)

64 Go 1 A. N. Gorbunov, A. T. VarfolomeevJ Phys. Letters 11,

137 ( 1964)

64 Go 2 J. Goldemberg, W. C Barber; Phys. Rev. 134, B963 (1964)

64 Go 3 J. Goldemberg, W. C Barber, F. H. Lewis, Jr., J. W.

Walepka; Phys. Rev. 134, B1022 (1964)

9U
64 Gr 1

64 Gr 2

64 Gu 1 64 Ha 1

64 Ha 2

64 Ho 1

64 Im 1

64 Is 1

64 Is 2

64 Ko 1

64 Ko 2

64 Ko 3

64 Ko 4

64 La 1

64 La 2 64 La 3

64 La 4

64 Li 1 64 Lo 1

64 Lo 2

64 Ma 1

64 Me 1

64 Mi 1 64 Mu 1

64 Ne 1 64 Pa 1 64 Ph 1 64 Ra 1 64 Ra 2

64 Ra 3

64 Ri 1

64 Sc 1

G. Ho Greenberg, Jo P. Roalsvig, R. N« Ho HaslamJ

Can. J. Phys. 42, 731-761 (1964)

Lo Green, D. J. Donahue; Phys. Rev. 135, B701-705 (1964)

F» Gudden; Phys. Letters 10, 313 (1964)

J. Co Hafele, Fo W. Bingham, Jo So Allen;

Phys. Rev. 135, B365-370 (1964)

R. R. Harvey, J. T. Caldwell, R. L. Bramblett,

So C Fultz; Phys. Rev. 136, B126-131 (1964)

Mo Hors, Ho Nguyen Ngoc, J. Perez y JorbaJ Phys. Letters 9,

40 (1964)

W. L. Imhof , Fo Jo Vaughn, L. F. Chase, Jr.,

H. A. Grench, M. Walt; Nuclear Phys. 59, 81 (1964)

B. So Ishkanov, I. M. Kapitonov, V« G. Shevchenko,

B. A. Yur'evJ Phys. Letters 9, 162 (1964)

Bo So Ishkhanov, I. Mo Kapitonov, E. No Kornienko, V. Go

Shevchenko, B. A. Yur'evJ Zhur. Eksn. i Teoret. Fiz. 46, 1486

(1964); Soviet Phys. JETP 19, 1003 (1964)

R. Kosiek, K. Maier, K. Schlupmann; Phys. Letters 9,

260 ( 1964)

R. Kosiek, K» Schlupmann, H. W. Siebert, R. Wendling;

Z. Physik 179, 9 (1964)

R. Kosiek; Z. Physik 179, 544-555 (1964)

A. P. Koraar, E. Do Makhnovskii; Doklo Akad. Nauk. SSSR

156, 774-777(1964); Soviet Phys. Doklady 9, 463-465 (1964)

Mo Langevin, Jo M. Loiseaux, J. M. MaisonJ Nuclear Phys.

54, 114 ( 1964)

J. D. Larson, R. H. Spear; Nuclear Phys. 56, 497 (1964)

H. Langhoff; Phys. Rev 135,B1~B8 ( 1964)

H. Langhoff; Phys. Rev. 136,B1590-93 (1964)

F. F. LiuJ Phys. Letters 11, 306 (1964)

Ro Lombard, P. Kossanyi Demay, G. R. Bishop; Nuclear Phys.

59, 398 ( 1964)

Ko Ho Lokan, G. R. Hogg, P. H. Cannington, R. J. Stewart;

Phys. Letters 11, 73 (1964)

S. Matsumoto, H. Yamashita, T. Kamae, Y. Nogami; Phys.

Letters 12, 49 (1964)

F. R. Metzger; Physo Rev. 136, B374-379 (1964)

I. V. Mitchell, T. R. Ophei; Nuclear Phys. 58, 529 (1964)

So Fo Mughabghab, W. E. Stephens; Phys. Rev. 133,

B660 (1964)

B. M. K. Nefkens, G. Moscati; Phys. Rev. 133, B17 (1964)

J. C Palathingai; Phys. Rev. 136, B1553-56 (1964)

W. Ro Phillips; Nuclear Phys. 60, 544 (1964)

F. Rauch, E. Rossle; Phys. Letters 12, 217 (1964)

B. S. Ratner; Zhur. Eksp. i Teoret. Fiz. 46, 1480 (1964);

Soviet Phys. JETP 19, 1000 (1964)

B. S. RatnerJ Zhur. Ekspo i Teoret. Fiz. 46, 1157 (1964);

Soviet Phys. JETP 19, 783 (1964)

L. B. Rice, L. N. Bolen, W. D. Whitehead; Phys. Rev. 134,

B557 (1964)

J. A. Scheer, K. Schlupmann, F» Tr iantafyllidisj Nuclear

Phys. 56, 113 ( 1964)

95
64 Sc 2 Do J. Schlueter, R. Wo Krone, F. Wo Prosser, Jr.; Nuclear

Phys. 58, 254 ( 1964)

64 Sc 3 Ko Schlupmann, R. Wendling; Naturwissenschaf ten 16, 380( 1964)

64 Sh 1 N« K. Sherman, P. BarreauJ Physo Letters 9, 151 (1964)

64 Sh 2 A. Kh. Shardanov, Vo G. Shevchenko, B. A. Yur'evJ Izv.

Akad. Nauk SSSR 28, 60 (1964)

64 Sh 3 J. Shannon, W. E. Stephens, J. S. O'Conneli; Phys. Rev.

134, B113 (1964)

64 Sh 4 Y. Mo Shin, W. E. Stephens; Physo Rev. 136, 660-663 (1964)

64 Si 1 L. Simons, E. Spring, L. Kald, H» Jungner, P. Holmberg,

I. Forsblom; Acta Polytecho Scand. , Phys. Nucl. Ser.

No* 29, 1-19 (1964)

64 Sm 1 P» Jo M. Smulders; Physica 30, 1197-1207 (1964)

64 Sw 1 C. Po Swann; Physo Rev. 136, B1355-59 (1964)

64 Ta 1 No Wo Tanner, G. C Thomas, E. D. Earle; Nuclear Phys.

52, 29 (1964)

64 Ta 2 No W. Tanner, Go C. Thomas, E. D. EarleJ Nuclear Phys.

52, 45 ( 1964)

64 Ta 3 G. Go Taran, Ao No GorbunovJ Zhur. Ekso. i Teoret. Fiz.

46, 1492 (1964); Soviet Phys. JETP 19, 1010 (1964)

64 Ta 4 N. W. Tanner, E. Do Earle; Phys. Rev. Letters 13,410(1964)

64 Te 1 G. Tessler, W. E. SteohensJ Phys. Rev 135, B129-136( 1964)

64 To 1 M. Eo Toms; Nuclear Physo 50, 561 (1964)

64 To 2 M. E. Toms; Nuclear Phys. 54, 625 (1964)

64 Tu 1 P. M. Tutakin; Zhur. Eksp. i Teoret. Fiz. 46, 10 (1964);

Soviet Phys. JETP 19, 7 ( 1964)

64 Ul 1 Ho Ullrich; Phys. Letters 12, 114 (1964)

64 Ul 2 H. Ullrich; Z. Physik 177, 514-528 (1964)

64 Va 1 A. K. Val'ter, E. G. Kooanets, A. N. L' vov, S. P. TsytkoJ

Izv. Akad. Nauk. SSSR, Ser. Fiz., 28, 271(1964)

64 Va 2 A. K. Val'ter, E. G. Konanets, A. N. L'vov,S. P. TsytkoJ

Izv. Akad. Nauko SSSR, Ser. Fiz., 28, 268(1964)

64 We 1 J. A. Weinman, L. Meyer—Schutzmeister, L. L. Lee, Jr.;

Phys. Rev. 133, B590 (1964)

64 Ye 1 P. Fo Yergen, Ro H. Augustson, N. N. Kaushal,

Ho Ao Medicus, Wo R. Moyer, E. J. Winhold; Phys. Rev.

Letters 12, 733(1964)

96

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