Photonuclear Data Index

January 1965 through April 1967

United States Department of Commerce

National Bureau of Standards

Miscellaneous Publication 277—Supplement 1
THE NATIONAL BUREAU OF STANDARDS

The National Bureau of Standards1 provides measurement and technical information services

essential to the efficiency and effectiveness of the work of the Nation's scientists and engineers. The

Bureau serves also as a focal point in the Federal Government for assuring maximum application of

the physical and engineering sciences to the advancement of technology in industry and commerce. To

accomplish this mission, the Bureau is organized into three institutes covering broad program areas of research and services: THE INSTITUTE FOR BASIC STANDARDS . . . provides the central basis within the United

States for a complete and consistent system of physical measurements, coordinates that system with the measurement systems of other nations, and furnishes essential services leading to accurate and uniform

physical measurements throughout the Nation's scientific community, industry, and commerce. This

Institute comprises a series of divisions, each serving a classical subject matter area: —Applied Mathematics—Electricity—Metrology—Mechanics—Heat—Atomic Physics—Physical

Chemistry—Radiation Physics—Laboratory Astrophysics2—Radio Standards Laboratory,2 which

includes Radio Standards Physics and Radio Standards Engineering—Office of Standard Refer- ence Data. THE INSTITUTE FOR MATERIALS RESEARCH . . . conducts materials research and provides

associated materials services including mainly reference materials and data on the properties of materials. Beyond its direct interest to the Nation's scientists and engineers, this Institute yields services which are essential to the advancement of technology in industry and commerce. This Institute is or- ganized primarily by technical fields: —Analytical Chemistry—Metallurgy—Reactor Radiations—Polymers—Inorganic Materials—Cryogenics2—Office of Standard Reference Materials. THE INSTITUTE FOR APPLIED TECHNOLOGY . . . provides technical services to promote the use of available technology and to facilitate technological innovation in industry and government. The

principal elements of this Institute are: —Building Research—Electronic Instrumentation—Technical Analysis—Center for Computer Sci- ences and Technology—Textile and Apparel Technology Center—Office of Weights and Measures

—Office of Engineering Standards Services—Office of Invention and Innovation—Office of Vehicle

Systems Research—Clearinghouse for Federal Scientific and Technical Information 3—Materials

Evaluation Laboratory—NBS/GSA Testing Laboratory.

1 20234

qUarterS Laborat0ries at GaithersburS. Maryland, unless otherwise noted; mailing address Washington, D. C,

2 Located at Boulder, Colorado, 80302.

3 Located at 5285 Port Royal Road, Springfield, Virginia 22151.
UNITED STATES DEPARTMENT OF COMMERCE • Alexander B. Trowbridge, Secretary

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

Photonuclear Data Index

January 1965 through April 1967

Prepared by

Photonuclear Data Group

Institute for Basic Standards

National Bureau of Standards

Washington, D.C.

National Bureau of Standards Miscellaneous Publication 277

Supplement 1

Issued October 1967

For sale by the Superintendent of Documents, U.S. Government Printing Office, Washington, D.C, 20402 - Price 45 cents
Photonuclear Data Group

T. M. Collins, E. G. Fuller,

J. D. Murphy, and J. S. O'Connell
Foreword

A Photonuclear Data Center is being operated in the Radiation Physics Division of the NBS Institute for Basic Standards with the support

of the NBS Office of Standard Reference Data0 The objective of the

Center 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 fieldo

This publication is the first in a series of supplements to the

Photonuclear Data Index (NBS Miscellaneous Publication 277), which the

Center issued in April 1966 0 It essentially covers data published in

the field of photonuclear reactions in the period from January 1, 1965

through the middle of April 1967. It is expected that additional cumulative supplements will be issued approximately every one and a half to

two years 0 Future publications of the Center will contain critically

evaluated data and will be included in the National Standard Reference

Data Series 0

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)o This System is a Governmentwide effort to give the American technical community optimum access to

the quantitative data of physical science, critically evaluated and

compiled 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* Vo Astin, Director*

III
Contents

Page

Foreword --------------------------

1. Introduction ------------------------

2. Scope of the Data Index ------------------

3. Description of the Index ------------------

4. Description of Entries -------------------

4.1. Reference Number (REF) ---------------

4.2. Nucleus Excited (NUCLIDE)

4.3. Reaction ----------------------

4.4. Type of Information (RES) ______ _ 4.5. Excitation Energy Range (EXCIT)

4.6. Source Type and Energy Range (SOURCE) -------

4.7. Detector Type, Energy, and Angular Range ( DETECTOR)

4.8. Remarks ----------------------

5. References - -- -- -- -- -- -- -- -- -- -- -- --

6. Data Index -------------------------

7. Bibliography ------------------------

IV
PHOTONUCLEAR DATA INDEX

Supplement 1 (1967)

Photonuclear Data Project*

Radiation Physics Division

National Bureau of Standards, Washington, D. C.

This index, a supplement to NBS Miscellaneous

Publication 277, primarily covers data published in

the period dated January 1, 1965 through the middle

of April 1967. 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.

Key Words: Bibliography, Data Index, Elements,

Isotopes, Nuclear Physics, Photonuclear

Reactions

.

1. 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 corresponds 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 complete

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

*Participants in the photonuclear data project: T. M. Collins, E. G.

Fuller, J. D. Murphy, and J. S. O'Connell.

1
of reactions are: (y>Y) » (Y» n) » (Y»P) » (P»Yo)» and ( e > e ')- 1^° reactions 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,y0) . The energy region of interest is from 0 to about 150 MeV. Most

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

30 MeV, the region of the giant dipole resonance.

2. Scope of the Data Index

This supplement covers experimental data published in the period

from January 1, 1965 through April 1967. In addition, it contains the

complete index entry for all the items marked with an asterisk in the

original Photonuclear Data Index NBS Miscellaneous Publication 277. In

the original index, these entries had been made on the basis of the abstracts of the papers only, not a complete reading of the paper. In

preparing this supplement, nine journals were searched, issue by issue.

These were: Journal of Experimental and Theoretical Physics (JETP)

,

Journal of Experimental and Theoretical Physics (JETP Letters) , Journal

of Nuclear Physics-USSR (Sov. J. Nucl. Phys.), Physics Letters, Nuclear

Physics, II Nuovo Cimento, Physical Review, Physical Review Letters, and

Zeitschrift fur Physik (Z. Physik) . Nuclear Science Abstracts was used

to find papers in other journals.

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.

3. 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 Fuller^. 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. If. E.

Mattauch, W. Thiele, and A. H. Wapstra^. The values given in reference 2 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.

In the index itself eight categories are used to describe a given

paper. These are: Reference Number; Nucleus Excited; Reaction; Type

of Information; Excitation Energy Range; Source Type and Energy Range;

Detector Type; Energy and Angular Range; and Remarks.

For each element, entries are grouped under six reaction classes.

These are: total absorption cross sections; elastic and inelastic photon

scattering; inelastic electron scattering, including coincidence experi2
ments with outgoing reaction products; reactions where a neutron is

detected, i.e. (v,n) , (v,xn) , ( T

,np) , etc.; reactions where protons are detected; reactions where particles of mass greater than one or multiple

particles are emitted; inverse capture reactions; and photof ission.

4. Description of Entries

4.1. 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 63Gal.

4.2. 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. In

general, it was assumed that the mass number was unambiguous if in the

target the abundance of a single isotope was >971.

4.3. 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/ inelastically scattered electron

E+ positron

F fission

G photon

G/ inelastically scattered photon

3

He3 He

MU-T total photon absorption

N neutron

3
p proton

T triton

XN all neutrons

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 inelastically scattered electron and proton were detected in coincidence in a reaction of

the type: A + e_^ (A - 1) +e + p, while E, P means that only the proton

was detected.

4.4. Type of Information (RES)

The following catalog of abbreviations applies to the type of result

obtained in an experiment

:

ABI absolute integrated cross section d a t a

ABX absolute cress-section data

ABY absolute yield data

FMF form factor

LFT excitated state lifetime

NOX no cross-section data

RLI relative integrated cross-section data

RLX relative cross-section data

RLY relative yield data

SPC particle energy spectrum

fcJdE

4.5. Excitation Energy Range (EXCIT)

The excitation energy range of the nucleus involved in the gamma-ray

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.
4.6. 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.

4.7. 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 BF„ 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 BF^

counter, e^g., ghodium foil, Szilard-Chalmers

reaction, He, Li reactions

NAI Nal(Tl) 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

T0F time-of-f light detector

5
The symbols D or I under TYPE mean that the reaction product was detected differentially or integrally in energy. For example, a scintillator (SCI) is usually used differentially (D) while a BF 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)

4PI a 4rr geometry was used or a method like radioactivity

or a total absorption measurement

OST an angular distribution was measured

4.8. Remarks

This additional information was selected in a fairly unsystematic

way and limited by the available space. It should therefore not be re- garded as exhaustive or consistent.

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

G-WIDTH r , gamma-ray transition width

J-PI spin and parity assignments of levels are made

POL polarization

2 Q-SQUARE momentum transfer squared (q )

REL relative

SEP ISOTPS separated isotope used

5. References

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

National Academy of Sciences, National Research Council, Washington,

D. C.

2. J. H.E. Mattauch, W. Thiele, and A. H. Wapstra, Nuclear Phys . 6_7,

32 (1965) .

6
A ABUND.

G,N G,P

1 99.99 * *

2 1.5(-2) 2.2 2.2

3 * 6.3 8.5

HYDROGEN Z=l

SEPARATION ENERGIES (MEV)

G,T G,HE3 G,A

* * * * * *

* * *

G,2N G,NP G,2P

* * *

* * * 8.5 8.5 *

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

550X1 1H 1 G,G ABX on no TEL-D 20- DST

61BA3 1H 1 G ,G ?A7 ^4 / r?60 TEL-D DST

61PE2 1H 2 E,E/ ABX 0- 12 D 41 MAG-D DST

65B01 1H 2 E,E/P ABX 0-100 D350 MAG-D250- 350 60,90

66G01 1H 2 E,E/ AnA u— D MAG-D 48- 70 180

66GR2 1H 2 E,E/ A "D V AJ5A U— ou D219-447 MAG-D DST

66HU1 1H 2 E,E/ FMF U— /U D146-475 MAG-D Dct DDI. 67RA1 1H 2 E,E/ Ada u— o D250-370 MAG-D 180

66HU2 1H 3 E,E/ FMF 0-160 D250-370 MAG-D130--360 DST

57BA1 1H 2 G,N ABY 30-260 C120-260 THR-I 21 DST REL YLDS D TO C

64BE8 1H 2 $G,N NOX THR- 32 C 32 SCI-D DST

NEUT ASYMM 65JE1 1H 2 $G,N NUA L— J D 3 BF3-I DST POL

67BA1 1H 2 $G,N NOX 200-400 C 1GEV TEL-D 90

1Xrlu oJ C N nDA 6- 11 D 6- 11 BF3-I DST

56DI1 1H 2 G,P ABX 136-293 C342 TEL-D 40--230 DST

57AL1 1H 2 G,P ABX 50-150 C170,264 TEL-D 20-- 75 DST

58TA2 1H 2 G,P ABX 146-238 C146-238 TEL-D 51--166 DST

65LI1 1H 2 $G,P NOX 75-250 C 75-250 MAG-D DST POL PHOTON

66K02 1H 3 G,P SPC THR- 33 C 33 TEL-D 4-- 14 90

66K02 1H 3 G,D ABX THR- 33 C 33 TEL-D 4 - 9 90

66GR1 1H 2 N,G SPC 2 D THM SCD-D

4PI

BINDING ENERGY

61CE2 1H 3 N,G ABX 16 D 14 TEL-D

65AJ1 1H 4 N,G ABX 11 D 14 SCD-D 0 UPPER LIMIT ABX

7
HELIUM Z=2

A ABUND.(l) SEPARATION ENERGIES (MEV)

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

3 1.4(-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

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG

7 A TYPE MIN- MAX

66HU2 2HE3 E,E/ ABX 0-150 D250-670 MAG-D130- 360 DST

67FR1 2HE3 E,E/ ABX 0- 17 D200 MAG-D 60

65FR1 2HE4 E,E/ ABX 0- 30 D200 MAG-D160- 175 DST

64G04 2HE3 G,N ABX 5-170 C170 CCH-D DST

65FE1 2HE3 G,N ABX THR-170 C170 DST

66GE1 2HE3 G,N ABX THR- 30 CTHR- 30 D r J— J. 4PI

66VA3 2HE3 G,N ABX THR-170 C170 CCH-D 4PI

58BA3 2HE4 G,NP RLX 150-280 C280 TEL-D 60- 180 DST

66FE1 2HE4 G,N ABX 20-80 C 20-80 ur j— JL 4PI

64G04 2HE3 G,P ABX 5-170 C170 DST

65FE1 2HE3 G,P ABX THR-170 C L70 <L-<L>tt U DST

65ST1 2HE3 G,2P SPC 9- 40 C 40 cm n 1— R0 90

UJ V fYJ. Cvj 9P j C r ABY THP_1 7 n rm— L.\_.n ~uu Dal

65VA1 2HE3 G,PD ABX THR-170 C170 CCH-D DST

66VA3 2HE3 G,P ABX THR-170 C170 CCH-D 4PI

60RE2 2HE4 G,XP NOX THR- 3 30 C330 CCH-D 4PI

65AR1 2HE4 G,P ABX THR-999 C999 CCH-D 4PI

65AS1 2HE4 G,XP ABX 78-300 0250,300 TEL-D 58- 128 DST

65CL1 2HE4 G,P ABX 24- 56 C 40- 60 SCD-D 3- 10 90

67BU1 2HE4 G,P RLY THR- 54 C 44,54 ACT1

4PI

65ST1 2HE3 G,D ABX 9- 46 C 40,55 SCD-D 90

65AR1 2HE4 G,D kBi THR-999 C999 . CCH-D 4PI

65AS1 2HE4 G,2D ABX 24-300 C250,300 TEL-D DST

55GR1 2HE3 P,G ABX 5- 8 D 0- 2 NAI-D 4- 8 DST

62GR1 2HE3 P,G ABX 5- 7 D 0- 2 NAI-D 2- 7 DST

66BA2 2HE3 P,G ABX 110 D156 SCI-D 83- 122 DST

66W01 2HE3 P,G ABX 7- 14 D 2- 12 NAI-D 5- 20 DST

67GE1 2HE3 P,G ABX 7- 9 D 2- 4 NAI-D 90

65SC1 2HE4 P,G ABX 20- 23 D 0- 4 NAI-D 20- 24 0

REMARKS
LITHIUM Z=3

ABUND. (1)

G,N

7.42 5.7

92.58 7.3

SEPARATION ENERGIES (MEV)

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

4.7 15.8 15.8 1.5 * 3.7 28.7

10.0 2.5 28.3 2.5 12.9 12.0 29.1

(1) ABUNDANCE DEPENDS ON SOURCE

REF NUCLIDE REACTION RES

Z A IN, OUT

EXCIT SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

REMARKS

58BE3 3LI7 G,G LFT 1 C 1 NAI-D 120

64CH1 3LI6 E,P ABX D 1GEV MAG-D110-450 DST

65CH1 3LI7 E,E/ ABX 1 D 2- 4 MAG-D 2- 3 162

58BA3 3LI G,NP RLX 150- 280 C280 TEL-D 60-180 DST

65BA2 3LI6 G,XN ABX THR- 60 C 5- 60 BF3-I 4PI

65BE1 3LI6 G,XN ABX 6- 32 D 6- 32 BF3-I 4PI

65HA1 3LI6 G,XN ABX THR- 30 C 6- 30 BF3-I 4PI

66C05 3LI6 G,N ABX 5- 97 C 5- 97 BF3-I 4PI

66PA1 3LI6 G,N SPC THR- 30 C 30 EMU-D 0- 17 90

65HA1 3LI7 G,XN ABX THR- 30 C 6- 30 BF3-I 4PI

65WA1 3LI7 G,XN SPC THR- 25 C 25 EMU-D 2- 13 90

67BA2 3LI7 G,N ABX THR- 50 C 7- 50 BF3-I 4PI

66MA1 3LI G,P SPC 10- 28 C 32 TEL-D 4- 16 90

60KO5 3LI6 G,P SPC 6- 28 C 28 EMU-D 1- 20 60

65BA2 3LI6 G,XP RLY THR- 30 C 20, 28 EMU-D 1- 18 DST

65MA5 3LI6 G,P SPC THR- 31 C 31 SCD-D 3- 90

65AR2 3LI7 G,2P ABY THR-1GEV D 1GEV ACT1

4PI

66MA1 3LI G,D SPC 10- 28 C 32 TEL-D 4- 16 90

66MA1 3LI G,T ABX 10- 28 C 32 TEL-D 4- 16 90

59 DAI 3LI6 G,D ABX 2, 3 D 2, 3 ION-D 4PI

65BA2 3LI6 G,T ABX 19- 25 C 35 EMU-D 1- 10 DST

65DA1 3LI6 G,D ABY THR- 4 C 4 SCD-D 90

65MA5 3LI6 G,D SPC THR- 31 C 31 SCD-D 3- 90

65MA5 3LI6 G,T SPC THR- 31 c 31 SCD-D 3- 90

66SH1 3LI6 G,T ABX 19- 24 c 40 SCD-D 1- 13 90

55MI1 3LI7 G,T ABX 6- 21 c 10,21 EMU-D 4PI

61SH6 3LI7 G,T ABX 5- 9 c 10 EMU-D 1- 4 DST

65DA1 3LI7 G,T ABY THR- 4 c 4 SCD-D 90

9
BERYLLIUM Z=4

A ABUND. SEPARATION ENERGIES (MEV)

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

9 100.00 1.7 16.9 17.7 21.2 2.5 20.6 18.9 *

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG

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

65WY1 4BE9 G,MU-T ABX 10- 35 C 90 cpt ot^l—nu 4PI

64L03 4BE9 G,G ABX 10- 30 c 10- 30 NAI-D 10- 30 140

j j on. J Arfq F N ARV THR- 36 D 10- 36 Br j— X. A T3 T 66CL1 4BE9 E,E/ LFT 14- 17 D 40- 60 MAr'—ri riAij—u jo- 40 DST

55BA5 4BE9 G,XN ABY 30- 200 C150- 250 THP_ T I tltv— J. in DST

64AL5 4BE9 G,XN NOX THR- 34 C 34 THR-I 6- DST

64K05 4BE9 G,N RLY 15- 32 c 35 MAG-D 4- 20 DST

65C02 4BE9 G,XN ABI ft- u ok) c 6- 80 RTTI T Dr J— 1 4PI

66rn£ Co Ttf j IN ART 6- 80 c 6- 80 or J— J. 4rl

66DE3 4BE9 G,N SPC THR- 85 c 85 ecu n n_u— 15 135

66TH1 4BE9 G,N SPC THR- 17 c 17 o^l—u 12 90

57CH1 4BE9 G,XP SPC THR- 84 c 68,84 EMU-D 20- 50 DST

59CH1 4BE9 G,XP RLY THR- 80 c 90 TEL-D 15- 60 DST

64K05 4BE9 G,P ABX 1±jS — c 35 map n ix— 1 c 1j DST

UU UEjXJ ARFQ AJ5A A R Y THR- 50 c 20- 50 ACT1

/tit 4PI

66DE6 4BE9 G,P ABX THR- 50 c 20- 50 TEL-D 3- 11 90

66 V01 4BE9 G,P ABX THR- 81 c 21- 81 TEL-D 3- 5 90

59CH1 4BE9 G,XD RLY THR- 80 c 90 TEL-D 15- 60 DST

64K05 4BE9 G,D RLY 15- 32 c 35 MAG-D 4- 14 DST

66DE6 4BE9 G,D ABX THR- 50 c 20- 50 TEL-D 4- 10 90

66DE6 4BE9 G,T ABX THR- 50 c 20- 50 TEL-D 4- 11 90

66 V01 4BE9 G,D ABX THR- 81 c 21- 81 TEL-D 3- 6 90

66 V01 4BE9 G,T ABX THR- 81 c 21- 81 TEL-D 4- 7 90

65LA1 4BE7 P,G ABX 160 D155 SCD-D 0- 30 DST

REMARKS

P YLD

D TO P YLD

10
BORON Z=5

A ABUND.(l)

G,N

10 19.61 8.4

11 80.39 11.5

(1) ABUNDANCE DEPENDS ON SOURCE

SEPARATION ENERGIES (MEV)

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

6.6 18.7 17.8 4.5 27.0 8.3 23.5

11.2 11.2 27.2 8.7 19.9 18.1 30.9

REF NUCLIDE REACTION RES EXCIT

Z A IN, OUT

SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

REMARKS

64L03 5B 10 G,G ABX 10- 30 C 10- 30 NAI-D

64L03 5B 11 G,G A TO V Ada 10- 30 C 10- 30 NAI-D

65KE1 5B 11 G,G LFT 2 C 5 NAI-D

65FR2 5B 10 E,E/ FMF 6 D100-220 MAG-D

65SP1 5B 10 E,E/ FMF 7 D 55 MAG-D

66 KOI 5B 10 E,E/ ABX 0- 18 D 50,60 MAG-D

66SP1 5B 10 E,E/ ABX 7 D 32- 57 MAG-D

64BR2 5B 11 E,E/ SPC 0- 10 D 54 MAG-D

66K01 5B 11 E,E/ ABX 0- 19 D 50,60 MAG-D

66RI1 5B 11 E,E/ FMF 2,4 D MAG-D

66SP1 5B 11 E,E/ ABX 2- 9 D 32- 57 MAG-D

67SP1 5B 11 E,E/ FMF 4,5 D 35- 57 MAG-D

65HA1 5B 10 G,XN ABX THR- 30 C 6- 30 BF3-I

65HA1 5B 11 G,XN ABX THR- 30 C 6- 30 BF3-I

66NE1 5B 11 G,3P ABY 45- 250 C250 ACT1

66PA4 5B 8 P,G ABX 1- 2 D 1- 2 SCD-D

65PA1 5B 10 HE3,G ABX 18- 19 D 0- 3 NAI-D

66F02 5B 10 A,G SPC 5- 7 D 1- 3 NAI-D

61KN1 5B 11 D,G ABX 16- 18 D 0- 2 THR-I

62SU2 5B 11 D,G RLX 16- 20 D 1- 5 NAI-D

64SU1 5B 11 D,G ABX 18- 23 D 0- 5 NAI-D

66SU1 5B 11 D,G ABX 16- 21 D 1- 6 NAI-D

66ZI1 5B 11 D,G ABX 16- 18 D 1- 2 NAI-D

0- 3 135

DST

141

180

DST

DST

DST

4PI

4PI

4PI

2- 7 90

4PI

90

DST

0- 25 DST

DST

11
CARBON Z=6

A ABUND.(l) SEPARATION ENERGIES (MEV)

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

12 98.89 18.7 16.0 27.4 26.3 7.4 31.8 27.4

13 1.11 4.9 17.5 23.9 24.4 10.7 23.7 20.9

(1) ABUNDANCE DEPENDS ON SOURCE

G,2P

27.2

31.6

REF NUCLIDE REACTION RES EXCIT

Z A IN, OUT

56TZ2 6C 12 G,MU-T LFT 23

65WY1 6C 12 G,MU-T ABX 10- 35

59PA3 6C 12 G,G ABX 17

59PE5 6C 12 G,G ABX 19- 61

60BU3 6C 12 G,G LFT 15

61WI1 6C 12 G,G ABX 40- 120

59BA3 6C 12 E,N ABY THR- 36

64BR2 6C 12 E,E/ SPC 0- 20

64CH1 6C 12 E,P ABX

66CR1 6C 12 E,E/ FMF 4, 10

66PR1 6C 12 E,E/ NOX 14- 21

67CR1 6C 12 E,E/ FMF 0- 10

67CR2 6C 12 E,E/ FMF 19

55BA5 6C 12 G,XN ABY 30- 200

55SP2 6C 12 G,N RLY THR- 20

56TZ1 6C 12 G,N RLY 22- 24

57BA1 6C 12 G,N ABY 30-260

58BA5 6C 12 G,XN RLY THR- 23

59SA1 6C 12 G,N NOX THR- 19

59SA1 6C 12 G,N NOX 19- 21

62FI2 6C 12 G,N RLX 21- 29

64AL5 6C 12 G,XN NOX TI1R- 34

64BE8 6C 12 $G,N NOX THR- 32

65BA1 6C 12 G,XN ABX THR- 52

65MI1 6C 12 G,XN ABX THR- 30

65VE1 6C 12 G,N SPC THR- 33

66BA4 6C 12 G,N ABX THR- 52

66BI1 6C 12 G,N ABX 20-200

66C02 6C 12 G,N ABX THR- 65

66F01 6C 12 G,N ABX 18- 70

66FU1 6C 12 G,N ABX 18- 37

66L01 6C 12 G,N ABX 21- 27

66MA2 6C 12 G,NG/ RLX 21- 31

SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

REMARKS

C 22- 23 ACT-I

C 90 SCI-D

4PI

4PI

D 15,18 NAI-D 17 90

C 19- 61 NAI-D 15- 61 135

C 23 NAI-D DST

C132 SCI-D DST

D 10- 36 BF3-I 4PI

D 54 MAG-D 141

D 4GEV MAG-D110-450 DST

D600-800 MAG-D DST

D100-200 MAG-D 180

D100-200 MAG-D DST

D400-800 MAG-D

C150-250 THR-I 30

C 17- 20 ACT-I

C 22- 24 ACT-I

C120-260 THR-I

C 18- 23 BF3-I

C 18- 19 ACT-I

C 18- 21 MODI

C 25- 32 TOF-D 2

C 34 THR-I 6-

C 32 SCI-D

C 18- 52 BF3-I

CTHR- 30 BF3-I

C 34 TOF-D 1-

C 18- 52 BF3-I

C 20-200 BF3-I 0-

CTHR- 70 ACT-I

C 18- 70 ACT-I

D 18- 37 BF3-I

D 21- 27 ACT-I

C 21- 31 NAI-D

DST

DST

4PI BREAKS

4PI

21 DST

4PI BREAKS

4PI BREAKS

4PI BREAKS

15

DST

DST

4PI

4PI

14 DST

4PI

50 4PI

4PI

4PI

4PI

4PI

12
REF NUCLIDE REACTION RES EXCIT

Z A IN, OUT

SOURCE DETECTOR ANG REMARKS

MIN-MAX TYPE MIN-MAX

5 7 CHI OL 1/ C YD THR— 84 r 64 84 EMU-D 18- 54 DST

57LI1 6C 12 G,XP SPC THR- 35 c 35 EMU-D 5- 12 DST

59 CHI 6C 12 G,XP RLY THR- 80 c 80 TEL-D 15- 45 90

64SE1 6C 12 G,XP SPC THR- 24 c 24 EMU-D 2- 8 DST

66MA2 6C 12 G,PG/ RLX 21- 31 c 21- 31 NAI-D

66PA2 6C 12 G,P SPC THR- 55 c 55 SCI-D 34 DST

55CA2 6C 12 G,3A ABX 12- 18 D 15,18 ION-D 6- 12 4PI

55CA2 6C 12 G,3A ABX 12- 18 D 15,18 EMU-D 4- 12 4PI

55GL1 6C 12 G,A SPC 17 D 14,17 EMU-D 1- 7 4PI

55G01 6C 12 G,3A SPC THR- 60 C 60 EMU-D DST

57MU1 6C 12 G,3A SPC 15,18 D 15, 18 EMU-D 0- 15 DST

58MA1 6C 12 G,3A ABX 12- 40 C150,250 EMU-D 4PI

58MA1 OL 1 9 Ll. C PA arx 25- 80 C150,250 EMU-D 4PI

58MA1 6C 12 G,PT ABX 27- 70 C150,250 EMU-D 4PI

59CH1 6C 12 G,XD RLY THR- 80 C 80 TEL-D 15- 45 90

64KI1 6C 12 G,D ABY 80- 800 C400-800 TOF-D 45- 70 57

65R01 6C 12 G,3A ABX 12- 17 C 12- 17 EMU-D 4PI

66AR1 6C 12 G,BE7 ABX 30- 57 C 30- 57 ACT1

4PI

64HA3 6C 12 P,G ABX 17- 20 D 1- 4 NAI-I DST

65SE1 6C 12 P,G ABX 16- 20 D 0- 4 NAI-D DST

P YLD

P YLD

NITROGEN Z=7

A ABUND.(l)

G,N

14 99.63 10.5

15 0.37 10.8

SEPARATION ENERGIES (MEV)

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

7.6 22.7 20.7 11.6 30.6 12.5 25.1

10.2 14.8 28.3 11.0 21.4 18.4 31.0

(1) ABUNDANCE DEPENDS ON SOURCE

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG

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

66SW1 7N 14 G,G LFT 7 D 7 NAI-D DST

66K01 7N 14 E,E/ ABX 8- 14 D 50,60 MAG-D 30- 60 180

57LI1 7N 14 G,XP SPC THR- 70 C 30,70 EMU-D 5- 15 DST

58GR1 7N 14 G,P LFT 8 D 8 ION-D 0- 2 4PI

60RE2 7N 14 G,XP C330 CCH-D 4PI

61KN1 7N 14 D,G ABX 10- 12 D 0- 2 THR1

4PI

65DE2 7N 14 P,G LFT 9 D 2 NAI-D DST

REMARKS

13
OXYGEN Z=8

A x\I3 UlMUe V. / SEPARATION ENERGIES

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(-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

7 AA TV ATTT XW , UU

1

MIN-MAX TYPE MIN-MAX

OK) XO ADV ABA lj ZZ C MGC-D 4PI

vj Wli. fin ID u ,flU—

1

Ada ABY i nxu— c 90 CP T A 4PI

59PA3 80 16 G,G ABX 17 D 15,18 NAI-D 17 90 anou ID p p Ada APY 1 ol 7 ~ oX C 19- 61 NAI-D 15- 61 135

J?SQPFrcJS an xo Pu P /

, W ABA A BY 1 O OX c 19- 61 NAI-D 15- 61 135

AAT AS anou ID p p 1 HK— 3Z c 24,32 NAI-D 2- 27 DST

ouan XO P P A TJ V ABA 1 AXU— O A3D c 10- 30 NAI-D 10- 30 140 anou X o Pu ,wP / CDP brL 1 o 30 c 21- 31 NAI-D 4- 8 140

U JL JLD J. ou xo p r/ Au— D 90-215 MAG-D DST

Dj VAH OAOU XO L,E/ A TO V Aba 1 A1 u>- JO D 43- 69 MAG-D 35- 70 180

OOUK.X ouan Xo FMF co D600- 800 MAG-D DST

OOolZ ou XO IT T / E,E/ IP Mi1 5- 14 D 60 MAG-D 46- 60 117

DO V A 1 Q AoU xo E,E/ FMF 10- 30 D 43- 69 MAG-D 35- 70 180

65VA2 80 18 E,E/ ABX 2- 27 D 69 MAG-D 35- 70 180

JJbtZ oU XO G,NA ABY THR- 32 C 32 ACT1

4PI

i;7d a o 3/ BAj OUan 1 AXO P M A b t 15- 18 c 15- 18 ACT1

4PI

CLQ CA9 onou XO P AT NOa J UK- 11 c 15- 22 ACT1

4PI

(.Oft > D/r XZ OnoU 1 Axo G ,N RLX t o 18- 29 c 26- 32 TOF-D 2- 15

f»A HPS anou XO CP M MAV 17- 32 c 32 SCI-D 2- 14 DST

65CA1 80 16 G,XN ABX 17- 28 D 17- 28 BF3-I 4PI

65GA1 80 16 G,NP ABX 250 C300 TEL-D 90-:L40 DST

65HA1 80 16 G,XN ABX THR- 30 c 6- 30 BF3-I 4PI

65VE1 80 16 G,N SPC 33 c 34 TOF-D 1- 14 DST

66C01 80 16 G,N ABX THR- 65 CTHR- 70 ACT1

4PI

66FI1 80 16 $G,N N0X THR- 70 C 10- 70 TOF-D 2- 8 DST

660W1 80 16 G,NG/ RLY THR- 29 C 20- 29 SCD-D 4- 9 135

65M01 80 16 G,P SPC 15- 29 c 22,40 SCD-D 90

65ST2 80 16 G,P ABX 14- 16 c 14- 16 SCD-D 2- 4 90

66DE4 80 16 G,P ABI THR- 44 c 21- 44 TEL-D 3- 12 90

660W1 80 16 G,PG/ RLY THR- 29 c 20- 29 SCD-D 4- 9 135

67K01 80 16 G,P ABX THR- 55 c 21- 55 TEL-D 3- 30 90

14-
REF NUCLIDE REACTION RES EXCIT

Z A IN, OUT

SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

REMARKS

55SC2 80 16 G,T ABY THR58MA1 80 16 G,4A ABX 20-

58MA1 80 16 G,PA ABY 27-

64T03 80 16 G,A ABX 9-

64T03 80 16 G,4A ABX 9-

65AR3 80 16 G,BE7 RLY 32-

65BU1 80 16 G,T THR- _)U 65R01 80 16 G,A ABX 12-

65R01 80 16 G,4A ABX 12-

66AR1 80 16 G,BE7 ABX 30-

66G02 80 16 G,T ABX THR66 VOl 80 16 G,D ABX THR66EV1 80 15 P,G SPC 5-

61TA3 80 16 P,G ABX 12-

62SU2 80 16 D,G RLX 21-

63SU2 80 16 D,G ABX 21-

64EA1 80 16 P,G NOX 13-

64SU1 80 16 D,G ABX 24-

66PU1 80 16 HE3,G RLX 23-

66SU1 80 16 D,G ABX 21-

67EA1 80 16 P,G ABX 13-

32 C 32 ACT1

4PI

40 C150,250 EMU-D 0- 90 4PI

80 C150.250 EMU-D 0- 90 4PI

21 r oo EMU-D DST

21 C 22 EMU-D DST

57 C 57 ACT1

4PI

C 50 APT—T 4PI

17 C 12- 17 EMU-D 1- 11 4PI

17 C 12- 17 EMU-D 4PI

57 C 30- 57 ACT1

4PI

55 CTHR- 55 ACT1

4PI

50 C 20- 50 TEL-D 5- 10 90

9 D 1- 2 NAI-D 1- 10 DST

26 D 0- 14 NAI-D 90

25 D 1- 5 NAI-D 90

25 D 1- 4 NAI-D DST

25 D 1- 13 NAI-D DST

28 D 1- 5 NAI-D DST

26 D 1- 4 NAI-D 15- 26 90

26 D 1- 6 NAI-D 0- 25 DST

25 D 1- 14 NAI-D DST

FLUORINE Z=9

A ABUND. SEPARATION ENERGIES (MEV)

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

19 100.00 10.4 8.0 11.7 22.1 4.0 19.6 6.1 23.9

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG

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

64L03 9F 19 G,G ABX 10- 30 C 10- 30 NAI-D 10- 30 140

66DE5 9F 19 G,N SPC THR-260 C260 ACT1

DST

66DE5 9F 19 G,N NOX THR-260 C260 ACT1

DST

55LA1 9F 19 G,P SPC 10- 17 C 17 EMU-D 2- 6 DST

55RE1 9F 19 G,2P ABI THR-400 C 80-400 ACT1

4PI

64SE1 9F 19 G,XP SPC THR- 24 C 14- 24 EMU-D 2- 15 DST

65HA2 9F 19 G,A SPC THR- 31 C 31 EMU-D 5- 20 DST

15
NEON Z=10

A ABUND. SEPARATION ENERGIES (MEV)

G,N G,P 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

Z A IN, OUT

61CL1 10NE20 G,G

60RE2 10NE20 G,XP

LFT

SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

1- 3 D 1- 3 NAI-D 1-

C240 CCH-D

55RE1 10NE G,N17 ABI THR-400 90-400 ACT-I

66PA3 10NE20 P,G

67SE1 10NE20 P,G

NOX 18 D 5 SCI-D

ABX 16- 25 D 3- 13 NAI-D

0

4PI

4PI

DST

DST

REMARKS

SODIUM Z=ll

ABUND. SEPARATION ENERGIES (MEV)

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

23 100.00 12. 4 8.8 17. 4 24 10.5 23 .5 19.2

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG

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

65WY1 11NA23 G,MU-T ABX 10- 35 C 90 SCI-D 4PI

61AM1 11NA23 G,G LFT 1 D NAI-D 120

64L03 11NA23 G,G ABX 10- 30 C 10- 30 NAI-D 10- 30 140

64ME2 11NA23 G,G LFT 4 D 4 NAI-D 4 DST

65BA4 11NA23 E,E/ ABX 4 D 59 MAG-D 50- 59 180

55RE1 11NA23 G.N17 ABI THR-400 C 90-400 ACT-I 4PI

65TA1 11NA22 P,G NOX ? D 0- 1 NAI-D 0- 8 90

66WE1 11NA22 P,G SPC 9- 10 D 1- 2 NAI-D 1- 10 DST

G,2P

24.1

REMARKS

16
MAGNESIUM Z=12

A ABUND.

G,N G,P

24 78.70 16.5 11.7

25 10.13 7.3 12.1

26 11.17 11.1 14.1

SEPARATION ENERGIES (MEV)

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

26.7 23.1 9.3 29.9 24.1 20.5

23.0 20.1 9.9 23.9 19.1 22.6

21.6 26.0 10.6 18.4 23.2 24.8

REF NUCLIDE REACTION

Z A IN, OUT

RES EXCIT SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

REMARKS

64D02 12MG G ,MU-T ABX 12- 30 C250 MGP-D 12- 30 4PI

65D02 12MG G,MU-T ABX 11- 30 C260 MGP-D 10- 30 4PI

U _^ rt 1 X 12MG G,MU-T ABX 10- 70 C 90 SCI-D 4PI

59LA1 12MG G,G LFT 10 C 13 NAI-D 0- 12 135

58BU1 12MG24 G,G LFT 1 D 1 SCI-D 1 4PI

60BU2 12MG24 G,G LFT 11 C NAI-D DST

60BU3 12MG24 G,G LFT 10 C 23 NAI-D DST

67TI1 12MG24 E,E/ SPC 15- 26 D 45- 54 MAG-D DST

64FI2 12MG G,N RLY 18- 26 C 27- 32 TOF-D 1- 9

65MI1 12MG G,XN ABX THR- 30 CTHR- 30 BF3-I 4PI

65MA4 12MG G,XP SPC THR- 31 C 31 SCD-D 3- 14

55RE1 12MG G,N17 ABI THR-400 C 80- 400 ACT1

4PI

66H03 12MG G,A SPC THR- 31 C 31 SCD-D 2- 13 130

64SH6 12MG24 G,F ABY THR- 100 C100 ACT1

4PI

17
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 REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

64D02 13AL27 G,MU-T ABX 9- 29 C250 MGP-D 9- 29 4PI

65WY1 13AL27 G,MU-T ABX 10- 70 C 90 SCI-D 4PI

59PA3 13AL27 G,G ABX 17 D 15,18 NAI-D 17 90

60VA1 13AL27 G,G LFT 1 C 3 NAI-D 0- 1 120

64ME2 13AL27 G,G LFT 4 D 4 NAI-D 4 DST

65KH1 13AL27 G,G LFT 2, 3 D 2,3 NAI-D DST

65ME3 13AL27 G,G LFT 4 D 4 NAI-D DST

66H02 13AL27 G,G LFT 1 C 1 NAI-D 0- 1 117

66VA4 13AL27 G,G ABI 10 D 10 NAI-D 0- 10 80

59BA3 13AL27 E,N ABY THR- 36 D 10- 36 BF3-I 4PI

64CH1 13AL27 E,P ABX D 4GEV MAG-D110-450 DST

55BA5 13AL27 G,XN ABY 30- 200 C150-250 THR-I 30- DST

58BA5 13AL27 G,XN RLY THR- 15 C 12- 15 BF3-I 4PI BREAKS

64AL5 13AL27 G,XN NOX THR- 34 c 34 THR-I 6- DST

64TH1 13AL27 G,N ABX 24 C 15- 24 ACT1

4PI

65TH2 13AL27 G,N ABX 13- 24 c 13- 25 ACT1

4PI THRESHOLD

66BI1 13AL27 G,N ABX 20-200 C 20-200 BF3-I 0- 50 4PI

66FU1 13AL27 G,N ABX 13- 37 D 13- 37 BF3-I 4PI

66FU1 13AL27 G,2N ABX 25- 37 D 25- 37 BF3-I 4PI

57BA2 13AL27 G,XP SPC THR- 85 C 85 TEL-D 15- 60 DST

58BA6 13AL27 G,XP SPC THR- 85 C 85,90 TEL-D 13- 40 DST

64MA2 13AL27 G,XP SPC THR- 20 c 20 SCD-D 3- 9

66LI1 13AL27 G,P SPC THR- 32 c 32 SCI-D 1- 20 90

55RE1 13AL27 G.N17 ABI THR- -00 c 80-400 ACT1

4PI

56HE1 13AL27 G,T RLY THR- 31 c 31 ACT1

4PI

56WA1 13AL27 G,T RLY THR- 31 c 31 ACT1

4PI

57B01 13AL27 G,A SPC THR- 30 c 31 EMU-D 5- 15 DST

65HA2 13AL27 G,A SPC THR- 31 c 31 EMU-D 5- 20 DST

66H03 13AL27 G,A SPC THR- 31 c 31 SCD-D 2- 13 130

65VA5 13AL27 P,G SPC 10 D 2 NAI-D 1- 10 DST

18
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 XTTT/"*T T T"\T7 NULLlDr. Dire EXCIT

L A IN , U U

1

65WY1 1 Apt G,MU—

1

a hy

a CT.T 1 "I /, c T 9 8 lib IZo T TIT 7 64RE1 14SI29 G,G LFT 1

64BR2 14SI28 E,E/ SPC 0- 12

66LI2 14SI28 E,E/ LFT 2, 11

65G01 14SI G,P SPC THR- 27

66LI1 14SI G,P SPC THR- 32

67G01 14SI G,P ABX THR- 29

64UL3 14SI28 G,P SPC 13- 23

65BI1 14SI28 G,P RLX 18

65CA2 14SI28 G,P ABX THR- 23

65MA6 14SI28 G,P ABX 17- 22

SOURCE DETECTOR ANG REMARKS

MIN-MAX TYPE MIN-MAX

c 90 SCI-D 4PI

D 7 NAI-D DST

D 1 NAI-D 1 90

D 41 MAG-D 152

D 30- 56 MAG-D DST

C 23-27 SCD-D 3- 11 90

c 21,32 SCI-D 1- 19 90

c 11- 29 SCD-D 1- 4PI

c 24 SCD-D 1- 11 4PI

D 18 SCD-D 4- 8 4PI

C 16- 23 SCD-D 3- 12 4PI

D 17- 22 SCD-D 4- 12 4PI

65HA2 14SI G,A SPC THR- 31 C 31 EMU--D 5- 20 DST

65BI1 14SI28 G,A RLX 18 D 18 SCD--D 6- 8 4PI

65CA2 14SI28 G,A ABX THR- 23 C 16- 23 SCD--D 3- 12 4PI

65MA6 14SI28 G,A ABX 17- 22 D 17- 22 SCD--D 4- 12 4PI

61GA1 14SI28 P,G ABX 16- 25 D 5- 13 NAI--D 90

65SI1 14SI28 P,G ABX 16- 24 D 4- 13 NAI -D 16- 24 90

19
PHOSPHORUS Z=15

A ABUND. SEPARATION ENERGIES (MEV)

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

31 100.00 12.3 7.3 17.9 22.5 9.7 23.6 17.9 20.8

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

61B03 15P 31 G,MU-T ABX 11- 20 C 11- 20 ACT-I 4PI

66H02 15P 31 G,G LFT 1 CI NAI-D 0- 1 117

65K01 15P 31 E,E/ FMF 1- 6 D130-180 MAG-D120-180 DST

57BA3 15P 31 G,N ABY 11- 14 C 11- 14 ACT-I 4PI BREAKS

66Y01 15P 29 P,G SPC 8- 9 D 5- 6 ACT-I 4PI

66VA2 15 P 31 P,G SPC 8- 10 D 1- 2 NAI-D 1- 11 DST

A ABUND. (1)

G,N G,P

32 95.0 15.1 9 0

33 0.76 8.6 9.6

34 4.22 11.4 10.9

36 1.4(-2) 9.9 * (1) ABUNDANCE DEPENDS i

SULPHUR Z=16

SEPARATION ENERGIES (MEV)

G,T G,HE3 G,A

24.0 19.1 6.9

21.3 17.1 7.1

20.4 21.9 7.9

19.3 8.9

SOURCE

G,2N G,NP G,2P

28.1 21.2 16,1

23.7 17.5 18.2

20.1 21.0 20.3

16.9 21.2

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

65WY1 16 S G,MU-T AE'K L0- 35 C 90 SCI-D 4PI

65VA3 16 S G,NP ABX 50- 300 C 50--300 ACT-I 4PI

62FI3 16 S 32 G,N RLY 16- 28 c 32 TOF-D 1-- 12

62MI5 16S 32 G,N SPC 15- 30 c 30 EMU-D 0-- 15 DST

65TH1 16 S 32 G,N ABX THR- 22 c 15-- 22 ACT-I 4PI

66BI1 16 S 32 G,N ABX 20- 200 c 20--200 BF3-I 0-- 50 4PI

66LI1 16 S G,P SPC THR- 32 c 32 SCI-D 1-- 20 90

67IS1 16 S G,P ABX THR- 35 c 22-- 35 EMU-D 3 DST

20
REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

55RI1 16S G,D RLY THR- 65 C 65 CCH-I 4PI RLY TO PROTONS

66H03 16S G,A SPC THR- 31 C 31 SCD-D 3- 13 130

65DE1 16S 32 P,G ABX 10- 21 D 2- 12 NAI-D 10- 22 DST

66H01 16S 32 P,G SPC 10 D 1 NAI-D 1- 10 55

65MC2 16S 34 A,G RLY 11- 12 D 3- 4 NAI-D 0- 12 DST

67WI1 16S 34 A,G LFT 11- 12 D 4- 5 NAI-D 1- 12 DST

CHLORINE Z«17

A 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 NUCLIDE REACTION RES EXCIT

Z A IN, OUT

66BE3 17CL G,G

66H02 17CL35 G,G

57BA3 17CL35 G,N

55ER1 17CL G,A

SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

REMARKS

RLX 5- 10 D 5- 10 NAI-D 5- 10 135

LFT 1- CI NAI-D 0- 1 117

RLY 12- 14 C 12- 14 ACT-I

ABY THR- 31 C 32 EMUI

4PI BREAKS

4PI

ARGON Z=18

A 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 REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

65EH1 18AR38 G,N ABY THR- 31 C 18- 31 ACT-I 4PI

65EH1 18AR40 G,NP ABY THR- 31 C 18- 31 ACT-I 4PI

21
REF NUCLIDE REACTION RES EXCIT

Z A IN, OUT

SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

REMARKS

55SP3 18AR40 G,P

57K02 18AR40 G,XP

65RE1 18AR40 G,P

65RE1 18AR40 G,A

SPC THR- 23

NOX THR- 90

ABX 9

ABX 9

C 23

C 90

D 9

D 9

EMU-D 1- CCH-D 2- CCH-D 1-

8 DST

10 DST

6 4PI

CCH-D 1- 12 4PI

POTASSIUM Z=19

A ABUND. SEPARATION ENERGIES (MEV)

G,N G,P G,T G,KE3 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 NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

65C01 19K 38 G,N ABX THR- 70 C 12- 70 ACT-I 4PI

65C03 19K 39 G,N ABX THR- 80 C 80 ACT-I 4PI

65C03 19K 39 G,NP ABX THR- 80 C 80 ACT-I 4PI

55SC2 19K 39 G,NA ABY THR- 32 C 32 ACT-I 4PI

CALCIUM Z=20

A ABUND. SEPARATION ENERGIES (MEV)

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

40 96.97 15.7 8.3 25.0 18.8 7.0 29.3 21.5 14.7

42 0.64 11.5 10.3 19.7 20.2 6.2 19.8 20.4 18.1

43 0.15 7.9 10.7 19.8 18 • 3 7.6 19.4 18.2 19.9

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 NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

65D01 20CA40 G,MU-T ABX 10- 28 C260 MGP 10- 28 4PI

65WY1 20CA40 G,MU-T ABX 10- 70 C 90 SCI-D 4PI

22
REF NUCLIDE REACTION RES EXCIT

Z A IN, OUT

SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

REMARKS

DOMEJ o n r* a /, o ZULA4Z b,l» T FT 9Z D 2 MAT

OzBLl ZULAhU T7MTT U— Qy D120- z zu map D170- Do 1 65CR1 20CA40 E,E/ ABX 3- 5 D250 MAG- D DST

ZULAhU O M G , iN KLi ID — zo C 32 TAT7- D 1- XZ

65VA3 20CA40 G,NP ABI 50- 300 C 50- 300 ACT- I 4PI

66AN1 20CA40 G,XN ABX 16- 62 C 16- 62 ACT- TL 4PI

66BA1 20CA40 G,N ABX 15- 50 C 15- 50 BF3- I 4PI

J^KUZ ZUUA4U onrA An G,F TT4P C 85 HJ71U _ D 1- 1 c: iJ Do l r p riDA THR — "}4 C 18- "14 FMTI- D 3- LJ O 1

57SC1 20CA40 G,3N3P ABX 35- 70 C 35- 70 ACT- I 4PI

61TA2 20CA40 P,G RLY 18- 22 D 9- 15 NAI-•D 10- 25 100

66LE1 20CA40 P,G SPC 9- 11 D 1- 3 NAI-•D 2- 12 55

SCANDIUM Z=21

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

66TA1 21SC45 G,N RLY THR- 48 C 24- 48 ACT-I 4PI

66WA1 21SC45 G,N RLY THR-300 C 50-300 ACT-I 4PI

66DU2 21SC49 P,G SPC 10- 11 D 1 NAI-D 1- 12 DST

67CH1 21SC49 P,G LFT 12 D 2 SCD-D 90

23
TITANIUM Z-22

A ABUND. SEPARATION ENERGIES (MEV)

G,N G,P G,T G,HE3 G r; A G,2N G,NP G,2P

46 7.93 13.1 10.4 22.9 20.7 8.0 22.6 21.7 17.2

47 7.28 8.9 10.5 22.0 18.4 9.0 22.1 19.3 18.7

48 73.94 11.6 11.4 22.4 22.6 9.4 20.5 22.1 19.9

49 5.51 8.1 11.3 21.8 20.4 10.1 19.8 19.6 20.8

50 5.34 10.9 12.2 22.0 24.0 10.7 19.1 22.3 21.8

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

66BE3 22TI G,G RLX 5- 10 D 5- 10 NAI-D 5- 10 135

64AL5 22TI G,XN NOX THR- 34 C 34 THR-I 6- DST

67C01 22TI G,XN ABX 12- 24 C 24 BF3-I 4PI

66TA1 22TI46 G,NP RLY THR- 48 C 24- 48 ACT-I 0- 1 4PI

A ABUND.

G,N G,P

50 0.24 9.3 7,9

51 99.76 11.0 8.1

VANADIUM Z=23

SEPARATION ENERGIES (MEV)

G,T G,HE3 G,A

19.2 19.8 9.9

18.7 22.6 10.3

G,2N G,NP G,2P

20.9 16.1 19.3

20.4 19.0 20.2

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

56 HE 2 23V 51 G,2P RLY THR- 31 C 31 ACT-I 4PI

58HA1 23V 51 G,XP SPC THR- 30 C 30 EMU-D 2- 20 DST

56 HE 2 23V 51 G,A RLY THR- 31 C 31 ACT-I 4PI

24
CHROMIUM Z=24

50

52

53

54

ABUND. SEPARATION ENERGIES (MEV)

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

4.31 12.9 9.6 23.2 20.3 8.6 23.3 21.2 16.3

83.76 12.0 10.5 22.4 21.8 9.4 21.3 21.6 18.6

9.55 7.9 11.1 21.0 18.8 9.1 20.0 18.5 20.1

2.38 9.7 12. 19.7 22.1 7.9 17.6 20.9 22.

REF

64C03

64AL5

NUCLIDE REACTION RES

Z A IN, OUT

EXCIT

24CR

24CR

G,N

G,XN

ABI THR- 80

NOX THR- 34

SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

C 10- 80 BF3-I

C 34 THRI

6-

4PI

DST

REMARKS

MANGANESE Z=25

A ABUND. SEPARATION ENERGIES (MEV)

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

55 100.00 10.2 8.1 17.2 21.2 7.9 19.2 17.8 20.

REF NUCLIDE REACTION RES EXCIT

Z A IN, OUT

64C03

66WA1

66WA1

25MN55

25MN55

25MN55

G,N

G,3N

G,4P7N

ABI THR- 80

RLY THR-3 00

RLY THR- 3 00

SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

C 10- 80 BF3-I

C100-300 ACT-I

C100-300 ACT-I

4PI

4PI

4PI

REMARKS

66VU1 25MN53 P,G RLY 7- 9 D 1- 2 NAI-D 4- 9 90

25
IRON Z=26

A ABUND. SEPARATION ENERGIES (MEV)

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

54 5.82 13.6 8.9 22.9 19.7 8.4 24.1 20.9 15.4

56 91.66 11.2 10.2 20.9 20.3 7.6 20.5 20.4 18.3

57 2.19 7.6 10.6 19.6 18.2 7.3 18.8 17.9 19.6

58 0.33 10.0 12.0 19.4 22.0 7.6 17.7 20.6 21.4

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

64C03 26FE G,N ABI THR- 80 C 10- 80 BF3-I 4PI

66WA1 26FE G,5PXN RLY THR-250 C100-250 ACT-I 4PI

66WA1 26FE G,PXN RLY THR-250 C100-250 ACT-I 4PI

66BE4 26FE56 G,N ABX 11 C 13 TOF-D 135

66BE1 26FE N,G SPC 15 D 7 NAI-D 8- 18

COBALT Z=27

A ABUND. SEPARATION ENERGIES (MEV)

G,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 REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

65WY1 27C059 G,MU-T ABX 10- 35 C 90 SCI-D 4PI

64C03 27C059 G,N ABI THR- 80 c 10- 80 BF3-I 4PI

65BA3 27C059 G,XN ABX THR- 28 c 10- 30 BF3-I 4PI

67HU1 27C059 G,N ABX 11 D 11 BF3-I 4PI

57R01 27C059 G,P SPC 15,18 D 15,18 EMU-D 3- 7 DST

56HE1 27C059 G,T RLY THR- 31 c 31 ACT-I 4PI

56WA1 27C059 G,T RLY THR- 31 C 31 ACT-I 4PI

66WA1 27C059 G,2P5N RLY THR-150 C150 ACT-I 4PI

26
NICKEL Z=28

AA AiiUJNJJ . 9FPARATT0N jLIAiull lull ENERGIES (MEV)

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

58 67.88 12.2 8.2 21.1 17.7 6.4 22.5 19.6 14.2

60 26.23 11.4 9.5 20.1 19.2 6.3 20.4 20.0 16.9

61 1.19 7.8 9.9 19.3 17.0 6.5 19.2 17.4 18.1

62 3.66 10.6 11.1 19.5 21.0 7.0 18.4 20.5 19.8

64 1.08 9.7 12.5 19.1 22.9 8.0 16.5 21.0 k

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

65WY1 28NI G.MU-T ABX 10- 35 C 90 SCI-D 4PI

65GI1 28NI G,G/ RLY 8 D 8 NAI-D 8 135

66BE3 28NI G,G RLX 5- 10 D 5- 10 NAI-D 5- 10 IOC 135

67ES1 28NI62 G,G/ ABX 8 D 8 NAI-D DST

66DU1 28NI58 E,E/ FMF 1 D 45- 65 MAG-D DST

66DU1 28NI60 E,E/ FMF 1 D 45- 65 MAG-D DST

66DU1 28NI62 E,E/ FMF 1 D 45- 65 MAG-D DST

64C03 28NI G,N ABI THR- 80 C 10- 80 BF3-I 4PI

65BA3 28NI G,XN ABX THR- 28 C 10- 30 BF3-I 4PI

57BA2 28NI G,XP SPC THR- 85 C 85 TEL-D 15- 60 DST

58BA6 28NI G,XP SPC THR- 85 C 85 TEL-D 13- 40 DST

64MA2 28NI58 G,XP SPC THR- 22 C 22 SCD-D 3- 9

57B01 28NI G,A SPC THR- 30 C 31 EMU-D 5- 15 DST

66H03 28NI G,A SPC THR- 31 C 31 SCD-D 3- 14 130

67KN1 28NI G,T RLY THR- 49 C 36,49 ACT1

4PI

66BE1 28NI N,G SPC 16 D 7 NAI-D 8- 18

27
COPPER Z«29

A ABUND.

G,N G,P

63 69.09 10.8 6.1

65 30.91 9.9 7.4

SEPARATION ENERGIES (MEV)

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

16.1 18.9 5.8 19.7 16.8

15.5 20.7 6.8 17.8 17.1

REF NUCLIDE REACTION RES EXCIT

Z A IN, OUT

SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

65WY1 29CU G ,MU-T ABX 10- 35 C 90 SCI--D 4PI

55BU1 29CU G ,G RL.K 0- 3 C 3 NAI--D 90

57BE1 29CU G ,G ABX 13- 21 c 18- 22 ACT--I 90

59PE5 29CU G ,G ABX 19- 61 c 19- 61 NAI--D 15- 61 135

66BE3 29CU G ,G RLX 5- 10 D 5- 10 NAI--D 5- 10 135

59BA3 29CU E ,N ABY 36 D 10- 36 BF3--I 4PI

64 CHI 29CU E ,P ABX D 4GEV MAG--D110- 450 DST

55MC1 29CU G,XN RLY THR- 22 C 22

64AL5 29CU G,XN NOX THR- 34 c 34

64C03 29CU G,N ABI THR- 80 c 10

65BA3 29CU G,XN ABX THR= 28 c 10

64MA2 29CU63 G,XP SPC THR- 17 c 17

66 V01 29CU64 G,P RLY THR- 52 c 23

56HE1 29CU G,T RLY THR- 31 c 31

56WA1 29CU G,T RLY THR- 31 c 31

57B01 29CU G,A SPC THR- 30 c 31

65ME2 29CU G,A SPC THR- 35 c 35

66H03 29CU63 G,A ABY THR- 31 c 31

66VOl 29CU64 G,D RLY THR- 52 c 23-

NAI-I

THR-I

80 BF3-I

30 BF3-I

SCD-D

ACT1

ACT1

EMU-D

SCD-D

SCD-D

6-

3-

4-

90

DST

4PI

4PI

90

4PI

4PI

5- 15 DST

5- 26 90

3- 14 130

G,2P

17.2

19.9

REMARKS

28
ZINC Z=30

A ABUND. SEPARATION ENERGIES (MEV)

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

64 48.89 11.9 7.7 19.0 16.7 4.0 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 MIN-MAX

66BE3 30 ZN G,G RLX 5- 10 D 5- 10 NAI-D 5- 10 135

65VA3 30ZN G.NP ABI 50- 300 C 50- 300 ACT1

4PI

67C01 30ZN G,XN ABX 12- 24 C 24 BF3-I 4PI

57EL1 30ZN64 G,2N RLY THR- 30 C 32 ACT1

4PI

57EL1 30ZN66 G,NP ABX 22- 30 C 32 ACT1

4PI

64C03 30ZN66 G,N ABI THR- 80 C 10- 80 BF3-I 4PI

66IV1 30ZN67 G,P ABX THR- 28 C 12- 28 ACT1

4PI

57EL1 30ZN68 G,P ABX 13- 30 C 32 ACT1

4PI

66H03 30ZN G,A SPC THR- 31 C 31 SCD-D 3- 14 130

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 9.6 7.9 15.1 19.7 5.3 17.0 17.1 *

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

64C03 31GA G,N ABI THR- 80 C 10- 80 BF3-I 4PI

65BA3 31GA G,XN ABX THR- 28 C 10- 30 BF3-I 4PI

29
GERMANIUM Z=32

A ABUND. SEPARATION ENERGIES (MEV)

G,N G,P G,T 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 NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

64C03 32GE G,N ABI THR- 80 C 10- 80 BF3-I 4PI

56HE2 32GE73 G,A RLY THR- 31 C 31 ACT-I 4PI

ARSENIC Z=33

A ABUND. SEPARATION ENERGIES (MEV)

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

75 100.00 10.2 6.9 15.4 19.4 5.3 18.3 17.1 17.9

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

64SH5 33AS75 G,G LFT I D 1 NAI- D 122

67LA1 33AS75 G,G LFT 1 D 1 NAI- D DST

56SU1 33AS75 G,N RLY THR- 320 C140,320 ACT- I 4PI

56SU1 33AS75 G,3N RLY THR- 320 C140,320 ACT- I 4PI

64C03 33AS75 G,N ABI THR- 80 C 10- 80 BF3- I 4PI

65FI1 33AS75 G,XN ABX 10- 25 C 10- 25 BF3- I 4PI

67HU1 33AS75 G,N ABX 11 D 11 BF3- I 4PI

56SU1 33AS75 G,2P RLY THR- 320 C140,320 ACT- I 4PI

56SU1 33AS75 G,N2P RLY THR- 320 C140,320 ACT- I 4PI

56SU1 33AS75 G,3N2P RLY THR- 320 C140,320 ACT- I 4PI

56SU1 33AS75 G,3N4P RLY THR- 320 C140,320 ACT- I 4PI

56SU1 33AS75 G,4N5P RLY THR- 320 C140,320 ACT- I 4PI

56SU1 33AS75 G,5N2P RLY THR- 320 C140,320 ACT- I 4PI

56SU1 33AS75 G,5N5P RLY THR- 320 C140,320 ACT- I 4PI

56SU1 33AS75 G,7N2P RLY THR- 320 C140,320 ACT- I 4PI

56SU1 33AS75 G,7N4P RLY THR- 320 C140,320 ACT- I 4PI

56SU1 33AS75 G,8N6P RLY THR- 320 C140,320 ACT- I 4PI

56SU1 33AS75 G,10N4P RLY THR- 320 C140.320 ACT- I 4PI

56SU1 33AS75 G.14N6P RLY THR- 320 C140,320 ACT- I 4PI

30
SELENIUM Z=34

A ABUND. SEPARATION ENERGIES (MEV)

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

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 MIN-MAX

66BE3 34SE G,G RLX 5- 10 D 5- 10 NAI-D 5- 10 135

60DE2 34SE76 G,G LFT 1 D 1

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 NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

66LA1 35BR79 G,G LFT 0- 1 D 0- 1 NAI-D 0- 1 123

55SC2 35BR81 G,A ABY THR- 32 C 32 ACT-I 4PI

KRYPTON Z=36

A ABUND. SEPARATION ENERGIES (MEV)

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

78 0.35 11.9 8.2 19.6 16.9 4.4 20.9 18.9 13.5

80 2.27 11.5 9.1 19.6 18.2 5.1 19.9 19.8 15.4

82 11.56 11.0 9.9 19.5 19.6 6.0 18.8 20.1 17.4

83 11.55 7.5 9.8 19.1 17.2 6.5 18.5 17.4 18.2

84 56.90 10.5 10.7 19.4 21.0 7.1 18.0 20.3 19.4

86 17.37 9.8 11.9 19.2 * 8.1 17.0 20.9 *

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

66BE2 36KR82 G,G LFT 1 CI NAI-D 0- 2 113

31
RUBIDIUM Z=37

A ABUND.

85 72.15

87 27.85

G,N

10.5

9.9

G,P

7.0

8.6

SEPARATION ENERGIES (MEV)

G,T

16.5

17.1

G,HE3

19.6

21.8

G ,A

6.6

8.0

G,2N

19.

18.6

G,NP

17.6

18.5

G,2P

17.7

20.5

ABUND.

NO DATA

STRONTIUM Z=38

SEPARATION ENERGIES (MEV)

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

84 0.56 12. 8. 20.2 17.9 5.2 21. 19.6 14.6

86 9.86 11.5 9.6 20. 19.4 6.3 20.0 20.1 16.6

87 7.02 8.4 9.4 20.1 17.4 7.3 20.0 18.1 18.0

88 82.56 11.1 10.6 20.7 21.3 7.9 19.5 20.6 19.2

REF NUCLIDE REACTION RES EXCIT

Z A IN, OUT

SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

REMARKS

64BE7 38SR88 G,G LFT D 2 D

YTTRIUM Z=39

A ABUND.

G,N

89 100.00 11.5

SEPARATION ENERGIES (MEV)

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

7.1 18.1 19.9 7.9 20.7 18.2 17.7

G,P

REF NUCLIDE REACTION RES EXCIT

Z A IN, OUT

SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

REMARKS

66WA1 39Y 89 G,2N RLY THR-280 C150,280 ACT-I 4PI

32
ZIRCONIUM Z=40

A ABUND.

G,N G,P

90 51.46 12.0 8.4

91 11.23 7.2 8.7

92 17.11 8.6 9.4

94 17.40 8.2 10.3

96 2.80 7.8 11.

REF

66BE3 40ZR G,G

65C01 40ZR90 G,N

660B1 40ZR90 P,G

A ABUND.

G,N G,P

93 100.00 8.8 6.0

REF NUCLIDE REACTION

Z A IN, OUT

67HU1 41NB93 G,N

66WA1 41NB93 G,2P4N

SEPARATION ENERGIES (MEV)

G,T G,HE3 G,A

20.6 18.8 6.7

18.6 14.9 5.4

15.7 17.2 3.0

15.9 18.5 3.8

16.1 20.9 4.9

G,2N G,NP G,2P

21. 19.9 15.5

19.2 15.6 16.2

15.8 17.4 17.1

14.9 17.8 18.9

14.3 18.5 21.2

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

RLX 5- 10 D 5- 10 NAI-D 5- 10 135

ABX THR- 70 C 12- 70 ACT-I 4PI

RLX 11- 14 D 2- 6 NAI-D 0- 14 0,90

NIOBIUM Z=41

SEPARATION ENERGIES (MEV)

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

13.4 15.7 2.0 16.6 14.7 15.4

RES EXCIT SOURCE DETECTOR ANG REMARKS

MIN-MAX TYPE MIN-MAX

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

RLY THR-280 C150,280 ACT-I 4PI

33
MOLYBDENUM Z=42

A ABUND. SEPARATION ENERGIES (MEV)

G,N G,P G,T G,HE3 G,A 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

"1 "7 "7 17 .7 1/ . 4

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.

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

66BE3 42MO G,G RLX 5- 10 D 5- 10 NAI-D 5- 10 135

57EL1 42M092 G,NP RLY THR- 32 C 32 ACT-I 4PI

65C01 42M092 G,N RLX THR- 70 C 12- 70 ACT-I 4PI

57EL1 42M092 G,P RLY THR- 32 C 32 ACT-I 4PI

RUTHENIUM Z=44

A ABUND.

G ,N G,P

96 5.51 10 .1 7.3

98 1.87 10 .3 8.

99 12.72 7 ,5 8.4

100 12.62 9 .7 9.2

101 17.07 6 .8 9.4

102 31.61 9 .2 10.1

104 18.58 8 .9 10.5

SEPARATION ENERGIES

G,T G,HE3 G,A

17.4 14.2 1.7

17.1 15.4 2.2

14.4 14.6 2.3

16.9 16.6 2.9

16.4 14.8 2.8

14.1 14.4 3.4

16.7 19.5 4.3

G,2N G,NP G,2P

* 17.3 12.2

18.3 17.7 14.0

17.7 15.8 14.7

17.1 18.1 15.7

16.5 16.0 16.6

16.0 18.6 17.5

15.1 19. 19.

NO DATA

34
RHODIUM Z=45

A ABUND

.

G,N

100 100.00 9.3

SEPARATION ENERGIES (MEV)

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

6.2 13.9 15.6 3.1 16.8 15.4 16.3

REF NUCLIDE REACTION RES EXCIT

Z A IN, OUT

59IK1 45RH103 G,G/

65KR1 45RH103 G,G/

65KR1 45RH103 E,E/

67HU1 45RH103 G,N

65KR1 45RH103 G,2P

ABX

RLY

RLY

SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

REMARKS

17- 18

D 1 ACTI

C 7- 18 ACT-I

7- 18 D 7- 18 ACT-I

ABX 10,11 D 10,11 BF3-I

ABX 15- 40 C 15- 40 ACT-I

4PI

4PI ISOMER YIELD

4PI ISOMER YIELD

4PI

4PI

PALLADIUM Z=46

A ABUND. SEPARATION 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

110 11.81 8.8 11. 16.4 19.6 4.4 15.0 18.7 19.2

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

67KN1 46PD G,T RLY THR- 49 C 36,49 ACT-I 4PI

35
SILVER Z=47

A ABUND. SEPARATION ENERGIES (MEV)

G,N G,P G,T G,HE3 G,A 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 NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

65WY1 LI AC, P MIT—

T

Ada A PY 10- 35 L 90 SCI--D 4PI

58B01 4 7 AG G,G/ ABX 6- 28 C 6- 28 ACT-•I 4PI

66CA1 47AG107 G,G/ ABI 0- 2 C 0- 2 ACT-I 4PI

66CA1 47AG109 G,G/ ABI 0- 2 c 0- 2 ACT- I 4PI

67HU1 4 7 AG G,N ABX 10,11 D 10,11 BF3- I 4PI

56WA1 4 7 AG G,T RLY THR- 31 C 31 ACT- I 4PI

65ME2 4 7 AG G,A SPC THR- 35 C 35 SCD- D 5- 26 90

66WI1 4 7 AGIO

7

G,T ABX THR- 56 C 31- 56 ACT- I 4PI

55ER1 47AG109 G,A ABY THR- 31 c 32 ACT- I 4PI

55SC2 47AG109 G,A ABY THR- 32 c 32 ACT- I 4PI

59R03 4 7AG 109 G,A ABX 15- 25 c 15- 25 ACT- I 4PI

CADMIUM Z=48

ABUND. SEPARATION ENERGIES (MEV)

106

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

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 12.75 7.0 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

113 12.26 6.5 9.7 16.5 15.6 3.9 15.9 16.2 17.6

114 28.86 9.0 10.3 16.8 18.9 4.1 15.6 18.8 18.3

116 7.58 8.7 11.2 * 16.6 4.9 14.7 18.7 *

REF NUCLIDE REACTION RES

Z A IN, OUT

55BU1 48CD G,G RLX

65GI1 48CD G,G/ RLY

66BE3 48CD G,G RLX

66CA1 48CD111 G,G/ ABI

66MI1 48CD112 G,G ABX

EXCIT SOURCE DETECTOR ANG REMARKS

MIN-MAX TYPE MIN-MAX

0- 3 C 3 NAI-D 90

8 D 8 NAI-D 8 135

5- 10 D 5- 10 NAI-D 5- 10 135

0- 2 C 0- 2 ACT-I 4PI

8 D 8 NAI-D 0- 8 DST

36
REF NUCLIDE REACTION RES EXCIT

Z A IN, OUT

SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

REMARKS

65CH1 48CD111 E,E/ ABX 1 D 1- 2 ACT- I 4PI

55MC1 48CD G,XN RLY THR- 22 C 22 NAI- I 90

59KU2 48CD112 G,P ABX THR- 28 C 15- 28 ACT- I 4PI

59KU2 48CD113 G,P ABX THR- 28 C 15- 28 ACT- I 4PI

59KU2 48CD114 G,P ABX THR- 28 C 15- 28 ACT- I 4PI

59KU2 48CD116 G,P ABX THR- 28 C 15- 28 ACT- I 4PI

INDIUM Z=49

A ABUND . SEPARATION ENERGIES (MEV)

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

113 4.28 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

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

55BU1 49 IN G,G RLX 0- 3 C 3 NAI-D 90

66VE1 49IN113 G,G/ ABX 1 D 0- 1 ACT1

4PI

65KR1 49IN115 G,G/ RLY 7-18 C 7- 18 ACT1

4PI ISOMER YIELD

66VE1 49IN115 G,G/ ABX 1 D 0- 1 ACT1

4PI

65CH1 49IN115 E,E/ ABX 1 D 1- 2 ACT1

4PI

65KR1 49IN115 E,E/ RLY 7- 18 D 7- 18 ACT1

4PI ISOMER YIELD

67HU1 49IN115 G,N ABX 10,11 D 10,11 BF3-I 4PI

57R02 49 IN G,P SPC 15,18 D 15,18 EMU-D 2- 7 DST

56HE2 49IN115 G,2P RLY THR- 31 C 31 ACT1

4PI

65ME2 49 IN G,A SPC THR- 35 C 35 SCD-D 5- 26 90

56HE2 49IN115 G,A RLY THR- 31 C 31 ACT14PI

37
TIN Z=50

A ABUND. SEPARATION

G,N G,P G,T

112 0.96 11.1 7.8 17.1

114 0.66 10.3 8.5 14.3

115 0.35 7.5 8.7 17.0

116 14.30 9.6 9.3 17.1

117 7.61 6.9 9.5 16.8

118 24.03 9.3 10.0 17.1

119 8.58 6.5 9.9 16.8

120 32.85 9.1 10.8 17.1

122 4.72 8.8 11.6 17.3

124 5.94 8.5 12. 18.

REF NUCLIDE REACTION RES EXCIT

Z A IN, OUT

ENERGIES (MEV)

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

15.0 1.8 * 17.6 12.9

15.3 2.6 18.1 18.0 14.6

14.4 3.2 17.9 16.1 15.6

17.4 3.4 17.1 18.3 16.1

15.3 3.8 16.5 16.2 16.9

18.5 4.1 16.3 18.8 17.5

16.3 4.4 15.8 16.5 18.2

19.6 4.8 15.6 19.0 19.0

20.8 5.7 15.0 20.

* * 14.4 20.4 *

SOURCE DETECTOR ANG REMARKS

MIN-MAX TYPE MIN-MAX

66BE3 50 SN G,G RLX 5-

66HR1 50SN118 G,G LFT 1 66HR1 50SN120 G,G LFT 1

64AL5 50 SN G,XN NOX THR10 D 5- 10 NAI-D 5- 10 135

D 1 NAI-D 1 90

D 1 NAI-D 1 90

34 C 34 THR-I 6- DST

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 NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

66 BE3 51SB G,G RLX 5- 10 D 5- 10 NAI-D 5- 10 135

64SH5 51SB123 G,G LFT 1 D 1 NAI-D 122

67HU1 51SB G,N ABX 10,11 D 10,11 BF3-I 4PI

55ER1 51SB121 G,A ABY THR- 31 C 32 ACT-I 4PI

56HE2 51SB121 G,A RLY THR- 31 C 31 ACT-I 4PI

38
TELLURIUM Z-52

A ABUND. SEPARATION ENERGIES (MEV)

G,N G.P G.T G,HE3 G,A G,2N C NP r ?p

120 8.9(-2) 10.3 7.2 15 .8 13.9 0.3 18 ±4. . J 122 2.46 10.1 8.0 15.8 15.2 1.1 17 .0 17 .

3

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 .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 NUCLIDE REACTION RES

Z A IN, OUT

EXCIT SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

REMARKS

66BE3 52TE G,G

65AK1 52TE124 G,G

66ME1 52TE125 G,G

RLX 5- 10 D 5- 10 NAI-D

LFT 1 D 1 NAI-D

LFT 1 D 1 SCD-D

5- 10 135

100 WIDTH

1 DST

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 NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

66FR1 531 127 G,G LFT 1 D 1 SCD-D 1 140

66BR1 531 127 G,N ABX THR- 33 D 8- 33 BF3-I 4PI

66BR1 531 127 G,2N ABX THR- 33 D 8- 33 BF3-I 4PI

67HU1 531 127 G,N ABX 10,11 D 10,11 BF3-I 4PI

59B01 531 127 G,P ABX 15,18 D 15,18 SCI-D 2- 12 4PI

39
XENON Z=54

A ABUND. SEPARATION ENERGIES (MEV)

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

124 0.10 10.0 7.0 16.5 14.1 0.5 * 16.7 11.7

126 0.09 10.0 7.6 16.0 14.9 1.3 17.9 17.2 13.2

128 1.92 9.6 8.2 15.9 15.7 1.8 16.8 17.3 14.4

129 26.44 6.9 8.3 15.7 13.6 2.1 16.6 15.1 15.0

130 4.08 9.3 8.7 15.9 16.5 2.3 16.2 17.6 15.5

131 21.18 6.6 8.8 15.7 14.4 2.5 15.9 15.3 16.0

132 26.89 8.9 9.1 15.7 17 .2 2.7 15.5 17.7 16.5

134 10 44 8 5 9 5 15.6 17.9 3.2 15.0 17 .8 17.5

136 8.87 7.9 10.0 15.4 * 3.6 14.4 17.8 *

NO DATA

CESIUM Z=55

A ABUND. SEPARATION ENERGIES (MEV)

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

133 100.00 9.0 6.1 13.2 16.2 2.1 16.2 15.1 15.3

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

67HU1 55CS133 G,N ABX 10,11 D 10,11 BF3-I 4PI

59B01 55CS133 G,P ABX 15,18 D 15,18 SCI-D 2- 12 4PI

BARIUM Z=56

A ABUND. SEPARATION ENERGIES (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 NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

64AL5 56 BA G,XN NOX THR- 34 C 34 THR-I 6- DST

59HA2 56 BA G,A SPC THR- 30 C 30 EMU-D 2- 5 DST

40 .
LANTHANUM Z=57

A ABUND.

G,N

138 8.9(-2) 7.

139 99.91 8.8

SEPARATION ENERGIES (MEV)

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

6.0 13.7 13.9 2.3 16.6 13.0 15.0

6.2 13.2 16.0 2.1 16. 14.8 15.1

REF NUCLIDE REACTION RES EXCIT

Z A IN, OUT

SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

66BE3 57LA139 G,G

67HU1 57LA139 G,N

RLX 5- 10 D 5- 10 NAI-D 5- 10 135

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

REMARKS

CERIUM Z=58

A ABUND.

G,N G,P

136 0.19 10. 7.

138 0.25 9. 7.

140 88.48 9.0 8.0

142 11.07 7.2 8.9

SEPARATION ENERGIES (MEV)

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

16.0 13.8 .6 17.7 16.9 12.3

16. 14.7 1.2 17.3 16.8 13.1

16. 15.0 1.4 16.6 16.8 14.2

12.1 14.4 -1.4 12.6 15.7 15.9

REF NUCLIDE REACTION RES EXCIT

Z A IN, OUT

SOURCE DETECTOR ANG

MIN-MAX TYPE MIN -MAX

REMARKS

66BE3 58CE G,G

59HA2 58CE G,A

A ABUND.

G,N G,P

141 100.00 9.4 5.2

RLX 5- 10 D 5- 10 NAI-D 5- 10 135

SPC THR- 30 C 30 EMU-D 2- 5 DST

PRASEODYMIUM Z=59

SEPARATION ENERGIES (MEV)

G,T

13.3

G,HE3

14.3

G,A

1.

G,2N

17.1

G,NP

14.3

G,2P

13.2

REF NUCLIDE REACTION RES EXCIT

Z A IN, OUT

SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

REMARKS

61B03 59PR141 G,MU-T ABX 11- 20 C 11- 20 ACT- I 4PI

66BE3 59PR141 G,G RLX 5- 10 D 5- 10 NAI- D 5- 10 135

59DI1 59PR141 G,N RLY 9- 30 C 30 ACT- I 4PI

66BR1 59PR141 G,N ABX THR- 33 D 8- 33 BF3- I 4PI

66BR1 59PR141 G,2N ABX THR- 30 D 8- 33 BF3- I 4PI

66BR1 59PR141 G,3N ABX THR- 30 D 8- 33 BF3- I 4PI

66C03 59PR141 G,N ABX THR- 65 CTHR- 70 ACT- I 4PI

67HU1 59PR141 G,N ABX 10,11 D 10,11 BF3- I 4PI

41
NEODYMIUM Z=60

A ABUND. SEPARATION ENERGIES (MEV)

Lj , 1\ rO , t1

C, A C,VJ j 4-11 2N G,NP G ,2P

1 A 9 97 11 Q ft 7 9 J.J « U 0 7 17 7 16.6 12 .5

19Li. ^ 17L 1 1 A 9 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 REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

66BE3 60ND G,G RLX 5- 10 D 5- 10 NAI-D 5- 10 135

59HA2 60ND G,A SPC THR- 30 C 30 EMU-D 2- 5 DST

ABUND,

SAMARIUM Z=62

SEPARATION ENERGIES (MEV)

G,N G,P G,T G,HE3 G,A 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 8.9 13.9 16.3 1.1 13.8 16.

REF NUCLIDE REACTION RES EXCIT

Z A IN, OUT

66BE3 62SM144 G,G

65ME1 62SM148 G,G

65ME1 62SM152 G,G

59DI1 62SM144 G,N

59HA2 62SM G,A

SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

REMARKS

RLX 5- 10 D 5- 10 NAI-D 5- 10 135

LFT 1 D 1 NAI-D DST

LFT 1 D 1 NAI-D 105

RLY 11- 30 C 22,30 ACT-I 4PI REL CU63 (G,N)

SPC THR- 30 C 30 EMU-D 1 5 DST

U2
EUROPIUM Z=63

A ABUND. SEPARATION ENERGIES (MEV)

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

151 47.82 7.9 4.9 10.2 12.7 -2.0 14.4 12.9 13.1

153 52.18 8.5 5.9 11.2 14.7 -0.3 14.8 14.2 14.5

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

66AT1 63EU153 G,G LFT 1 D 1 SCD-D 1

67HU1 63EU G,N ABX 9- 11 D 9- 11 BF3-I 4PI

GADOLINIUM Z=64

A ABUND. SEPARATION ENERGIES (MEV)

G,N G,P G,T G,HE3 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 NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

66BA3 64GD155 G,G LFT 1 D 1 NAI-D 1

66ST1 64GD155 G,G LFT 1 D 1 NAI-D 1

TERBIUM Z=65

SEPARATION ENERGIES (MEV)

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

7. 14. 12.7 -1.4 16.5 16. 11.8

6.2 12.0 14.4 0.2 14.9 14.2 14.6

A ABUND.

G,N

156 5.2(-2) 10.

159 99.95 8.2

REF NUCLIDE REACTION RES EXCIT

Z A IN, OUT

66AT2 65TB159 G,G LFT 1 66RA1 65TB159 G,G LFT 1

SOURCE DETECTOR ANG REMARKS

MIN-MAX TYPE MIN-MAX

D 1 SCD-D DST

D 1 NAI-D DST

43
DYSPROSIUM Z=66

ABUND. SEPARATION ENERGIES (MEV)

G,N G,P G,T G,HE3 G,A 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 25.53 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.

A ABUND.

165 100.00

REF

G,N

8.0

NO DATA

HOLMIUM Z=67

SEPARATION ENERGIES (MEV)

G,P G,T G,HE3 G,A

6.1 11.6 14. -0.2

G,2N

14.6

G,NP

13.8

NUCLIDE REACTION RES EXCIT

Z A IN, OUT

SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

G,2P

14.7

REMARKS

66AX1 67H0165 G,G ABX 13,16 D 13,16 NAI-D 90,135

65AM1 67H0165$G,XN ABY 10- 20 C 10- 20 BF3-I 4PI ORIENTED

66AX1 67H0165 G,N ABX 8- 20 D 8- 20 BF3-I 4PI

66AX1 67H0165 G,2N ABX 8- 20 D 8- 20 BF3-I 4PI

67HU1 67H0165 G,N ABX 9- 11 D 9- 11 BF3-I 4PI

66SC1 67H0165 G,P SPC THR- 70 C 70 TEL-D 6- 14 90,135

66SC1 67H0165 G,D RLY THR- 70 c 70 TEL-D 6- 14 90,135

66 SCI 67H0165 G,T RLY THR- 70 c 70 TEL-D 6- 14 90,135

ERBIUM Z=68

A ABUND. SEPARATION ENERGIES (MEV)

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

162 0.14 9. 6. 14. 12.2 -1.5 * 15.4 11.3

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 15.2 15.5 13.5

167 22.94 6.4 7.5 13.4 12.3 -0.6 15.0 13.9 14.3

168 27.07 7.8 8.0 13.1 14.4 -0.5 14.2 15.3 15.0

170 14.88 7.2 8.5 12.7 -0.1 13.2 15.7 *

NO DATA

4-4-
THULIUM Z=69

A ABUND. SEPARATION ENERGIES (MEV)

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

169 100.00 8.0 5.6 12.8 13.2 -1.1 15. 13.4 13.5

NO DATA

YTTERBIUM Z=70

A ABUND. SEPARATION ENERGIES (MEV)

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

168 0.14 9. 6. 13. 11.8 -2.1 15.9 14.8 11.0

170 3.03 8. 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 8.1 7.4 13.0 13.3 -1.3 14.9 1 C 1 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 *

NO DATA

LUTETIUM Z=71

A ABUND. SEPARATION ENERGIES (MEV)

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

175 97.41 7.8 5.5 11.0 12.8 -1.4 14.4 13.0 13.5

176 2.59 6.1 5.9 10.7 12.0 -1.6 14.0 11.7 13.9

NO DATA

HAFNIUM Z==72

A ABUND. SEPARATION 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 6.40 6.6 12.1 10.6 -2.5 14. 12.8 12.5

17ft 27.14 7.6 7.3 11.9 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 NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

61HA1 72HF177 G,G LFT 0- 1 D 0-- 1 NAI -D 0- 1 110

45
TANTALUM Z=73

A ABUND

.

G,N

180 1.2(-2) 6.8

181 99.99 7.6

SEPARATION ENERGIES (MEV)

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

5.9 11.1 11.6 -2.1 14.6 12.0 13.4

6.2 11.1 13.3 -1.4 14.4 13.5 14.1

REF NUCLIDE REACTION RES EXCIT

Z A IN, OUT

SOURCE DETECTOR ANG

MIN-MAX TYPE MI N-MAX

REMARKS

59BA3 73TA181 E,N ABY THR- 36 D 10- 36 BF3-I

64AL5 73TA181 G,XN NOX THR- 34 C 34 THR- I 6- 67HU1 73TA181 G,N ABX 8- 11 D 8- 11 BF3-I

59SE2 73TA181 G,P ABX 15,18 D 15,18 EMU-I

4PI

DST

4PI

4PI

TUNGSTEN (WOLFRAM) Z=74

A ABUND. SEPARATION ENERGIES (MEV)

G,N G,P G,T G,HE3 G,A 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

184 30.64 7.4 7.7 12.1 13.1 -1.5 13.6 14.6 14.3

186 28.41 7.2 8.3 12.2 14.4 -1.1 13.0 15.0 *

REF NUCLIDE REACTION RES EXCIT

Z A IN, OUT

SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

REMARKS

66BE3

66SH2

74W G,G RLX 5- 10 D 5- 10 NAI-D 5- 10 135

74W 183 G,G LFT 1 D 1 NAI-D 1 4PI

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 EXCIT

Z A IN, OUT

SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

REMARKS

64SH5 75RE187 G,G LFT D 1 NAI-D 122

46
OSMIUM Z=76

A

A DTTXTT\ ABUNU

.

SEPARATION FNFROTFS (MEV)

(j , INI C P C, KF3 G,A G ,2N G ,NP G,2P

TO/ n r\o U . UZ D . U 10 7 2.9 * 14.1 10.4

186 l . 5y O . J 6.5 13.0 1 1 6 2.8 15.1 14.4 11.9

187 1.64 6.3 6.5 12.0 10.5 2.7 14.5 12.8 12.4

188 13.3 7.8 7.1 12.1 12.5 2.3 14.1 14 .4 13.0

189 16.1 6.0 7 .

3

11 o ii . y 11.3 2.0 13.8 13.1 13.6

190 26 .

4

7.8 8.0 12.4 11 7 1 CL X . D X1 J1 ft . o 1 5 1 14.8

192 41.0 7.6 * 13.0 * 0.0 13.5 15.9 *

NO DATA

IRIDIUM Z=77

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

NO DATA

PLATINUM Z=78

AA ARITMFl iVD UViU , SEPARATION ENERGIES (MEV)

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

Q 6. 13. 11.1 -3.2 15.9 14.6 11.0

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 REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

66BE3 78PT G,G RLX 5- 10 D 5- 10 NAI-D 5- 10 135

47
GOLD Z=79

A ABUND.

G,N

197 100.00 8.1

SEPARATION ENERGIES (MEV)

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

5.8 11.4 13.6 -0.9 14.8 13.8 14.0

REF NUCLIDE REACTION RES EXCIT

Z A IN, OUT

SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

REMARKS

60BA8 79AU197 G,N ABX 14,18 D 14,18 ACT1

4PI

67HU1 79AU197 G,N ABX 9- 11 D 9- 11 BF3-I 4PI

59MA1 79AU197 G,P RLY THR- 70 C 70 EMU-D 5- 11 90 REL D TO P

59MA1 79AU197 G,D RLY THR- 70 C 70 EMU-D 7- 14 90 REL D TO P

65HA2 79AU197 G,A SPC THR- 31 C 31 EMU-D 5- 20 DST

65ME2 79AU197 G,A SPC THR- 35 C 35 SCD-D 5- 26 90

MERCURY Z=80

ABUND. SEPARATION 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 L4.0 -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 REACTION RES EXCIT SOURCE DETECTOR ANG REMARK*

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

66BE3 80HG G,G RLX 5- 10 D 5- 10 NAI-D 5- 10 135

57KN1 80HG199 G,G LFT 1 D 1 SCI-D 0- 1 90

55MC1 80HG G,XN RLY THR- 22 C 22 NAI- I 90

48
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 NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

66BE3 81TL G,G RLX 5- 10 D 5- 10 NAI-D 5- 10 135

65M02 81TL G,XN ABX 10-110 C 16-110 ACT-I 4PI

56HE2 81TL203 G,A RLY THR- 31 C 31 ACT-I 4PI

57EL2 81TL205 G,A ABX THR- 32 C 32 ACT-I 4PI

LEAD Z=82

A ABUND. (1) SEPARATION 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 NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

55BU1 82PB G,G RLX 0- 3 C 3 NAI-D 90

59C06 82PB G,G ABX 6,7 D 6, 7 NAI-D 30

59PA3 82PB G,G ABX 17 D 15, 18 NAI-D 17 90

65GI1 82PB G,G LFT 5- 8 D 5- 8 NAI-D 3- 8 135

66DE1 82PB G,G RLX 12- 17 D 12- 17 NAI-D DST

66BE3 82PB206 G,G RLX 5- 10 D 5- 10 NAI-D 5- 10 135

65MC1 82PB208 G,G LFT 7 D 7 NAI-D DST

66BE3 82PB208 G,G RLX 5- 10 D 5- 10 NAI-D 5- 10 135

66D01 82PB208 G,G LFT 7 D 7 NAI-D DST

59BA3 82PB E,N ABY THR- 36 D 10- 36 BF3-I 4PI

66PE1 82PB208 E,E/ FMF 0- 6 D 70 MAG-D 130

49
REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG

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

REMARKS

55BA5 82PB G,XN ABY 30-200 C150- 250 THR1

30- DST

55MC1 82PB G,XN RLY THR- 22 C 22 NAI-I 90

64AL5 82PB G,XN NOX THR- 34 C 34 THR1

6- DST

67HU1 82PB206 G,N ABX 9- 11 D 9- 11 BF3-I 4PI

66DE2 82PB207 G,N SPC THR- 80 C 80 CCH-D 0- 15 135

67HU1 82PB208 G,N ABX 9- 11 D 9- 11 BF3-I 4PI

66BE1 82PB N,G SPC 14 D 7 NAI-D 8- 18

BISMUTH Z=83

A ABUND.

G,N

209 100.00 7.4

SEPARATION ENERGIES (MEV)

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

3.8 9.4 10.9 -3.1 14.3 11.2 11.8

REF NUCLIDE REACTION RES EXCIT

Z A IN, OUT

SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

REMARKS

66BE3 83BI209 G,G

66DE1 83BI209 G,G

RLX 5- 10 D 5- 10 NAI-D 5- 10 135

RLX 12- 17 D 12- 17 NAI-D DST

64AL5 83BI209 G,XN

66BE4 83BI209 G,N

66DE2 83BI209 G,N

67HU1 83BI209 G,N

NOX THR- 34

ABX 7 SPC THR- 80

ABX 9- 11

C 34 THRI

C 11 TOF-D

CTHR- 80 CCH-D

D 9- 11 BF3-I

6- DST

135

0- 15 135

4PI

66BE1 83BI210 N,G SPC 11 D NAI-D 8- 18

50
THORIUM Z=90

A ABUND. SEPARATION ENERGIES (MEV)

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

232 100.00 6.4 7.7 10. * -4.1 11.4 14. *

REF NUCLIDE REACTION RES

Z A IN, OUT

EXCIT SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

REMARKS

57KA1 90TH232 G,XN ABX 6- 23 C 6- 23 BF3-I 4PI

55LA2 90TH232 G,F RLY THR- 19 C 19 BF3-I 4PI

56K02 90TH232 G,F ABX 8- 24 c 8- 24 ION-I

56K03 90TH232 G,F SPC THR- 18 c 18 ION-D 50-100 4PI

57SC2 90TH232 G,F RLY THR- 15 c 4- 16 ACT1

4PI

58FA2 90TH232 G,F NOX THR- 16 c 16 EMU1

DST

58KA2 90TH232 G,F ABX 5- 18 c 5- 18 ION-I DST

59BA4 90TH232 G,F RLY THR- 20 c 6- 20 ION-I DST

60PR2 90TH232 G,F NOX 6 D 6 BF3-I 4PI

61B02 90TH232 G,F SPC THR- 70 C 70 EMU-D

65AL1 90TH232 G,F RLX 2- 7 D 6- 7 EMU-D DST

65CA3 90TH232 G,F ABY 300- 1000 C 1GEV EMU1

4PI

65SA1 90TH232 G,F SPC THR- 8 C 8 TOF-D 1- 8 77,

65S01 90TH232 G,F RLX 6- 7 D 6- 7 DST

4PI DELAYED NEUT

IN GLASS

URANIUM Z=92

A ABUND. SEPARATION ENERGIES (MEV)

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

234 5.6(-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 NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

59BA3 92U 238 E,N ABY THR- 36 D 10- 36 BF3-I 4PI

57KA1 92U 233 G,XN ABX 6- 23 C 6- 23 BF3-I 4PI

57KA1 92U 238 G,XN ABX 6- 23 C 6- 23 BF3-I 4PI

58KA2 92U 233 G,F ABX 5- 18 c 5- 18 ION-I DST

59BA4 92U 233 G,F RLY THR- 20 c 6- 20 ION-I DST

59BA4 92U 234 G,F RLY THR- 20 c 6- 20 ION-I DST

51
REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

59BA4 92U 235 n f RT Y THR- Z.2f)VJ p 6- 2D TON-.TX L)o ± 59BA4 92U 236 0 F RT Y THR- 20 p 6- 2D . TX DDL

55KA1 92U y tm SJ 238 n F ARX THR- 26 p X*. 2f> APT-,TX apt fir x 55LA2 92U 238 i- _j C F RT Y THR- T 9 p XT Q,7 RF1- TX APT

56K02 92U 238 0 F ARX 8- 24 r o 2A .TX 56K03 92U 238 0 F spr THR- X IX XV XOT 8 r xo1 ft X WIN""U JU . i no APT Hit X 57BA4 92U 238 G F NOX THR- X iiXv 27 r 27 u Do L 57SC2 92U 238 nvj , fr RT Y THR- r 1 A APT- X apt

58BA7 92U 238 C F NOX THR- X liXV 27 r 6- 27 FMT1- TX DQT JJD X 58KA2 92U 238 0 F J p 5- 18 TAM. XVJiN - X Uo 1 S9RA4 9211 218 O F RTXYXjYX THR x xiiy— ?o p 6- 20 Tr»M_ XU1N- T

X JJo I 60PR2 9211 J 4~ \J 218 C F nox u nu 6 D r J

T

X

/ PT

65AL1 92U 238J U Oo , Fr RTIVXj XA 6- 7/ T\u 6- 7 LA l U 65CA1 92U 238 0 F ARY _J100- vj V./ xT 000 vj wvj p 1GEV FMI1-,TX APT Hr X 65H01 92U 238 0 F RT Y THR- X XXXX ii 33 200 QO

65H02 92U 238 0 F NOX 7 n 7 L>L X

T

X

L PT

65KI1 92U 238 G F ABY 6- 7 p 5- 7 APT- TX Apt Hr x 65MA3 92U 238 G.F ABX 5- 8 D 5- 8 EMU- D 4PT *T X X 65NI1 92U 238 G,F RLY THR- 15 C 10- 15 BF3- I 4PI

65S01 92U 238 G,F RLX 6- 7 D 6- 7 DST

66B01 92U 238 G,F NOX THR- 9 C 5- 9 DST

66ME2 92U 238 G,F ABY 17 D 17 ACT- I 4PI

66SA1 92U 238 G,F RLY THR-650 C650 ACT- I 4PI

IN GLASS

NEPTUNIUM Z=93

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

58KA2 93NP237 G,F ABX 5- 18 C 5- 18 I0N-I DST

59BA4 93NP237 G,F RLY THR- 20 C 6- 20 I0N-I DST

PLUTONIUM Z=94

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

57KA1 94PU239 G,XN ABX 6- 23 C 6- 23 BF3- I 4PI

58KA2 94PU239 G,F ABX 5- 18 c 5- 18 I0N- I DST

59BA4 94PU239 G,F RLY THR- 20 c 6- 20 I0N- I DST

66RA2 94PU239 G,F NOX 5- 7 c 5- 8 DST

59BA4 94PU240 G,F RLY THR- 20 c 6- 20 I0N- I DST

52
AMERICIUM Z=95

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

58KA2 95AM241 G,F ABX 5- 18 C 5- 18 ION-I DST

59BA4 95AM241 G,F RLY THR- 20 C 6- 20 ION-I DST

53
Bibliography

In the following bibliography Conference Proceedings are indicated

as follows

:

PICNS-60 Proceedings of the International Conference on Nuclear

Structure, Kingston, Ontario 1960 (Bromley, D. A. and

Vogt, E. W., Eds., University of Toronto Press, 1960)

PICNS-61 Proceedings of the Rutherford Jubilee International

Conference Manchester 1961 (Birks, J. B., Ed., Academic Press Inc., New York, 1961)

PICNS-62 Proceedings of the Conference on Direct Interactions

and Nuclear Reaction Mechanisms, University of Padua

1962 (Clementel, E. and Villi, C, Eds., Gordon and

Breach, New York-London, 1963)

PICNS-64 Congres International de Physique Nucleaire, Paris 1964

(Gugenberger , P., Ed., Editions Centre Natl. Rech. Sci.,

Paris, 1964)

55Ba5 P. S. Baranov, V. I. Gol'danskii; Zhur. Eksp. i Teoret.

Fiz. 28, 746, (1955); Soviet Phys. JETP 1, 613 (1955)

55Bul J. L. Burkhardt; Phys. Rev. 100, 192 (1955)

55Ca2 J. H. Carver, H. J. Hay, E. W. Titterton; Phil Mag.

46, 841 (1955)

55Erl P. Erdos, P. Jordan, P. St oil; Helv. Phys. Acta 28,

322 (1955)

55G11 H. Glattli, E. Loepfe, P. Stoll; Helv. Phys. Acta

28, 366 (1955)

55Gol F. K. Goward, J. J. Wilkins; Proc. Roy. Soc. (London)

A228, 376 (1955)

55Kal L. Katz, T. M. Kavanagh, A. G. W. Cameron, E. C. Bailey,

J. W. T. Spinks; Phys. Rev. 99, 98 (1955)

55Lal W. B. Lasich, E. G. Muirhead, G. G. Shute; Australian

J. Phys. 8, 456 (1955)

55La2 L. E. Lazareva, B. S. Ratner, I. V. Shtranikh;

Zhur. Eksp. i Teoret. Fiz. 29, 274 (1955); Soviet Phys.

JETP 2, 301 (1956)

55Mcl K. G. McNeill; Phil. Mag. 46, 321 (1955)

55Mil M. Miwa; J. Phys. Soc. Japan 10, 273 (1955)

550x1 C. L. Oxley, V. L. Telegdi; Phys. Rev. 100, 435 (1955)

55Rel D. Reagan; Phys. Rev. 100, 113

55Ril L. S. Ring, Jr.; Phys. Rev. 99, 137 (1955)

55Sc2 J. Schmouker, P. Erdos, P. Jordan, P. Stoll; J. Phys.

Radium 16, 169 (1955)

54-
55Sp2 B. M. Spicer, A. S. Penfold; Phys. Rev. 100, 1375 (1955)

55Sp3 B. M. Spicer; Phys. Rev. 100, 791 (1955)

56Dil D. R. Dixon, K. C. Bandtel; Phys. Rev. 104, 1730 (1956)

56Hel F. Heinrich, H. Waffler; Helv. Phys. Acta 29,

232 (1956)

56He2 F. Heinrich, H. Waffler, M. Walter; Helv. Phys. Acta 29,

3 (1956)

56Ko2 V. A. Korotkova, P. A. Cherenkov, I. V. Chuvilo; Dokl.

Akad. Nauk SSSR 106, 633 (1956); Soviet Phys. Doklady 1,

77 (1956)

56Ko3 V. A. Korotkova, P. A. Cherenkov, I. V. Chuvilo; Dokl.

Akad. Nauk SSSR 106, 811 (1956); Soviet Phys. Doklady 1,

104 (1956)

56Sul T. T. Sugihara, I. Halpern; Phys. Rev. 101, 1768 (1956)

56Tzl C. Tzara; Compt. Rend. 242, 2340 (1956)

56Tz2 C. Tzara; J. Phys. Radium 17, 1001 (1956)

56Wal H. Waffler, F. Heinrich; Physica 22, 1146 (1956)

57A11 Yu. A. Aleksandrov, N. B. Delone, L. I. Slovokhotov,

G. A. Sokol, L. N. Shtarkov; Zhur. Eksp. i Teoret. Fiz.

33, 614 (1957); Soviet Phys. JETP 6, 472 (1958)

57Bal P. S. Baranov, V. I. Gol'danskii, V. S. Roganov; Zhur.

Eksp. i Teoret. Fiz. 33, 1123 (1957); Soviet Phys. JETP 6,

865 (1958); Phys. Rev. 109, 1801 (1958)

57Ba2 E. B. Bazhanov, Yu. M. Volkov, A. P. Komar, L. A.

Kul'chitskii, V. P. Chizhov; Dokl. Akad. Nauk SSSR 113, 65

(1957); Soviet Phys. Doklady 2, 107 (1957)

57Ba3 R. Basile; Ann. Phys. (Paris) 2,267 (1957)

57Ba4 B. P. Bannik, N. M. Kulikova, L. E. Lazareva, V. A.

Yakovlev; Zhur. Eksp. i Teoret. Fiz. 33, 53 (1957); Soviet

Phys. JETP 6, 39 (1958)

57Bel J. B. Bellicard, J. Miller, C. Tzara, J. Phys. Radium 18,

201 (1957)

57Bol F. Bobard, G. Boulegue, P. Chanson; Compt. Rend. 244,

1761 (1957)

57Chl I. V. Chuvilo, V. G. Shevchenko; Zhur. Eksp. i Teoret.

Fiz. 32, 1335 (1957); Soviet Phys. JETP 5, 1090 (1957)

57E11 A. El Sioufi, P. Erdos, P. Stoll; Helv. Phys. Acta

30, 264 (1957)

57E12 A. El Sioufi, P. Erdos, P. Stoll; Helv. Phys. Acta 30

266 (1957)

57Kal L. Katz, K. G. McNeill, M. LeBlanc, F. Brown; Can. J.

Phys. 35, 470 (1957)

57Knl V. Knapp; Proc. Phys. Soc. (London) A70, 142 (1957)

57Ko2 A. P. Komar, I. P. Yavor; Zhur. Eksp. i Teoret. Fiz. 31,

531 (1956); Soviet Phys. JETP 4, 432 (1957)

55
57Lil D. L. Livesey; Can. J. Phys . 35, 987 (1957)

57Mul J. Muto, E. Takekoshi, T. Nakamura, A. Imamura,

Y. Tsuneoka; J. Phys. Soc. Japan 12, 109 (1957)

57Rol M. Rozkos; Czech. J. Phys. 7, 592 (1957)

57Ro2 M. Rozkos; Czech. J. Phys. 7, 20 (1957)

57Scl F. D. Schupp, C. B. Colvin, D. S. Martin, Jr.;

Phys. Rev. 107, 1058 (1957)

57Sc2 R. A. Schmitt, R. B. Duffield; Phys. Rev. 105, 1277 (1957)

58Ba3 M. Q. Barton, J. H. Smith; Phys. Rev. 110, 1143 (1958)

58Ba5 R. Basile and M. Gusakow; Compt. Rend. 246, 588 (1958)

58Ba6 E. B. Bazhanov, Yu. M. Volkov, L. A. Kul'chitskii; Zhur.

Eksp. i Teoret. Fiz. 35, 322 (1958); Soviet Phys. JETP

8, 224 (1959)

58Ba7 A. I. Baz, N. M. Kulikova, L. E. Lazareva, N. V. Nikitina,

V. A. Semenov; Int. Conf. Peaceful Uses of Atomic

Energy 15, 2037 (1958)

58Be3 0. Beckman, R. Sandstrom; Nuclear Phys. 5, 595 (1958)

58Bol 0. V. Bogdankevich, B. S. Dolbilkin, L. E. Lazareva,

F. A. Nikolaev; PICNS 697 (1958)

58Bul N. A. Burgov, Yu. V. Terekhov; J. Nucl. Energy 7,

247 (1958)

58Fa2 H. Faissner, F. Gonnenwein; Z. Physik 153, 257 (1958)

58Grl G. M. Griffiths; Proc. Phys. Soc. (London) 72, 337 (1958)

58Hal A. Halsteinslid, K. Nybo, R. B. Mollerud; Univ. Bergen

Arb. Naturv. R. 15, 1 (1958)

58Kal L. Katz, A. P. Baerg, F. Brown; Peaceful Uses of Atomic

Energy, Switzerland 1958)

58Mal V. N. Maikov; Zhur. Eksp. i Teoret. Fiz. 34, 1406 (1958);

Soviet Phys. JETP 7, 973 (1958)

58Ta2 C. A. Tatro, T. R. Palfrey, Jr., R. M. Whaley, R. 0.

Haxby; Phys. Rev. 112, 932 (1958)

59Ba3 W. C. Barber, W. D. George; Phys. Rev. 116, 1551 (1959)

59Ba4 A. P. Baerg, R. M. Bartholomew, F. Brown, L. Katz, S. B. Kowalski; Can. J. Phys. 37, 1418 (1959)

59Bol M. Bormann, H. Neuert; Z. Naturforsch. 14a, 922 (1959)

59Chl V. P. Chizhov, L. A. Kul'chitskii; Zhur. Eksp. i Teoret.

Fiz. 36, 345 (1959); Soviet Phys. JETP 9, 239 (1959)

59Co6 S. G. Cohen; Nuovo Cimento 14, 931 (1959)

59Dal F. Daublin, F. Berthold, P. Jensen; Z. Naturforsch. 14a, 208

(1959)

59Dil G. Di Caporiacco, M. Mando, F. Ferrero; Nuovo Cimento 13,

522 (1959)

59Ha2 F. I. Havlicek; Nuovo Cimento 13, 969 (1959)

59Ikl N. Ikeda, K. Yoshihara; Radioisotopes (Tokyo) 8, 24 (1959)

56
59Ko2 A. P. Komar, T. N. Dragnev; Dokl. Akad. Nauk SSSR 126,

1234 (1959); Soviet Phys . Doklady 4, 653 (1959)

59Ku2 Chi-Ti Kuo, B. S. Ratner; Dokl. Akad. Nauk SSSR 125,

761 (1959); Soviet Phys. Doklady 4, 369 (1959)

59Lal M. Langevin, A. Bussiere de Nercy; J. Phys. Radium 20,

831 (1959)

59Mal E. D. Makhnovskii; Zhur. Eksp. i Teoret. Fiz. 36,

739 (1959); Soviet Phys. JETP 9, 519 (1959)

59Pa3 P. Paul, U. Stierlin; Nuclear Phys. 13, 576 (1959)

59Pe5 A. S. Penfold, E. L. Garwin; Phys. Rev. 116, 120 (1959)

59Ro3 J. P. Roalsvig, R. N. H. Haslam, L. D. Skarsgard,

E. E. Wuschke; Can. J. Phys. 37, 722 (1959)

59Sal D. Sadeh; Compt. Rend. 249, 531 (1959)

59Sa2 D. Sadeh; Compt. Rend. 249, 2313 (1959)

59Se2 W. Sebaoun, H. Gauvin; Compt. Rend. 248, 791 (1959)

60Ba8 M. A. Bak, K. A. Petrzhak, Tei-Mei Chen; Izv, Akad.

Nauk SSSR 24, 818 (1960)

60Bu2 A. Bussiere de Nercy; Compt. Rend. 250, 1252 (1960)

60Bu3 A. Bussiere de Nercy, M. Langevin; J. Phys. Radium 21,

293 (1960)

60De2 N. N. Delyagin; Zhur. Eksp. i Teoret. Fiz. 38, 1111 (1960);

Soviet Phys. JETP 11, 803 (1960)

60Ko5 A. Komar; PICNS 494 (1960)

60Pr2 L. I. Prokhorova, G. N. Smirenkin; Atom. Energiya 8,

457 (1960)

60Re2 J. M. Reid, B. Lalovic; Proc. Phys. Soc. (London) 76

65 (1960)

60Val V. J. Vanhuyse, G. J. Vanpraet; J. Phys. Radium 21, 290 (1960)

6lAml B. Ambrozy, A. Faudrowicz, A. Jasinski, J. Kownacki,

H. Lancman, J. Ludziej ewski ; PICNS-61 281 (1961)

6lBa3 P. S. Baranov, L. I. Slovokhotov, G. A. Sokol, L. N.

Shtarkov; Zhur. Eksp. i Teoret. Fiz. 41, 1713 (1961); Soviet

Phys. JETP 14, 1219 (1962)

61Bo2 B. A. Bochagov, A. P. Komar, G. E. Solyakin, V. I. Fadeev; Atom. Energiya 11, 540 (1961)

6lBo3 0. A. Borello; Rev. Un. Mat. Argent. As. Fis. Argent. 19,

251 (1961)

61Ce2 M. Cerineo, K. Ilakovac, I. Slaus, P. Tomas; Phys. Rev. 124,

1947 (1961)

61C11 M. A. Clark, H. E. Gove, A. E. Litherland; PICNS-61 807 (1961)

61Gal C. C. Gardner, P. C. Gugelot; PICNS-61 263 (1961)

61Hal W. D. Hamilton, B. S. Sood; Nuclear Phys. 27, 66 (1961)

61Isl D. B. Isabelle, G. R. Bishop; J. Phys. Radium 22, 548 (1961)

57
61Knl H. H. Knitter, H . Waffler; PICNS-61 823 (1961)

61Pe2 G. A. Peterson, W. C. Barber; PICNS-61 831 (1961)

61Sh6 V. G. Shevchenko, B. A. Yur'ev; Izv. Akad Nauk SSSR 25,

1269 (1961)

61Ta2 N . W. Tanner, G. C. Thomas, E. D. Earle; PICNS 61 297 (1961)

61Ta3 N. W. Tanner, G. C. Thomas, E. D. Earle; PICNS-61 295 (1961)

61Wil W. S. C. Williams, H. S. Caplan, D. T. Stewart; Proc. Phys . Soc.

(London) 78, 1125 (1961)

62B11 D. Blum, P. Barreau, J. Bellicard; PICNS-62 761 (1962)

62Fi2 F. W. K. Firk, K. H. Lokan, E. M. Bowey; PICNS-62 804 (1962)

62Fi3 F. W. K. Firk, E. R. Rae ; PICNS-62 807 (1962)

62Grl G. M. Griffiths, E. A. Larson, L. P. Robertson; Can. J. Phys.

40, 402 (1962)

62M15 C. Milone, S. Milone Tamburino, V. Emma, S. Femino, S. Jannelli

;

PICNS-62 817 (1962)

62Su2 M. Suffert, G. Costa, D. Magnac-Valette ; PICNS-62 842 (1962)

63Su2 M. Suffert, G. Costa, D. Magnac-Valette; J. de Phys. 24,

1029 (1963)

64A15 F. R. Allum, T. W. Quirk, B. M. Spicer; Nuclear Phys. 53,

545 (1964)

64Be7 R. B. Begzhanov, A. A. Islamov; Zhur. Eksp . i Teoret . Fiz.

47, 768 (1964); Soviet Phys. JETP 20, 513 (1965)

64Be8 W. Bertozzi, P. Demos, F. Hanser, S. Kowalski, C. Sargent,

W. Turchinetz, R. Fullwood, J. Russell; PICNS-64 1026 (1964)

64Br2 P. Brix, H. G. Clerc, R. Engfer, G. Fricke, F. Gudden,

H. Liesem, E. Spamer; PICNS-64 372 (1964)

64Chl K. W. Chen, J. R. Dunning, Jr., J. R. Rees , W. Shlaer,

J. K. Walker, R. Wilson; Phys. Rev. 135, 4B B1030 (1964)

64Co3 S. Costa, F. Ferrero, S. Ferroni, R. Malvano: PICNS-64 1034 (1964)

64Do2 B. S. Dolbilkin, V. A. Zapevalov, V. I. Korin, L. E. Lazareva,

F. A. Nikolaev; PICNS-64 1060 (1964)

64Eal E. D. Earle, N. W. Tanner, G. C. Thomas, PICNS-64 385 (1964)

64Fi2 F. W. K. Firk, E. M. Bowey; PICNS-64 1013 (1964)

64Go4 A. N. Gorbunov, A. T. Varfolomeev; PICNS-1071 (1964)

64Ha3 S. S. Hanna, R. E. Segel, R. G. Alias; PICNS-64 1022 (1964)

64ls3 B. S. Ishkhanov, I. M. Kapitonov, B. A. Yur'ev, V. G. Shevchenko;

PICNS-64 1042 (1964)

64Kil M. Kihara, K. Baba, K. Miyake, T. Nakamura, T. Yamaki, S. Yasumi,

Y. Yoshimura; J. Phys. Soc. Japan 19, 2236 (1964)

64Ko5 A. P. Komar and Yu. D. Makhnovsky; Nuclear Phys. 65, 662 (1964)

64La5 M. Langevin, J. M. Loiseaux, J. M. Maison; PICNS-64 1045 (1964)

64Lo3 J. M. Loiseaux, M. Langevin, J. M. Maison; PICNS-64 1048 (1964)

64Ma2 M. Masuda, M. Kondo , S. Takeda, M. Okumura, J. Ookuma;

J. Phys. Soc. Japan 19, 2339 (1964)

58
64Me2

64Rel

64Sel

64Sh5

64Sh6

64Sul

64Thl

64To3

64U13

65Ajl

65Akl

65A11

65Aml

65Arl

65Ar2

65Ar3

65Asl

65Bal

65Ba2

65Ba3

65Ba4

65Bel

65Bil

65Bol

65Bo2

65Bul

65Cal

65Ca2

65Ca3

65Chl

65C11

F. R. Metzger; PICNS-64 392 (1964)

T. W. Retz-Schmidt, S. J. Skorka, J. Morgenstern, H. Schmidt;

PICNS-64 396 (1964)

S. Seki, M. Yamanouchi, M. Miwa; J. Phys . Soc. Japan 19, 1999

(1964)

Yu. K. Shubnyi, D. K. Kaipov, R. B. Begzhanov; Zhur. Eksp. i

Teoret. Fiz. 47, 16 (1964); Soviet Phys. JETP 20, 11 (1965)

N. K. Sherman; PICNS-64 1051 (1964)

M. Suffert, G. Costa, D. Magnac-Valette ; PICNS-64 1054 (1964)

M. N. Thompson, J. M. Taylor, B. M. Spicer; PICNS-64 1008 (1964)

M. E. Toms; PICNS-64 1004 (1964)

H. Ullrich; PICNS-64 1038 (1964)

V. Ajdacic, M. Cerineo, B. Lalovic, G. Paic, I. Slaus,

P. Tomas; Phys. Rev. Letters 14, 444 (1965)

A. F. Akkerman, V. L. Kochetkov, V. N. Chekanov; J. Nucl. Phys.

(USSR) 1, 738 (1965); Sov. J. Nucl. Phys. 1, 527 (1965)

E. Albertsson, B. Forkman; Nuclear Phys. 70, 209 (1965)

E. Ambler, E. G. Fuller, H. Marshak; Phys. Rev. 138, B117 (1965)

P. E. Argan, G. Mantovani, A. Piazzoli; Nuovo Cimento 37, 376

(1965)

P. E. Argan, L. Meneghetti, S. Vitale; Nuovo Cimento 38, 1489

(1965)

H. Artus; Z. Naturforschg . 20, 320 (1965)

J. G. Asbury and F. J. Loeffler; Phys. Rev. 137, B1214 (1965)

E. B. Bazhanov, A. P. Komar, A. V. Kulikov, V. I. Ogurtzov;

Phys. Letters 19, 239 (1965)

E. B. Bazhanov, A. P. Komar, A. V. Kulikov, E. D. Makhnovsky;

Nuclear Phys. 68, 191 (1965)

G. Baciu, G. C. Bonazzola, B. Minetti, C. Molino, L. Pasqualini,

G. Piragino; Nuclear Phys. 67, 178 (1965)

W. C. Barber, G. J. Vanpraet; Nuclear Phys. 72, 63 (1965)

B. L. Berman, R. L. Bramblett, J. T. Caldwell, R. R. Harvey,

S. C. Fultz; Phys. Rev. Letters 15, 727 (1965)

P. G. Bizzeti, A. M. Bizzeti Sona, M. Bocciolini, G. Di Caporiacco, T. Fazzini, M. Mando; Nuclear Phys. 63, 161 (1965)

P. Bounin, M. Croissiaux; Nuclear Phys. 70, 401 (1965)

R. Bosch, J. Lang, R. Muller, W. Wolfli; Helv. Phys. Acta 38,

753 (1965)

H. v. Buttlar, A. Goldmann; Z. Physik 187, 355 (1965)

J. T. Caldwell, R. L. Bramblett, B. L. Berman, R. R. Harvey,

S. C. Fultz; Phys. Rev. Letters 15, 976 (1965)

P. H. Cannington, R. J. J. Stewart, G. R. Hogg, K. H. Lokan,

D. G. Sargood; Nuclear Phys. 72, 23 (1965)

F. Carbonara, H. G. DeCarvalho, R. Rinzivillo, E. Sassi,

G. P. Murtas; Nuclear Phys. 73, 385 (1965)

B. T. Chertok, E. C. Booth; Nuclear Phys. 66, 230 (1965)

H. G. Clerc, R. J. Stewart, R. C. Morrison; Phys. Letters 18,

316 (1965)

59
65Col S. Costa, F. Ferrero, S. Ferroni, L. Pasqualini, E. Silva;

Nuclear Phys. 72, 158 (1965)

65Co2 S. Costa, B. Minetti, C. Molino, L. Pasqualini, G. Piragino;

Atti CI. di Sci. Fis. 99, 1157 (1965)

65Co3 S. Costa, F. Ferrero; Mat. Nat. 99, 85 (1965)

65Crl M. Croissiaux, R. Hofstadter, A. E. Walker, M. R. Yearian,

D. G. Ravenhall, B. C. Clark, R. Herman; Phys. Rev. 137,

B865 (1965)

65Dal P. J. Dallimore, K. S. Lam and H. H. Thies; Aust. J. Phys. 18,

389 (1965)

65Del G. Dearnaley, D. S. Gemmell, B. W. Hooton, G. A. Jones;

Nuclear Phys. 64, 177 (1965)

65De2 R. W. Detenbeck, J. C. Armstrong, A. S. Figuera, J. B. Marion;

Nuclear Phys. 72, 552 (1965)

65Dol B. S. Dolbilkin, V. I. Korin, L. E. Lazareva, F. A. Nikolaev;

Phys. Letters 17, 49 (1965)

65Do2 B. S. Dolbilkin, V. I. Korin, L. E. Lazareva, F. A. Nikolaev,

V. A. Zapevalov; Nuclear Phys. 72, 137 (1965)

65Do3 B. S. Dolbilkin, V. I. Korin, F. A. Nikolaev; ZhETF Pis 'ma 1,

No. 5 (1965); JETP Letters 1, 148 (1965)

65Ehl D. Ehhalt, R. Kosiek, R. Pfeiffer; Z. fur Physik 187, 210 (1965)

65Fel V. N. Fetisov, A. N. Gorbunov, A. T. Varfolomeev; Nuclear Phys.

71, 305 (1965)

65Fil D. S. Fielder, J. Le Tourneux, K. Min, W. D. Whitehead; Phys.

Rev. Letters 15, 33 (1965)

65Frl R. Frosch, R. E. Rand, M. R. Yearian, H. L. Crannell, L. R.

Suelzle; Phys. Letters 19, 155 (1965)

65Fr2 G. Fricke, G. R. Bishop, D. B. Isabelle; Nuclear Phys. 67, 187

(1965)

65Gal J. Garvey, B. H. Patrick, J. G. Rutherglen, I. L. Smith;

Nuclear Phys. 70, 241 (1965)

65Gil M. Giannini, P. Oliva, D. Prosper!, S. Sciuti; Nuclear Phys.

65, 344 (1965)

65Gol B. I. Goryachev, B. S. Ishkhanov, I. M. Kapitonov, V. G.

Shevchenko, B. A. Yur'ev; J. Nucl. Phys. (USSR) 1, 1005 (1965);

Sov. J. Nucl. Phys. 1, 716 (1965)

65Hal E. Hayward, T. Stovall; Nuclear Phys. 69, 241 (1965)

65Ha2 F. I. Havlicek, M. Modesto; Energia Nucleare 12, 77 (1965)

65Hol G. R. Hogg; Nuclear Phys. 72, 167 (1965)

65Ho2 M. Holmberg, H. Conde; Arkiv for Fysik 29, 301 (1965)

65Jel R. W. Jewell, W. John, J. E. Sherwood, D. H. White;

Phys. Rev. 139, B71 (1965)

65Kel E. F. Kennedy, W. C. Miller; Nuclear Phys. 63, 634 (1965)

65Khl N. A. Khan, V. K. Rasmussen; Phys. Rev. 138, B1385 (1965)

65Kil T. Kivikas, B. Forkman; Nuclear Phys. 64, 420 (1965)

65Kol P. Kossanyi-Demay, R. M. Lombard, G. R. Bishop, Nuclear Phys.

62, 615 (1965)

65Krl P. Kruger, T. M. Crawford, J. Goldemberg, W. C. Barber;

Nuclear Phys. 62, 584 (1965)

60
65Lal H. Langevin-Joliot , C. Stephan, G. Johnson, J. Vernotte;

Phys. Letters 14, 208 (1965)

65Lil F. F. Liu; Phys. Rev. 138, B1443 (1965)

65Mal J. M. Maison, M. Langevin, J. M. Loiseaux; Phys. Letters 19,

308 (1965)

65Ma3 A. Manfredini, M. Muchnik, L. Fiore, C. Ramorino, H. G. De

Carvalho, J. Lang and R. Muller; Nuclear Phys. 74, 377 (1965)

65Ma4 G. Manuzio, G. Ricco, M. Sanzone; Nuovo Cimento 39, 1057 (1965)

65Ma5 G. Manuzio, R. Malvano, G. Ricco, M. Sanzone; Nuovo Cimento

40B, 300 (1965)

65Ma6 S. Matsumoto, H. Yamashita, T. Kamae, Y. Nogami; J. Phys. Soc.

Japan 20, 1321 (1965)

65Mcl J. A. Mclntyre, J. D. Randall; Phys. Letters 17, 137 (1965)

65Mc2 W. R. McMurray, I. J. Van Heerden, G. Wiechers; Nuclear Phys. 72,

113 (1965)

65Mel F. R. Metzger; Phys. Rev. 137, B1415 (1965)

65Me2 L. Meneghetti, S. Vitale; Nuclear Phys. 61, 316 (1965)

65Me3 F. R. Metzger; Phys. Rev. 139, B1464 (1965)

65Mil K. Min, W. D. Whitehead; Phys. Rev. 137, B301 (1965)

65Mol R. C. Morrison, J. R. Stewart, J. S. O'Connell; Phys. Rev.

Letters 15, 367 (1965)

65Mo2 J. Moffatt, D. Reitmann; Nuclear Phys. 65, 130 (1965)

65Nil 0. P. Nikotin, K. A. Petrzhak; Atom. Energ. 19, 185 (1965);

Sov. At. Energy 19, 1080 (1965)

65Pal P. Paul, S. L. Blatt, D. Kohler; Phys. Rev. 137, B493 (1965)

65Rel M. A. Reimann, J. R. MacDonald, J. B. Warren; Nuclear Phys.

66, 465 (1965)

65Rol J. P. Roalsvig; Can. J. Phys. 43, 330 (1965)

65Sal C. P. Sargent, W. Bertozzi, P. T. Demos, J. L. Matthews,

W. Turchinetz; Phys. Rev. 137, B89 (1965)

65Scl R. Schrack, D. Kohler, N. G. Puttaswamy, W. E. Meyerhof; Phys.

Letters 18, 327 (1965)

65Sel R. E. Segel, S. S. Hanna, R. G. Alias; Phys. Rev. 139, B818

(1965)

65S11 P. P. Singh, R. E. Segel, L. Meyer-Schutzmeister , S. S. Hanna,

R. G. Alias; Nuclear Phys. 65, 577 (1965)

65Sol A. S. Soldatov, Z. A. Aleksandrova, L. D. Gordeeva, G. N.

Smirenkin; J. Nucl. Phys. (USSR) 1, 471 (1963); Sov. J. Nucl.

Phys. 1, 335 (1965)

65Spl E. Spamer, F. Gudden; Phys. Letters 14, 210 (1965)

65Stl J. R. Stewart, R. C. Morrison, J. S. O'Connell; Phys. Rev. 138,

B372 (1965)

65St2 R. J. J. Stewart, P. H. Cannington, B. M. Spicer; Aust. J.

Phys. 18, 661 (1965)

65Swl CP. Swann; Phys. Rev. 139, B271 (1965)

65Tal N. W. Tanner; Nuclear Phys. 61, 297 (1965)

65Thl M. N. Thompson, J. M. Taylor, D. V. Webb; Phys. Letters 14,

223 (1965)

65Th2 M. N. Thompson, J. M. Taylor, B. M. Spicer, J. E. E. Baglin;

Nuclear Phys. 64, 486 (1965)

61
65Val A. T. Varfolomeev, A. N. Gorbunov; Zhur. Eksp. i Teoret. Fiz. 47,

30 (1964); Soviet Phys . JETP 20, 20 (1965)

65Va2 G. J. Vanpraet; Phys. Letters 17, 120 (1965)

65Va3 J. R. Van Hise, R. A. Meyer, J. P. Hummel; Phys. Rev. 139,

B554 (1965)

65Va4 G. J. Vanpraet; Nuclear Phys. 74, 219 (1965)

65Va5 A. K. Val'ter, E. G. Kopanets, S. P. Tsytko; Izv. Akad. Nauk

SSSR Ser. Fiz. 29, 803 (1965); Bull. Acad. Sci. USSR (Phys.

Sci.) 29, 806 (1965)

65Vel V. V. Verbinski, J. C. Courtney; Nuclear Phys. 73, 398 (1965)

65Wal A. Wataghin, M. Scotto, G. Paoli; Nuovo Cimento 40B, 441 (1965)

65Wyl J. M. Wyckoff, B. Ziegler, H. W. Koch, R. Uhlig; Phys. Rev. 137,

B576 (1965)

66Anl D. W. Anderson, B. C. Cook, J. A. Kadlecek; Nuclear

Phys. 83, 584 (1966)

66Arl H. Artus; Z. Physik 189, 355 (1966)

66Atl U. Atzmony, S. Ofer; Phys. Rev. 145, B915 (1966)

66At2 U. Atzmony, E. R. Bauminger, S. Ofer; Nuclear Phys. 89, 433

(1966)

66Axl P. Axel, J. Miller, C. Schuhl, G. Tamas , C. Tzara; J. Phys. et

Rad. 27, 262 (1966)

66Bal E. B. Bazhanov, A. P. Komar, A. V. Kulikov, V. I. Ogurtsov;

Dokl. Akad. Nauk. SSSR 167, 1263 (1966); Sov. Phys. Doklady 11,

332 (1966)

66Ba2 D. Bachelier, M. Bernas, I. Brissaud, C. Detraz, J. P. Didelez,

H. Langevin-Joliot , J. Lee, P. Radvanyi; Phys. Letters 21, 697

(1966)

66Ba3 A. E. Balabanov, N. N. Delyagin, H. el Sayes; J. Nucl. Phys.

(USSR) 3, 209 (1966); Sov. J. Nucl. Phys. 3, 150 (1966)

66Ba4 E. B. Bazhanov, A. P. Komar, A. V. Kulikov, V. I. Ogurtsov;

J. Nucl. Phys. (USSR) 3, 711 (1966); Sov. J. Nucl. Phys. 3,

522 (1966)

66Bel I. Bergqvist, B. Lundberg , L. Nilsson, N. Starfeld; Phys.

Letters 19, 670 (1966)

66Be2 G. B. Beard; Phys. Rev. 145, B862 (1966)

66Be3 G. Ben-David, B. Arad, J. Balderman, Y. Schlesinger; Phys.

Rev. 146, B852 (1966)

66Be4 B. L. Berman, G. S. Sidhu, C. D. Bowman; Phys. Rev. Letters

17, 761 (1966)

66Bil G. Bishop, S. Costa, S. Ferroni, R. Malvano, G. Ricco,

Nuovo Cimento 42B, 158 (1966)

66Bol I. E. Bocharova, V. G. Zolotukhin, S. P. Kapitza, G. N. Smirenkin,

A. S. Soldatov, Yu. M. Tsipenyuk; Zhur. Eksp. i Teoret. Fiz. 49,

476 (1965); Sov. Phys. JETP 22, 335 (1966)

66Brl R. L. Bramblett, J. T. Caldwell, B. L. Berman, R. R. Harvey,

S. C. Fultz; Phys. Rev. 148, B1198 (1966)

66Cal Y. Cauchois, Y. Heno, M. Boivin; C. R. Acad. Sci. Paris

262, B503 (1966)

62
66C11 H. G. Clerc, K. J. Wetzel, E. Spamer; Phys . Letters 20,

667 (1966)

66Col B . C. Cook, J. E. E. Baglin, J. N. Bradford, J. E. Griffin;

Phys. Rev. 143, B712 (1966)

66Co2 B. C. Cook, J. E. E. Baglin, J. N. Bradford, J. E. Griffin;

Phys. Rev. 143, B724 (1966)

66Co3 B. C. Cook, D. R. Hutchinson, R. C. Waring, J. N. Bradford,

R. G. Johnson, J. E. Griffin; Phys. Rev. 143, B730 (1966)

66Co4 S. Costa, L. Pasqualini, G. Piragino, L. Roasio; Nuovo

Cimento 42B, 306 (1966)

66Co5 S. Costa, F. Ferrero, C. Manfredotti , L. Pasqualini, L.

Roasio; Nuovo Cimento 42B, 382 (1966)

66Crl H. Crannell; Phys. Rev. 148, B1107 (1966)

66Del N. De Botton, J. Miller, C. Schuhl, G. Tamas, C. Tzara;

Nuclear Phys. 75, 396 (1966)

66De2 A. De Marco, R. Garfagnini, G. Piragino; Nuovo Cimento 44B,

172 (1966)

66De3 A. De Marco, R. Garfagnini, G. Piragino; Nuovo Cimento 42B,

355 (1966)

66De4 V. P. Denisov, L. A. Kul ' chitskii ; J. Nucl. Phys. (USSR)

2, 70 (1965); Sov. J. Nucl. Phys. 2, 48 (1966)

66De5 V. P. Denisov, A. Duisebaev, K. V. Kosareva, P. A. Cerenkov;

J. Nucl. Phys. (USSR) 1, 82 (1965); Sov. J. Nucl. Phys. 2,

58 (1966)

66De6 V. P. Denisov, L. A. Kul ' chitskii ; J. Nucl. Phys. (USSR) 3,

268 (1966); Sov. J. Nucl. Phys. 3, 192 (1966)

66Dol E. J. Dowdy, J. A. Mclntyre; Phys. Rev. 145, B982 (1966)

66Dul M. A. Duguay, C. K. Bockelman, T. H. Curtis, R. A. Eisenstein;

Phys. Rev. Letters 17, 28 (1966)

66Du2 J. Dubois, S. Maripuu, 0. Almen; Ark. Fysik 31, 65 (1966)

66Evl A. E. Evans, B. Brown, J. B. Marion; Phys. Rev. 149, 863 (1966)

66Fel F. Ferrero, C. Manfredotti, L. Pasqualini, G. Piragino

P. G. Rama; Nuovo Cimento 45B, 273 (1966)

66Fil F. W. K. Firk; Nuclear Instr. & Methods 43, 312 (1966)

66F0I G. M. Fossa, G. Ricco, C. Manfredotti; Nuovo Cimento 43B,

347 (1966)

66Fo2 P. D. Forsyth, H. T. Tu and W. F. Hornyak; Nuclear Phys. 82,

33 (1966)

66Frl L. Frevert, W. Schott, H. Langhoff, A. Flammersfeld;

Z. Physik 194, 248 (1966)

66Ful S. C. Fultz, J. T. Caldwell, B. L. Berman, R. L. Bramblett,

R. R. Harvey; Phys. Rev. 143, B790 (1966)

66Gel H. M. Gerstenberg, J. S. O'Connell; Phys. Rev. 144, B834 (1966)

66G0I J. Goldemberg, C. Schaerf; Phys. Letters 20, 193 (1966)

66Go2 A. Goldmann, P. Kneisel, H. v. Buttlar; Z. Physik, 192, 282

(1966)

66Grl R. C. Greenwood, W. W. Black; Phys. Letters 21, 702 (1966)

66Gr2 B. Grossetete, S. Jullian, P. Lehmann; Phys. Rev. 141, B1435

(1966)

63
66H0I P. Holmberg; Comm. Phys. Math. Ed. Soc. Sci. Fennica 31, 1

(1966)

66Ho2 J. H. Hough, W. L. Mouton; Nuclear Phys. 76, 248 (1966)

66Ho3 H. Hoffmann, B. Prove, H . Ullrich; Nuclear Phys. 85, 631

(1966)

66Hrl B. Hrastnik, V. Knapp, M. Vlatkovic; Nuclear Phys. 89,

412 (1966)

66Hul E. B. Hughes, T. A. Griffy, R. Hofstadter, M. R. Yearian;

Phys. Rev. 146, B973 (1966)

66Hu2 E. B. Hughes, M. R. Yearian, R. Hofstadter; Phys. Rev. 151,

841 (1966)

66Ivl V. G. Ivanchenko, B. S. Ratner; ZhETF Pis 'ma 3, No. 11, 452

(1966); JETP Letters 3, No. 11, 296 (1966)

66Kol P. Kossanyi-Demay , G. J. Vanpraet; Nuclear Phys. 81, 529

(1966)

66Ko2 R. Kosiek, D. Muller, R. Pfeiffer, 0. Merwitz ; Phys. Letters 21,

199 (1966)

66Lal H . Langhoff, L. Frevert, W. Schott, A, Flammersfeld ; Nuclear

Phys. 79, 145 (1966)

66Lel H. P. Leenhouts, P. M. Endt; Physica 32, 322 (1966)

66Lil H. Lichtblau, B. M. Spicer; Aust. J. Phys. 19, 297 (1966)

66L12 H. Liesem; Z. Physik 196, 174 (1966)

66L0I W. A. Lochstet, W. E. Stephens; Phys. Rev. 141, B1002 (1966)

66Mal G. E. Manuzio, G. Ricco, M. Sanzone; Nuovo Cimento 42B, 348

(1966)

66Ma2 J. M. Maison, M. Langevin, J. M. Loiseaux; J. Physique Colloq.

1, 36 (1966)

66Mel F. R. Metzger, R. S. Raghavan; Phys. Rev. 145, B968 (1966)

66Me2 J. L. Meason, P. K. Kuroda; Phys. Rev. 142, 691 (1966)

66Me3 F. R. Metzger, G. K. Tandon; Phys. Rev. 148, B1133 (1966)

66Mil K. Min; Phys. Rev. 152, 1062 (1966)

66Nel B. M. K. Nefkens, D. C. Sutton, M. N. Thompson; Nuclear Phys. 88,

523 (1966)

660bl E. Obst, F. Rauch, E. Rossle; Phys. Letters 21, 50 (1966)

6 6 Owl R. 0. Owens, J. E. E. Baglin; Phys. Rev. Letters 17, 1268

(1966)

66Pal G. Paoli, M. Scotto, A. Wataghin; Nuovo Cimento 43B, 189

(1966)

66Pa2 V. Parikh; Nuclear Phys. 77, 157 (1966)

66Pa3 A. W. Parker, R. R. Whitehead, G. G. Shute; Aust. J. Phys. 19,

147 (1966)

66Pa4 P. D. Parker; Phys. Rev. 150, 851 (1966)

66Pel G. A. Peterson, J. F. Ziegler; Phys. Letters 21, 543 (1966)

66Prl G. Proca, D. Isabelle, J. Goldemberg; J. Physique Colloq. 1,

105 (1966)

66Pul N. G. Puttaswamy, D. Kohler; Phys. Letters 20, 288 (1966)

66Ral R. S. Raghavan; Phys. Rev. 143, B947 (1966)

66Ra2 N. S. Rabotnov, G. N. Smirenkin, A. S. Soldatov, L. N. Usachov,

S. P. Kapitza, Yu. M. Tsipenyuk, Nuclear Phys. 77, 92 (1966)

64
66Ril R. Riskalla, D. Vinciguerra; J. Physique Colloq. 1, 106

(1966)

66Sal K. Sakamtoto, P. J. Kuroda; J. Inorg. Nucl. Chem. 28, 679

(1966)

66Scl P. J. Scanlon; Nuclear Phys . 88, 424 (1966)

66Shl N. K. Sherman, J. R. Stewart, R. C. Morrison; Phys. Rev.

Letters 17, 31 (1966)

66Sh2 N. Shikazono, H. Takekoshi, T. Shoji; J. Phys. Soc. Japan 21,

829 (1966)

66Spl E. Spamer; Z. Physik, 191, 24 (1966)

66Stl R. R. Stevens, Jr., Y. K. Lee, J. C. Walker; Phys. Letters

21, 401 (1966)

66St2 M. Stroetzel, F. Gudden; Phys. Letters 22, 485 (1966)

66Sul M. Suffert, Nuclear Phys. 75, 226 (1966)

66Swl C. P. Swann, Phys. Rev. 148, B1119 (1966)

66Tal J. R. Tatarczuk, H. A. Medicus; Phys. Rev. 143, B818 (1966)

66Thl M. N. Thompson, J. M. Taylor; Nuclear Phys. 76, 377 (1966)

66Val G. J. Vanpraet, W. C. Barber; Nuclear Phys. 79, 550 (1966)

66Va2 H. A. Van Rinsvelt, P. M. Endt; Physica 32, 513 (1966)

66Va3 A. T. Varfolomeev, A. N. Gorbunov, G. G. Taran; J. Nucl. Phys.

(USSR) 3, 647 (1966); Sov. J. Nucl. Phys. 3, 473 (1966)

66Va4 C. Van der Leun, N. C. Burhoven Jaspers; Nuclear Phys. 88,

235 (1966)

66Vel A. Veres, I. Pavlicsek; Int. J. App. Rad. & Isotopes 17,

69 (1966)

66 Vol Yu. M. Volkov, A. P. Komar, V. P. Chizhov; J. Nucl. Phys.

(USSR) 3, 277 (1966); Sov. J. Nucl. Phys. 3, 198 (1966)

66Vul P. H. Vuister; Nuclear Phys. 83, 593 (1966)

66Wal W. B. Walters, J. P. Hummel; Phys. Rev. 150, 867 (1966)

66Wel E. Wernbom-Selin, S. E. Arnell; Ark. Fysik 31, 113 (1966)

66Wil Bjom Wiik; Z. Physik 189, 423 (1966)

66Wol W. Wolfli, R. Bosch, J. Lang, R. Muller, P. Marmier; Phys.

Letters 22, 75 (1966)

66Yol D. H. Youngblood, G. C. Morrison, R. E. Segel; Phys. Letters

22, 625 (1966)

66Zil B. Ziegler, W. Buss, H. Waffler; Nuclear Phys. 83, 145

(1966)

67Bal G. Barbiellini, C. Bernardini, F. Felicetti, G. P. Murtas;

Phys. Rev. 154, 988 (1967)

67Ba2 E. B. Bazhanov, A. P. Komar, A. V. Kulikov; Dokl. Akad. Nauk.

SSSR 171, 549 (1966); Sov. Phys. Doklady 11, 953 (1967)

67Bul H. v. Buttlar, F. Freund, G. Gammel; Z. Physik 200, 1 (1967)

67Chl C. Chasman, K. W. Jones, R. A. Ristinen, J. T. Sample;

Phys. Rev. Letters 18, 219 (1967)

67Col S. Costa, F. Ferrero, C. Manfredotti, L. Pasqualini, G.

Piragino, H. Arenhovel; Nuovo Cimento 48B , 460 (1967)

67Crl H. Crannell, T. A. Griffy, L. R. Suelzle, M. R. Yearian;

Nuclear Phys. A90, 152 (1967)

6$
67Cr2 H. Crannell, H. A. Dahl, F. H. Lewis, Jr.; Phys. Rev. 155,

1062 (1967)

67Eal E. D. Earle, N. W. Tanner; Nuclear Phys. A95, 2A1 (1967)

67Esl G. P. Estes, K. Min; Phys. Rev. 154, 1104 (1967)

67Frl R. F. Frosch, H. L. Crannell, J. S. McCarthy, R. E. Rand,

R. S. Safrata, L. R. Suelzle, M. R. Yearian; Phys. Letters

24B, 54 (1967)

67Gel K. N. Geller, E. G. Muirhead, L. D. Cohen; Nuclear Phys.

A96, 397 (1967)

67Gol B. I. Goryachev, B. S. Ishkhanov, I. M. Kapitonov, Zh. M.

Seliverstova, V. G. Shevchenko, B. A. Yur'ev; J. Nucl.

Phys. (USSR) 4, 505 (1966); Soviet J. Nucl. Phys. 4, 359

(1967)

67Hul R. R. Hurst, D. J. Donahue; Nuclear Phys. A91, 365 (1967)

67Isl B. S. Ishkhanov, I. M. Kapitonov, V. G. Shevchenko,

B. A. Yur'ev; J. Nucl. Phys. (USSR) 4, 765 (1966); Soviet J.

Nucl. Phys. 4, 544 (1967)

67Knl P. Kneisel, A. Goldmann, H. v. Buttlar; Z. Physik 199, 440 (1967)

67Kol A. P. Komar, V. P. Denisov, L. A. Kul' chitskii; Dokl. Akad.

Nauk. SSSR, 169, 1307 (1966); Sov. Phys. Doklady 11, 728 (1967)

67Lal H. Langhoff, M. Schumacher; Phys. Rev. 155, 1246 (1967)

67Ral R. E. Rand, R. F. Frosch, C. E. Littig, M. R. Yearian;

Phys. Rev. Letters 18, 469 (1967)

67Sel R. E. Segel, Z. Vager, L. Meyer- Schutzmeister, P. P. Singh,

R. G. Alias; Nuclear Phys. A93, 31 (1967)

67Spl E. Spamer, H. Artus; Z. Physik 198, 445 (1967)

67Til 0. Titze, E. Spamer, A. Goldmann; Phys. Letters 24B, 169 (1967)

67Wil G. Wiechers, W. R. McMurray, I. J. Van Heerden; Nuclear Phys.

A92, 175 (1967)

66 irU. S. GOVERNMENT PRINTING OFFICE: 1 967- -301 -01 9/32


NBS TECHNICAL PUBLICATIONS

PERIODICALS

JOURNAL OF RESEARCH reports National Bureau of Standards research and development in physics, mathematics, chemistry, and

engineering. Comprehensive scientific papers give

complete details of the work, including laboratory

data, experimental procedures, and theoretical and

mathematical analyses. Illustrated with photographs,

drawings, and charts.

Published in three sections, available separately:

• Physics and Chemistry

Papers of interest primarily to scientists working in these fields. This section covers a broad range of physical and chemical research, with major emphasis on standards of physical measurement, fundamental

constants, and properties of matter. Issued six times

a year. Annual subscription: Domestic, #5.00;

foreign, 26.00*.

• Mathematics and Mathematical Physics

Studies and compilations designed mainly for the

mathematician and theoretical physicist. Topics in mathematical statistics, theory of experiment design,

numerical analysis, theoretical physics and chemistry, logical design and programming of computers

and computer systems. Short numerical tables. Issued quarterly. Annual subscription: Domestic,

32.25; foreign, 22.75*.

• Engineering and Instrumentation

Reporting results of interest chiefly to the engineer

and the applied scientist. This section includes many

of the new developments in instrumentation resulting

from the Bureau's work in physical measurement,

data processing, and development of test methods.

It will also cover some of the work in acoustics,

applied mechanics, building research, and cryogenic

engineering. Issued quarterly. Annual subscription:

Domestic, 32.75; foreign, 33.50*. TECHNICAL NEWS BULLETIN

The best single source of information concerning

the Bureau's research, developmental, cooperative

and publication activities, this monthly publication

is designed for the industry-oriented individual

whose daily work involves intimate contact with

science and technologyfor engineers, chemists,

physicists, research managers, product-development managers, and company executives. Annual subscription: Domestic, 31.50; foreign, 32.25*.

'Difference in price is due tc extra cost of foreign mailing.

N0NPERI0DICALS

Applied Mathematics Series. Mathematical

tables, manuals, and studies.

Building Science Series. Research results, test methods, and performance criteria of building

materials, components, systems, and structures. Handbooks. Recommended codes of engineering

and industrial practice (including safety codes)

developed in cooperation with interested industries,

professional organizations, and regulatory bodies.

Miscellaneous Publications. Charts, administrative pamphlets, Annual reports of the Bureau,

conference reports, bibliographies, etc. Monographs. Major contributions to the technical literature on various subjects related to the Bureau's scientific and technical activities.

National Standard Reference Data Series.

NSRDS provides quantitative data on the physical

and chemical properties of materials, compiled from

the world's literature and critically evaluated.

Product Standards. Provide requirements for

sizes, types, quality and methods for testing various

industrial products. These standards are developed

cooperatively with interested Government and in- dustry groups and provide the basis for common

understanding of product characteristics for both

buyers and sellers. Their use is voluntary.

Technical Notes. This series consists of communications and reports (covering both other agency

and NBS-sponsored work) of limited or transitory

interest. CLEARINGHOUSE

The Clearinghouse for Federal Scientific and

Technical Information, operated by NBS, supplies

unclassified information related to Governmentgenerated science and technology in defense, space, atomic energy, and other national programs. For

further information on Clearinghouse services, write:

Clearinghouse

U.S. Department of Commerce

Springfield, Virginia 22151

Order NBS publications from:

Superintendent of Documents

Government Printing Office Washington, D.C. 20402
U.S. DEPARTMENT OF COMMERCE

WASHINGTON, D.C. 20230

POSTAGE AND FEES PAID

U.S. DEPARTMENT OF COMMERCE

OFFICIAL BUSINESS