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NBS SPECIAL PUBLICATION 380

SUPPLEMENT 1

U.S. DEPARTMENT OF COMMERCE / National Bureau of Standards

QC

100

U57

NO. 380-1

1978

r.9

Photonuclear

Data Index

1973-1977
NATIONAL BUREAU OF STANDARDS

The National Bureau of Standards' was established by an act of Congress March 3, 1901. The

Bureau's overall goal is to strengthen and advance the Nation's science and technology and

facilitate their effective application for public benefit. To this end, the Bureau conducts

research and provides: (1) a basis for the Nation's physical measurement system, (2) scientific and technological services for industry and government, (3) a technical basis for equity in trade, and (4) technical services to promote public safety. The Bureau's technical work is performed by the National Measurement Laboratory, the National Engineering Laboratory,

and the Institute for Computer Sciences and Technology.

THE NATIONAL MEASUREMENT LABORATORY provides the national system of

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Agencies; develops, produces, and distributes Standard Reference Materials; and provides

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Absolute Physical Quantities^ — Radiation Research — Thermodynamics and

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THE NATIONAL ENGINEERING LABORATORY provides technology and technical

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and measurement capabilities; provides engineering measurement traceability services;

develops test methods and proposes engineering standards and code changes; develops and

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Engineering and Process Technology^ — Building Technology — Fire Research —

Consumer Product Technology — Field Methods.

THE INSTITUTE FOR COMPUTER SCIENCES AND TECHNOLOGY conducts

research and provides scientific and technical services to aid Federal Agencies in the selection,

acquisition, application, and use of computer technology to improve effectiveness and

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'Headquarters and Laboratories at Gaithersburg, Maryland, unless otherwise noted; mailing address Washington, D.C. 20234. Some divisions within the center are located at Boulder. Colorado, 80303.

The National Bureau of Standards was reorganized, effective April 9, 1978.
jSATIONAL BUREAO

Photonuclear Data Index, 1973-1977

AUG 2 3 1978

l^-7<^

E. G. Fuller, H. M. Gerstenberg

Center for Radiation Research

National Measurement Laboratory

National Bureau of Standards

Washington, D.C. 20234

U.S. DEPARTMENT OF COMMERCE, Juanita M. Kreps, Secretary

Dr. Sidney Harman, Under Secretary

Jordan J. Baruch, Assistant Secretary for Science and Technology

. NATIONAL BUREAU OF STANDARDS, Ernest Ambler. Director

Issued August 1978
National Bureau of Standards Special Publication 380 Supplement 1

Nat. Bur. Stand. (U.S.), Spec. Publ. 380, Suppl. 1, 102 pages (Aug. 1978)

CODEN: XNBSAV

U.S. GOVERNMENT PRINTING OFFICE

WASHINGTON: 1978

For sale by the Superintendent of Documents, U.S. Government Printing Office, Washington, D.C. 20402

Stock No. 003-003-01967-4 Price $2.75

(Add 25 percent additional for other than U.S. mailing).
Foreword

The National Standard Reference Data System was established in 1963 for the purpose of promoting the critical evaluation and dissemination of numerical data of the physical sciences. The program is coordinated by the Office of Standard Reference Data of the National Bureau of Standards

but involves the efforts of many groups in universities, government laboratories, and private industry. The primary aim of the program is to provide compilations of critically evaluated physical and

chemical property data. These tables are published in the Journal of Physical and Chemical Ref- erence Data, in the NSRDS-NBS series of the National Bureau of Standards, and through other

appropriate channels.

The task of critical evaluation is carried out in various data centers, each with a well-defined

technical scope. A necessary preliminary step to the critical evaluation process is the retrieval from

the world scientific literature of all papers falling within the scope of the center. Each center, therefore,

builds up a comprehensive well-indexed bibliographical file which forms the base for the evaluation

task. Bibliographies derived from these files are published when they appear to be of value to research

workers and others interested in the particular technical area.

Further information on NSRDS and the publications which form the primary output of the

program may be obtained by writing to the Office of Standard Reference Data, National Bureau of

Standards, Washington, DC 20234.

David R. Lide, Jr., Chief

Office of Standard Reference Data

iii
Contents

Page

Foreword ----------------------------------- iii

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

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

3. Description of the Index ------------------------- 2

4. Description of Column Headings ---------------------- 2

5. Acknowledgement ----------------------------- 3

6. References for Text --------------------------- 3

7. Photonuclear Data Index, 1973-1977 4

8. Digital Data Library Index ------------------------ 59

9. Photonuclear Reaction Data Bibliography, 1973-1977 69

10. Definitions of Abbreviations and Symbols ----------------- 94

11. Errata for SP-380 - - 96

iv
Photonuclear Data Index

1973 through 1977

E. G. Fuller and H. M. Gerstenberg

This index, a supplement to NBS Special Publication 380, Photonuclear

Reaction Data , 1973 , primarily covers data published in the period from

January 1965 through December 1977. Organized by element and isotope, each

entry in the index is for a specific reaction reported in a given reference.

Information is given on the type of measurement, excitation energies studied, source type and energies, detector type and angular ranges covered in the

measurement. Also included is an index to the more than 1000 data sets

currently available in the Photonuclear Data Center's digital data library.

Key words: Bibliography, data index, elements, isotopes, nuclear physics,

photonuclear reations.

1. INTRODUCTION

This Photonuclear Data Index is the

sixth one published by the Photonuclear Data

Center. NBS Special Publication 380, Photo- nuclear Reaction Data, 1973 , the Center'

s

1 ast publ i cation, contained a cumulative,

annotated data-index covering articles

published from January 1, 1955 through 1972.

The present index extends the coverage to include data entered into the Center's file

through March 1978. All of these data are published in regular journals or as rather

complete reports as contributions to various

international conferences. Ten journals are searched regularly for data. These are listed

below along with an indication of the last

issue searched for data included in this

index. These are the issues that had been re- ceived in the National Bureau of Standards

Library by April 1 , 1978. The Reaction Index,

published regularly as a part of Recent

References in Nuclear Data Sheets, is now used

to find papers published in those journals

not regularly searched.

Journal Last Issue

Canadian Journal of Physics Vol

.

55, #24

Physical Review C Vol. 17, #1

Physical Review Letters Vol. 40. #3

Nuclear Physics Vol. A293

Physics Letters Vol

.

72B

Soviet J. of Nuclear Physics Vol. 25, #4

11 Nuovo Cimento Letters Vol. 17

J. Physical Society Japan Vol

.

43, #6

Journal of Physics G Vol

.

4, ift2 Zeitschrift fur Physik Vol. A284, #2

Nuclear Data Sheets Vol

.

23, #3

In addition to the annotated data index and

bibliography this supplement also contains in

Section 8 a complete index to data available

in the Center's Digital Data Library and

finally an Errata List for SP 380.

2. SCOPE OF THE DATA INDEX

The function of this data index is to

furnish a means of readily locating experimental data in the field of photonuclear re- actions. 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 excitation

energies covered, the detector used, and

whether angular distribution data were 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, to readily locate the pertinent

references without having to go through a large number of irrelevant papers.

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

electro-magnetic matrix element between the

ground state and excited states of some

nucleus. The most common type of reactions

are: (e,e'). (y.y), (Y,n), (y,p), and (p,Yo)-

Two 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,Yo)- While the energy region of

particular interest extends from 0 to 150

MeV, papers are indexed which report

1
30 MeV, the region of the photonuclear giant resonance.

3. DESCRIPTION OF THE INDEX

The data index for each element begins

with the isotopic abundances for that element

and a list of separation energies for each

isotope. The isotopic abundances and separation energies given in the index differ

slightly from those used previously. The abundances are taken from a new evaluation prepared by N. E. Hoi den [1]* for inclusion in

the seventh edition of the Table of Isotopes

[2]. The new separation energies were taken

from the tabulation of Wapstra and Bos [3]

which are based on their 1977 Atomic Mass

Evaluation.

In the data index which follows, eight

columns are used to describe a reaction re- ported in a specific paper. The headings

of the eight principal columns used for an index entry are: REF (Bibliographic Reference

Code). NUCLIDE. REACTION. RES (Result). EXCIT

(Excitation Energy). SOURCE. DETECTOR, and

REMARKS. These headings are described more completely in the following section.

Within the index, the main grouping of

the entries is by element. Under a given

element measurements made on samples with

naturally occuring mixed isotope abundances

are listed first. Following this, measurements pertaining to the various isotopes of

the element are listed together. The entries

for a given elemental or isotopic sample are ordered by reaction according to a priority

listing of. first, the incoming particle, and

second, the outgoing particle. All entries

for a given reaction are listed chronological ly

.

4. DESCRIPTION OF COLUMN HEADINGS

An alphabetical list of the symbols used

under the eight main columns of the data index is given in Section 10 of this report.

The purpose of this section is to describe

the meanings of the various column headings.

REF A Bibliographic Reference Code is

given here. This is made up of the

year and the first two letters of the

first author's name, plus an additional serial number.

NUCLIDE The atomic number (Z). chemical

symbol, and mass number (A) of the

excited nucleus (not necessarily the

target nucleus) are 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 >97%.

REACTION The notation used is the usual one. Where necessary, a remark is

often used to more fully define some

of the more esoteric reactions. The

notation E.E/P means the inelastically .scattered electron and proton were detected in coincidence in a re- action of the type: A + e — (A - 1) + e' + p. while E ,P means that only

the proton was detected. Where the

measurement involved the polarization or alignment of either the incoming beam, the target nucleus,

or the outgoing particle, a $ is

listed to the left of the column.

RES A code is entered that indicates

whether the results are given in

absolute or relative units and how

they are expressed, e.g. a yield, cross section, form factor, etc.

EXCIT Excitation Energy Range. The excitation energy range of the nucleus

in which the gamma-ray transition

takes place is given. For reactions

initiated by gamma rays, the excitation energy is taken as the gammaray energy; for reactions initiated

by particles, the binding energy

and kinematic corrections are made.

The abbreviation THR stands for

threshold. Energies are normally ex- pressed in MeV. Where the energy

scale extends above 999 MeV, 999 is

entered and the actual energy given

under REMARKS. Where an MeV scale

is inappropriate for the measurement a * is entered and the appropriate units are defined in REMARKS.

SOURCE Source Type and Energy Range. The source of incident particles is

characterized by the letter C or D indicating that it was either con- tinuous or discrete in energy, a

*Figures in brackets indicate the literature

references on Page 3,

2
bremsstrahlung source would be

marked C. The source energy is indicated under MIN-MAX. For bremsstrahlung, the range of endpoint

energies is given. In general the

units are MeV. The same notation

described under EXCIT is used when

an MeV scale is inappropriate for

the measurement.

DETECTOR Detector Type, and Angular Range.

The symbols used to indicate the detector used in measurement are defined in the list given in Section

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

(BF3) always integrates over neutron

energy (I). The angular range covered by the detector is indicated

under ANG. A single number in the

column means the measurement was made at this angle (given in degrees)

only. DST means that the measurement

was made at two or more angles and

4PI indicates that the detector used

essentially integrated over all outgoing particle directions.

REf'IARKS A short phrase included to give

additional information that will

make the index entry more useful.

For example, pertinent energies are more exactly defined, additional information is given on polarization

or alignment experiments, residual

nuclei are identified, etc. The

additional information is selected

in a fairly unsystematic way and is

limited by the available space. The

entries should not be regarded as exhaustive or consistent.

5. ACKNOWLEDGEMENT

The authors gratefully acknowledge the

many contributions made by Cheryl Campbell to

the production of this index. Her careful

attention to details and her willingness to

take on many of the tedious and exacting as- pects of the Center's work are deeply appreciated .

6. REFERENCES FOR TEXT

(1) N. E. Holden, BNL-NCS 50605 Isotopic Composition of the Elements and thei r Variation in

Nature: A Preliminary Report, March 1977.

(2) C. M. Lederer, et al . Table of Isotopes (seventh edition), John Wiley and Sons, New York

(to be published).

(3) A. H. Wapstra and K. Bos, Atomic Data and Nuclear Data Tables 19, 177 (1977).

3
7. PHOTONUCLEAR DATA INDEX

1973 THROUGH 1977

HYDROGEN Z-i

A ABUNDe SEPARATION ENERGIES (MEV)

G« N Gi P G.T G» HE5 G.A G.2N G.NP G.2P

& * * * * * *

2 lo5(-2) 2.2 2o2 * lie 2.2 « * 6*3 8*5 * * * 8e 5 8.5

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. CUT TYPE ANG REMARKS

72kF9 IH 1 $ G. PI * ABX 3 0 0-9 00 C300-900 MAG-O 90 POLARIZED TARGET

72ZDi 1 H a S G. PI + NOX a 50-9 09 C390-909 MAG-D £35 POLARIZED PHOTONS

74AL15 IH 1 G« PI + RLX 200-400 C600 MAG-D DST D(G.PI+)/P(G.PI+»

74CLiO SH a G« PI + ABX £50-450 C250-450 TOF-D DST TAGGED PHOTONS

74DE3 1 H 1 G. PI + ABX 145-155 C145-154 ACTI4PI

77ftR7 IH a G. PI + ABX 500-930 050 0-93 0 MA G-D DST

72ZD1 1 H s G. P I 0 NOX 15 0-918 C426—91

8

MAG—

D

DST POLARIZED PHOTONS

74CL10 iH a G* PIO ABX a 50-450 C250-450 TEL-D DST TAGGED PHCTONS

74DES2 £ H a s G* PIO ABX 980-999 C999 SPK-D UKN POL P. 999=£«225 GEV

74GE2 1 H 1 G. PIO ABX 400-500 C500 TEL-D DST

74G05 IH a $ G. PIO NOX a 50-495 C600.900 M5^G-D UKN POL PROTONS. PHOTONS

74GA9 1 H 1 $ G. PIO NOX 400-650 C9 99 UKN-D DST 999=1,4 GEV. POL G

74HI5 £H a G, PI 0 ABX 340-420 C4£2.447 CKV-D DST

74JA3 1 H 1 G» PIO ABX 240-380 C455 TEL-D DST

75D0£ an a G. PIO ABX 360-938 C999 TEL-D DST 999=1.2 GEV

76AB7 1 H 1 s G. PI 0 ABX 900-999 D900-999 MAG-D DST 999=1.65 GEV. POL G

7eBL9 SH a $ G. PIO NOX 700-999 C 2* SPK-D DST 999=1.2 GEV.*GEV.$P

76BL13 1 H 1 3 6. PIO NOX 600-999 C 2* MAG-D DST 999=1 . 2GEV.*GEV.$P

76D06 JH a G» PIO ABX 238-922 C245-922 TEL-D DST

7eDE7 IH 1 s G» PIO NOX 1 50-640 C540-640 MAG-D DST $ RECOIL P

77AR7 IH a G . PIO ABX £00-930 0500-930 MAG-D DST

77D05 IH 1 w. PIO ABX 262-238 C375-475 TEL-D DST

746*^9 an a G. G ABX 7 0-a a 0 C UKN UKN-D DST

74BA11 IH 1 G. G ABX 85-1 07 C127.146 TEL-D DST

7 58*^2 an a G. G ABX 70-aa 0 ca27.a48 TEL-D DST

77AL5 1 H 1 G« PIO ABX 320 C350 CKV-D DST

76SI 1

1

IH 2 E. E/ A.BX 2- 80 D 80-300 MAG-D DST

73SHi8 2 H 2 E. E/P ABX a 8t 35 0 38.a06 MAG-D DST COINC E.P

74AN5 IH 2 E. E/P ABX 95 C999 MAG-D DST 999=1.2 GEV

75AN9 an 2 E. E/P ABX 0*a 85 Dea6.999 MA G-D DST 999=1.195 GEV.*MEV/C

7 0HA2 IH 2 E. N ABX 5-18 D 5-18 BF3-I 4PI

74PHa an 2 E. N NOX 4- la D 4-11 MODI

4PI R^TIO (G.N)/( E.N)

73CH4 IH 2 E. P ABX 5- 24 D 38.107 MA G-D DST

73SKJ an 2 E. P ABX 4- 46 D 38.107 MA G-D DST

74CH2 1 H 2 E« P ABX 5- 44 D 30-107 MA G-D DST

74SKi an 2 E« P ABX 17- 2 8 0 29 MAG-D DST

74AL13 IH 2 G. PI + RLX 200-400 C600 MAG-D DST D(G.PI+)/P(G.PI+»

74CLiO an 2 G« PI + RLX a 50-450 C250-450 TOF-D DST TAGGED PHOTONS

77AU4 1 H 2 G. PI + RLX 148-155 C150-155 ACT-I 4PI RELATIVE SIGMA. H2/H

74CL&0 an 2 G. PIO RLX £50-450 C250-450 TOF-D DST TAGGED PHOTONS

74CH0 IH 2 G. PI- RLX 15 0-450 C250-450 TEL-O DST TAGGED PHOTONS

75CH3 an 2 G« PI- ABX 200-450 C450 BBL-D 4PI

4
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN, CUT TrPE ANG REMARKS

74AH9 IH 2 G « MU-T ABX 15- 25 C UKN MGC-D 4PI

i H 2 G.P ABX £7- 25 C 25 SCD-D DST

76D05 IH 2 G.P ABX 1 39-852 C999 TEL-D DST 999=1. 2GEV

76HU4 iH 2 G.P ABX 20-120 D 20-J20 MAG-0 0

77D05 IH 2 G.P ABX 74-241 C UKN TEL-D DST

77K05 IH 2 S N. G NOX 2 0 i NAI-D 90 POL OF G

73AR11 IH 2 N. 2G ABX 2 C 0 NAI-D 4PI LIMIT ON SIG

7eEA3 JH 2 N.2G ABX 2 0 0 SCD-D 85 ANG BTW DET. SIG

HELIUM Z=2

4

ABUNDe II

}

G.N

7o7

20« 6

ae4(-4)

99o99

SEPARATION ENERGIES (MEV)

G.P G.T GtHE3 G.A G.2N G.NP G.2P

5.5 * * * 7,7 7,7

19e8 19o8 20«6 4< 28e3 26.1 28.3

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG REMARKS

75KA6 2HE3 E. E/ ABX 5-12 D 60- 120 MAG-D DST BROAD PEAK AT 6.4 M

75KA7 2HE3 E. E/ ABX 0- 40 D 60-120 MAG-D DST

76MC2 2HE3 E. E/ ABI 23-263 D500 MAG-D 60 QUASISLAST SCAT

73SHa 8 2HE3 E. E/P SPC 18- 30 Dl 00 MAG-D DST COINC E.P

72SH8 2HE3 E. D RLX 19- 30 DlOO MAG-D DST PROTONS IN COINC

74CH3 2HE3 E. D ABX 10- 21 D 21. 23 MAG-D 90

75SK1 2HE3 E. 0 ABX 11- 40 D 43- 103 MA G-D DST

7 5B*7 2HE3 G. PJ + ABX 227-4 53 C600 MAG-D DST PI-T IN COINC

74BE8 2HE3 G. N ABX 7- 31 D 7- 31 BF3-I 4PI

75HE7 2HE3 G. N RLY 8- 23 C 23 CCH-D 4PI DALITZ PLOTS

6 8PI1 2HE3 G. D ABX 1 80-550 C800 TEL-D 90

73T22 2HE5 G. D ABX 1 60-370 C MA G-D DST P DETECTED IN COINC

73TI4 2HE3 G. D ABX 11- 65 C 67 MAG-D DST

75*Ri 2HE3 G. D ABX 175-37 0 C405 MAG-D DST PROTONS IN COINC

75HE7 2HE3 G. 0 RLY 6- 23 C 23 CCH-D 4PI

JtHEZ 2HE3 G« A ABX 200-600 C700 M*,G-D DST TIME REVERSAL TEST

74MA6 2HE3 P. G ABX 16 0 16 MAG-D DST DETECTED RECOIL

7eHE3 2HE3 P. G ABX 256-390 D377- 576 SPK-D DST

75DE6 2HE4 E. £/ ABX 0-300 0800-999 MA G-D DST 999= a .18 GEV

76MC2 2HE4 E. E/ ABI 32-272 D500 MAG-D 60 QUASI E LAST SCAT

74GC5 2HE4 c* E/P ^BX. 0* 30 D999 MAG-D 20 SEP E. 999=1.1 GEV

74G0e 2HE4 E/P ABX * 17 D999 MA G-D DST *SEP E. 999=lo2 GEV

72AR5 2HE4 G. PI- ABX THR-575 C346- 575 TEL-D DST

73TZ2 2HE4 G. PI- ABX 1 50-950 C MAG-D DST PI- AND P IN COINC

73IR2 2HE4 G. N ABX 21- 31 D 21- 31 TOF-D DST

73IR4 2HE4 G* N ABX 21- 37 C 35. 35 TOF-D 98

73M^iIl2 2HE4 G. N ABX 20-110 Clio TOF-D DST

73TZ2 2HE4 G. N ABX 275-43 0 C MAG-D DST N AND HE3 IN COINC

73WE5 2HE4 G. N ABX 25- 75 C 25- 75 TOF-O DST

74AR6 2HE4 G. N ABI 26-120 C120 CCH-D 4PI ENERGY MOMENTS

75ARS 2HE4 G. N ABX 274-403 C405 MA G-D DST 2-BODY COINC

75AR10 2HE4 G. N ABX 27- 3 0 CUKN CCH-D DST

75IR2 2HE4 G. N ABX 22- 32 C 22- 33 TOF-D DST

5
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG REMARKS

76AR8 2HE4 G,N ABX 21 -1 50 CUKN CCH- D 4PI

74ipa 2HE4 G, XN RLY 20- 35 C 35 TOF- I 98 N YLD VS BEftM CURKe

73KI2 2HE4 G,P ABX 1 80-320 C320 SPK- D DST

7 4AR6 2HE4 G.P ABI 26-1 20 CI 20 CCH- D 4PI ENERGY MOMENTS

7 5AR31 2HE4 G.P ABX i75-370 C405 G- D DST 2-BODY COINC

74AR6 2HE4 G*PN ABI 26-120 C150 CCH- D 4PI ENERGY MOMENTS

T4AR6 2HE4 G,2P2N ABI 26-i 20 C£50 CCH- D 4PI ENERGY MOMENTS

75TZ2 2Hc4 G.TP ABX 1 90-415 C MAG- D DST TP DETECTED IN COINC

72AR6 2HE4 G*D ABX 28- 75 CiSO CCH- D DST

76AR5 2HE4 G, D ABX 201-359 CUKN TEL- D DST D.D COINC

74AR6 2HE4 G.2D ABI 26-120 CS50 CCH- D 4PI ENERGY MOMENTS

72HA9 2HE4 $ P.G NOX 24- 70 D 6- 14 NAI- D DST POLARIZED PROTONS

73HAi 5 2HE4 P.G ABX 26 0 e NAI- D 90

71DE1 2HE4 D. G ABX 24- 30 D 1- 6 NAI- D DST

f jP02 2HE4 D.G ABX 25- 28 0 6- 12. NAI- D DST

LITHIUM Z=3

A ABUND.d) SEPARATION ENERGIES (MEV)

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

6 7c5 5«7 4« 6 £5e8 i5a8 i«5 27o 2 3 .7 26.4

7 92e 5 7.3 10. 0 2 • 5 25« 9 2o5 12.9 llo8 33.5

NUCLI DE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG REMARKS

74AH8 3LI G. MU-T ASX 15-220 C300 MGC-D 4PI

75AH3 3LI G. MU-T ABX 10-210 C140-275 MGC-D 4PI

73D0 9 3LI G. XP A BY 90-400 C400 TEL-D DST

73FA1 3LI6 £, E/ SPC £1 D 50 MAG-D 180

73KU7 3LI6 £, E/ ABX 84-2 84 D9 99* MAG-D DST *999=1«184 GEV

74WH3 3LI6 £, E/ ABX 0-300 D500 MAG-D 60 QUASI ELASTIC SCAT

74YE2 3LI6 E. £/ FMF 2 D 30- 60 MA G-D DST 2.18 MEV, 3+ LEVEL

75BE5 3LI6 E. £/ LFT 3 D 35-125 MAG-D DST 3=3.56 2 MEV

76BE3 3LI6 E. £/ FMF 1- 8 D 41-125 MAG-D DST

77BUS4 3LI6 E. £/ FMF UKN D 82-292 MAG-D DST

72AN11 3LI6 E. £/P ABX 0* 20 D9 99 MAG-D 20 *SEP E, 999=1.18 GEV

7 2HI 8 3LI6 E. E/P NOX 0* 30 D700 MAG-D DST *SEP ENERGY RANGE

75HI5 3LI6 E« E/P SPC 0* 7 0 D700 MAG-0 UKN SEP ENERGY RANGE

726E4 3LI6 E. E/D ABX -40* 40 D515 MA G-D DST *REC0IL P MEV/C

73HE7 3H6 E. E/D ABX 200 D999 MAG-D DST 999=2.7 GEV

74GE7 3LI6 E« E/O ABX 74* D520 MAG-D DST *MCM TRANS MEV/C

72GE4 3LI6 E, E/A ABX -50* 50 D525 MAG-D DST RECOIL P MEV/C

74GET 3LI6 E/A ABX 78* D520 MA G-D DST MOM TRANS MEV/C

7eSK9 3LI6 E, D ABX 10- 16 D 23 MAG-D DST

75SH3 3LI6 E, T ABX 26- 68 D UKN MAG-D DST VIRTUAL PHOTON ANAL

74DE3 3LI6 G, PI + ABX £45-1 £5 Ci 45-1 54 ACT1

4PI

74G01 3LI6 G, PI + ABY 150-400 C400 BBL-D 90

74G0i 3LI6 G, PI- ABY 1 50-400 C400 BBL-D 90

73SA14 3LI6 G, G LFT C 5 NAI-D 120 3=3.56 MEV

73DEa4 3LI6 G, P ABY 7- 57 C 20- 57 TEL-D 90 COINC MEAS WITH P,D,T

75GA3 3LI6 G, P ABX 60 D 60 MAG-D 45

6
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

R£F Z A IN, OUT TYPE ^.NG REMARKS

74G01 3UI6 G.P ABY 4-400 C400 BBL-D 90

76MAe 3LI6 G. P ABX 60-1 00 0 60- 100 MAG-D DST

72DEi4 3LI6 G.2PNT ABl 24- 57 C 20- 57 TEL—

D

90 2PNT I S AN ESTIMATE

73DE14 3LI6 G, DP ABY 6- 57 C 20- 57 TEL-D 90 P.D.T IN COINC

73DES 4 3Lie G.T ABY £6- 57 C 20- 57 TEL-D 90

75BA4 3LI6 A« G ABX 4 D 6— 8 NA I-D 90 4=3.562 LIMIT ON SIG

75BE8 3LI6 A,G LFT 3 D 3 SCD-D 90 3=3.562»LIMIT ON LFT

73KU7 3LI7 E,E/ ABX 64-284 D999 MAG-D DST 999=1 •184 GEV

7aHi e 3LI7 E, E/P NOX 5* 35 D700 MA G—

D

DST SEP ENERGY RANGE

73HI 5 3L17 E.E/P SPC 0* 7 0 D70 0 Mfsi G-D UKN SEP ENERGY RftNGE

74GC1 3LI7 G,PI + ABY £ 50-400 C400 BBL-D 90

71N01 3LI 7 G,PI- ABY 1 50-999 C140-999 ACT-J 4PI 999=1*2 GEV

7 4GC£ 3LI7 G.PI- ABY J 50-400 C400 BBL-D 90

73AH4 3LI7 G, MU-T ABX 10-140 C140 MGC-D 4PI

75BRSa 3LI7 G* N ABX 7- 3S D 7- 31 BF3- I 4P I 73BR11 3LI7 Gf 2N ABX 11- 31 D 11- 31 BF3-I 4PI

73G^;5 3LI7 G.P ABX 60 D 60 MAG-D 45

74DE1

1

3LI7 G. P ABX 12- 40 C 15— 40 TEL-D 90 SEP ISOTOPES

74G01 3LI7 G, P ABY 1 0-400 C400 BBL-D 90

75DE7 3LI7 G.P ABI io- sa C 1 5- 51 TEL-D 90 SEE ^^LSO 74DE11

76MAe 3LI7 G.P ABX 60-1 00 D 60- 100 MA G-D DST

73KC6 3LI7 G.TP ABX 23- 27 C 27 EMU-D 90

"»5DE7 3LI7 G.D ABX 10- 51 C 15- 51 TEL-D 90

75DE7 3LI7 G.T ABI 2- 51 C 15- 51 TEL-D 90

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 100c 1«7 16c 9 17 •7 21*2 2c5 20a 6 18.9 29.3

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG REMARKS

73VE4 4BE6 HE.G ABX 13- 25 D 1- 28 NAI-D DST

76FI3 4BE8 P. G ABX 17- 33 D 0-18 NAI-D DST

77UL1 46E8 $ P.G ABX 17- 18 D380*960 SCO-D DST ENERGY KEV, POL

6eCL2 4BE9 E.E/ LFT 1- 7 D 25- 58 MAG-D DST 5 LEVELS

73BE4 4BE9 E.E/ FMF 14- 18 D 62-122 MAG-D DST 5 LEVELS

73KU7 4BE9 E. E/ ABX 84-2 84 D9 99 MAG-D DST 999=lal84 GEV

73SL6 4BE9 E.E/ FMF 1- 10 0 60-106 MAG-D DST lc67. 2€)43 CONTo

74EN1 4BE9 c. E/ FMF 2 C 60-120 MAG-D DST 2,429 MEV LEVEL

74TI3 4BE9 E.E/ ABX 0-600 D9 99 MAG-D DST 999=1,2 GEV

72HI 8 4BE9 E.E/P NOX 10+ 35 D700 MAG-D DST SEP ENERGY RANGE

7 3HI 5 4BE9 E.E/P SPC 0+ 70 D700 MAG-D UKN SEP ENERGY RftiNGE

74GO10 4Bc9 E.E/P ABX 1 0+ 50 D801 MAG-D 30 SEP ENERGY

74G01 4BE9 G. PI + ABY 1 50-400 C400 3BL-D 90

74G01 4EE9 G.PI- ABY 150-400 C400 BBL-D 90

72AH7 4BE9 G. MU-T ABX 16-140 C140 MGC-D 4PI

73AH4 4EES G.MU-T ABX 10-140 C 140 MGC-D 4PI

7
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

e c REp z ^, I N« OUT TV Pc ANG REMARKS

4BE9 G * MU—

T

A3X 2 5—2 20 C300 MGC—

D

4P I 75AH3 4BE9 G» MU—

T

ABX 1 0— 210 CI 40-275 MGC—

D

4PI

T7BU4 4 eE9 G « Nl ABX 17— 26 C 2.2— 29 TOF—

D

DST

73AN16 4BE9 Gt N ABX 1- 17 c 1 — 17 BF2- I 4PI

75SC7 4BE9 G» N ABX 62— 66 D 62— 66 TOF—

D

DST 62«7- 65.7 MEV

71N01 4BE9 Gt 2N ABY £1—999 c 80— 999 ACT1

4PI 999 = 1 « 2 GEV

7 5KN5 4 BE9 G * 2N ^.BX 20— 36 D 17- 38 MOD—

I

4P I 6 SCO 2 4BE9 G« XN ABX 6— 80 C 6- 80 BF5- I 4PI

66004 4 BE9 Gt XN i^.BX 6— 80 C 6- 80 BF3- I 4PI

7 3 Hull 4BE9 Gt XN ABX 1— 28 c 1- 28 MOD—

I

4PI

J 4KNS 0 4BE9 G t XN ^6X 1 7— 25 D 17- 25 MOD—

I

4P I 7 SHU 1 4BE9 G» XN ABX 1 — 2 8 c i- 28 BF5—

I

4PI

7 5K N 5 4 BE9 G « XN ABX 17— ^8 D 17- 38 MO D— I 4PI

7 4G0JI 4BE9 Gt F ABY 2 7—400 C400 B8L—

D

90

7oMA 8 4 EE9 Gt P AoX o 0—1 00 D 60- 10 0 MA G—

0

45

78DCS 4BE9 GtP A8X 67-600 CI 00-600 TEL-D DST PROTONS OVER 50

73D09 4EE9 Gt XP ABY 97-4 00 C400 TcL-D DST

74DC5 4BE9 Gt XP ABX 1 00-999 C125-999 TEL-D DST 999 = 1 GEV

7SSC3 4BE9 TtG ABX 18- 20 D i- 3 NAI-D 90

73BL5 4BE10 T, G RLX i7- 2 0 D 0- 3 NAI-D 90

BORON Z=5

£0

11

ABUND. ( 1

)

SEPARATION ENERGIES (MEV)

GtP GtT GtHE:: GtA Gt2N GtNP

6*6 2 8.7 J 7. 8 4.5 27<» 0 8.3

GtN

20e 8o4

80c 11*5 11*2 11.2 27e2

Gt2P

23.5

8o7 19e9 18e0 30e9

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A INtOUT TYPE ANG REMARKS

TlNOi 5B GtBE7 ABY 25- 999 C 80-999 ACTI

4PI 999=1«2 GEV

76FA5 5B 1 0 E,E/ ABX 5- 12 D 40- 61 MAG-D 1 80 6 LEVELSt 5.11-11.56

76KN3 SB iO Gt2N ABX £6- 35 D 16- 35 MOD-I 4PI

73HU12 SB 10 Gt XN ABX 8- 28 C 8- 28 MODI4PI

T3HUi4 5E iO GtXN ABX 8- 28 c 8- 28 BF3-I 4PI

76KN3 56 10 Gt XN ABX 10- 35 D 1 0- 35 MOD-I 4PI

59ME3 5B &0 PtG ABX 6- 8 D 0- 2 NAI-D DST

75AU8 5E 10 Pt G ABX 7- 8 D 0- 1 SCD-D 0 LEVELS 6»88t7.44 MEV

7EAU8 SB 10 AtG ABX 7- 8 D 4- 5 SC 0-D 0 LEVELS 6«88i7«44 MEV

73FL3 5B 1

1

EtE/ SPC 0- 35 D 50- 90 MAG-D DST

75KAa 5B al Et£/ ABX 0- 34 D 52- 90 MA G-D DST LEVELS 2-13

?6£P4 5B 11 GtPI- ABX 150- 400 C180- 400 ACT-I 4PI

76MI7 5B li GtPI- ABX 142-1 69 C120-a70 ACT1

4PI

73SA14 56 11 Gt G LFT 2t 4 c 5 NAI-D 120 2=2.12. 4=4*44

76KN3 5B &i Gt2N ABX 16- 35 D 16- 35 MOD-1 4PI

73HU12 5B 11 GtXN ABX 1 1- 28 c 1 1- 28 MOD-I 4PI

75HU!i4 5B aa GtXN ABX 11- 28 c 11- 28 BF 3-1 4PI

76KN3 5B 11 Gt XN AEX 10- 35 D 10- 35 MCD-I 4PI

75AD2 5B &£ GtPG ABY 11-300 Cl 00- 800 SCD-D 135 YIELD TO 3.4 MEV 2+

75AP5 56 1% Nt G NOX 25 D 14 NAI-D DST

74DE4 58 11 Dt G ABX 18- 26 D 3- 12 NAI-D DST

8
CARBCN Z=6

A ABUND.(S) ScPARATlON ENERGIES (MEV)

G,N GtP GtT 6tHE5 GtA G.2N G,NP G»2P

£2 98o89 i8c7 J 6« 0 27© 4 26»3 7.4 31«S 27.4 27.2

15 1«11 4.9 17«S 23*9 24.4 10«6 23*7 20«9 31*6

NUCLIDE REACTICN RES cXCIT SOURCE DETECTOR

K tr 7 A T KJ 1 IN f

r\U 1UIT1 T1 VY DPKG AINO A KI P DPKc MAMA Dl^ C Kiso

1 ^ C f Ada U OS uAMA p— Ur» 1 A A 1 0 U

f a INft. 31 E t mA p— r\ P» C T

oC 1 ^ C f bHC 0 CO MA 0— U OU

A G V D200-350 MA 0—

U

Uon c Ti 7 2S P 9 oC 1 d. £ • EX NO X 1 0 D 35- 71 uA /" p^ MA t>—

U

r\ e T 1 D— 1 0 • 1 oy

7ot HI oC 1 ^ C 1 EX LrT 1 b D 35- 56 MA Cj—

U

CT 1 C 1 AO UPV/ 1 PV/Pl T A r" C /i E f ptx ADA A B V iL t— A 0 C 50 MAMA P—0— Pi

U

51 A A A OU /-V5—_ UJW 1T P»T U 1 1—Pi1 PIP Up 110

a ^ 0

Tfl

r & PWt V

^ yi \ii LJ T OC 1 ^ C f t X ADA A c y U^O U U 0500 MAMA P_0— n

U

AOU UUAoiCl-Aol 1 1 A C T P 1 A CT iCTP oCA C P A T1 7 ^ v# 9 ov c. 9 tx ADA A Q y A U U~ OU U D812-999 MAmA ^3— ^ r\L)

1 A 0 Q 0— 1 "3 0 A P P V/

T o f £.rM O AOCP 1 ^ c Pt X/ DH ADA A n V f U D700 MA w— U n QT *CPD * 0 Z. r* CPKIPDl^V N C Ko Y CAKIPP K AiN 0

1

APOC C. f Pt // 0K OKC D700 mA f"* ^ r\ MA 0— L/ 1 IW KI IJIS IN ^CPP PMPCf^V CAki^?

r ri ^ o 01. AP X £ pC yDK ADA A P y X ^ D 2* 3 X

1 A0 *P^ C - f^C u 9 V

• H- D C wV* p P D OA f 0 A AH D497 mp* 0— u 0 1 *MTCCTMf^ PWPD^^V MPW

r u w X ^ w • P D ADA A R y U * Of D497 0 0 afcMTCCTMl^ PMPD^IV

r CI N ^; £ 0 ^ P . P A R^ fl1.1 A* A0 0u D700 UA n r> C.T *cpDApATTnW PMPO^^TPC

f IN + AT P- A R X ^ X ^ 0 X ^ C300-850 MA n P A

f f O U & £ 0 \« P « rvDi^ Ay A 0 £ 0 V 0280 Mi^ ri— n n ^T cTfi DT — CTfi DT*

7fro*y C HnoA AP0^ 1 ? C 9 D T 4- ADA A R ¥ W X 0195 MAMM tz— 0 nU n ^T

Va C

"a w MIN A*T APDC C. f AA RDAV 0 A V*"© A V C300-850 MAM|^ \3— nU 5 A

•yf

"f

f Qoa\J X1 ^P A^OC 1 p P . D T — ADA A R y 0280 MAMM /I— VJ Un n QT 0X0 CT*^ PT— KX XoXVj XCT/^ PT-* KXT

f *^ M L A P C"C .« IN ^ A* Q c ie- 39 ACAPT— T 1 — 1 AD T VTPl Pi /fZ KI1//P Kll y AC ^ fi APOC 1 0 1 ^ C 9

KJIN ADA A R y R O— 1 P rt 0 63- 150 THI U PP— I-' n n CT PV-IPlTriKl PiTPP

•5' 1^ M C* A/" OC C 9 IN ADA A R V A V" ^ c D 26- 32 ACAPT— T 1 — 1 APT

7 1 C ii f 1 i apOC £ ^ C 9 AP AA CVDT DO"" A 0 U OSjO MAMA p0——r\L/ Pi Q T

r J. C o ^ AoC J. ^ p V D ADA R VT DO ^ 0 U cioo- 250 MAMM \3 nU 0

"5 AU W M C A0 ^ P^ _9 IN AA DAR y A » 0 ^ 0 26- 32 ACAP T— T 1 i. ADfr^ TX

f wWIn 1 U APOC 1 ^ 9 09 D T Ki n V FNU A 1 u y U U C800-900 TP 1 —Pi 1 c, c— u Qy AU

DHiT _— DH P n T KIP D D n 1 C U X INC 9 K K U L- y ~ fin *^ OC £, ^ 0 9 A^ RDTV ^ T A— Ann C400 RDDL.— 0 1 — Ur» 0V Au

y/i QO 1 A APOC 1 £L 9 oKC 1 P A— A c;

J, 0 U— *f D C345 P M 1 1—1^ SIM U L/ P*u 0CT1

0 ^ 1 LJ •f o^» 9 P T 4- AD? A RV A 0 U *» U </ C300. 400 RRl DDL.— UP) OAVU

r OW n w Af X A 0 9 P T 4- AA RD VT A1 A*r n—w ^? 0 nU C250 MAMM 0 L/n 0 A

T A Kl if w IN O 0^ £ ^ 0 9 P T » ADA A R y 9 A A— A 9 A 0Z23- 824 MAMA 0—Pt U OA

r w ou

o

AP0V 1 P 0 9 P T — ADA R VT 1 7 A—A A A C400 RDDA 1L—— PiL/ 0 A

T A R p. SI A 0V A £ 0 9 P T — CPP M A A— ~ A C\ A 0 U w f 0 C345 PMtMU1 1— PtU ncT

7 AP D "2 A0 P 1 P 0 9 P T — ADA A R y 1 A A— *a"yp CI 20- 375 A P T— T AL. J — 1 A4 DH T1 A^OC jL ^ V9 9 AO T

9 C AAA C300. 400 DDL.—

U

90

6C 1 2 G9 P I — ABX 1 50—1 91 C150- 191 AC T—

I

4PI B+ ACT I V—NITROGEN 12

6C 12 G9 PI- A BY I 40-250 C250 MAG-D 90

77BA8 6C 12 G9 PI- ABX 300-900 C3 00-900 MAG-D 44

7 0WU3 6C £2 G9 MU-T ABX 20- 30 C 50 KSP-D 4PI

72AH7 6C 12 G9 MU-T ABX 16-140 C140 MGC-D 4PI

73!^H4 6C 12 G9 MU-T ABX i 0-1 40 CI40 MGC-D 4PI

75AH3 6C 12 G9 MU-T ABX 10-1 6 0 C140- 275 MGC-D 4PI

77B£3 6C £2 G9 G ABX 5- 8 D 5- 8 SCD-D 140 5e5-7e2 MEV

72AN8 6C 12 G9 N ABX 1- 7 C 1- 7 ACT14PI ENERGIES GEV

?2EY2 6C 12 G9 N ABX 64-123 0 64- 123 TOF-D OST

72JU2 6C 12 G9 N SPC 18- 28 C 23- 3a TOF-I DST GND STATE NEUTRONS

73M09 6C 12 G9 N RLY 18- 39 C 18- 39 ACTI

4PI YIELD/ PHOTO/ELECTRO

73Ni9i5 6C 12 $ G* N NOX 22- 31 C 30t 64 TOF-I DST GS NEUTRONS

9
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG REMARKS

75SC7 6C £ 2 Gf N ABX 62- 66 D 62- 66 TOF-D DST 62»7-65«7 MEV

75W02 6C 1 2 G< N RL Y 1 9— 40 C 19- 40 ACT-I 4PI RATIO (G,N)/(E*N)

77 J03 6C 1 2 G 1 2N ABX £ 0 0— 600 C£ 00-800 ACT- I 4PI

7 1G03 6C 1 2 Gi XN ABX £ 9— 24 C 19- 24 MOD—

I

4PI

7iE Y3 6C 1 2 6 4> XN SPC 21 — —_ ^ C234 TO F—

D

90 NEUTS E ABV 12 MEV

7 5KN 8 6C & 2 Gi XN k BX £ 9— 52 D 19- 52 MOD- I 4PI

72T09 6C 1 2 G, P ABX 86—240 C250-999 BBL-D 90 999=1,2 GEV

73GC5 6C i2 Gi P ABY 86—400 C400 BBL-D 90

74B014 6C 1 2 Gi P SPC 46-345 C2 45 EMU—

D

DST

75TQ4 6C 12 Gi P ABY 96-400 C300*400 BBL-D 90

76CA5 6C 12 Gi P ABX 1 8- 30 c 19- 30 SCD-D DST

7eMA8 6C S 2 Gi P ABX 60-£00 D 60-£00 MA G-D DST

76TU3 6C 1

2

Gi AP ABX 25— 42 C 42 EMU-D 4PI

73DC9 6C & 2 Gi XP A BY 96—400 C400 TEL-D DST

74D05 6C 12 Gi XP ABX 1 00- 999 CI 25-999 TEL-D DST 999=1 GEV

74FI 6 6C i 2 G

1

XP ABX 60- £00 D 60-£00 MA G—

D

DST

74WI4 6C 1 2 Gi XP NOX 20- 29 C 31 SC D—

D

90 P SPECTRUM

76TU3 6C £ 2 Gi DA ABX 50- 42 C 42 EMU—

D

4P 1 76TU3 6C 1 2 Gi -A AbX 7- 42 c 42 EMU—

D

4PI

T S Nufi oC 1 2 G 1» BET A BY £6-999 c 80-999 ACT—

i

4P I 999=1,2 GEV

73DI 4 6C 1 2 Gi BE7 ABY THR-999 C999 ACT— I 4PI 999=1 GEV

74DI7 6C & 2 Gi BET ABY 26-999 C300-999 ACT- I 4P I 999=1 GEV

74BA1

5

6C 1 2 Gi F RLY THR-999 C800-999 TRK—

D

DST 999=1GEV FRG A, 6—1

72HA9 6C 1 2 $ P >G NOX 22- 29 D 6-14 NA I—

D

DST POLARI ZED PHOTONS

73HA£5 6C £2 Pi G ABX 22 D 7 NAI-D 90

74AN7 6C 12 Pi G LFT 16 0220* NAI-D 90 ENERGY, KEV

77SN3 6C J 2 Pi G A BX 2£- 37 D 6- 23 NA I-D DST

72L14 6C 1 2 HEi G ABX 27- 35 D 1- 11 NAI-D 90 HE=HE3

73LI S 6C £ 2 HEi> G ABX 27- 35 D 1-11 NA I-D DST

74SH3 6C 1 2 HEi G ABX 28- 45 D 3- 24 NA I-D DST HE=HE3 , 4 LEVELS

7 5PA2 6C 15 G,>NG ABX 10- 36 C 15- 44 SCD-D 112

7 5PA2 6C £3 Gi) 2N RLY 24- 40 C 35, 40 ACT-I 4P I 75PA2 6C 1

3

Gi» PG ABX 19- 37 c 15- 44 SC 0—

D

112

7 5AP 5 6C S3 Ni1 G NCX £ 8 0 £4 NA I-D DST

73WE3 6C 13 Di> G ABX 19- 22 D 1- 4 NAI-D DST

72CR5 6C 14 E .E/ FMF 7, 8 D 60-120 MA G-D DST 7=7.01 . 8=8e32 MEV

73FA5 6C £4 EllE/ SPC 0- £6 D 50 MA G-D £80 PEAKS 7c3,7*9,9e3

74KL2 6C 14 e .E/ SPC 20- 24 0 61 , 81 MA G-D 146 UPPER LIMIT MEAS

77CRa 6C £4 E »E/ ABX 7- £6 0 37- 60 MA G-D £ 80 8 STATES

NITROGEN Z=7

A ABUND«(£)

G, N

£4 99o65 £0o6

15 0o36 10«8

SEPARATION ENERGIES (MEV)

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

7*6 22e7 20e7 ££«6 30«6 £2,5 25,1

10*2 14*8 28*2 IleO 21a4 18«4 31*0

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG REMARKS

73ME3 7N 13 P, G ABX 9, 24 D 9- 24 NAI-D 90

74R02 7N £5 P, G ABX 2- 4 D 0- 3 SC 0-D DST

75MA6 7N 13 P, G LFT 15 D 14- 15 NAI-D 125 LEVEL AT 15*07

76FE7 7N 13 P, G ABX IS- 37 D £6- 40 NA I-D 90

77MA7 7N 13 P, G ABY IS D 14 NAI-D DST 15=15, 066

10
NUCLIDE REACTION RES 5XCIT SOURCE DETECTOR

REF Z A IN« OUT TYPE ANG REMARKS

74EN1 7N 14 E« E/ FMF 2- 6 C 60- 120 MAG-D DST 6 LEVELS

75RAS 7N 1 4 Gt G LFT 2 C UKN SCD-D DST LEVEL AT 2e31 MEV

72CAA 7N 14 G* P ABX 17- 25 C 20- 25 SC D-D DST

73BAe 7N i4 G, P ABX 16- 25 c 7- 25 SCD-D DST (GtPO) • (G«P2)

74BA4 7N 14 G* P ABX 16- 25 c 20- 26 SCD-D DST

7fcTU3 7N 14 G* N ABX 29— 42 c 42 EMU-D 4PI

76TU3 7N 14 G* 2A ABX 1 6- 42 c 42 EMU-D 4PI

75PAa 7N 14 P» G ^BX 22- 34 0 16- 28 NAI-D 90

76SI6 7N 14 P. G LFT 9 0 1 SCD-D DST 9=9.17

7eKEi 7N 14 P» G LFT 9 0 1 SCD-D DST 9.13

73MA5 7N 14 HEt G ABX 22- 26 D 1- 6 NA I-D 90

75KI 2 7N 15 E, E/ LFT 5- 8 0 84-122 MAG-0 DST 4 LEVELS 5«27-7«56

75KiaO 7N 15 £* E/ FMF 6* 9 D 0* 1 MA G-D UKN Q=0e5-l«l FM-1

76MA1 7N 15 E* E/ FMF 6 D 60- 120 MAG-D DST 6=6.32 MEV

77AN6 7N 15 £* E/ LFT 9— 1 5 D 60-1 94 MA G-D DST 5 L£VELS»9-15 MEV

75MU3 7N 1 5 E» P ABX 14- 28 D 19- 30 MAG-D DST GROUND STATE

75M08 7N 1 5 S G 4 G LFT 6 D 6 SC 3-0 DST 6=6«324»PCL SCAT G

73DEa3 7N 1 5 Gt D ABX 1 9— 25 C 19- 30 TEL-0 90

73KE2 7N 1 5 P» G ABX 1 3- 22 D 3- 12 NA I-D DST

74WES 7N 1 5 $ P» G ABX 19- 26 D 9- 17 NA I-D UKN POLARIZED PHOTONS

75HA6 7N 1 5 Pf G ABX 13- 38 D 2- 30 NAI-D DST

75Hft6 7N 1 5 Pf G ABX 13- 38 D 2- 30 NA I-D DST

7fcKU2 7N 1 5 Pi G LFT 1 3 0 2- 4 SCD-D DST LEVEL 13.42 MEV

76S,N8 7N 1 5 s P» G ABX 20- 28 D 10- 18 NA I-D DST POLARIZED PROTONS

76WEi 7N 1 5 $ Pt G ABX 13- 26 D 4- 17 Nft I-D DST POL PROTONS

72WE3 7N 1 5 D* G ABX 17- 20 D 1- 4 NAI-D DST

73WE4 7N 1 5 D* G RLX 17- 20 0 1- 4 NAI-D 90

760E3 "'N 15 0* G ABX 19- 23 D 3- 10 NAI-D DST

77SCI 7N IE T. G ABX 15- 18 D 1- 4 NAI-D DST

OXYGEN Z=8

A ASUND.d)

G«N G.P

le 99«75 15«7 12el

17 0*03 4*1 13«e

18 0«20 8«0 15.9

SEPARATION ENERGIES (MEV)

G.T

25*0

ie«6

15.8

6tH£3

22*8

1 8.8

25.6

G.A

7,2

6.4

6*2

G«2N

28«9

19«8

12*2

G ,NP

23.0

16*3

21 o 8

G.2P

22.3

25o3

29el

REF

NUCLIDE REACTION RES

Z A IN. OUT

EXCIT SOURCE DETECTOR

TYPE ANG REMARKS

75HA6 80 15 P.G ABX 24- 54 D 17- 29 NAI-D 90

75HAe 80 15 P.

6

ABX 24- 34 D 17- 29 NAI-D 90

68ST2 80 16 E.E/ LFT 6- 14 D 35- 60 MAG-D DST 10 LEVS 6«-13«l MEV

73BE16 80 16 E.E/ FMF 11. 12 DlOl- 126 MAG-D DST 1 1=11* 52.12 = 12*05

T3BE17 8C 16 E.E/ FMF 9. 10 DIOO-126 MAG-D DST 9=9.85. 10=10.34

74H03 80 16 E.E/ FMF 9- 42 D 70-250 MAG-D DST LONG. TRANS FMF B(E2)

75MI2 80 16 E.E/ LFT 6- 7 D 38- 60 MAG-D DST 6»0.6o 1 .6«9.7«1 MEV

75MI7 80 16 E.E/ FMF 7 D 38- 60 MAG-D DST 7=7.1

2

77B012 80 16 E.PI + RLX 1 50-280 D280 MAG-D DST SIG PI-/SIG PI + 77B012 80 16 E.Pi- ABX 1 50-280 0280 MA G-D DST SIG PI-/SIG PI+

n
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN« OUT TYPE ANG REMARKS

74SC8 8C 16 £• N 50-150 D 63-150 TQF-D DST PHOTON DIFF.

75SK£ 0 80 le Ef ABX. £7- 26 D UKN MAG-D DST GND STATE SIGMA

65ME4 80 16 G« PI + ABX 150-300 CI 50-300 ACT1

4PI

72ftHT 80 £6 St MU—

T

^BX £2- £40 C£40 MGC—

D

4P I 75AH4 8C 1 6 G« MU—

T

ABX 10-140 C140 MGC-D 4PI

7 5S\H3 80 S 6 Gt MU—

T

^BX £0-£60 C£ 40-275 MGC-D 4P I 77LAo 80 16 G« G G« G 7 D 7 SCD-D DST 7a£2t6«92 MEV

73BE10 8C 16 G« N ABX 16- 37 D 16- 37 BF5-I 4PI

73NA6 80 £6 S G* N NOX £ 5- 28 0 30t 64 TOF-D DST GS NEUTRONS

74VE1 80 16 G* N ABX 15- 37 D 15- 37 BF 3-1 4PI

75J02 80 £6 G« N ABX £6- 28 C 22- 3£ TOF-D 98

75SC7 80 16 G* N ABX 62- 66 0 62- 66 TOF-D DST 62.7-65.7 MEV

80 H 6 Gt NG SPC £ 9- 30 C Z'A- 5£ NAI-D 140

70H01 8 0 1 6 G* NG RLY 21- 27 c 27t 36 SC D-D DST

73eEl

0

8C 1 6 G* 2N ABX 28- 38 0 28- 38 BF3-I 4PI

74VEa 80 i 6 Gt 2N ABX 29- 37 D 29- 37 BF5-I 4P

I

77 J03 80 1 6 Gt 2N ABX 100-600 ClOO-feOO ACT14PI

?i GC3 80 I 6 G« XN ABX £6- 25 C £6- 2 5 MO D-i 4PI

75KN8 80 16 Gt XN ABX 17- 37 D 17- 37 MOD1

4PI

73HEaO 60 i6 Gt P SPC 12- 30 c 30 TEL-D 90

76F I 4 80 1 6 Gt P NOX 60-100 D 40-105 UKN DST

77FI 3 80 £ 6 Gt P ABX 40-£ 05 C 40-105 MAG-D DST

77MA

1

30 1 6 Gt P ABX 95- 280 Cl 10-300 MAG-0 DST GROUND STATE PROTONS

65MS,a 80 1 6 Gt P6 SPC £9- 30 C 2£- 3£ NAI-D 140

70H01 80 16 Gt PG RLY 17- 27 c 27 1 36 SC D-D DST

75BEi 0 80 1 6 G< PN «4BX 26- 37 D 26- 37 BF3-I 4PI

73HA9 80 1 6 Gt PN ABX 100-350 C500 TEL-D 63 PN COINC

T4VE1 80 16 Gt PN ABX 23- 37 D 23- 57 BF3-I 4PI

73HA9 80 £6 Gt 2P ABX £00-350 C500 TEL-D 63 PP COINC

73HA9 80 16 Gt DP ABX 100-350 C500 TEL-D 65 PD COINC

73D09 80 I 6 Gt XP «BY 92-400 C400 T£L-D DST

74D 17 80 1 6 Gt CI 1 ABY 26-999 C300-999 ACT14Pi 999=1 GEV

f eMfe£ 0 80 I 6 Gt N£3 ABY THR-999 C30 0-999 ACT-I 4P I 999=1 GcV

73D 14 80 i 6 Gt SPL ABY THR-999 C999 ACT14P I 999=£ GEV YLDtC££tBEf

72HA4 80 1 6 $ Pt G NOX 19- 26 D 7-15 NA I-D DST POLARIZED PROTONS

72HA9 80 £ 6 $ Pt G NOX £9- 27 D 7-15 N:^ I-D DST POLARIZED PROTONS

73HA1

5

80 1 6 Pt G ABX 22 0 11 NAI-D 90

7 30CS 80 i 6 Pt G ABX 20- 29 D 8-18 NA I-D DST

74C H8 80 16 P t G RLX 21- 30 D 9- 19 NA I -D 90

74HfiIl 80 S 6 $ Pi G ABA 20- 28 D 8-16 NAI-D DST POLARIZcD PROTONS

74R05 80 1 6 Pt G ABX 12- 15 D 0- 3 SC D-0 DST

JTCkZ 80 £6 $ Pt G ABX 20- 24 D 8-13 Nft I -D DST POL PtDOORWSkY STATES

77CH4 80 £6 Pt G ABX £8- 33 D 6- 22 NAI-D DST

71SU1 80 16 Ot G RLX 21- 26 D 1- 7 NAI-D DST

74SH3 80 £6 HEt G ABX 28- 45 0 3- £ 6 NAI-D DST H£=Hc3 t 4 LEVELS

74DY6 80 16 At G ABX 8- 10 0 1- 3 NAI-D DST

74SN9 8C £6 ^t G ABX £2- 28 D 7- 28 NAI-D DST

760P1 80 16 At G ABX 13- 16 D 6- 9 NAI-D 90

7 5K I 1

1

8C 17 £t E/ LFT 3- 8 D 84-122 MAG-D DST 12 LEVS 3o05-7o75

77 NOi 80 £7 Et £/ FMF £0- 30 D 65-£68 MAG—

D

75

71BE5 80 17 Gt N ABX 4- 9 C 4- 9 BF5-I 4P I 73LI 2 80 £7 T 1 G ABX £9- 22 D £5- 35 NA I-D DST

76CH2 80 £7 HEt G ABX 22- 25 D 3- 8 NAI-D DST

74Hft2 80 18 Gt G LFT 6 D 6 SCD-D UKN SELF-ABSORPTICN

75AL4 80 £ 8 G< N ABX £0- £8 C ££- £8 TOF-D 98 GROUND STRiTE SIGMA

76BA10 80 18 Gt NG ABY 9- 28 C 23t 28 SCD-D 125 .87«3.0t3.8t MEV

76KN4 80 £8 Gt £N ABX 8- 53 D 8- 33 MO D-I 4PI

76KN4 80 18 Gt 2N • ABX 11- 33 D 11- 33 MQD-I 4PI

12
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN» OUT TYPE ANG REMARKS

76B^ 1

0

8C 1 8 G« 2NG &BY 1 8— 28 C 23

1

28 SCD-D 125 6« 0 t6c 1 MEV

72DCi 3 80 J 8 G» P A8X i 6- 25 c 16- 24 ACT- I 4P I DELAYED NEUTRONS

76BE4 80 18 G. P ABX 16- 31 D 16- 31 ACT- I 4PI DELAYED N FROM N17

?6BftiO 80 S8 G, PG ABY i7- 28 C 23. 26 SCD- D 125 1 .4. 1.8. 1.9. 4*2 MEV

TCBAIO 80 1 8 G. AG ABY 12- 28 C 23. 28 SCO- D 125 6.1.6.6.6.7 MEV

FLUORINE Z=9

A A3UND« SEPARATION ENERGIES (MEV)

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

19 lOOo 10o4 6*0 11«7 22«1 4o 0 19e6 16.0 23.9

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. CUT TYPE ANG REMARKS

75CH1 9F 17 P 1 G AdX 1 — a3 D 0- 2 SCO- D D ST

7 5HA 5 9F Pi G ABX 1 5— 31 D 15- 32 NAI- D

r\ f T DST

73SE3 9 F i 8 Pi G LFT 6— 7 D 0- 1 NAI- D DST

vr 1

9

C. 1 rMr cue 0— 2 D 61- 121 MAG-D D ST

7 5CY 1 9F 19 E

1

» E/ FMF 1 — 6 D134-250 MAG-D DST

73M05 9 F I 9 £i N RLY i 0— 39 0 10- 39 ACT- I 4P I 75TS1 9F IS El P ABX 13- 25 D 13- 26 MAG- D 90

74SK4 9F 19 El T ABX 18- 23 D UKN MAG-D DST

52H01 9F 19 G, N ABX 10- 25 C 10- 25 ACT- I 4PI

54TAa 9F i9 Gi N ABX 10- IT C 10- 17 ACT- I 4PI

68C02 9F 19 Gi N ABI 1 0- 50 c 10- 50 MOD- I 4PI

73BEiO 9F S9 Gi N ABX 11- 29 D 11- 29 8Fc- I 4PI

73M09 9F 19 Gi N RLY 10- 39 c 10- 39 ACT- I 4PI

73SH9 9F i9 Gi N ABX 11- 21 c 13- 21 TOF- D 90

74VE1 9F 19 Gi N ABX 10- 28 D 10- 28 BF3- I 4PI

75WC2 9F 19 Gi»N RLY 16- 40 c 16- 40 ACT- I 4PI

76SH5 9F 19 Gi N ABX 10- 19 c 13- 21 TOF- D 90

72TH5 9F 19 Gi NG ABI 10- 25 c 19- 25 SCD- D DST

52H01 9F 19 Gi 2N ABX 19- 26 c 19- 26 ACT- I 4PI

68CC2 9F 19 Gi>2N ABI 25- 50 c 20- 50 MOD- I 4PI

73BE10 9F 19 Gi 2N ABX 22- 29 D 22- 29 BF3- I 4PI

74VE31 9F 19 G >2N ABX 20- 28 D 20- 28 BF3- I 4PI

76AN2 9F 19 Gi. 2N ABX 20- 60 C 19- 60 ACT- I 4PI

72VA3 9F 19 G ,XN ABX 10- 19 C 10- 19 BF3- I 4PI

73CA5 9F 19 Gi• XN ABX 10- 25 c 10- 25 BF 3- I 4PI

72TH5 9F 19 Gi PG ABI 8- 25 c 19- 25 SC D- L DST

T2TH5 9F 19 Gi AG ABI 4- 25 c 19- 25 SCD- D DST

76MA1

0

9F 19 Gi»N13 ABY THR-999 C300- 999 ACT- I 4PI

73DI4 9F 19 Gi, SPL ABY THR-999 C999 ACT- I 4PI

72M06 9F 19 HEi> G RLX 19- 22 D 4- 7 NAI- D DST

77DI4 9F 19 Ai1 G LFT 6- 7 D 2- 4 SCD- D DST

3 LEVELS •2-1.6 MEV

B(EL) 7 STATES

YIELD (G.N)/(E.N)

CONVERTS TO PHOTO SIG

GROUND STATE

SEE 54TA1-REANALYSIS

YIELD (G.N).(G.E)

GD AND EXCIT STftTE

RATIO (G.N)/(E.N)

GAMMft DST

SEE 54TA1-REANALYSIS

GAMMA DST

GAMMA DST

999=1 GEV

999=1 GEV

HE=HE3

6.2S-7.17 MEV

13
NEON Z=10

ABUND* SEPARATION ENERGIES (MEV)

G« N G,P G. T G.HE3 G.A Gt2N Gf NP G.2P

20 90«51 1 6e 9 i2oe 23 « 9 21*2 4«7 260 5 23.3 20.8

0.27 6*8 £ 3.0 2£ • 6 &9«9 7«3 23« e S9ce 23.6

22 9«22 1 0«4 15«5 21* 5 26.3 9,7 ir.i 23c4 26e4

NUCLI DE REACTION RES EXCIT

KEF Z A I Nt OUT

74VE1 1 ONE G.N ABX 16- 26

7 5WC3 a ONE G« N ABX i T— ^Ji 74VE

1

1 ONE G. 2N ABX 1 o— £.0 5 7K01 1 ONE G * 5A RLY 1 9 — 80

57K0a a ONE G» PN RLY 23- 60

57K01 1 ONE G,2P RLY 21- 80

57K0S aONE G.AP RLY a7- 80

57K01 1 ONE G.2A RLY 12- 60

73SI 15 10NE20 E.E/ FMF 1- 8

75CH4 a 0NE20 E.E/ SPC 0- 35

75SK1

0

10NE20 E.A ABX 15- 24

77FI6 aONE20 A.G LFT a 0

73SI& 5 aONE22 E.E/ FMF 1 74MA8 10NE22 E.E/ ABX 0- 19

74VE1 aONE22 G.2N ABX a8- 26

SOURCE

D

C

D

C

C

cc

c

0

D

D

D

D

DETECTOR

TYPE ANG

4P1

REMARKS

16- 26 EF3-I

a9- 32 TOF-D

18- 26 BF3-I

80 CCH-D 4PI

80 CCH-D 4PI

80 CCH-D 4PI

80 CCH-D 4P1

80 CCH-D 4PI

90 NORMALIZED TO D(G,N)

4PI

MAG- D DST

MA G- D DST

MAG- D DST

SCD- D 55

MAG- 0 DST

MAG- D 160

BF 3- I 4PI

10=10.27 MEV

SODIUM z=ai

A ABUND. SEPARATION ENERGIES (MEV)

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

23 100« 12e4 e«e 17e4 24*4 lOoS 23« 5 19.2 24.1

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG REM)

74R04 1 1NA21 P. G ABX 2- 3 D 1- 2 SCO- D 90

74VE 1 1 1NA23 G. N ABX a2- 30 D a2- 30 BF3- I 4PI

74VE1 1 1 NA25 G. 2N ABX 23- 30 D 23- 30 BF3- I 4PI

74DI7 aa NA23 G. FIB A BY 2a-999 C3 00- 999 ACT- I 4PI 999=a GEV

75DI4 11NA23 G« F18 ABY 21-999 C300-999 ACT- I 4PI 999 = 1 GEV

7 5DI4 aa NA23 G. NA22 ASY a2-999 C300- 999 ACT- I 4PI 999=1 GEV

75DI4 UNA 23 G. NA24 ASY 150-999 €300-999 ACT- I 4PI 999=1 GEV

73VE2 aiNA23 P. G ABX a4- 26 D 5- 18 NAI- D 90 G=G0+G1

u
MAGNESIUM Z=i

2

A AeUNO*

GtN G>P

24 7Sc99 16c5 11.7

£5 ^OoOO 7e3 £2*i

26 11«01 11*1 14*1

SEPARATION ENERGIES (MEV)

G.T G,HE3 Gt/ii G«2N G.NP G*2P

26o7 £3«1 5#3 29o7 24.1 20.5

23.0 20«£ 9.9 23«9 £ 9o 0 22e6

21*6 26*0 10«6 18e4 23«2 24*8

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

R tr Z A IN* 0 UT TY fz. ANG

77BE3 1 2MG G» G ABX 5— 8 D 5- 8 SC D— 0 14 0

60WA2 a2MG G* Fie ABX THR-240 C243 ACT- I 4PI

74J04 £ 2MG24 E « c./ LFT 1- i 4 D 64- £ £ 6 MAG-D DST

74L I 2 1 2MG24 E« E/ FMF 1 — 5 C250. 500 MA G— D DST

7 4WH3 % 2MG24 E/ ABX 9- 300 D500 MA G— D 60

77ZA 2 1 2MG24 E * £/ FMF 1 5 Dl 08- 26 0 MAG- D DST

74CH9 & 2MG24 E * CI 2 NCX 24— 29 D 25- 45 TRK- I DST

75BE1 1 2MG24 G« G LFT 9— 1

1

C 29 SCD- D 1 25

7CBA2 J 2 MG24 G « NG ABY 1 7— 30 c 18- 30 SCD- D 125

76BA2 12MG24 G. P SPC i3- 30 c 18- 30 TEL-D 90

76B«i2 12MG24 G* PG ABY 12- 20 c 16- 50 SCD- D 125

TtBkZ i2MG24 Gt k ABX 18- 22 c 30 TEL- D 90

75KU4 12MG24 A* G ABX 11- 26 D 3- 20 NAI- D DST

75LE3 12MG25 E« E/ LFT 0- 4 D 62- 119 MAG- D DST

7eLE3 i 2MG25 Et E/ FMF 1- 4 D 62-119 mc-D DST

72BE9 1 2M625 G* N NOX 7 C UKN TOF- D 90

766^2 S2MG25 G. NG ABY 8- 29 c i9- 29 SCD-D 90

766A2 12MG25 G* P ABX 14- 18 c 19- 29 TEL- D 90

768^^2 X2MG25 G* PG ABY 12- 29 c i9- 29 SCD- D 90

76BA2 12MG25 G. D ABX 19- 24 c 29 TEL- D 90

7eBfe2 a 2MG25 Gt ABX i8- 24 c 29 TEL- 0 90

REMARKS

MEV

MEV

72LE6 a2MG26 E, E/ LFT 2 D 0* 1 MA G-D UKN

74LE4 12MG26 El E/ LFT 1- 11 D 56- 111 MAG-D DST

74WD7 1 2MG26 G< NG ABI 519- 23 C 30 SCO-D 90

76BA2 1 2MG26 Gi NG ABY 12- 50 C 24, 50 SCD-D 90

73VA7 a2MG26 Gi P SPC J4- 30 c 32 SCD-D UKN

74AN1 12MG26 Gi P ABX 15- 60 c 15- 60 ACT-I 4P1

741*05 a2MG26 G«,P ABY 16- 23 c 24, 31 TEL-D DST

75VA3 12MG26 G, P SPC 17- 32 c 32 SCD-D UKN

75VA4 £2MG26 Gi P SPC J4- 52 c 19- 32 SCD-I 90

77WI

1

12MG26 Gi P ABX 16- 24 c 24 TEL-D DST

7eB«i2 &2MG2e G,. PG ABY i5- 30 c 24, 30 SCD-D 90

74VA2 12MG26 Gi XP ABX 15- 29 c 8- 29 lON-I 4PI

74W05 1 2MG26 G,.A ABY 16- 23 c 24, 31 SCD-D 90

75KU4 1 2MG26 Ai G ABX 14- 24 0 5- 16 NAI-D DST

15
ALUMINUM Z=13

1^

27

*.BUND«

100<

Gt N

13«1

SEPARATION ENERGIES (MEV»

GfP G«T G*HE3 GtA Gt2N G«NP G«2P

6*3 ia«2 23e7 lOcl 24*4 19.4 22.4

NUCLI DE REACTION RES EXCI T SOURCE DETECTOR

REF Z A

T Al U UT TY Pc ANu

7 5TR 3 13AL25 H 1 f~ ABX 2— 4 2 U — yu

74DE9 1 3AL26 D" -

1 /~ LPT 6— 6 n rfc— SCD- D LJ ^ i

76V I 1 1 3^ L27 CT CTt Xy ABX 1 00—500 UO J. si ~O Q O MAG- D

1 A T7FA4 S Jff, L2T EX Asa 2— a J U O f fca MA6- D a ou

773 I 4 1 3AL27 C 1 FMF 2— 3 MAG- D

t cH I 8 El 1 C yD NOX 0* 60 UT \f U MAG- D Pi CT

7 6N A 3 1 o AL2T C. 1 t y H SPC 0*1 J 0 UT UO MAG- D R CT

7 4TS4 a 3 AL27 H ABX a— 26 2 o MA G- D y o 7 4N0 2 1 3AL 27 ST A.I A OVk RLX 24—99 9 L. ^ U O O ("1 y y y ACT- I 4P i 76BLfi 2 i 3<iiL27 Cl A BY THR—560 con ACT- I 4PA O T1 73FR7 1 3 AL27 V91 P 1 + ABX 1 50—800 O i*\ 800 ACT- I 4 P

1

FfclSfe 3 1 3AL27 /-~ O 1 O T J- Pi + ABY \ 40—250 /* o c M*iG-D 90

77KU3 1 3AL27 O T j_ ABX 1 50—9 99 /* *i A A— yy y AC T — I

A O T 41^ 1 76WA3 1 3«L2T O 1 K1 " ASY a 4 o— c 5 0 /"OCA MAG- D

A y o 72AH7 1 3AL27 /~01 Jul 1 1 T ABX 1 0—1 4 0 ^ 4 yb A CI «!• O MGC- D 4Pi A D T 73AH4 4 3AL27 /—o 1 ABX a 0— a 4 0 MGC- D 4P I 75AH3 1 3AL27 UMU-"T 1 1 T ABX 1 0—1 60 4 A A C 1 AO— 27 5 MGC- D 4PA O TX

£ 3AL27 O 1 LFT 3 NAI- D 1

1 9<^ A(J o w n a FN nua a o— Z<i W £^ THR- I

Pi CT

73BE 1

C

13AL27 1 hi ABX 1 o— 30 U X o u BF3- I A O T T 4vE X i 3«LZ7 IN ABX A O V

a J— 3a Ja BF 3- I A D 7 74Vc 1 w ,

1 ^ IN AdX A Q V 24— J

1

•J X BF3- I A D T ^ T C \/ "2 f J i y c £ . L 2 - A IN SPC t 5—234 TOF-D Cjy au 74DA 2 1 JAL2

r

*~o 1 ABY A D V 1 2—450 TEL- D o A y o

/-O 1 ABX a * T 7 ACT- I A D T 4t-' i. 74N02 1 3AL 27 ^ HN RLX 24—999 ^ A A Q Q y y y ACT- I A D T 4 K A ?6J0S a 3AL27 f O O M ABX 3a — 965 / O A_ yc o ACT- I

/i O T 75D0 9 1 3Al_27 APV o ABY 88—40 0

/ A A C A U U TEL- D Pi CT

740ft2 G

1

T ABY 23—4 50 C450 TEL- D 90

740A2 13AL27 Gi A ABY 34-450 C450 TEL- D 90

F40&2 a3#.L27 Gi k ABY 20-450 C450 TEL- D 90

73DI12 15AL27 Gi F18 ABY THR- 999 C300- 999 ACT- I 4PI

75DI4 i3AL27 Gi Fi6 ABY THR-999 C500- 999 ACT- I 4PI

74DI7 13AL27 Gi NA22 ABY 17-999 C3 00- 999 ACT- I 4PI

75DI4 fi3AL27 Gi NA2 2 ABY THR-999 C200- 999 ACT- I 4PI

73JA3 13AL27 Gi NA2A ABY THR-999 ClOO- 999 ACT- I 4PI

T5DI4 a3AL27 Gi N/^24 ABY THR-999 C300- 999 ACT- I 4PI

75J04 13AL27 Gi NA2A ABY 31-965 C 95-965 ACT- I 4PI

73DI4 13AL27 G »SPL ABY THR-999 C999 ACT- I 4PI

76BLa2 J3AL27 Gi SPL ABY THR-580 Ca20-580 ACT- I 4PI

REMARKS

999=1*396 GEV

10 LEVELS

3 LEVELS

*SEP ENERGY RANGE

SEPARATION ENERGY

999=1.2 GEV

GIVES YLD R«>TIO G/

MG27 ACT

999=1.2 GEV

3=2«98

NEUTS E ABV 12 MEV

ENERGY IN GEV

999=1.2 GEV

ERRATJM 75J04

HE=HE3

999=1 GEV

999=1 GEV

999=1 GEV

999=1 GEV

999=1 GEV

999=1 GEV

999=1 GEV

GIVES YLD RATIO G/

16
SILICON Z=J4

A ABUNO* il ) G.N G«P

2.8 92c23 17o2. ll»6

29 4e67 8.5 12»3

30 3e£0 I0«e ^3*5

SEPARATION ENERGIES (MEV)

G,T

27. 5

24 .6

22.2

G»HE3

23*2

20.6

24.8

G. A

iOoO

llol

& Oe6

G,2N

30« 5

25«7

i9«l

G.NP

24. 6

20o 1 22o9

G.2P

£9o9

21e9

24« 0

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z IN* OUT TYPE ANG REMARKS

76MC5 i 4S

I

E* E/P ABX i 0* 65 04 97 MA G— D 53 MISSING ENERGY

75G05 14SI Gf PI + ABY 170-400 C400 BBL- D 90

T3G05 S 4SI G> PI- A BY 170-400 C400 BBL- D 90

72AH7 1 4S I G« MU—

T

ABX 1 0—1 4 0 CI 40 MGC- D 4PI

73AH4 S 4S1 G * MU—

T

ABX 1 0—1 40 CI 40 MGC— D 4P I 7 5A H3 1 4S I G* MU—

T

ABX 31 0— 30 C J 40— 275 MGC — D 4P1

73BE 1

0

1 4SI G« N ABX 1 6— 30 D 16- 30 BF3- I 4PI

74VE I J 4SI Gt N ABX % 7— 3 0 D S7— 30 BF3— I 4P I 72T H8 1 4SI G« N G ABI 18— 28 C 28 SC D— D 140

7 3GC5 i 4SI G» P ABY 82—400 C400 BBL— 0 90

72T H8 14SI G* PG ABI 1 2— 28 C 28 SC D— D 140

75DI 4 S4SI G. Fie ABY THR-999 C3C0- 999 ACT- I 4PI 999=1 GEV

75DI4 14SI G* NA22 ABY THR-999 C300- 999 AC T- I 4PI 999=1 GEV

7 3 J« 3 X 4SI G f NA24 ABY THR—999 CJ 00— 999 ACT— I 4P

I

999=1 GEV

75DI 4 1 4S I Gt NA24 ABY THR—999 C3 00— 999 AC T— I 4PI 999=1 GEV

73CH7 14SI28 £ « E/ FMF 11- 30 D108-220 MAG- D 135

74L I 2 £45128 E* E/ FMF 2 C250> 50 0 MA G— D DST LEVEL io778 MEV

75T04 14SI28 G« PI + ABY 1 50-400 C300, 400 BBL- D 90

75TC4 14S128 G, PI- ABY 1 50-400 C300. 400 BBL- D 90

76EP4 14SI28 G* PI- ABX 1 50-400 CI 80- 400 ACT- I 4PI

77THa a4SI28 G. NG ABY S8- 28 C 28 SCD- D 140 .8t .95t2.6,2.9 ME

75T04 14SI28 G, P ABY 91-400 CSOOt 400 BBL- D 90

77THi 14SI28 G, PG ABY X3- 2 8 C 28 SCO- D 140 8 states; .8-4. M

77TH1 14SI28 G. AG ABY 11- 28 C 28 SC 0- D 140 1.4 ME V

77BR10 14SI 29 E, E/ LFT 1- 9 0 63- 117 MA G- D DST 13 STATES

72JA2 545129 Gt N SPC 8- ii C &i TOF-D DST DOORWAY STATE 750

73FU2 14SI29 G, N ABX 8-13 C 8- 13 BF3- I DST

77BU 12 145130 Gt P ABX £3-800 C 75- 80 0 ACT- I 4PI

PHOSPHORUS Z=i5

A ABUND« SEPARATION ENERGIES (MEV)

GtN GtP G,T G,HE3 G,A G.2N G,NP G t 2P

31 lOOo 12o3 7«3 17.9 22.5 9,7 23o 6 17.9 20.8

REF

NUCLIDE REACTION RES

Z A IN, OUT

EXCIT SOURCE DETECTOR

TYPE ANG REMARKS

75KL3 15P 51 E,E/ LFT 1- 4 D 50-250 MAG-D DST 1 o 27 , 2 e 23, 3« 51 MEV

73TS3 S5P 3S E,P ABX i4- 26 D i 6- 26 MAG-D 90

17
REF

NUCLIDE REACTION RES

Z A IN. OUT

5XCIT SOURCE DETECTOR

TYPE ANG Ri MARKS

72AN1

2

1 5P 31 G.N ABX 14- 60 C 14- 60 ACT- I 4P I 73BES 0 S 5P 31 G.N ABX 1 2- 29 D 1 2- 29 BF3- I 4PI

73GE2 1 5P 31 G.N ABX 1 3- 23 C 1 5- 25 TOF- D 90 GND.EXCIT STATES

74VEa I 5P 31 G. N ABX 1 2- 29 D 12- 29 BF3— I 4P I 72TH5 1 5P 31 Gr. N6 A&I 12— 22 C 19 • 22 SC D—D 150 GAMMA DST

7;ZAi i 5P 31 G . NG SPC 1 2- 30 C 30 SCO-0 1 25 DE-EXCIT G-Ri^YS

72BE 1

0

1 5P 31 G. 2N ABX 27- 29 D 27- 29 BF5- I 4PI

74VE1 1 5P 31 G.2N ABX 24- 29 D 24— 29 BF3- I 4PI

74DES 0 1 5P 31 G» XN ABX 1 2— 2 5 C 1 2— 25 BF3— I 4P

I

72TH5 1 5P 31 G.PG ABI 7— 22 C 19 . 22 SC D— D 1 50 GAMMA DST

JSP 31 G . PG SPC 7— 30 C 30 SC D— D 125 DE— EXCIT G-RftYS

72B El 0 1 5P 31 G. PN ABX 1 9— 29 D 19- 29 BF 3— I 4PI

74VE2 X 5P 31 G. PN ABX 1 9— 29 D 19- 29 BF3— I 4P I 72TH5 1 59 31 G. AG ABI 1 0— 22 C 19. 22 SCD- D 150 GAMMA DST

TEDI4 I 5P 31 G.Fie ABY THR-999 C3 00- 999 ACT- I 4PI 999=1 GEV

75DI4 1 5P 31 G. NA22 ABY THR-999 C500-999 ACT- I 4PI 999=1 GEV

S 5P 31 ABY THR-999 ClOO- 999 ACT- I 4PI 999=1 GEV

75DI4 1 5P 31 G.NA24 ABY THR-999 C300-999 ACT- I 4PI 999=1 GEV

75DE5 a 5P 31 P.G i_FT 9- 10 D 1- 3 SCD- D 55 30 RESONANCES

SULFUR Z=16

A ABUND.(l) SEPARATION ENERGIES (MEV)

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

32 " 95c02 1 5o 0 3.9 24o 0 19*1 6©9 28o 1 21 . 2 16*2

Oc75 8« e 9.6 21.3 17.1 7«1 23.7 17.5 18.2

34 4«21 1 1«4 1 0«9 20* 4 21*9 7»9 20. 1 21.0 20.4

36 0.01 9*9 13o0 19,3 25.0 9, 0 16.9 21c 5 2£« 0

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG REMARKS

74VE1 16S G.N ABX 15- 32 D 15- 32 BF3-I 4PI

74VE1 1 6S G.2N ABX 29- 32 D 29- 32 BF3-I 4PI

74VE1 16S G.PN ABX 21- 30 D 21- 30 BF3-I 4PI

7 5DI 4 16S G.Fie ABY THR-999 C300-999 ACT -I 4PI 999=1 GEV

75DI4 1 65 G.NA22 ABY THR- 999 C300- 999 ACT-I 4PI 999=1 GEV

7 3Jfe3 1 6S G .NA24 ABY THR-999 ClOO- 999 ACTI

4PI 999=1 GEV

7 5DI4 1 6S G. NA24 ABY THR- 999 C300-999 ACT-I 4PI 999=1 GEV

74LI2 16S 32 E. E/ FMF 2. 5 C250. 500 MA G-D DST 2 LEVS 2.237.4.96

73BE1

0

1 6S 32 G.N ABX 15- 32 D 15- 32 BF3-I 4PI

73IS3 16S 32 G. N RLX 1 6- 21 C 16- 21 BF3-I 4PI

73LD4 16S 32 G.N ABX 1 6- 32 C 16- 32 TOF-D 90 GD AND EXCIT STATE

72TH7 165 32 G.NG ABX 13- 26 C 14- 28 SCD-D 1 50 a .2 MEV

77TH2 165 32 GfNG ABX 17- 27 C 16- 27 SCD-D 150 1.2.2.2.3.1 MEV

T3BE10 165 32 G. 2N ABX 28- 32 D 28- 32 BF3-I 4PI

72TH7 165 32 6. PG ABX 13- 26 C 14- 28 SC D-D 150 13 states; 1.3-6.0

77TH2 165 32 G. PG AEX 11 - 27 C 16- 27 SCD-D 150 13 states; 1.3-6.0

73BE10 165 32 G.PN ABX 20- 30 D 20- 30 BF3-I 4PI

73DI4 16S 32 G. SPL ABY THR-999 C999 ACT-I 4PI 999=1 GEV

73VE6 165 32 P.G LFT 10- 11 D l- 2 NA I-D DST

75K013 1 6S 32 P.G LFT 10- 12 D 1- 3 SC D-D DST

74FC5 165 32 A.G ABX 12- 18 D 6- 1 2 NAI-D DST

77R02 165 32 A. G LFT 8- 11 D 2- 4 SCD-D 55

18
CHLORINE Z-17

35 T5c77

SEPARATION ENERGIES (MEV)

Gt N

S 2e6

G. P

6«4

G.T G.HE3

£ 9«e

G,A

7o0

G«2N

24*2

G .NP

S7.8

G»2P

17.3

37 24* 23 10.3 e«4 le<»e 22a 1 7.8 18*9 1 8oo 21«4

NUCLIDE REACTI ON RES EXCIT SOURCE D£TECTOR

REF Z A IN, OUT TY PE ANG REMARKS

74VE1 17CL G.N ABX 10- 28 D 10- 28 BF3- I 4PI

74VEa &7CL G*2N ABX J 9— 28 D 17— 2 8 BF3- I 4PI

75DI4 17CL G.F18 ABY THR-S99 C500-999 ACT- I 4PI 999 = 1 GEV

75DI 4 i7CL G.NA22 A BY THR-999 C300-999 ACT- I 4PI 999=1 GEV

73JA3 17CL G*NA24 ABY THR-999 CI 00-999 ACT- I 4PI 999 = 1 GEV

75DI 4 a7CL G.NA24 ABY THR-999 C300-999 ACT- I 4PI 999=1 GEV

75WC2 X7CL35 G,N RLY 19- 38 C 19- 38 ACT- I 4PI RATIO (G.N)/(£,N)

72HU5 17CL35 F.G ABY 7- 8 D 1- 2 NAI- D 55

7esPio a7CL35 P»G LFT 8- 9 0 2-3 SCD- D 55

74VEi i7CL37 G.2N ABX 19- 24 D 18- 24 BF3- I 4PI

ARGON Z=a8

A ABUND*

G«N

36 Oo 33 1 5« 3

38 0«06 11«8

40 99*60 9*9

SEPARATION ENERGIES (MEV)

G.P

1 0.2

i2«5

G.T

24e2

20,7

18.2

G.HE3

i8«6

20.8

23.1

G. A

6«6

7.2

6« 8

G.2N

28. 0

20o6

16.5

G. NP

21 .2

20o6

20e6

G.2P

14.9

18«6

22o 8

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG REMARKS

77FI5 1 8AR36 E. E/ ABX 2* 4 D 65. 115 MAG-D DST 1.9T. 4.18 MEV

75CH4 18AR40 E, E/ SPC 0- 35 D151 . 164 MAG-D DST

77FI 5 18AR40 E, E/ ABX 1- 3 D 65. 115 MAG-D DST 1 .46. 2.52*3*21

74VE1 18AR40 G. N ABX 10- 27 D 10- 27 BF3-I 4PI

73BE10 18AR40 G, SN ABX 11- 27 D 11- 27 BF3-I 4PI

73BEa 0 1 8AR40 G. 2N ABX 16- 27 D 16- 27 BF3-I 4PI

74VE1 18AR40 G. 2N ABX 16- 27 D 16- 27 BF3-I 4PI

73JU1 18AR40 G. XN ABX 10- 23 C 13- 23 TOF-D 90

19
POTASSIUM z=a9

A ABUND. SEPARATION ENERGIES (MEV)

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

29 93o25 6«4 &6o5 a9o2 7o2 25o2 a 8.2 16.6

40 0. 01 7e 6 7,6 17.5 16,7 6o4 20o9 14e2 18o3

4& 6«75 &o«s 7.8 a 5,6 20,7 6«2 a7o9 27.7 20o3

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF z A IN. OUT TYPE AN6 PEM^RK:

74VEa a9K G.N a 3- 32 D a3- 32 BF3- I 4PI

74VE1 19K G. 2N ABX 30- 32 D 30- 32 BF3- I API

74VEa a 9K G. PN ^ BX as- 29 D a8- 29 BF3- I 4PI

75DI4 1 9K G.F18 A5Y THR-999 C300- 999 ACT- I 4PI 999=a GEV

75DI4 a 9K G.NA22 kBY THR-999 C300-999 ACT- I 4PI 999 = 1 GEV

73JA3 a9K G.NA24 ABY THR-999 caoo-999 ACT- I 4PI 999=a GEV

75DI4 1 9K G.NA24 ASY THR-999 C300-999 ACT- I 4PI 999 = 1 GEV

73VL8 a9K 39 E.E/ FMF 30-a 80 D550- 999 MA G- D DST 999=ao as GEV

75WE1 19K 39 E.E/ ABX 2 D 50. 61 MAG- D 180 2«,523 LEVEL

73BEa0 a 9K 39 G.N ABX a 2- 3a D a2- 3a BF3- I 4PI

73BE10 19K 39 G. 2N ABX 31- 32 D 31- 32 BF3- I 4PI

73BEa0 a9K 39 G.PN ABX a9- 29 D a9- 29 BF3- 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 96o94 a 5,

6

6e3 25e0 a 8o8 7,0 29.0 2a .4 14.7

42 Oa 64 11*5 1 0.3 19,7 2 0«2 6o 2 19.8 20.4 18.1

45 o«a 3 7e9 a 0-7 a 9. 8 a 6.3 7.6 a 9. 4 ae.2 a 9.9

44 2e 09 11*1 12*2 20«9 23«3 8e8 19ol 21.8 21.6

46 OeOO ao«4 a3«8 2a • 5 26,a aa.a a7oe 22.7 * 46 Ool9 9c 9 15*8 22«6 29*4 14.4 17o2 24.2 29.1

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG REMARKS

2 OCA G.PI + ABY 1 40-250 C250 MAG-D 90

7etfA3 2 OCA G. PI- ASY a 40-2 5 0 C250 MA G-D 90

73HAa 20CA40 E.E/ FMF 3- 4 D 6a-£2a MAG-D DST 3.74,3.90 MEV

73VL8 20CA40 E.E/ FMF 3 0-18 0 D550-999 MAG-D DST 999=1.15 GEV

74WH3 20CA40 E.c/ ABX 0-300 O500 MAG-D 60 QUASIELASTIC SCAT

75T02 20CA40 E.E/ FMF aO- 35 Da50-250 MA G-D DST B(£L).GOR REGION

76ZI 1 20CA40 E.E/ ABX 40-280 D500* MA G-D 120 TRANS 5-Q CONST

72HI8 20CA40 E.E/P ABX aO* 35 D7 00 MAG-D DST SEP ENERGY RANGE

74NA1 20CA40 E.E/P SPC 0* 80 D700-750 SPK-D UKN SEPAFATION ENERGY

7eM05 20CA40 E.E/P ABX 8* 60 D497 MAG-D 53 MISSING ENERGY

76NA3 20CA40 E.JE/P SPC 0*130 D700-750 MAG-D DST SEPARATION ENERGY

73GR4 20CA40 G.PI + ABX a 40-340 C3 4 0 EMU-D DST RATIO( G.PI +) /(G.PI-

)

73G05 20CA40 G.PI + ABY 170-400 C400 BBL-D 90

20
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF 2 A IN. OUT TYPE ANG REMARKS

75T04 20CA40 Gi PI + ABY i 50-400 C300.400 BBL-D 90

73GR4 2 OCA 40 Gi PI- ABX 140-340 C340 EMU-D DST RATIO( G.PI+)/(G,PI

72G05 20C^40 Gi PI- ABY 170-400 C400 BSL-D 90

75T04 20CA40 G< PI- ABY 150-400 C300.400 BBL-D 90

72AH7 20CA40 G, MU-T ABX 10-140 C140 MGC-O 4PI

73AH4 20CA40 Gi MU-T ABX 1 0-140 C140 MGC-D 4PI

75AH5 20CA40 Gi MU-T ABX 10-160 CI 40-275 MGC-D 4pr

77LA3 20CA40 Gi G G.G 7 D 7 SCO-D DST 6«95.6«91 MEV

73BE10 20C^40 Gi>N ABX 12- 31 D 12- 31 BF3-I 4PI

74VEa 20CA40 G)>N ABX 15- 30 D 15- 30 BF3-I 4PI

72BR17 20CA40 Gi NG SPC 18- 24 C 30 SCO-D 90 G SPECTRUM

74BR2 20CA40 Gi NG ABX 2 6- 31 C 15-25 SCD-D DST DE-EXCIT G-RAYS

77AD3 20CA40 Gi NG ABY 1 8-750 CI 00-750 SC D-D 135 2.5t2.8«3. MEV

7J1G05 20C^40 GiiXN ABX 16- 26 C 16- 26 MOD-I 4PI

72BR11 20CA40 Gi P ABX 12- 26 C 15- 25 SCO-D 90

72BRa7 20CA40 Gi P ABX 11- 24 C 12- 30 SCD-D DST

73BR13 20CA40 Gi P ABX 13- 25 C 15- 25 SC 0-D DST

73605 20CA40 Gi P ABY 80-400 C400 8BL-D 90

74BR2 20CA40 Gi P ABX 8- 31 C 15- 25 SC 0-D OST

74DA2 20C^40 Gi,P ABY 13-450 C450 TEL-D 90

74GR6 20CA40 Gi P ABY 38-168 C340 EMU-D DST

75TC4 20CA40 Gi,P ABY 68-400 C300.400 BBL-D 90

72BR17 20CA40 Gi PG SPC 11- 24 C 30 SCD-D 90 G SPECTRUM

73BRS3 20CA40 Gi PG NOX 16- 31 C 31 SCO-D DST Di-£XCIT G-RAYS

74 BP 2 20CA40 Gi PG ABX 8- 31 C 15-25 SCO-D DST DE-EXCIT G-RAYS

77feD3 20CA40 Gi.PG ABY 11-750 ClOO-750 SCD-D 135 2.5«2.8«3. MEV

76LI7 20CA40 Gi,PN ABX 1 50-800 C 80-800 ACT1

4PI

7eLI7 20CA40 Gi 3P3N ABX 50-800 C 80-800 ACTI4PI

73D09 20CA40 Gi XP ABY 68-400 C400 TEL-D DST

74DA2 20CA40 Gi,T ABY 30-450 C450 TEL-D 90

74DA2 20CA40 Gi A ABY 29-450 C450 TEL-D DST H£=HE3

740A2 20CA40 Gi A ABY 17-45 0 C450 T£ L-D DST

75DI4 20CA40 Gi Fie ABY THR-999 C300-999 ACTI

4PI 999=1 GEV

75D 1

4

20CAA.0 Gi NA22 1^ w It BY THR—999 V> V w y ^ ^ AC T— 1 4P I 999=1 GEV

73JA3 20CA40 Gi NA24 ABY THR-999 CI 00=999 ACT1

4PI 999=1 GEV

75DI4 20CA40 Gi NA24 ABY THR-99 9 C300-999 ACTJ

4PI 999=1 GEV

73Dia 20CA40 Pi>G ABX 14- 26 D 6-18 NA I-D DST

73WA1 2 0CA40 Ai ABX 12— 22 D 6—17 NAI—

D

DST

74F04 20C^40 Ai>G ABX 13- 20 D 6-14 NAI-D 90

73BE6 20CA4i Ni G RLY 18- 24 D 10- 15 NAI-D UKN

74BE7 2 0CA41 Ni Q ABX 1 5— 27 D 6— 1 8 NA I —

D

90

75AR5 20CA4S Ni G NOX 22 D 14 NAI-D DST

72DI2 20CA42 Pi G ABX 14- 23 D 4-13 NAI-D DST

70F04 20CA42 Ai G ABX 11- 19 D 6-14 NAI-D 90

76F02 20CA42 AiiG ABX 11- 21 D 5-16 NAI-O DST

73T0a 20CA44 El E/ FMF 7- 35 Dl 24-250 MAG-D DST FMF 10 TO 28 MEV

7701

1

20CA44 El P ABX 15- 25 D 15- 25 MA G-D 90

770ia 20CA44 El A ABX 14- 17 D 14- 2 7 MA G-D 90

740A2 20CA44 Gi. P ABY 12-40 0 C450 TEL-D 90

74DA2 20CA44 Gi,T ABY 21-400 C450 TEL-D 90

74DA2 20CA44 Gi.HE3 ABY 23-400 C450 TEL-D 90

740A2 20CA44 Gi A ABY 9-4 00 C450 TEL-D 90

70F04 20CA44 Ai> G ABX 14- 19 D 6-10 NAI-D 90

73BR7 20CA44 Ai, G ABI UKN D UKN NAI-D DST NO ANG DST DATA

76FC2 20CA44 A.> G ABX 13- 19 D 5-11 NAI-D DST

76Z11 20CA48 El.£/ ABX 20-280 D250'«<500 MAG-D DST TRANS 3-Q CONST

21
SCANDIUM Z=21

45

ABUNO* SEPARATION ENERGIES (MEV)

G»N G.P GtT G,HE3 G.A 6»2N GtNP Gi2P

lOOe 11*3 6*9 17*5 21«0 7*9 21*0 18.0 19.1

NUCLIDE REACTION RES ExCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG

77K04 2 ISC 41 $ P.G LPT 3. 5 D 1 . 5 SCD- D DST

7701 1 21SC45 E.P ABX 14- 25 D 14- 25 MAG- D 90

73ARa 2a SC45 G. G LFT 0— 3 C 0- SC D— D a 25

75ME4 21SC45 G. G LFT 1- 3 C 0- 3 SCD- D DST

73ERa 2a SC45 G.N NOX 1 1-800 ClOO- 80 0 ACT- I 4PI

74VEi 2a SC45 G.N ABX aa- 28 D ii- 28 BF3- I 4PI

75EK2 21SC45 G.N ABY 11-800 ClOO- 800 ACT- J 4PI

74VES 21 SC45 G,2N ABX 2a- 28 D 2a- 28 BF3- I 4PI

73SA5 21SC45 Gt XN ABX 11- 25 c 10- 25 BF3- I 4PI

73SA8 2a SC45 G.XN ABX aa- 25 c aa- 25 BF3- I 4PI

75WE4 21SC45 GtP ABX 1 8 D 18 SCD- D 90

22 SC45 G. JPKN ABY THR* 2 c * 2 ACT- I 4PI

7 5V 1

2

2a SC47 Pt G LFT a 0 D a- 2 NAI- D 55

73AD14 2 ISC 49 P.G SPC a2 D 2 SCD-D DST

76DI2 21 SC49 P.G LFT 15 D 6- 7 NAI-D DST

REMARKS

5 LEVS •72-2.09

ISOMER RATIO

a2=aao559 mev.j-pi

EXC 15»55,1E«61 MEV

A8UND«

TITANIUM Z=22

SEPARATION ENERGIES (MEV)

GtN G.P GtT G.HE3 GtA Gt2N GtNP Gt2P

46 8«2 lc«2 1 0*3 22e 9 20«6 8e0 22,7 21.7 17.2

47 7o4 8,9 ao.5 22 .a a 8.4 9.0 22«a a9«2 as*?

48 73,7 11*6 11*4 22«4 22. 6 9*4 20* 5 22*1 19«9

49 5«4 8.a a a«4 2a«7 20.4 a0o2 a9o 8 a 9,e 20o 8

50 5e2 1 0.9 12*2 22o 1 24. 0 10«7 19.1 22.3 21.8

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG REMARKS

72K08 22TI G.N NOX 8- 22 C 22 THR1

DST

73BA20 22TI GtN NOX 8- 27 c 2 0- 27 BF3- I 4PI MEAN NEUTRON ENERGY

74PE3 22TI44 A.G ABX aa- 22 0 7- a7 NAI-D DST

77011 22TI46 E,P ABX 13- 25 D 13- 25 MA G-D 90

77012 22TI46 E.A ABY a2- 29 D 12- 19 MAG-D 90

76RA1 22TI46 G. G LFT 3t 4 C 1- 5 SCD-D DST 3168.4316 KEV

76Rftl 22TI 47 G.G LFT 2t 2 c 1- 5 SCD-D DST 2162,2297t2548 KEV

76RAi 22TI 48 G.G LFT 2- 4 c 1- 5 SCD-D DST 4 LEV, 2421-3739 KEV

22
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG REMARKS

76RA1 22TI49 G,G LFT 1 C 1- 5 SCD-D DST 1623,1763 KEV

73H04 22TI50 £.E/ FMF 1- 5 D209 MAG-D DST lo55. 2«68, 4e40

76RA1 22TI50 G.G LFT 1. 5 C I- 5 SCD-D DST S554,43iJ KEV

74PE3 22TI52 A* G ABX 13- 20 D 14 NAI-D 90

VANADIUM Z=23

A ABUND* SEPARATION ENERGIES (MEV)

G.N G.P G.T G.HE3 G.A G.2N G.NP G»2P

50 0o25 9c5 7o9 i9«2 i9o8 9© 9 20.9 ^6.1 19.3

51 99*75 llel 8*1 18.7 22«6 10«3 20«4 19«0 20o2

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG NUM

72DE9 23V 51 E, E/ FMF 1 . 2 D 2 5- 85 MAG- D DST l=lo61 ,2=2e41 MEV

72PE3 23V 51 £, E/ FMF 0- 4 0185. 250 MA G- D DST 7 LEVELS

75PE1 23V 51 E< E/ FMF 0- 4 D183. 250 MAG- D DST 7 LEVELS

72HI 8 23V 5S El.E/P NOX 0* 60 D700 Hk G- D DST *SEP ENERGY R^INGE

76NA3 23V 51 E, E/P SPC 0*130 D700 MAG- D DST SEPARATION ENERGY

77KU3 23V Si El PI + RLX a 50-999 C600- 999 ACT- I 4PI 999=1.2 GEV, G/E

76BL12 23V 51 E. SPL ABY THR-580 C130-580 ACT- I 4PI GIVES YLD RATIO G/E

73BEaO 23V 51 Gi N ABX i3- 2 8 D 13- 28 BF3- I 4PI

73BA20 23 V 51 Gi N NOX 11- 27 C 10- 27 BF3- I 4PI MEAN NEUTRON ENERGY

T4VES 23V 5S Gi N ABX 13- 29 D 13- 29 BF3- I 4PI

73BE10 23V 51 Gi 2N ABX 20- 28 D 20- 28 BF5- I 4PI

74VEJ 23V 5i Gi 2N ABX 20- 29 D 20- 29 BF 3- I 4PI

77DI6 23V 51 G, 3N ABY THR-999 C300-999 ACT- I 4PI 999=1 GEV

74DA2 23V 51 Gi P ABY 12-450 C450 TEL- D 90

75WE4 23V 51 Gi P ABX S 8 D 18 SCD- D 90 18=17.6 MEV

76BU11 23V 51 Gi JPKN ABX THR-800 C 75- 800 ACI- 1 4PI J=2-l 1 .K-2-16

74DA2 23V 52 Gi T ABY 24-450 C450 TEL- D 90

74DA2 23V 51 Gi HE5 ABY 33-450 C450 TEL- D 90

74D^l2 23V 5i Gi,k ABY 20-450 C450 TEL- D 90

73JA3 23V 51 Gi NA24 ABY THR-999 ClOO- 999 ACT- I 4PI 999=1 GEV

7 eBLi2 23V 51 Gi SPL ABY THR-580 C130-580 ACT- I 4PI GIVES YLD RftTIO G/E

77DA3 23V 51 Gi SPL ABY THR* 5 C 2* 5 ACT- I 4PI ENERGY, GEV

23
CHROMIUM 2=24

A ABUND* SEPARATION ENERGIES { MEV ) G, N G,P G,T Gf HE5 G.A G.2N G.NP G.2P

50 4o55 S3<.0 9c6 23c2 20e3 8c6 23o 6 2i»l 16.3

52 83o79 1 2. 0 1 0«5 22«4 21c8 9c4 21c3 21e6 18o6

53 9.50 7,9 2£ .0 & 8.8 9,

a

20o0 I 8o4 20c&

54 2e36 9c 7 1 2c4 19c7 22«1 7c9 17«7 20o9 22c 0

NUCl-I DE REACT I ON RES EXCIT SOURCE DETECTOR

REF Z A IN» OUT TYPE ANG REMARKS

73BA20 24CR G«N NOX 8— 2T c £0- ZT BF3-I 4P I MEAN NEUTRON ENcRGI

77l»(E2 24CR Gf XN RLX 12- 28 c 8- 27 BF-3 4PI

73DE5 24CR50 Gf N ABX 20- 23 D 20- 23 ACT-I 4PI

73DE8 24CR50 Gf N ASX 20- £2 D 20- 22 ACT-I 4PI

72DE8 24CR52 E.E/ FMF 1 « 3 D 80 MAG-D DST A=ac43, 0=3.6 MEV

72PE2 24CR52 E.E/ FMF 1 f 5 D 40-110 MAG-D 128 I=lc434,3c3cl6 MEV

73H04 24CR52 E.E/ FMF i- 5 02 09 Mft G-D DST So43.2c37.4e56

7eLl5 24CR52 E.E/ FMF 1 f 3 D 39- 1 1

1

MAG-D 127 LEVEL 1.43.3.16

73BR7 24CR52 /^»G ABI UKN DUKN NAI-D DST NO ANG DST D^.TA

74F04 24CR52 A. G ABX 15- 20 D 6- 1

1

NAI-D 90

7eFC2 24CK52 htG ABX 15- 2& D 6- £2 Nh I-D DST

75RA2 24CR53 Gf P RLY 1 J- i4 C X2- 1 4 ACT-I 4PI

MANGANESE Z=25

ft ABUNDc SEPARATION ENERGIES (MEV)

G.N G.P GfT GfHE3 G.A G.2N G.NP G.2P

55 lOOo 10c 2 8c 1 17c2 21c2 7c 9 19c2 17.8 20.4

NUCLIDE REACT I ON RES EXCIT SOURCE DETHCTCR

REF 2 A IN. OUT TYPE ANG REMARKS

74BES3 25MN53 Pf G SPC 6- J£ D 3- 5 SCD-D DST

74TE1 25MN55 Gf G LFT 7 D 4- 8 SCO-D DST 7=7c49S

73AL6 25MN55 G.N ABX 1 0- 37 D 10- 37 BF3- I 4PI

73BA20 25MN55 G.N NOX 10- 27 C SO- 27 BF3- I 4PI MEAN NEUTRON ENERGY

73DH7 25MN55 G.N A BY 1 0-999 C300-999 ACT- I 4PI 999=1 GEV

73AL6 25MN55 G,2N ABX 19- 37 D S7- 37 BF3- I 4PI

73AL6 25MN55 G,3N ABX 3 1- 37 D 29- 37 BF3- I 4PI

730E7 25MN55 Gf 3N A BY 31-999 C300-999 ACT- I 4PI 999=1 GEV

74DI8 25MN55 Gf 3N ABY 3J-999 Ca 00-999 ACT- I 4PI 999=a GEV

73DC7 25MN55 G. 4N ABY 41-999 C300-999 ACT- I 4PI 999=1 GEV

70IS7 25MN55 Gf XN ABX J 0- 30 C 7- 30 BF3- I 4PI

73VA5 25MN55 G. XN ABX 10- 23 C 10- 23 BF3- I 4PI

74CA6 25MN55 G.XN ABX 10- 23 C ao- 23 BF3- I 4PI

73JA3 25MN55 G.NA24 ABY THR-999 ClOO-999 ACT- I 4PI 999=1 GEV

75ER2 25MN55 G.SC44 ABY THR-800 C250-800 ACT- I 4PI ISOMER RATIO

73ER1 25MN55 Gf SPL NOX 0-800 CI 00-800 ACT- I 4P1 SC44 ISOMER RATIO

77DA3 25MN55 GfSPU ABY THR* 5 C 2* 5 ACT- I 4PI ENERGY. GEV

24
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 So 8 12 e4 8« 9 23 • 0 19c7 8«4 24*1 20.9 15.4

56 91.7 1 1 • 2 10. 2 20 • 9 20. 3 7.6 20o5 20e4 18o3

57 20 H 7 • 6 10* 6 £9 • 6 1 8« Z T• 3 18e 8 1 7© 8 1 9o 6

58 0e2 10*0 11« 9 19 • 4 22. U 7« D 17c7 20e6 21e5

NUCLI 05 RE^^CTI ON RES EXCIT SOUKCc DETECTOR

REF Z A IN, OUT TYPE ANG REMARKS

73B<^20 26FE G , N NOX 11 — 27 \, I U— £: r or o— A O T MEAN NEUTRON ENERGY

7 4?^ BS i ^ Kl ABX i i — 1 3 V, A 2 , Jl 3 D T o 74AB1

2

2 6FE b , N ABX 11 — 1 3 C 11, 13 T" n CI TUr — 0 78

76K 1

7

26FE G,N ABX ao- ;ki C li- 14 TOF- 0 78 11.25— 13.25 BREMS

75ER2 26FE G, SC44 ABY THR- 800 ACT- I 4PI ISOMER RATIO

7ecM2 26FE G» F A BY THR— 999 TRK— I 4P

I

999=1 GEV

72LI 2 26FE54 E.E/ FMF 1 . 5 Da so* 223 MAG- 0 DST BlEDLEV loir. 3*75

73H04 26FE54 E,E/ FMF 1 . 5 D2 09 MAG- D DST 1 o 41 » 2*54. 4o 78

76LAJ 26FE54 G,G LFT 6 D 6 SCD- D DST 6=6. 1

3

77RA3 26FE64 G,N SPC 16- 26 C 15- 26 SCI- 0 UKN FAST NEUTS

7 2LI 3 26FE56 E.E/ FMF 1 D150, 225 MAG-D DST B(EL) LEV eSS

72TC6 26FE56 E,E/ SPC 0- 37 D2 50 MA G- 0 35

73T01 26FE56 E.E/ FMF 10- 35 0150,250 MAG- 0 DST FMF OF 16.1 MEV LEV

73VE3 26FE56 G, N ABX 11- 14 C 11 . 13 TOF- D 93

76RI2 26FE56 P.G ABX 14- 22 D 3-12 NAI- 0 90

76RI2 26FE56 A.G ABX 14- 22 D 7-16 NA I- 0 90

72LI3 26FE5e E.E/ FMF 1 . 4 0150.225 MA G- D DST B( EL » LEV ©61 .3*86

COBALT Z=27

A A3UND. SEPARATION ENERGIES (MEV)

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

59 lOOo 10e5 7*4 16*6 20*3 TeO 19*0 17.4 19*3

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG REMfiRKS

74MA2 27C055 P.G ABX 9- 22 D 4- 17 NA I-D DST

76CA4 27C0 55 S P.G ABX 14- 22 D 8- 1 5 NA I-D DST POLARIZED PROTONS

74ES3 27C057 P.G LFT 7- 8 0 1- 2 SCD-D DST

74MA1 27C0 57 P.G ABX 10- 24 D 4- 18 NA I-D DST

76CA4 27C0 57 S P.G ABX 14- 24 D 8- 1 5 NAI-D DST POLARIZED PROTONS

75B011 27C059 G.G LFT 1 C 2 UKN UKN 1190 KEV

73AL6 27C059 G,N ABX 10- 37 D 10- 37 BF3-I 4PI

73BA20 27C059 G. N NOX 10- 27 C 10- 27 BF5-I 4PI MEAN NEUTRON ENEFGY

74AB12 27C059 G,N ABX 10- 13 C 11

.

13 TOF-D 78

25
NUCLI OE REACTION FiES EXCIT SOURCE DETECTOR

REF Z A I N,OUT TYPE ANG REMARKS

T2AL6 27CC59 G. 2N ABX »9- 37 D 17- 37 BF3-i 4PI

77DI e 27C0 59 G. 2N ABY THR-9 99 C300-999 ACT1

4PI 999=1 GEV

7cAL6 2'^C059 G«3N ABX 29- 37 D 29- 37 BF3-I 4PI

77DI6 27C059 G« 3N ABY THR-9t9 C300-999 ACT1

4PI 999=1 GEV

77DI6 27C059 G«4N ABY THR-999 C300-999 ACT-I 4PI 999=1 GEV

74DA2 27C059 G»P ABY 1 0-450 C450 TEL-D 90

75WE4 27C059 G.P ABX as D ie SCD-D 90 18=17.6 MEV

74DA2 27C059 G.T ABY 22-450 C450 TEL-D 90

74DA2 27C059 G.HE3 ABY 30-450 C450 TEL-D 90

74DA2 27C059 G. A ABY i7-450 C450 TcL-D 90

73JA3 27C059 G*NA24 ABY THR-999 ClOO-999 ACT-I 4PI 999=1 GEV

75ER2 27C059 G« SC44 ABY THR-800 C250-800 ACT-I 4PI ISOMER RATIO

73ER1 27C059 G. SPL NOX THR-800 CI 00-800 AC T— I 4PI SC44 ISOMER RATIO

FecA4 27C059 $ P»

G

ABX fi 2— 25 D 5—15 NAI-D DST POLARIZED PnCTONS

NICKEL Z=28

A ABUND* SEPARATION ENERGIES (MEV)

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

58 68c2 £2o2 8e2 21 0 2 i7«7 6*4 22o 5 a 9.6 14.2

60 26« 1 11*4 9,5 20*1 19*2 20e4 20c0 16*9

ei 7.8 9*9 19,3 i7oO 6«5 &9c2 a7o4

ez 3. 5 10*6 11*1 19«5 21 .0 7,0 ie«4 20e5 19e9

64 0o9 9.7 1Z«5 19*1 23*0 8oa a 6*5 2 0«9 22o7

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG REMj^RKS

T4WH3 28NI E.E/ ABX 0-300 D500 MAG- D 60 QUASIEL/S STIC SCAT

7eVLl 28NI E. E/ ABX 1 00-500 D 1* 2 MAG- 0 DST *E IN GEV. 1.2. 1.36

73B|S^20 23NI G.N NOX 11- 27 C ao- 27 BF3- I 4PI MEAN NEUTRON ENERG'

68Ca3 28NI G. XN ABX 11- 34 c 11- 34 BF3- I 4PI

76EM2 28NI G.F ABY THR-999 C999 TRK- I 4PI 999=1 GEV

T3IT£ 28NI 58 E.E/ FMF 0- 7 D183. 250 MAG-•D 82 LEVEL AT 5.15 MEV

76LI6 2aNI 58 E.E/ ABX 9- la D 40- 75 MAG-•D DST 4 Ma STATES

76M05 28NI 58 E.E/P ABX 8* 80 D497 MAG-0 53 *MISSI NG ENERGY

73MI7 28NI 58 E.P ABX 14- 26 D 0- 26 MAG- 0 DST

7:iFU4 28NI58 G> N ABX 12- 34 D 12- 34 BF3- I 4PI

F4FU3 28NI 58 G.N ABX 12- 34 D 12- 34 BF3- I 4PI SEP ISOTOPES

73FU4 28NI58 G.2N ABX 22- 34 D 22- 34 BF3- I 4P1

7 4FU3 28NI 58 G.2N ABX 22 — 34 D 22- 34 BF3- I 4PI SEP ISOTOPES

72SHa0 28NI58 G.P ABX 13- 24 C a3- 24 MA G- D 90 ISOB ANALOG STATES

75VA1 28NI58 G.P SPC 8- 22 c 18- 22 SCD- D UKN

75WE4 28NI58 G.P ABX 1 8 D a8 SCO- D 90 18=17.6 MEV

77IS1 28NI58 G.P NOX 12- 32 C 18- 32 SC3- D 90 DECAY BRANCHING

TBMEa 2eNI 58 A.G ABX i3- 19 D 7- 14 NAI- D DST

73GU7 28NI60 E.E/ SPC ao- 30 Di98- 2oa MAG-D DST FMF/a3e0.a6c3 MEV

73IT1 2eNI60 E.E/ FMF 0- 7 D183. 250 MAG- D 82 LEVEL AT 5.53 MEV

74YEi 28NI60 E.E/ FMF 1 0 30- 60 MAG- D DST a .332 MEV 2+

76LI6 28NI60 E.E/ ABX 11- &4 D 40- 60 MAG-D aso 4 Ma STATES

73MI7 28NI60 E.P ABX 14- 26 D 0- 26 MAG-D DST

78FLa 28NI60 E.A SPC 6- a2o D 33-a2o MAG- D DST

26
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

Z A IN, OUT TYPE ANG REMARKS

75FU6 2eNI60 G,N ABX 11- 34 0 11- 34 BF3-I 4PI

73VE3 28NI60 G* N ABX i£- 14 c &2. 13 TOF-D 93

74FU5 28NI60 G« N ABX 11- 34 D 1 1- 34 BF3-I 4Pi SEP ISOTOPES

75KIfl2 28NI60 G,N ABX 11- 13 C 1 1- 13 TOF-D 78

73FU6 28M60 G*2N ABX 19- 34 D 19- 34 BF3-I 4PI

74FU3 28NI60 G.2N ABX 20- 34 D 20- 34 BF3-I 4PI SEP ISOTOPES

72SH10 28NI60 G,P ABX 15- 25 C 15- 25 MAG-D 90 I SOB ANALOG STATES

77IS1 28NI60 G.F NOX 13- 28 C 17- 28 SCD-D 90 DECAY BRANCHING

74F02 28NI60 P.G ABX % 6— si If D 7— & 8 NA I —

D

90

73BR7 28NI60 AtG ABX 14- 22 0 8- 16 NAI-D OST NO ANG DIST DATA

74F02 28NieO A.G ABX i3- 23 D 8- as NAI-D DST

74F04 28NI60 A. G ABX 14- 22 0 8- 17 NAI-D 90

72LI3 28NI62 c.E/ FMF 1 * 4 0150, 225 MAG-D DST B(EL) LEV 1«1».3.75

73MI7 28NI62 E.P ABX 29 0 0- 29 A4AG-D DST

74M04 28NI62 G. G LFT T 0 7 SC U—

D

DST 7=7,646 MEV

74MC7 28NI 62 G* G NOX 7 0 7 NAI-D 135 7=7,646 FUNC TEMP

72SH10 28NI62 G.P ABX 16- 27 C 16- 27 MAG-D 90 I SOB ANALOG STATES

75RA2 28NI62 G.P KLY sa- i6 C i4- 16 ACT14PI

75RA2 28NI64 G.P RLY £2- C S5- 17 ACT-I 4PI

COPPER Z=29

A ABUND* SEPARATION ENERGIES (MEV)

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

63 69o2 10e9 6«l £60^ i 8« 9 5o 8 £9o7 £6e7 £7,2

65 30«8 9*9 7*4 15e5 20.7 6e 8 l7oe 17el 20e0

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG REMARKS

74TI3 29CU E,E/ ABX 0-600 D999 MAG-D DST 999=1«2 GEV

7TMU3 29CU E,A ABX i2-aoo Da 00 MAG-D DST

74N02 29CU E,C058 RLX THR-999 C300- 999 ACT-I 4PI 999=1,2 GEV, E/G

76WA3 29CU G,PI + A BY i 40-250 C250 MAG-D 90

76WA3 29CU G,PI- ABY 140-250 C250 MA G-D 90

72K08 29CU G,N NOX iO- 22 c a2- 22 THR-I DST

73BA20 29CU G,N NOX aO- 27 c ao- 27 BF3-I 4PI MEAN NEUTRON ENERGY

73EY3 29CU G* XN SPC 22-243 C234 TOF-D 90 NEUTS E ABV 12 MEV

73DC9 29CU G,XP ABY 86-400 C4C0 TEL-O DST

73D011 29CU G, XP ABY 90-400 C400 TEL-D DST

76BA7 29CU G« JPKN ABY THR* 2 c 2 ACT-I 4PI *GEV, J=1-10,K=1-19

73JA3 29CU G.NA24 ABY THR-999 ClOO-999 ACT-I 4PI 999=1 GEV

77JA2 29CU 6.NA24 ABY THR-999 C400-999 ACT-I 4PI 999=1 GEV

74N02 29CU G,C058 RLX THR-999 C3 00-999 ACT-I 4PI 999=1,2 GEV, E/G

77DA3 29CU G.SPL ABY THR* 5 C 2* 5 ACT-I 4PI ENERGY, GEV

76EM2 29CU G.F ABY THR-999 C999 TRK-I 4PI 999=1 GEV

29CU G.F NOX THR-aOO ceoo ACT-I DST MEAN FRAGMENT RSsNGES

74BE12 k9CU59 P, G SPC 8- 9 D 4- 6 SCD-D DST

74KP3 29CU61 P, G LFT 6- 7 D 1- 2 SCD-D 90 B(M1)

75KRa5 29CU6a P.G LFT 6- 7 D a- 2 NAI-D 90

27
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

Z A T N . DUT TYPF r< C niR r\ rx 0

7 2KL 7 29CU63 E . FMF I n w w MAC—n 1

# f IN 29CU63 ABX 1 1- 32 n 20— 3 2 AT T— I APT

77KN2 29CU63 — T 9 1 ^ ABX ii- 22 Q 20— "I 2 ACT— I

"» man 1 1 ^ _T V_ \J ^ >J 9 w L FT 670*962 WI\ IN *T* 1^fx P^ WV 7 fc S W7 29CU63 G9 G LFT i — 5 r A *j SC D— DST

75WE4 29CU63 G9P ABX 1 8 D 18 SCD- D 90 18=17.6 MEV

74WI 8 29CU63 P9G LFT 9 D 2- 3 sco- D 55 14 LEVS 2.612-2.670

T RIO. Vw " 9 w w ~\^ 6- 9 L/ a n

f ^FN r\ X ^ " 9 v» 8- 9 un a IMA T — r\U Q ft

^ 7 V W W $ G 9 G NOX 8

a 0— w."*0*r 1*1 fcV

r *r W VJ £> ^ 7 ^ ^ 9 \J 9 U L FT 6- 8 n a0 <;r D— • ^ «j 0

0 ^ W U A A & 7 \b Ww G9 G LFT 0- i UKN WIN IN 76SW7 29CU65 G9 G LFT 1- 5 C 1- 5 SC 0- D DST 30 LEV 1.48-4.53 MEV

75W02 29CU65 G9N RLY 20- 40 c 20- 40 kCJ- I 4PI RATIO (G9N)/(E9N)

75W02 29CU65 G92N RLY £1- 38 c 21- 38 ACT- I 4PI RATIO ( G92N) /(E92N)

ZINC Z=30

A A BUND. SEPARATION EN ERGIES (MEV ) G9N G9 P G9 T G9HE3 G9A G92N G 9NP G92P

64 43c6 iS«9 T«7 a9« 0 i6c7 4*0 I 8.6 13.8

66 27»9 11*1 8.9 18.3 1 8o3 4c6 19e 0 le.e 16e4

67 4oIL 7.1 6«9 17.4 i 5#7 4a 8 ie»% i6«0 X7o3

68 1 8o7 1 0*2 10*0 17.7 19*8 5e 3 17.5 19el 18*5

70 0*6 9*2 & 0.9 i7«2 2&.0 6e0 i5«7 S9«5 *

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN9OUT TYPE ANG REMARKS

73BS.20 30ZN G9N NOX 10- 27 C 10- 27 BF3- I 4P1 MEAN NEUTRON ENi

7fcEM2 30ZN G.F ABY THR-'999 C999 TRK- I 4PI 999=1 GEV

73NE4 30ZN64 E9E/ FMF 0- 3 DI5O9 275 MAG-D DST

76NE1 30ZN64 E9E/ ABX 1- 3 D 40- 112 MAG- D DST 2+9 2+9 3- STATES

73DE3 30ZN64 G.N RLX 20- 22 D 20- 22 ACT- I 90

73DE8 30ZN64 G9N ABX 20- 22 D 20- 22 ACT- I 4P1

72YAi 30ZN64 G9N RLX 11- 30 C 12- 30 ACT- I 4PI

76CA1 30ZN64 G9N ABX 1 2- 30 D 12- 30 MOD- I 4PI

76C£.£ 50ZN64 G92N ABX as- 2 0 D 12- 30 MOD- I 4PI

74IS3 30ZN64 G9 XN ABX 11- 27 C 11- 27 BF3- I 4PI SEPERATED ISOTOI

7 5G0a 30ZN64 G, XN ABX 12- 25 c 9- 25 BF3- I 4PI

73YA1 30ZN64 G9PN RLX 19- 30 c 19- 30 ACT- I 4PI

73CL6 30ZN64 G9XP ABX 8- 26 c 15- 26 SCD- D DST

76NEa 30ZN66 E9E/ ABX 1- 3 D 40-£12 MAG-D DST 2+93- STATES

73SZ2 30ZN66 G9 G LFT 8 D 8 SCD- D DST 8=7.693

75G0S 30ZN66 G*XN ABX Ji- 25 C 9- 25 8F2- I 4PI

73Li5 30ZN68 E.E/ FMF 1 9 3 D225 MA G- D DST LEVELS £»0892o8

76NE1 30ZN68 E9E/ ABX 1- 5 D 40- 112 MAG- D DST 2+9 3- STATES

741 S3 30ZN6e G.XN ABX io- 27 C 10- 27 BF3- I 4PI SEP ISOTOPES

75GC1 30ZN68 G. XN ABX 10- 25 C 9- 25 BF3- I 4PI

77BU12 30ZN68 G.P ABX i 0-800 c 75-800 ACT- I 4PI

76NE1 20ZN70 E.E/ ABX 1- 2 D 40- 112 MAG-D DST 2+92+ STATES

28
GALLIUM Z=31

A ABUNO*

G«N

69 60o£ £0e3

71 39c 9 9.3

SEPARATION ENERGIES (MEV)

G«P G.T GtH£3 G*A Gt2N GfNP G«2P

£•6 i5c4 18*0 4e5 il 8o 6 16,6 16.6

7«9 15«1 19.7 5*3 17o0 17el 18»8

REF

NUCLIDE REACT I CN RES

Z A IN, OUT

EXCIT SOURCE DETECTOR

TYPE ANG REMARKS

76CA1 31 GA

76CAi 31 GA

G«N

G,2N

A6X 9- 26 D

£7- 26 D

9- 26 MOD-I 4PI

9- 26 MOD-I 4PI

foARi 31GA69 G, G LFT O- 2 C 0-

73M02 31GA69 G,G LFT 6» 8 D 6.

2 SCD-D £25 iZ LEVELS

8 SCD-D DST LEVELS 7«306»6.e74

73AR1 31Gi^71 G,G LFT 0- 2 C 0- 2 SCD-D 125 6 LEVELS

GERMANIUM Z=32

A3UND« SEPARATION ENERGIES (MEV)

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

TO ^ w C >^ 11 « 5 8. 5 18.6 17.6 4.1 19.7 18.8

TP 2T« a. I 0 •7 9.7 as • 2 19.1 5. 0 18.2 a 9.0

r w f • o e.e 10.0 17 • 3 16.7 5.3 17. 5 16.5

74 36o5 £ 0 .2 & a

.

0 18 . 2 21. 01 6.3 17.0 20.2 19.9

76 7.8 9.4 1£. 0 18• 4 23.1 7.5 15.9 20.6 22.1

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG REMARKS

75KL9 32GE70 E.E/ LFT 1 • 2 D 84-120 MAG-D DST 1.04.2 o562 MEV

75MCi 52GE70 G. N ABX 11- 40 C 10- 40 MOD-I 4PI

76CA1 32GE70 G.N ABX 11- 26 D 11- 26 MOD-I 4PI

75MCS 32GE70 G,2N ABX 20- 40 C 10- 40 MOD-I 4PI

76CA1 32GE70 G. 2N ABX 2 0- 26 D 11- 26 MOD-I 4PI

7 5G0a 32GE70 G.XN ABX la- 25 C 9- 25 BF2-I 4PI

73MC10 32GE70 G.PN ABX 19- 40 C 12- 42 ACT1

4PI

75MCS 32GE70 G. PN ABX a9- 40 C 10- 40 ACTI

4PI

75KL9 32GE72 E.E/ LFT a

.

2 D 84-12 0 MAG-D DST 0.835. 2.515 MEV

75MC1 32GE72 G.N ABX 10- 40 C 10- 40 MOD-I 4PI

76CAi 32GE72 G.N ABX 10- 26 D 10- 26 MODJ

4PI

75MC1 3 2GE72 G. 2N ABX 18- 40 C 10- 40 MOD-I 4PI

76CAJi 52GE72 G.2N ABX ae- 26 D 10- 26 MOD-I 4PI

75GC1 32GE72 G. XN ABX 11- 25 C 9- 25 BF5-I 4PI

73MC10 32GE72 G.PN ABX 19- 40 C 12- 42 ACT-I 4PI

rsMci 2 2GE72 G.PN ABX 19- 40 c 10- 40 ACT-I 4PI

75MC 1 32GE74 G.N ABX i 0- 40 c 10- 40 MOD-I 4PI

76CA 1 32GE74 G.N ABX 10- 26 D 10- 26 MOD-I 4PI

75MCa 32GE74 G.2N ABX 17- 40 c 10- 40 MOD-I 4Pi

76CA1 32GE74 G.2N ABX 17- 26 D 10- 26 MOD-I 4PI

29
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN* OUT TYPE ANG

75G01 32GE74 G.XN ABX 10- 25 C 9- 25 BF3- I 4PI

73Mcao c2Ge74 G.P ABX il- 40 c 9- 40 ACT- I 4PI

7 SMC 1 32GE74 G» P ABI 11- 40 c 10- 40 ACT- I 4PI

75MCfi 32GE74 G» PN ABI 20- 40 c 10- 40 ACT- I 4P I

75MC 1 32GE76 G* N ABX 9— 40 c 10- 40 MOD- I 4 Pi

76CA 1 32GE76 G«N ABX 9- 26 D 8- 26 MOD- I 4PI

7 SMC & 32GE76 G* 2N ABX £ 6— 40 c 10- 40 MOD— I 4PI

76CA1 32GE76 G* 2N ABX 16- 26 D 8- 26 MOD- I 4PI

75G0£ 32GE7fe G*XN ^BX 9- 25 c 9- 2S BP 5- I 4PI

73MC10 32GE76 G.PN ABX 20- 40 c 12- 42 ACT- I 4P1

7 SMC a 32GE76 G.PN ABI 20- 40 c 10- 40 ACT- I 4PI

REMARKS

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 fiOOe 10«2 6*9 £ So 4 1 9e 4 5«3 £8*2 £7.£ 17.9

REF

NUCLIDE REACTION RES EXCIT

Z A IN. OUT

SOURCE DETECTOR

TYPE ANG REMARKS

73BA20 33AS75

76CA1 33AS75

76CAi 33^875

75ER2 33AS75

G.N NOX iO- 27 C 10- 27 BF3-I 4P I MEAN NEUTRCN ENERGY

G.N ABX 10- 26 D 10- 26 MOD-I 4PI

G.2N ABX £8- 26 0 10- 26 MOD-I 4PI

G.SC44 ABY THR-800 C250-800 ACT-I 4PI ISOMER RATIO

ABUND*

SELENIUM Z=34

SEPARATION ENERGIES (MEV)

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

74 Oo8 1 2el 8*5 19*3 17«2 4*1 20o7 19.3 14.2

76 9.0 ££•2 9#5 19«3 £ 8.9 5«£ £9«2 £9o8 £6«4

77 7.6 7.4 9*6 18«7 16*1 5«7 16* 6 16«9 17o3

78 23o5 10*5 10«4 £8«9 £0«1 6e0 £7.9 20«£ £8*4

80 49*8 9<i9 11*3 18* 8 21*5 7o0 16© 9 20«4 20*6

82 9«2 9*3 12«2 £8« 8 23*0 8e2 £6.0 20c2 22o7

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. CUT TYPE ANG

73BA20 34SE G. N NOX 10- 27 C £0- 27 BF3- I 4PI

76CA1 34SE76 G. N ABX 11- 26 0 10- 26 MOD- I 4PI

76C^. 1 34SE76 G. 2N ABX 19- 26 D 10- 26 MOD- I 4PI

75GC1 34SE76 G. XN ABX li- 25 C 9- 25 BF3- I 4PI

76CA1 34SE78 G. N ABX 10- 26 0 10- 26 MOD- I 4PI

76CA£ 34SE78 G. 2N ABX 18- 26 D 10- 26 MOD- I 4PI

75G01 34SE78 G. XN ABX £0- 25 C 9- 25 BF3- I 4PI

REMARKS

4PI MEAN NEUTRON ENERGY

30
NUCLIDE REACTION RES

R5F Z A IN, OUT

EXCIT SOURCE DiTcCTOR

TYPE ANG REMARKS

73SZJ7 24SE80 G* G i_FT 8 0 8 SCD-D DST

76CA1 34SE80 G, N ABX 10- 28 O &0- 28 MOD- I 4PI

76CA 1 34SE80 G« 2N ^.BX 17- 28 D 10- 28 MOD- I 4PI

75G0i 34SE80 G, XN ABX 9- 25 C 9- 25 BF3- I 4PI

76CA1 34SE82 G. N ABX 9- 26 D 9- 26 MOD- I 4PI

7ec&s 34SE82 G. 2N ABX 16- 26 0 9- 26 MOD- I 4PI

75G01 34SE82 G* XN ABX 9- 25 C 9- 25 BF3- I 4PI

BROMINE Z=35

A ABUND. SEPARATION ENERGIES (MEV)

G.N G.P G.T G,HI3 G.A G.2N G.NP G.2P

79 59e69 10*7 6a 3 lSc6 18e7 5c5 19«0 16.8 16.7

Si 49«3i &0e2 7e 5 15*9 20*2 6e 5 i 8e 0 £7o4 £808

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG REMARKS

73BA20 35BR G.N NOX SO- 27 C 10- 27 BF3-I 4PI MEAN NEUTRON

77JA2 35BP. G.NA24 ABY THR-999 C400-999 ACT-I 4PI 999 = 1 GEV

KRYPTON Z=36

A A3UND. SEPARATION ENERGIES (MEV)

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

T8 Oo 35 a2«o e«2 ll9o9 £6«9 4*4 21«2 i9o4 13.5

60 2. 25 11*5 9*1 19.6 1 8*2 5*1 19a 9 I9»e 15e4

62 £&• 6 i&eO 9,9 19,5 & 9*6 6«0 &8ee &7.4

63 11* 5 7.5 9« 8 19*1 17,2 6.5 18o4 17«4 16«2

84 57 • 0 &0«5 iOo7 19.4 2& .0 7oi &8«0 20«>3 &9«4

86 17. 3 9*9 H«9 19*2 22*8 8el 17*0 20o9 21*9

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG REMARKS

NO DATA

RUBIDIUM Z=37

A ABUND. SEPARATION ENERGIES (MEV)

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

85 72«&7 £0o5 7*0 i6o5 ^ 9« 6 6*6 19*4 17.5 17.7

87 27*83 9«9 8*6 17*1 21«8 8*0 I606 18«5 20«5

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG REMARKS

NO DATA

31
STRONTIUM Z=38

A ABUND. SEPARATION ENERGIES (MEV)

G «N G« P G tT GtHE3 G«A G«2N G.NP G.2P

64 Oo 5 &2eO 9«0 20 • 2 £7, 9 5o 2 21.2 19.8 14.6

86 9,8 11 • 5 9«6 20 • 5 19, 5 6*3 20«0 20« 1 16<»7

Of 7 • 0 8 •4 9«4 20 • & X7« 4 7.3 S9»9 ISqI 1 8e 0

88 82« 6 11 • 1 10* 6 20 • 7 21* 4 7c 9 19e5 20«5 19o2

NUCLIDE REACTION DEC EXCIT SOURCE DHTECTOR

REF Z A I N « C UT TYPE ANG REMARKS

20 38SR G*N NU A 11- 27 C 10- 27 BF3-I 4PI MEAN NEUTRON ENEKG'

7t J^i2 38SR G.N/S^24 A BY THR- 999 C400-999 ACTI

4PI 999=1 GEV

73W I 6 3 8SR87 G«N ABX 8- 11 C 9-12 TOF-D 130 NO PEAK OBSERVED

7 4FI £ 2 8SR88 E.E/ FMF 1- 3 C 45- 121 MAG-D DST LEVELS 1«84,2«74

72SH10 38SRe8 E.P SPC 17 C 16- J 8 MAG-D UKN ISOB ANALOG STATES

74SH6 38SRe8 E,P ABX 14- 26 D 14- 30 MAG-D DST

75SH4 sesRse EtP ABX J6- 26 D 14- 2 5 MAG-D 90

73DA10 38SR88 G. G ABX 8- 12 D 8- 12 NAI-D 131

75ME5 38SR86 G. G LFT 4 C 4 SCD-D DST 4=4.744 MEV

77ME 5 38SR88 G« G LFT 1 C 2- 5 SCD-D DST 1 =1 .836

YTTRIUM Z=39

A A3UND. SEPARATION ENERGIES (MEV)

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

89 1 OOo lleS 7ol 16«1 19«91 8*0 20o8 18.2 17.7

NUCLIDE RE/ICTION RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG REMARKS

74FI 1 39Y 89 E.E/ FMF 1- 4 c 45-121 MAG-D DST 6 LEVELS

74WH3 39Y 89 E.E/ ABX 0-300 D500 MA G-D 60 QUASIELASTIC SCAT

77PI

1

39Y 89 E.E/ ABX 2- 55 C 93 MAG-D DST

74SH6 39Y 89 E.P ABX £0- 24 D 10- 30 MAG-O 90

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG REMARKS

75SH4 39Y 89 E.P ABX 15- 24 D 14- 25 MAG-D 90

73LI3 39Y 89 G. G/ ABX 0-800 CI 00-800 ACTI

4PI

73BA20 39Y 89 G« N NOX 11- 27 c 10- 27 BF3-I 4PI MEAN NEUTRON ENERGY

76BA1 39Y 89 G.N RLY 11-UKN c UKN SCD-D 4PI ISOMER RATIO

72WA3 59Y 89 G.2N NOX 20- 50 D 23- 50 ACT-I 4PI ISOMERS

70IS8 39Y 89 G.XN ABX 11- 29 c 11- 29 BF 3-1 4PI

7aGC5 39Y 89 G.P ABX 10- 29 c 10- 29 UKN 4PI

72PA4 39Y 89 P. G LFT 13- 15 D 5- 9 NAI-D DST

73NI 2 39Y 90 N.G RLY 14- 16 D 6- 9 NAI-D

32
ZIRCONIUM Z=40

A ABUND* SEPARATION ENERGIES (MEV)

G,N G.P G,T G,H53 G,A G.2N G.NP G.2P

90 51c 5 12* 0 8.4 20.7 ie«8 6.7 21.3 19.8 15.4

91 &£.2 7.2 e.7 £8.6 fi 4.9 5.5 19.2 a 5c 6 £6.3

92 17cl 8« 6 9.4 15.7 17.2 3.0 15.8 17.3 17.1

94 8«2 &0.3 a 5. 9 I 8.5 3. 6 £4.9 a7e8 a 8.9

96 2*8 7.8 11.5 16.1 20.4 4.9 14o3 18.5 21.3

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG REMARKS

7 JBA20 40 ZR G. N NOX 8— 27 C ao- 27 BF3— I 4P I MEAN NEUTRON ENERGY

72FU6 4 0ZR90 £. E/ FMF 7- 38 D150- 250 MAG—

D

DST B(EL)

7 2T06 40ZR90 E . E/ FMF 0- 37 D150-250 MAG-D DST LEVELS 14. 16.65

73CE3 40ZR90 E . E/ LFT 9 D 37- 6a MAG—

D

a 80

7 3 HO 4 40ZR90 £. E/ FMF 2- 3 02 09 MA G—

D

DST 2.19i 2.75,3. 08

73TC J 40ZR90 E. E/ FMF 5— 37 Da 50-250 MA G—

D

DST

758 111 4 0ZR90 E« E/ FMF 2— 6 D 53- 112 MAG—

D

DST 13 STATES. 2.18-5.3

T6F Ui 40ZR90 E . E/ FMF 6— 30 Da 50-250 MAG—

0

DST ANALYSIS FOR cO

72SH1

0

40ZR90 E . P SPC 1 6— 30 L 1 o— MA G—

D

UKN I SOB ANALOG STATES

73A S9 40ZR90 E. P SPC a 2— 26 U MA G—

D

DST

74AS4 4 0ZR90 E . P SPC 8— 30 PSU £0— "3 ft MA G-D 90

74SH6 40ZR90 E. P ABX 12— 24 X ^ jU^ n MAG—

D

DST

75SH4 40ZR90 E. P A6X 1 4— 24 U 1 4— o c <i5 MAG—

D

90

72ME5 4 0ZR90 G t G LFT 2 C SCD—

0

DST 2=2. 186

74ME 2 4 OZR 90 G. G LFT 2— 6 C 3- 6 SC D-D DST 5 LEVELS 2—6 MEV

76BP 5 40ZR90 G. N ABX a 3— 30 c a3- 32 ACT—

I

4P I ISOMcR YliLD

73 BR 1

2

40ZR 90 G. 2N ABX 21 — 28 c 20- 28 ACT—

I

UKN

76BR5 4 OZR 90 G . 2N i%BX 20— 3a c a3- 32 ACT— I 4P I 71G03 40ZR90 G, XN ABX 12- 28 c 12- 28 MODI

4PI

72AS10 40ZR90 G. XN ABX 12- 28 c 11- 28 BF3-I 4PI

72ASa 0 40ZR90 G. XN SPC a2- a 5 c 20- 24 SC I —

D

4P

I

73AS2 4 0ZR90 G. XN ABX 1 2— 28 c 12- 28 BF5— I 4PI N SPC GIVEN

7 2A s a 0 4jZR90 G. P SPC a 3— 30 c 35 SCD—

D

90

73 AS 2 4 OZR 90 G. P SCO 14— 29 c 31 SC 0—

D

90

73BRs 2 40ZR90 G* P ABX 8— 24 c £4- 24 SCD—

D

DST

74AS4 40ZR90 G* P SPC 8- 30 c 30 SCD-D 90

76BR5 40ZR90 G* P ABX 8- 23 c a4- 24 SC 0-D DST TOT AND EXCIT ST^TE

76BR5 40ZR90 G. P ABX 14- 31 c 14- 32 ACT-I 4PI ISOMER YIELD

7eBR5 40ZR90 G, P ABX £3- 23 c a4- 24 SCD-D DST GROUND STATE

73BR12 40ZR90 G* PN ABX 19- 28 c 20- 28 ACT-I UKN

76BR5 40ZR90 G. PN ABX 20- 3a c a3- 32 ACT-I 4PI

72HA9 40ZR90 S P. G ABX 13- 25 D 5- 17 NAI-D DST POLARIZED PROTONS

73HAI3 43ZR90 P. G ABX £2- 25 D 5- 17 NAI-D DST

74RA3 40ZR90 P. G ABX 13 D 4 SCD-D 55 4=4.75-4.88 MEV

73*S9 40ZR91 E. P SPC THR- 26 D 30 MAG-D DST

74AS4 40ZR9£ E. P SPC 8- 30 D 20- 30 MA G-D 90

77ME6 40ZR91 G. G LFT 1- 5 c 1- 5 SCD-D DST 14 LEVS 1.2-4.7 MEV

73WI6 40ZR9J G, N ABX 7- aa c 7- aa TOF-D 130 PEAK AT 9.1 MEV

74T02 40ZR9i G. N LFT 7- 9 c 9 TOF-D £35

74AS4 40ZR91 G. P SPC 8- 30 c 30 SCD-D 90

33
NIOBIUM Z=41

A ABUND. SEPARATION ENERGIES (MEV)

G»N G,P G»T G»HE3 G.A G«2N G , NP

93 lOOo See 6*0 13«4 15e7 lo9 16*7 24.7

G,2P

15.4

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG

73G05 41NB93 G. PI + ABY 170-400 C400 BBL- D 90

75T04 4S NB93 G.PI + ABY I 50-400 C300. 400 BBL- D 90

75G05 41 NB93 G.PI- ABY 170-400 C400 BBL- D 90

75T04 4a NB93 G.PI- ABY S 50-400 C300, 40 0 BSL- D 90

73SU12 41NB93 G.MU-T ABX 10- 26 C 18. 26 MG P- D 4PI

738*^20 4iNB93 G.N NOX 9- 27 C 10- 27 BF3- I 4PI

73G05 41 NB95 G.P ABY 76-4 00 C400 BBL- D 90

7 5T04 4S NB93 G.P ABY 86-400 C5 00, 40 0 BBL- D 90

74DA2 41NB93 G*A ABY 1 0-45 0 C450 TEL- D 90

PEMARKS

MEAN NEUTRON ENERGY

MOLYBDENUM Z=42

A A3UND. SEP^.RATION E NERGIES (MEV)

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

92 i4ce 1 2o7 7.5 20.8 16.9 5,6 22. 8 19.5 12.6

94 9.3 9.7 8.5 16*7 1 5.4 2«1 17.7 17.5 14.5

95 1 5o9 7.4 8.6 i6.2 14.2 2.2 17. 0 15.9 1 5.1

96 1 6*7 9,2 9.5 16. 5 16.

6

2.8 16.5 17.8 le.i

97 9e6 6o 8 9.2 16.

&

I 5.2 2.6 16e 0 1 6el 16.5

98 24* 1 8o 6 9.8 1 6.3 17.4 3.3 15. 5 l7o9 17.3

I 00 9.6 8*3 I 0.6 I15.5 i 8.2 3.2 14.2 18.0 19.5

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG REMARKS

76V1 a 42M0 E.E/ ABX 1 00-500 D 1* 2 MAG-D DST *E IN GEV.1.2.1.36

72K08 42M0 G.N NOX 6- 22 C 22 THR-I DST

75Bft20 42M0 G.N NOX THR- 27 c 10- 27 BF3-I 4PI MEAN NEUTRON ENERGY

77JA2 42M0 G.NA24 ABY THR-999 C4 00" 999 ACTI

4PI S99=l GEV

72H06 42M092 5.E/ ABX 1 . 2 D209 MAG-D DST 1=1.51 ,2=2.85 MEV

72HD10 42M092 E.E/ ABX 1. 2 D209 MA G-D DST 1.5. 2.85 MEV

75H04 42M092 E.E/ FMF 1- 3 D209 MAG-D DST 1.51,2.28.2. 85

75SH4 42M092 E.P ABX 14- 26 D 14- 25 Mft G-D 90

74BE3 42M092 G.N ABX 12- 30 D 12- 30 BF3-I 4PI

76BAa 42M092 G.N RLY 12-1UKN C UKN SCD-D 4PI ISOMER RATIO

72BE10 42M092 G.SN ABX 12- 28 D 12- 28 BF3-I 4PI

74BE3 42M092 G.2N ABX 22- 50 D 22- 50 BF5-I 4PI

748E3 42M094 G.N ABX 9- 28 D 9- 28 BF3- I 4PI

73BE10 42M094 G.SN ABX 9- 28 D 9- 28 BF 3-1 4PI

74BE5 42M094 G.2N ABX 15- 28 D 15- 28 BF3-I 4PI

743E3 42M096 G.N ABX 9- 28 D 9- 28 BF3- I 4PI

738E10 42M096 G.SN ABX 9- 28 D 9- 28 BF 3-1 4PI

74BE5 42M096 G. 2N ABX 16- 28 0 16- 28 BF 3-1 4PI

74BE3 42M096 G.3N ABX 26- 29 D 26- 29 BF 3-1 4P1

34
NUCLIDE REACTICN RES

REF Z A IN, OUT

EXCIT SOURCE DETECTOR

TYPE ANG REMftRKS

7cWl6 42M097 Gf N ABX 6- 10 C 7- 1 0 TQF-D 130 PEAK AT 8*1

74BE3 42M098 G«N ABX 8- 28 D 8- 28 BF3-I 4PI

T2BEaO 42M098 G» SN ABX 8- 28 D 8- 28 BF 3-1 4P I 74BE3 42M098 G« 2N ABX 15- 28 D 15- 28 BF3-I 4PI

74BE3 42M098 G,3N ABX 24- 29 D 24- 29 BF 3-1 4PI

73M0a2 42MO£00 G,G LFT 5- 8 D 5- 8 SCD-D DST

74W02 42M0100 $ G* G LFT 6- 8 D 6- 8 SO D-D DST 6o4ie, 7«637

748E3 42MO£00 G* N ABX 8- 27 D 8- 27 BF3-I 4PI

76BA1 42M01 00 G.N RLY THR- UKN CUKN SCD-0 4PI ISOMER RATIO

73BEflO 42M0i00 G.SN ABX 8- 28 D 8- 28 BF3-I 4PI

74BE3 42MO100 G. 2N ABX 14- 27 D 14- 27 BF5-I 4PI

74BE3 42M0I 00 G.3N ABX 21- 28 D 21- 28 BF3-I 4PI

RUTHENIUM Z=44

A ABUND. SEPARATION ENERGIES (MEV)

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

96 5«5 10c 7 7«4 17.4 14*2 1.7 19.6 17.3 12.2

98 1*9 1 0*3 8*3 17.2 1 5*4 2.2 18*3 17«7 14*0

99 12.7 7.5 8«4 16,7 13.8 2«3 17,7 1 5e8 14,7

100 12c6 9.7 9.2 17. 0 16*6 2e9 17. 1 1 8ol 15.7

101 17a0 e«8 9,4 16.4 14«8 2ee 16* 5 16o0 2 6«6

102 31«6 9* 2 10«1 16#7 18*1 3«4 16o 0 1 8«6 17»5

104 18.7 8o9 10.5 16.7 19.5 4,3 15.1 18e9 19ol

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG

N3 DATA

RHODIUM Z=45

ABUNDt

G.N G.P

SEPARATION ENERGIES (MEV)

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

103 100c Bel 5« 3 14•5 13*3 2*2 £8«6 t12*7 13.7

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. CUT TYPE ANG REMARKS

72AU13 45RH1 03 G.N ABY 8-900 C400-900 ACT-I 4PI

74LE1 45RH103 G.N ABX 8- 24 D 9- 24 MODI4PI

72AUa3 45RHJ03 G.2N ABY 19-900 C400-900 ACT-I 4PI

74LE1 45RH1 03 G.2N ABX 19- 24 D 9- 24 MODI4PI

T4LA5 45RH103 G.XN SPC 8- 29 C 29 EMU-D DST

72AU13 45RH1 03 G.TP ABY THR-900 C400-900 ACT-I 4PI Y-ee ACTIVITY

35
PALLADIUM Z=4 6

« f^ oUND* SEPARATION ENERGIES (MEV)

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

a«o I0c6 7c 6 17 •3 £5*2 2*1 18*9 17.7 13.3

1 04 lie 0 10*0 8* 7 17 *0 16*4 2*6 17*6 18*0 14*9

7*& e* e 16•6 14*2 2*9 £7*1 1 5*8 £ 5* 7

1 06 27«3 9*6 9*3 16*8 17*6 3*2 16*6 18*3 16o4

106 26e7 9*2 10* 0 16 •6 18*5' 3*9 15*8 1 8*5 17*8

110 1 1 • 6 8* 8 1 0* 5 16*4 19*6 4o4 15*0 18*7 1 9*2

NUCLIDE REACTI ON1 RES EXCIT SOURCE DETECTOR

D C" C "7 A IN, OUT R£M^iRKS

74LE1 46PD G«N ABX 9- 22 D 9- 22 MODI4PI

T4LEi 46PD G,2N PiBX 15- 22 D 9- 22 MODI4PI

72H0 7 46PDi06 E.E/ FMF 0* I D250 MAG-D DST 0=e51 • a=J*£3 MEV

T2TUO 4oPDX Oo E.E/ SPC 0- 37 JO

4oPDlt0o E.E/ FMF 0- 2 Dl 83.250 MAG-D UO 1 « 5 . 1 . 1 COMPLX

76BAi 46PDi08 G«N RLY 9-UKN C UKN SCD-D 4PI ISOMER RATIO

72PE2 46PD1310 11 * C/ FMF 0« 0 D 40-110 MAG-D 128 0=*374 «0=*81 MEV

7eLI5 46PD110 EtE/ FMF 0. 1 D 39-1 IS MAG-D 127 LEVEL «374 ..SI

76B/i>.l 46PDH0 G«N RLY 9-UKN C UKN SCO-D 4PI ISOMER RATIO

SILVER Z=47

A ^^ BUND* SEPARATION ENERGIES (MEV)

G« N G» P G •T G,H£3 GtA G«2N G.NP G.2P

107 51*83 9*6 5* 8 13*9 16*4 2*6 17*5 15.4 15. 1 & 09 48*i7 9*2 6* 5 13 •6 17*3 3*3 16*5 S 5o7 £ 6*4

NUCL I Dc, REACTION RES EXCIT SOURCE DETECTOR

^ e c kEp 1 N.OUT TYPE ANG REMARKS

7 4T i 3 *7AG EtE/ ABX 0-600 D999 MAG-D DST 999=1* 2 GEV

77MU3 4TAG E.A ABX 13-100 0100 MAG-0 50

9 ^ a A ^ rt 4TAG w • IN NOX 9- 27 C 10- 27 BF3-I 4PI MEAN NEUTRON ENERGY

74Lc 1 47 AG G«N ABX 9- 25 D 9- 25 MODI

4PI

r 4Lc» G.2N ABX 16- 25 D 9- 25 MOD-I 4PI

740A 2 47AG G. P ABY 10-450 C450 TcL-D 90

47AG G.XP ABY 89-400 C400 TEL-D DST

74 OA 2 47AG G,T ABY 19-450 C450 TEL-D 90

74D«,2 47AG G.HE3 ABY 27-4 50 C450 TEL-D 90

74DA 2 47AG G*A ABY 13-450 C450 TEL-D 90

77JA1 47AG G*NA24 NOX THR-800 C800 ACT-I DST MEAN FRAGMENT RANGES

77JA2 47** G G« NA24 ABY THR-999 C400-999 ACT-I 4PI 999=1 GEV

76EM2 47AG 6. F ABY THR-999 C999 TRK-I 4PI 999= 1 GEV

77KN2 47AG1 07 E*N ABX 10- 32 D 20- 32 ACT-I 4PI

77KN2 47AGi 07 E + .N ABX 10- 32 0 20- 32 ACT-I 4PI

76KI6 47AG108 G,F ABY THR-580 C580 TRK-D 4PI

36
CADMIUM Z=48

ASUNDo SEPARATION ENERGIES ( ME V ) G 1 N G. P G. T G.HEo Gth G.2N G . NP G , 2P

1 06 1 0 3 10o9 7o3 17o 3 1 4 0 D loo 19o3 17.2 12.3

i 08 Oo 8 10 e 3 &• 2 a7o a a 5c 8 2o3 a 80 3 a7o7 a 3o 9

110 1 2o 5 9e 9 Be 9 16« 9 16*9 2o9 17o 2 led 15o4

ESL £2c8 T oO 9e a a6. 6 a 4oT Jc 3 a 6c 9 a 5c 9 a6c2

112 24e 1 9o4 9e6 1606 17o5 3o5 16e4 18o5 i6«e

112 H 2*2 6 • 5 9. 8 a 6. 5 a 5«6 3,9 a 5c 9 a6o2 a 7o 6

114 2 8o7 9«0 10o3 16c 7 ieo9 4« 1 1 So 6 1 808 18c3

7e5 8 oT as. a a 6« 6 ae.e # V a4o 8 a 9ea *

NUCLIDE PEACTION RES EXCIT oUUK cn 1 ic ^ 7 DETECTOP

^ ^ ^ kEF -7 /- Z A INtOUT TYPE i^iNG REMARK S

77J A4 48C D G.MU-T LFT 7 NAI-D 0 7c 2 8. r • 63MEV » RES ?BS

728A16 46CD S G* G RLX 15 D 15 NM-D 90 POL G» ALSO G/

f 3H;?.2 48C D u • 0 FLY as D as K1m\ T — Pi y u POL INCID PHOTONS

7;BA20 48C0 NOX 7- c. f C 1 0— 1

7

or o"~ 1 AD T MEAN NEUTRON ENERGY

74LE1 48CD 0 • IN A8X 9- D 9- 25 MnrnU r>— 7 LI i A D T 74l_£L 49CD 0 0 KI V £ IN ^.BX as- D 9- 25 MU L?" 1 AST

4 8CD ^S9 ^ VKI • AiN SPC 19- C234 1 U F u V U NEUTS E ABV 12 MEV

T6EM2 48CD • r ABY THF- V C999 AD T 999=1 GEV

776ia 4 8CD3lfi 0 E.E/ LFT a

.

a D 68.aa2 MAG-D DST 2+. •65T.a«4f 5 MEV

'IGC^ 4 8CDH0 GiP ABX 11- 30 C 11- 30 UKN 4PI

7 4LA3 48C01 11 G.G/ A BY 1 K, 1 ACT-I 4PI l=le3 MEV

48CDi S 2 EtE/ LFT a. a

Pi AO fl ^ U 00 1 2 A c MAG-D DST 2+. . 61 7. I • 31 2 MEV

7 3w I fc 4SCD1 51 3 G«N ABX 6- ao TOF-D a3o PEAK AT 2.1 MxV

72HG7 48C01 1

4

E,E/ FMF 0. 1

P» 0 C A MAG-D DST 0=c56.a=ac2& MEV

72PE 2 48CD1 1

4

E,E/ FMF 0. 1 D 40-110 MAG-D 128 0=c55S » l=lc208 MiV

72.TD6 48CDJ a4 E.EV SPC 0- 37 Da 83 MAG-D 35

73H02 48CD114 E.E/ FMF 0- 2 D16J.250 MAG-C DST LEV .6.1.2 COMPLEX

74yEI 4acDaa4 E.E/ FMF a D 30- 60 MA G-D DST 0.558 MEV 2*

76GI

1

48C31 14 I.E/ FMF 0- 3 D 68,112 MAG-D DST .6-2.4 MEV

7 6LI 5 4ecDaa4 EtE/ FMF 0. a D 39-111 MAG-D 127 LEVEL .558.1c208

77GI1 48C0114 E.E/ LFT 1 • 1 D 68.aa2 MAG-D DST 2+,o558,a«209 MEV

77611 48CD116 E,E/ LFT 1

1 D 68.112 MAG-D DST 2+. o51 3 , lc214 MEV

INDIUM Z=49

A A3UNDc SEPARATION ENERGIES (MEV)

G.N G,P G*T G.HE3 G«A G>2N G.NP G.2P

113 4c3 9«4 6«1 13c9 1608 3o0 17*1 15.5 15.7

aas 95c7 9oO 6.8 a3c9 17,9 3,7 a 60 3 a 5o 9 a7oa

REF

NUCLIDE REACTION RES 5XCIT

Z ^. IN. OUT

SOURCE DETECTOR

TYPE ANG REM«vRKS

74HA4 49IN $ G. G

73BA20 49IN G.N

ABX as D 15

NOX 9- 27 C 10-

NAI-D 90 POL PHOTONS

17 BF3-I 4PI MEAN NEUTRON ENERGY

37
NUCUIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG REMARKS

73B0i 49INH5 G.G LFT 1- 2 C 2 SCD-0 125 7 LEVELS

75B0a£ 49INaa5 G.G LFT a C 2 UKN UKN aa33 KEv

49IN115 G. G/ ABX 0-800 ClOO-800 ACT- I 4PI

74Li*3 49INaa5 G.G/ ABY a C 1 ACT- I 4PI 1=1.1 MEV

74LE1 49IN115 G, N ABX 9- 24 D 9- 24 MOD- I 4PI

74i_Ea 49INai5 G.2N ABX 16- 24 0 9- 24 MOO- I 4PI

TIN Z=50

A ASUND. SEPARATION ENERGIES (MEV)

G.N G,P G. T G.HE3 G.A G.2N 6.NP G.2P

112 loO 10e8 7.5 17. 1 15.0 1.8 19.0 17.6 12.9

114 0*6 10c3 8e5 17. a 16.2 2.6 a 8.1 a 7.

9

14.6

115 0*3 7.5 8.7 17. 0 14.4 3.2 17.9 16c0 15.6

116 a4«7 9«6 9,3 17. a 17.4 3.4 a7.a 18.3 a 6. a 117 7«7 6.9 9.4 16. 8 15.3 3c 8 16o 5 16.2 16o9

lie 24.3 9#3 ao.o 17. 1 1 8.5 4.1 a6.3 18.8 17.5

119 e« 6 6« 5 9.9 16. 8 16.3 4.4 15.8 16.5 18.2

120 32«4 9*1 10.7 17. a 1 9.6 4o8 a5e 6 2 9.0 a9eO

122 4.6 8*8 11.4 17. 2 20.7 5.7 15e0 19.8 *

a 24 5c6 8*5 12.1 17. 4 * 6.7 14o4 20e0 20.5

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG REMARKS

74WH3 50SN E.E/ ABX 0-300 0500 MAG-D 60 QUASIELASTIC SCAT

726^16 50SN $ G.G RLX 15 D 15 NA I-D 90 POL G. ALSO G/

73HA3 50SN $ G« G RLY 15 D 15 NAI-D 90 POL INCID PHOTONS

73B(i.\20 50SN G.N NOX 9- 27 C 10- 27 BF3-I 4PI MEAN NEUTRON ENERGY

77JA2 50SN G.NA24 ABY THR-999 C400- 999 ACT1

4PI 999=1 GEV

7eEM2 50SN G.F A BY THR- 999 C999 TRK-I 4PI 999=1 GEV

74S010 50SN112 G.XN ABX 10- 27 C 10- 28 BF3-I 4PI

75S01 2 50SN112 G.XN ABI 10- 27 C 10- 27 BF3-I API SEE 74S010

72SD1

I

50SN1 14 G.XN ABX 10- 27 C 10- 27 BF3-I 4PI

755012 50SNia4 G, XN ABX 9- 27 C 9- 27 BF3-J 4PI SEE 72S0aj

72H06 50SN116 E.E/ FMF 1 . 2 0209 MAG-D DST 1=1.29.2=2.27 MEV

72H07 50SN1 16 E.E/ FMF 1 D183. 250 MAG-D DST 1=1.29 MEV

72PE2 50SN116 E.E/ FMF 1 . 2 D 40-aao MAG-D 128 a=S. 293. 2=2. 109

72T06 50SN116 E.E/ SPC 0- 37 D183 MAG-D 35

73H04 50SN116 E.E/ FMF a- 3 0209 MA G-D DST 1.29. 2.27

75HC5 50SN116 E.E/ ABX 0-160 D130-250 MAG-D DST

76LI5 50SNaa6 E.E/ FMF a- 3 0 39- 111 MA G-D 127 1.3. 2.1. 2.3 MEV

74LE1 50SN116 G.N ABX 9- 22 D 9- 22 MODI

4PI

73BEa0 50SN116 G.SN ABX 8- 23 0 8- 23 BF3-I 4PI

74LE 1 50SN1 16 6. 2N ABX 17- 22 D 9- 22 MOD-I 4PI

72S01

1

50SN1 16 G.XN ABX 9- 27 C 9- 27 BF3-I 4PI

755012 50SNlie G.XN ABX 8- 27 C 8- 27 BF3-I 4PI SEE 72soaa

38
REF

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

Z A IN, OUT TYPE ANG REMARKS

74LE1 50SN117 G >N ABX 9- 22 0 9- 22 MODI

4PI

72BEi 0 50SN1 a7 Gi SN ABX 9— 22 D 9— 22 BF3-I 4PI

74LE 1 50SN 1 17 Gi 2N ABX a6- 22 O 9— 22 MOD—

I

4PI

72SC 11 50SN1 1

7

Gi> XN ABX 7 — 27 C 7- 27 BF3-I 4P I 75S0i 2 50SNJ 17 Gi XN ABX 7— 27 c 7— 27 BF 3—1 4P I SEE 72 5011

74W02 50SN1 18 S Gi G LFT 6- 8 D 6- 8 SCD-D DST POL SCAT Gt 6 • 988

74LE1 50SN11

8

Gi N ABX 9- 22 D 9- 22 MOD14PI

73BEaO sosNjae Gi SN ABX 9- 22 D 9- 22 BF3-I 4PI

74LE1 50SN1 18 Gi 2N ABX 16- 22 D 9- 22 MODI

4PI

74soao sosNaas Gi>XN ABX 9- 27 c 10- 28 BF3-I 4PI

755012 sosNiie Gi XN ABI 9- 27 c 9- 27 aF3-I 4PI SEE 745010

75BUe sosNaae Gi P A BY i 0-800 0 75-800 ACT14PI

75BU6 50SN118 Gi PJN ABY THR- 300 D 75-800 ACTI4PI J=l t2t4t6*7,8 .9

77BE5 50SNJ 2 8 $ Ni G NOX ao D i NA I-D DST POL NEUTRONS

72S0 1

1

50SNia9 Gi XN ABX o

^ r c 6- 27 BF3-I 4PI

75S01

2

50SN1 1

9

G 11 XN ABX TI ^ r C 7- 27 BF3- I 4PI SEE 72S011

72H06 50SN& 20 E <»E/ FMF 1 D209 MA G-D DST l=lel7, 2=2.41 MEV

73H04 SOSNi 20 El £/ FMF D,209 MAG-D DST aaa7« 2*41

72SH10 50SN1 20 £i P SPC 1 9 C 19 MAG—

D

UKN I SOB ANALOG STATES

73KA4 50SNa 20 G

1

G LFT 6 D e SCD-D UKN 6=6.730

73SZ2 50SNi20 Gi G LFT 8 D 8 SCD-D DST 8»-7o693

74LE1 50SN120 Gi N ABX 9- 22 D 9- 22 MOD-I 4PI

73BE51

0

53 SNS 20 Gi SN ABX 9- 23 D 9- 23 BF3- I 4PI

74LE1 50SN120 Gi 2N ABX 15- 22 D 9- 22 MOD-I 4PI

74SCa3 SOSNE 20 GiiXN ABX 8- 27 C 10- 28 BF3-I 4PI

75S01 2 50SN1 20 Gi XN ABI 9- 27 c 9- 27 BF5-I 4PI SEE 745010

7 2S0 1 1 50SN122 G 1iXN ABX 9- 27 c 9- 27 BF3-I 4PI

75S0J 2 SOSNi 22 Gi XN ABX 8- 27 c 8- 27 BF3-I 4P I SEE 72S0ii

72H0 6 50SN1 24 El E/ FMF 1 t 2 D209 MAG-D DST 1=1 . 14 «2=2«4a MEV

73H04 SOSNi 24 E .E/ FMF 1- 3 D209 MAG-D DST 1*14, 2*61

74LE 1 50SN124 Gi N ABX 9- 22 D 9- 22 MOD-I 4PI

73BE10 50SN124 G,iSN ABX 9- 23 0 9- 23 BF3-I 4PI

74LEa 50SNa24 Gi 2N i?SX a4- 22 D 9- 22 MOD-I 4PI

72S011 50SN124 Gi XN ABX 8- 27 c 8- 27 BF 3-1 4PI

75S0a2 50SNi24 Gi XN ABX 8- 27 C 8- 27 BF3-I 4PI SEE 72S011

39
ANTIMONY 2=51

A8UND* SEPARATION ENERGI ES (MEV ) Gt N G« P G »T G.HE3 G,A G,2N G « NP G . 2P

57e3 9o2 5«8 &2e9 i7«^ 3«i 16c 3 14.9 16.5

1 23 42.7 9o0 6*6 1 O • 1 1 8« 7 3.9 15o8 1 5o4 ISeO

NUCL I Dz.

r— r~ ^TT OKI Ht#^CT I ON RES EXCIT SOURCE DETECTOR

D per "7 A Z AT Ki n 1 I N« U UT TY PC ANo FEMARKS

74H^ 4 51 SB $ G,G ABX 15 D 1 5 NA I-D 90 POL INCID PHOTONS

5i SB G.N NOX 9— 27 C 10- 27 BF3-I 4PI ME*N NEUTRON ENERGY

74LE1 51SB G. N ABX 9- 26 D 9- 26 MOD-I 4PI

74LEi 5a SB G.2N ABX 16- 26 D 9- 26 MOD-I 4PI

76EM2 51 SB G» F ABY THR-999 C999 TRK-I 4PI 999=1 GEV

73B02 51SB121 G. G LFT 0- 3 C 0- SCD-D 125

73B02 51SB123 G.G LFT 0- 3 C 0- 5 SCD-D 125

TELLURIUM Z=52

A . ABUNOa SEPARATION ENEKGIE S (MEV)

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

120 OeO lOco 7.2 15.7 13e9 0.3 17.9 16.8 12.3

1 22 2o5 9,8 e«o 15.8 i 5.2 1 ol 17.0 17.3 13.6

1 23 Oe 8 6e9 8*1 15#7 13*0 lo5 16.7 14.9 14c5

124 4*6 9o4 6«e 15.9 1 6.2 lo8 16. 4 17.5 £5.2

1 25 7o 0 6« 6 8.7 15.7 14.0 2.2 16. 0 1 5.2 15.8

1 26 1 3«7 9.1 9«1 1 5.8 17.2 2,6 1 5o7 1 7.8 16c 4

1 28 31«7 8« 8 9.6 15,7 18*0 3,2 1 5. 1 1 8.0 17.6

130 34.5 ee4 10.0 1 5.6 1 8.8 3.8 14. 5 1 8c 0 S 8c 5

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG REMARKS

73BA20 52TE G.N NOX 8- 27 C 10- 27 BF3-I 4PI MEAN N EUTRON ENERGY

74LE 1 52TE G.N ABX 10- 26 D 10- 26 MOD-I 4P1

74LE1 52TE G. 2N ABX 14- 26 D 10- 26 MOD-I 4PI

76EM2 52TE G,F ABY THR-999 C999 TRK-I 4PI 999 = 1 GEV

76LE2 52TE124 G.N ABX 8- 23 D 8- 26 MOD-I 4PI

7eLE2 52TE124 G.2N ABX 16- 26 D 8- 26 MOD-I 4PI

74W02 52TE126 S G. G LFT 6- 8 D 6- 8 SCO-D DST 7.91 5. POL SCftTT G

76LE2 52TE126 G.N ABX 8- 23 D 8- 26 MOD-I 4PI

76LE2 52TES26 G,2N ABX 1 5- 25 D 8- 26 MOD-I 4PI

76LE2 52TE1 28 G, N ABX 8- 24 D 8- 26 MO D- I 4PI

76LE2 52TE1 28 G. 2N ABX 15- 26 D 8- 26 MCO-I 4PI

76KI6 52TE128 G.F ABY THR-580 C580 TRK-D 4PI

74W02 52TE130 $ G. G LFT 6- 8 D 6- 8 SCD-D DST 7e637. POL SCftTT G

76LE2 52TE150 G.N ABX 8- 23 D 8- 26 MOD-I 4PI

76LE2 52TE130 G.2N ABX 14- 26 D 8- 26 MOD-I 4PI

77BU11 52TE130 G.P ABX 1 0-800 C 75-800 ACTJ

4PI

40
IODINE Z=53

a Z7

A3UND. SEPARATION ENERGIES (MEV)

G»N GiP G,T G.HE3 G.A Gt2N G.NP G»2P

lOOe 9*1 6«2 &3e4 ;^6e3 2o2 16»Z. 15*3 15.3

REF

NUCLIDE REACTION RES

Z A IN. OUT

EXCIT SOURCE DETECTOR

TYPE ANG REMARKS

73BA20 531 127

72ANe 531 127

77J«i2 531 127

G.N NOX THR- 27 C JO- 27 BF 3- 1 4P I MEAN NEUTRON ENERGY

G.JPKN ABX 1* 7 C 1* 7 ACT-I 4PI *GEV, 1=0-8. J=l-18

G,N^24 ABY THR-999 C400-999 ACT-I 4P1 999=1 GEV

ABUNOa

XENON Z=54

SEPARATION ENERGIES (M£V)

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

1 24 0.1 1 0*2 6o 8 16*2 13«8 Oe 5 18* 5 16.6 11.7

1126 0o09 1 0.1 7.6 16*2 S4,9 1 • 3 17*9 a7o2 a3o2

1 28 1«9 9.6 8*2 1 5«,9 1 5*8 lo8 16c 8 17«3 14*4

129 26c4 6*9 8*2 X5,7 13.6 2ol 1 6* 5 & 5ol asoo

130 4«1 9«3 6,7 15* 8 1 6*5 2e2 16o2 17o5 15o5

E 31 21,2 e*t 8*8 15,6 14o4 2o6 iSe 9 a 5e3 £60 0

132 26*9 8* 9 9« 1 15,7 17.2 2.7 1 5« 5 17e8 16«5

I 34 1 0.4 8*5 9.6 a 5.6 17,9 3.2 1 5« 0 a7,e 17o 5

136 3,9 8« 0 9«9 15« 5 18*5 3«7 14o 4 17o6 18*4

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG

NO DATA

CESIUM Z=55

REMARKS

1 33

ABUND. SEPARATION ENERGIES (MEV)

G.N G.P G.T G.H£3 G.A G.2N G.NP G . 2P

ICOo 9«0 6*1 13c2 16«1 £• 0 16»2 15.0 15.2

REF

NUCLIDE REACTION RES EXCIT

Z & IN, CUT

SOURCE DETECTOR

TYPE ANG REMARKS

74LE1

74LE1

55CSJ33

55CS133

G.N

G. 2Ni ABXABX

9- 24 D

16- 24 D

9- 24 MOD-I 4P1

9- 24 MOD-I 4PI

41
BARIUM Z=56

ABUNDi SEPARATION ENERGIES (MEV)

G • N G 1 P G»T G t H£3 Gt A Gt2N G • NP G» 2P

1 30 e 1 1 0* 2 Te 0 1 Oe 0 12*9 0. 6 1 8. 2 1 6 #7 12*0

fi 32 «£ 9o 8 7.7 £5*8 a 4.7 &oO i7o3 a7o0 J3.&

134 2«4 9« 5 8*2 1 5*9 1 5#5 1.5 16.7 17.1 14o3

O • O 7.0 8.3 &5«6 13.5 i.9 i6o4 i 5.i i. 4. 8

1 36 9*1 8«5 15«8 16. 2 2.1 16. 1 17.4 15«4

a 3? £&«2 6.9 8,7 &5«8 £4.5 2o5 &6.0 a 5.4 as. 8

138 71.7 8* 6 9« 0 1 5»6 16.7 2.6 15. 5 17e3 16.4

NUCLI DE REACTI ON RES EXCIT SOURCE DETECTOR

REF Z A IN« OUT TYPE ANG

73BA20 56 BA G, N NOX THR - 27 C 10- 27 BF3- I 4PI MEAN

?5H02 £6BAi38 G. N LFT 8 C UKN TGF-D DST

REMARKS

LANTHANUM Z=57

138

& 39

ABUND. SEPARATION ENERGIES (MEV)

G«N G«P G.T G.HE3 G.A G.2N G.NP G.2P

Oo 08 fc3 6.0 13.6 13.8 2.0 16.6 12.9 14.7

99.91 8.8 6.2 &3.2 £5.8 2.0 £6.1 £4.8 £5.2

REF

NUCLIDE REACTION RES

Z A IN, OUT

EXCIT SOURCE DETECTOR

TYPE ANG REMARKS

73BU14

73PI3

77JS14

73eA20

77JR2

76EM2

57LA139

57LA139

57LAa39

57LA139

57LA139

57LA139

E.E/ SPC

E.E/ ABX

G,MU-T LFT

G.N NOX

2- 20 C 50, 65 MAG-D DST

7- 21 D 50 MAG-D 165

7 D 7 NAI-D 0

3- 27 C 10- 27 BF3-I 4PI

7.28. Fe63M£V, RES ABS

MEAN NEUTRON ENERGY

G.NA24 ABY THR-999 C400-999 ACT-I 4PI 999=1 GEV

G.F ABY THR-999 C999 TRK-I 4PI 999=1 GEV

CERIUM Z=58

A A8UND. SEPARATION ENERGIES (MEV)

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

1 36 Ool 1 0. 0 6.9 15.7 13.8 0.4 17. 9 16.6 12.1

£ 38 0.2 9.6 7.6 £5.7 £4.6 £.0 £7.2 £6.9 £3.2

1 40 88.4 9.2 8.1 15.8 1 5.2 1.6 16.7 16.9 14.3

£42 ££.0 7.2 8.8 £2.3 £4.5 -£.4 £2.6 £5.6 £5.8

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG

7 3BU14 secE E.E/ SPC 2'- 20 C 50. 65 MAG-D DST

REMARKS

73PI3

77JA4

58CE

58CE

73BA20 58CE

76EM2 58CE

E.E/ ABX

G.MU-T LFT

G.N NOX

7- 2£ D 50. 65 MAG-D DST

7 D 7 NAl-D 0 7.28.7,63MEV.RES ABS

7- 27 C £0- 27 BF3-I 4P I MEAN NEUTRON ENERGY

G. F ABY THR-999 C999 TRK-I 4PI 999=1 GEV

42
NUCLIDE REACTION RES

REF Z A IN, OUT

EXCIT SOURCE DETECTOR

TYPE ANG REMARKS

73PI3 58CEJ40 E,E/ LFT J- 3 D 50. 65 MAG-D DST 2+.3-.4+ LEVELS

T4TE1 58CE140 G, G LFT 5 D 4- 8 SCD-D DST 5=5o66

TtLEe. 58CEJ40 G, N ABX 8- 26 D 8- 26 MOD1

4PI

76LA4 58CE140 G, N RLX 9 C 9 TOF-O DST THRESHOLD MEAS

7eLE2 58CEi40 G,2N ABX 16- 26 D 8- 26 MOD1

4PI

73PI3 58CEJ42 E.E/ LFT 0- 2 D 50. 65 MAG-D DST 2+.3-.4+ LEVELS

76LE2 58CE142 G, N ABX 8- 20 D 8- 26 MOD1

4PI

F6LE2 58CEa42 G.2N ABX £2- 24 D 8- 26 MOO1

4PI

PRASEODYMIUM Z=59

A AaUND« SEPARATION ENERGIES (MEV)

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

141 lOOo 9*4 5*2 13.4 14«4 1«2 17«3 14.4 13.4

NUCLIDE REACTION RES

REF Z A IN. OUT

73BU14 59PR141 c . E/ SPC

73PI3 59PRJ4S E. E/ ABX

74TE1 59PR141 G, G LFT

75JA J 59PRi4S G. G ABX

73BA20 59PR141 G. N NOX

72DI7 59PRS4IL G. P A6Y

EXCIT SOURCE DETEC

TYPE

2- 20 C 50, 65 MAG-D

7- 21 D 50 MAG-D

6 D 4- 8 SC3-D

11 D 11 SCD-D

THR- 27 C 10- 27 BF3-I

THR-300 CI 06-300 ACT1

ANG REMARKS

DST

165

DST 6=6e677

150 RATIO RAM^N/ELIST

4PI MEAN NEUTRON ENERGY

4PI

NEODYMIUM Z=60

A ABUND, SEPARATION ENERGIES (MEV)

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

142 27o2 9«8 7.2 16«1 13,9 do 8 17.9 16.6 12.5

1 43 12.2 6. 1 7«5 14*3 1 0«9 -0.5 15o9 13«4 13*1

144 23o8 7.8 8.0 12.7 13*2 -1.9 13o9 1 5c 3 13«8

145 8«3 5« 8 8*0 12.6 11*8 -1«6 13«6 1 3*7 14o4

1 46 17.2 7.6 8e6 12.8 14.2 -1.2 13*3 1 5e 5 15«1

1 48 5c7 7,3 9«2 12«7 1 5*2 -0.6 12.6 15.9 16.2

1 50 5*6 7,4 9,6 13.2 1 6*4 Oo4 12.4 16c 5 17e6

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG REMARKS

74HA4 60ND S G.G ABX 15 D 15 NAI-D 90 POL INCID PHOTONS

76EM2 60ND G.F ABY THR- 999 C999 TRK-I 4PI 999=1 GEV

75SC2 60ND142 E.E/ NOX 5- 28 D 50. 64 MAG-D 93 E.E/SPECTRUM (E2)

73SA7 60N0142 c.P ABX 13- 26 C 15- 26 MA G-D UKN

77SA5 60ND142 E.P ABX 15- 26 D 15- 26 MAG-D DST

74TE1 60ND142 G. G LFT 6 D 4- 8 SCD-D DST 6=6.877

76BA1 60N0142 G.N RLY 1 0-UKN C U<N SCO-D 4PI ISOMER RATIO

72SH10 60N0142 G.P ABX 15- 22 c 15- 22 MA G-D UKN I SOB ANALOG ST*.TES

43
NUCLIDE REACTION RES EXCIT

REF Z A IN, OUT

77BE6 60ND146 G.G LFT 7

75SC2 60NDS50 E.E/ NOX

SOURCE DETECTOR

TYPE ANG REMARKS

7 D 7 SCD-D DST 7=7.163 MEV

5- 28 D 50. 64 MAG-D 93 E.E/S^ECTRUM (E2)

ABUND.

SAMARIUM Z=62

SEPARATION ENERGIES (MEV)

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

1 44 3ol 10e6 6*3 16e4 12,7 -Ool 19o 0 16.2 10.6

i 47 6 e4 7« & &2 • 9 & 0*5 -2,3 14oe 13.4 12.4

148 1 1 • C 8. 1 7.6 13 • 0 12*8 -2«0 14« 5 15.3 13.0

i 49 I C • V 5 • 9 7. 6 12• 6 il«2 9 14e0 13.5 13.6

1 50 T« 4 8*0 8*3 13 • 0 13*8 -1. 4 13o 9 1 5.5 14.2

i 52 26e6 8 • 3 8. 7 S3 .7 \ 5,3 -Oo 2 13.9 16o6 £5.7

1 54 22e 6 8* 0 9« 0 14 • 0 16.5 lc2 13. 6 1 6c5 16.9

NUCL KM 1^ 1 T r\S

I Dc. REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG REMARKS

76EM2 62SM G, F ABY THR—999 C999 TRK—

I

4PI 999 = 1 GEV

73SZ2 G , O LFT 9 D 9 SC J—

D

r\ T DST 9=8.995

7 6MEfc ^ ^ C h» C /t l\ c2SMi 44 $ G, G

J p r LFT 3 C 1- 4 SC D-D DST PCLARI METER EXPER

74CA5 62SM1 44 G, N AOA 1 0- 21 D 10- 21 BF3-I 4PI

733E110 62 SMjL 44 G,SN ABX 10- Z% D 10- 21 BF3-I 4PI

74CA5 62SM144 G,2N ABX 18- 21 D 18- 21 BF3-I 4PI

76ME6 62SM1 46 G,G LFT 2 C 1- 4 SCD-D DST

74CA5 62SM£ 48 G,N ABX 8- 20 D 8- 20 BF3-I 4PI

75BE10 62SM1 48 G,SN ABX 8- 20 D 8- 20 BF3-I 4PI

7 4CS. 5 62 SMi 48 G,2N ABX 12.- 20 D 13- 20 BF3-I 4PI

76ME6 62SMi 50 G.G LFT 2 C 1- 4 SCD-D DST

74CA5 62SM1 50 G,N ABX 8- 20 D 8- 20 BF3-1 4P1

73BEaO 62SMS 50 G, SN ABX 8- 20 D 8- 20 BF3-I 4PI

74CA5 62SM1 50 G, 2N ABX 13- 20 D 13- 20 BF3-I 4PI

72BE13 62SM1 52 E,E/ FMF 0, 0 D 50- 1 05 MAG-D DST 0=.122 . 0=.367

72T06 62SM1 52 E,E/ SPC 0- 311 DS50- 250 MA G-D 35 LEVELS 11.5, 15.5

76C05 62SM1 52 5,E/ FMF 1

,

1 D 49- 106 MA G-D DST LEVELS .3665. .1218

77NA2 62SMJ52 E,E/ LFT 0- k D2 52 MAG-D DST 2+. 4+. 6+ STATES

74CA5 62SM1 52 G,N ABX 8- 20 D 8- 20 BF3-I 4PI

72BEfiO 6 2SM1 52 G,SN ABX 8- 20 D 8- 20 BF3-I 4PI

74CA5 62SM152 G, 2N ABX 13- 20 D 13- 20 BF3-i 4PI

73G06 62SME 52 G,XN ABX 8- 20 C 8- 20 BF3-I 4PI

76C03 62SMa 54 E.E/ FMF \ , i D 44-106 MAG-D DST LEVELS •082, o26F

76ME6 62SM154 G.G LFT 1 C 1- 4 SCD-D DST

77BE6 62SMi54 G,G LFT 6 0 6 SCD-D DST 6=6.46 5 MEV

74CA5 62SMa54 G.N ABX 8- 21 D 8- - 21 BF 3-1 4PI

72BE10 62SM1 54 G.SN ABX 8- 22 D 8- 22 BF3-I 4PI

74CA5 62SMa 54 G,2N ABX i3-' 21 D 13- 21 BF3-I 4PI

44
EUROPIUM Z=63

A ABUNO« SEPARATION ENERGIES (MEV ) Gt N G,P G,T G,HE3 G,A G,2N G,NP G, 2P

1 51 47 c 9 8« 0 4c9 10c3 12c7 -2c0 14c4 12*9 13,2

1 53 52ei 8«6 5c9 iac3 14,8 -0c3 a4o9 a4e2 a4c6

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG REMARKS

GADOLINIUM Z=64

ftSUNOe SEPARATION ENERGIES (MEV ) G«N G,P G,T G,HE3 G,A G,2N G ,NP G • 2P

a 52 Oc 2 e« 6 7c4 aoc3 i2c5 -2c2 i 5c i 15*3 12,2

1 54 2e 1 8c 7 7c6 14cO 14cl -Oc9 15cl 16e2 13e 5

a 55 a4«6 6e4 7c6 i4c2 i2c2 -Oci a5ea a 4c a a4ea

1 56 20e 6 8« 5 8c0 14el 14c9 0c2 1 5c 0 1 6c 2 1 4c7

a 5f 15.7 6*4 8c0 a4ca a3c3 0c7 a4o9 a 4c 4 a5«2

1 58 24* 8 7c 9 8c5 13ce 15c4 0c7 1 4c 3 1 6c 0 1 5c 9

a 60 zi»e 7.5 9c3 2k3c4 a6c0 acO a3c4 a6«o *

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z k IN, OUT TYPE ANG REMARKS

76EM2 64GD 6»F ABY THR-999 C999 TRK-I 4PI 999=a GEV

TERBIUM Z=65

A A BUND* SEPARATION ENERGIES (MEV ) G.N G,P G,T G,HE3 G,A G,2N G,NP G,2P

a 56 5c2(-2) 7ca 5c5 a2oa llc& -0c2 a 6c a a a ,9 13« 1 159 1 00* 8c 1 6cl llc9 14c4 Ocl 14o9 14c0 14o6

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

PEF Z A IN, CUT TYPE ANG REMARKS

76SU2 65TB159 E,P ABX 11- 16 D 15- 18 MAG-D 125

77MU3 65TBI 59 E,A ABx a2-aoo oaoo MAG-D 50

72DA14 65TB159 G, G ABX 264* D364* SCD-D 92 ENERGY IN KEV

74JA2 e5TBa59 G,G ABX ao D ao SCD-D 90

75JA1 65TB159 G,G ABX 11 0 11 SCO-D 150 RATIO RAMAN/ELASTIC

77BA7 e5TBa 59 G,G ABX 8- J2 0 8- J 2 SCD-D DST

73BA20 65TB159 G,N NOX 8- 27 C 10- 27 BF3-I 4PI MEAN 1NEUTRON ENERGY

76EM2 eSTSa 59 G,F ABY THR-999 C999 TRK-I 4PI 999=1 GEV

45
DYSPROSIUM Z=66

ABUND. SEPARATION ENERGIES (MEV)

v> t In O t P Cj « T Cj < HeJ G«« Gt 2N G t NP Gt 2P

156 OoO 9o4 6«6 14*1 1 2o3 -1.8 16. 3 15.6 11.4

9,1 6»9 i4.1 13.3 -0.9 £6. 0 1 5. 5 £2.4

1 ^ A 8*6 7«4 13e 8 12.6 — O. 5 15« 4 15.6 1 _ O 3

161 6.5 7.5 S3,5 12.3 -0.4 &5o 0 a 3.9 &4.&

162 25« 5 8.2 e« 0 13«6 14.5 -0. 1 14.6 15o7 14.8

*f • V 6.3 8*0 13,5 13.3 (J. <: 14o5 £4.3 S 5. 4

1 64 <i O* 1 7,7 8« 6 13«4 15.4 0.4 13. 9 1 5.6 16.2

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG

75BA20 66DY G, N NOX 8"• 27 C 10- 2 7 BF3- I 4PI MEAN 1 7eEM2 66DY Gt F ABY THR-999 C999 TRK- I 4PI 999=a

REMARKS

GEV

HOLMIUM Z=67

A ABUND. SEPARATION ENERGIES (MEV)

GtN GtP GtT G.HE3 G,A G.2N G.NP G.2P

1 65 1 00. 8c 0 6.2 11 o7 14.1 -0.1 14. 7 13.9 14.8

NUCLIDE RE^XTION RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG REMARKS

76M0a!I 67HOi65 E,E/ ABX 7-4 0 D 75. 405 MAG-D 75 E2 STRENGTH

76SU2 67H0165 E.P ABX 11- 18 D 15- 18 MAG-D 125

FTMU3 67H0£fc5 E.A ^8X X4-i00 D£0 0 MAG-D 50

76GU5 67H0165 G. MU-T ABX 8- 21 C 35 NAI-D 4PI

73KA8 67H0a65 GtG ABX 95* D 95* SCD-D UKN ENERGY IN KEV

75JA1 67H01 65 G. G ABX 11 D 11 SCD-D 150 RATIO RAMAN/ELAST

T7e»7 e7H0i65 G.G ^BX 8- £2 D 8-12 SCO-D DST

73BA20 67H0165 GtN NOX 8- 27 C 10- 27 BF3-1 4PI MEAN NEUTRON ENERGY

74CA7 67H0J.65 G. XN ABX 8- 23 C 8-2 3 BF3-I 4PI

76EM2 6TH0165 G. F ABY THR-999 C999 TRK-I 4PI 999=1 GEV

73MC6 67H0166 N.G RLX 14- £0 D 7- 14 NAI-D UKN

ERBIUM Z=68

A ABUND. SEPARATION ENERGIES (MEV>

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

i6£ Oo£ 9.2 6.4 £3. 8 £2.£ -£•7 £6. 5 £4.9 11.2

164 1.5 8.9 6.9 13. 7 1 2. 8 -1.3 15. 8 1 5s3 12o3

£66 33.4 8.5 7.3 £3. 5 £3.5 -0.8 £5. i 1 5.3 £3.5

167 22.9 6. 4 7.5 13. ~ 12.3 -0.7 14.9 1 3.8 14.3

a 68 27cJ 7.8 8.0 £3. 0 14.3 -0.5 £4.2 1 5.3 £5o0

170 14. 9 7.3 8.6 12. 7 * 0. 0 13.3 1 5.3

NUCLIDE REACT I ON RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG

73BA20 68ER G,N NOX 7- 27 C £0- 27 BF3-I 4PI MEAN NEUTRON ENERGY

76C03 6eER166 E.E/ FMF 1, ID 34-111 MAG-D DST LEVELS .081. .265

73ME4 68ER£66 $ G.G LFT 2 C 2 SCO-D DST POL SCATT PHOTONS
REF

NUCLIDE REACTION RES

Z A IN, OUT

EXCIT SOURCE DETECTOR

TYPE AN6 REMARKS

76ME4 66ER166 G,G LFT 1- 4 C 2- 4 SCD-D DST 15 STATES, lo66-3ol9

74G04 68ER166 G,XN A3X 8- 2S C 8- 2i BF3-I 4PI

73ME4 68ERi68 $ G, G LFT 2 C 2

76ME4 68ER168 G, G LFT 1- 4 C 1-

SCD-D DST POL SCATT PHOTONS

4 SCD-D DST 20 STATES, le79-3o48

73ME4 68ER170 S G,G LFT 2 C 2

7eME4 eazRiTO g,g lft a- 4 c iSCD-D DST POL SCATT G, 1.8244 SCD-D DST aO STATES, fie82-3e4a

THULIUM Z=69

ABUND. SEPARATION ENERGIES (MEV)

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

aOOo 8e& 5o6 £i«3 -1*2. £ 4e 9 £3.3 13.5

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF 2 A IN, OUT TYPE ANG REMARKS

73suao 69TMi69 E,P RLY 5-2 0 D as- 20 MAG-D 125

76SU2 69TM169 E,P ABX 10- 18 D 15- 1 8 MAG-D 125

T7MU3 69TMi69 E,A ABX a3-JO0 oaoo MAG-D DST

73BA2C 69TM169 G,N NOX 8- 27 C IO- 27 BF3-I 4PI MEAN NEUTRON ENERGY

7fcEM2 69TMi69 G,F ABV THR-999 CS 99 TRK-I 4PI 999=1 GEV

YTTERBIUM Z=70

ABUNO« SEPARATION ENERGIES (MEV)

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

a 68 Oca 9ea 6*3 a3«6 a2«o -i«9 i6ea £5.0 11.2

170 3,1 6m 5 6«8 13.2 12»4 -1«7 15*3 14o8 12*4

L72. a4c4 6.6 6* 8 a3.o aae3 -ao6 a 5c a a 3o4 a3«o

172 21* 9 8* 0 7.3 12*9 13«3 -1.3 14«,6 i4ce 13o7

a73 a6e2 6*4 7.5 a2f.7 12*4 -0«9 a 4. 4 £3.7 14.4

174 31«6 7« 5 8«0 12«7 14«2 -0.7 13o8 14.9 15«0

a 76 a2o6 6#9 8«5 a2«2 a 5*0 -0«6 i2«7 £ 5o0 *

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG REMARKS

76EM2 70YB 6, F ABY THR-9? 9 C999 TRK- I 4PI 999=1 GEV

76C03 70YBa76 E, £ FMF 1 , 1 D 34- 111 MAG-D DST LEVELS •082, aSe?

47
LUTETIUM Z=71

A ABUND. SEPARATION ENERGIES (MEV»

G.N G.P GvT G.HE3 G*A G.2N G i NP G*2P

ITS 97e4 7.7 5«5 10»9 12.7 -J«6 £4,4 13.0 13.5

176 2«6 6*3 6*0 1 0« 8 12*1 -la6 14«0 lleS 14«1

NUCLIDE F.EACTION RES

R£F Z A IN, OUT

69BE6 71LU G,N ABX

FeSU2 7SLUS75 E,P A3X

7BA9 71LU175 G. G ABX

EXCIT SOURCE DETECTOR

TYPE ANG REMARKS

7- 24 D 7- 28 MOD-I 4PI

11- 20 D 15- 20 M*G-D 125

8- 12 D 8-12 SCD-D 140

HAFNIUM Z=72

A ftBUND. SEPARATION ENERGIES (MEV)

G>N G,P G,T 6.HE3 G.A G.2N G, NP G.2P

174 Ool de 6 6c 2 i2«e 11*4 — 2o 6 1 5« 6 14.4 11.1

i76 5,2 8«& 6.7 12o7 12,0 -2«3 a4<» 9 &4o4 £2*2

177 18*6 6« 4 6« 8 12e3 1 0«9 -2.2 14e 5 13«1 12o 8

kja 27.a 7«e 7.3 £2.2 12.7 -2«£ &4« 0 &4o4 S3e5

179 13e7 6.1 7.6 12*0 11.9 -1.8 13c7 13c4 14cl

a 80 35o2 7*4 8.0 &2«3 J3«7 -I .3 13.5 15.0 14.9

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG REMARKS

7fcEM2 72HF G,F ABY THR-999 C999 TRK-I 4PI 999=1 GEV

72DA14 72HF177 G, G ABX 250* D250* SCD-D 92 ENERGY IN KEV

76GU5 72HF17e G,MU-T ABX 8- 21 C 35 NAI-D 4PI

74G04 72HF178 G,XN ABX 7- 20 C 7- 20 BF3-I 4PI

TANTALUM Z=73

A ABUND* SEPARATION ENERGIES (MEV)

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

180 0«0&2 tet 5c7 |0c9 i 1 e 4 -2o& 1 4e 5 ii.8 13.3

181 99.988 7c6 5.9 10«9 13o2 -lo£ 14«2 13.3 15.9

REF

NUCLIDE REACTION RES EXCIT

Z A IN, OUT

SOURCE DETECTOR

TYPE ANG REMARKS

74WH3 73TA181 E,E/ ABX

77HI2 73TAjei E,E/ LFT

77MI8 73TA181 E,E/ FMF

78Rfel 73TA1811 E.E/ FMF

0-300 0500 MAG-D 60 QUASIELAST SCAT

5- 30 D 79-1318 MAG-D DST

8- 30 D150-250 MAG-D DST G-WIDTH, B(EL),J0- 1 D 0* 3 MAG-D DST *EFFECTIVE Q

48
NUCLIDE REACTION RES EXCIT

REF Z I N CUT

7 3SU 10 73TAi as E t P RLY 5— 2 0

73SU1

1

7 3TA1 81 E « P RLY 5- 22

7t SU2 7 3 T^: a 6i E • P ABX & 2— 23

76SU 3 73TA1 81 t P ABX 1 6— 28

77MU3 73TAa 8i E • A ABX A 4—1 00

T3G0 5 73TA1 81 G 1 P I + AB Y 1 70—400

75T04 ''h tf^ y—i c 73T#il 6

J

G » P I + ABY S 50— 400

73G05 73TA1 81 G t PI — ABY 170—40 0

7 5T04 73TAJ 8S G tPI — A BY i 5 0—400

76GU 5 7 3TA1 81 G • M U—

T

ABX 8— 21

72BA 1

6

73TA1 81 S G « G RLX 1 5

73HA3 73TAa 8i S G • G RLX a 5

74 JA 2 73TA1 81 G > G ABX 1 0

74KA9 G > G ABX 8

75JA1 73TA1 81 G • G ABX 1

1

77Bft9 7 3 TAJ 8i G • G ABX 8— £ 2

75BA 20 73TA1 81 G 1 N NO X 7— 27

7 5E va 73TA£ 8S G I N SPG 7— 3 i 76BA

1

73TA1 81 G • 3N RU Y 22—UKN

7 3H I 6 T3T/^S 8S G • XN ABX T— 29

74LA 5 T 3TA 1 81 G 1 XN SPC 7- 29

73GC 5 73T«j 8j. G • P A,BY 76-400

75T04 73TA1 81 G t P ABY 86-400

74Dfe2 73TAa8S G ,A ABY 0-450

72DE12 73TA181 G ,F NOX THR* 6

76EM2 73TAS 8£ G ,F ABY THR- 999

SOURCE DETECTOR

TYPE ANG REMARKS

D i5— 20 MAG—

D

i 25

D 18— 22 MA G—

D

90

D 16— 23 MA G—

D

S 25

D 1 6— 2 8 MAG—

D

90 GtP SI G DcRI VED

D£ 00 MA G—

D

50

C400 BBL—

D

90

€300*400 BBL—

D

90

C400 BBL— 90

C300< 400 BBL—

D

90

C 35 NA I — D 4PI

D 15 NA I-D 90 POL G» ALSO G/

D S 5 NA I —

D

90 POL INCID PHOTONS

D 10 SC D—

0

90

D 8 SC D—

D

DST 8=7 •9 MEV

D 11 SC D-D 150 RATIO RAMAN/ELASTIC

D 8— S 2 SC D—

D

140

C 10— 27 C3 t ^ T Br 3— I 4P I McAN NcUTRON SNERGY

C 3i SC I —

D

140

C UKN SC D-D «)-Pi ISUMtK RATIO

C T— 29 or 3— i 1 C 29 EMU—

D

DST

C400 BBL-D 90

C300.400 BBL-D 90

C450 TEL-D 90

C 1* 6 TRK-I DST ENERGIES IN G5V

C999 TRK-I 4PI 999=1 GEV

TUNGSTEN (WOLFRAM) 2=74

A ABUNDe SEPARATION ENERGIES (MEV)

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

180 Ool eo5 6*6 12*9 11.7 -2e 5 15*4 14.5 11.8

182 26.3 8*1 7ol 12 • 8 12#7 -1. 8 14,7 14.7 13.0

S 83 £4o3 6e 2 7* 2 £2 • 4 11 -ie 7 14. 2 1 3o3 13e5

184 30« 6 7.4 7. 7 i2#2 13«2 -1» 7 136 6 14c6 14.3

i et 28e6 7.2 8. 4 12 • 2 .114«2 -lo 0 13o 0 1 5*2 1 5o6

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG REMARKS

76va 2 74W E,E/ ABX 1 00- 500 D 1* 2 MA G-D DST E IN GEV*^o2*l«36

75HA3 74W S G« G RLY 15 D 15 NAI-D 90 POL INCID PHOTONS

72K08 74W G«N NOX 6- 22 C 22 THR-I DST

73BA20 74W G«N NOX 6- 27 c 10- 27 BF5-I 4PI MEAN NEUTRON ENERGY

75VE5 74ta Gt N ABX 8- 22 0 8- 22 MODI

4PI

75VE5 74W G> 2N ABX 13- 22 D 8- 22 MOD-I 4PI

7eEM2 T4W G,F ABY THR-999 C999 TRK-I 4PI 999=1 GEV

76GU5 74W S82 G. MU-T ABX 8- 21 c 35 NAI-D 4PI

73S016 74W 182 G« XN ABX 8- 28 C 0- 28 BF3-I 4PI

75S0Ii2 74* £82 G. XN ABI 8- 27 C 6- 27 BF3-I 4PI SEE 73S016

73GC6 74W 184 G.XN ABX 8- 20 c 8- 20 BF 3-1 4PI

73S0 16 74W 184 G« XN ABX 8- 28 c 0- 28 BF3-I 4PI

75S0J2 74W 184 G. XN ABI 7- 27 c 7- 27 BF3-I 4PI SEE 73 S016

74W02 74W 1 86 $ G« G LFT 6- 8 D 6- 8 SCD-D DST POL SCATT G. 6o418

73G06 74W g 86 G« XN ABX 8- 20 c 8- 20 BF2-I 4PI

49
RHENIUM Z=75

1 85

a 87

ABUND. SEPARATION ENERGIES (MEV)

G.N GtP G,T G,H=3 G,A G»2N G , NP G.2P

37c40 7«8 5.4 10«5 12.3 -2o2 12.8 13.1

62«eO 7«A 6,0 i0«5 12*5 -i«7 13*6 i3o2 S4o4

REF

NUCLIDE REACTION RES EXCIT

Z A IN, OUT

SOURCE DETECTOR

TYPE AN6 REMARKS

75VE5 75RE G»N

75VE5 75F.E G«2N

7€EM2 75RE G, F

73G06 75RE185 G,XN

73GCe 75F.ES87 G,XN

ABX 8- 22 D 8- 22 MOD-I 4PI

ABX iZ- 22 D 8- 22 MOD-I 4PI

ABY THR-999 C999

ABX

ABX

8- 20 C 8-

TRK-I 4PI 999=1 GEV

20 BF5-I 4PI

8- 20 C 8- 20 BF3-I 4PI

OSMIUM Z=76

A ABUND. SEPARATION ENERGIES (MEV)

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

1 84 OtOl 8o9 5*7 12t>7 i 0.9 -3ol Ittl £4.2 10.5

186 le 5 8« 3 6*5 12el 11*6 -2c8 14.9 14«3 llo9

187 a .6 6*3 6,e 12,1 1 0*4 -2«7 J4e 6 12oB a2c4

188 1 3# 5 6o 0 7.2 12.3 1 2«7 -2ol 14* 3 1 4o6 13e2

& 89 5.9 7.3 a2.0 &i .4 -2o0 i3« 9 i2ol S3o7

190 26« 4 7,8 eeO 12*4 13«7 -1#4 13,7 1 Sol 14e6

192 42 oO 7*6 8.8 12.9 i 5,3 -0«4 i3o 3 i 5e7 I 6c 2

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN« OUT TYPE ANG

73GCe 76CS£90 Gt XN ABX 8-• 20 C 8- 20 BF3-I 4PI

REMARKS

IRIDIUM Z=77

191

193

A3UND«

37c 3

62o7

G.N

8«i

7,8

SEPARATION ENERGIES (MEV)

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

5e3 lOoS i2c6 -2ei i 4, 4 i3.1 13.3

5«9 10*8 13<:o9 -IcO 14«0 13oS 14o6

REF

NUCLIDE REACTION RES EXCIT

Z A IN. OUT

SOURCE DETECTOR

TYPE ANG REMARKS

75VE5 77IR

75VE5 77IR

G.N ABX 8- 22 D 8- 22 MOD-I 4PI

G.2N ABX 12- 22 D 8- 22 MOD-I 4PI

50
PLATINUM Z=78

A ABUND. SEPARATION ENERGIES (MEV)

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

J 90 OoO& 8«e e« 1 a2ee i £ « 0 —3o 2 15»7 i4o4 E0o8

1 92 0« f 8 8o7 6« 9 12«8 12o2 -2.4 15a 1 1 5« 0

3 2.9 8.4 7. 5 S3 • 0 i3c3 -a.

5

a4e 6 £ 5e3 S3e5

195 33e 8 6« 1 7.6 12 • 9 11«9 -le2 14o 5 13c6 14e0

a yc 7.9 8. I i3 • i 14.2 -0c8 &4o 0 S 5c5

loo 7,6 8a 8 13 • 0 15.0 -0.1 13c4 15e8

REACTI ON RES EXCIT SOURCE DETECTOR

Dec IN. CUT TYPE ANG D MA D 1^ C

72HA3 78PT $ G. G RLY I 5 D 15 NAI- D 90 PCL INCID PHOTONS

75VE5 78PT G. N ABX 8-• 22 D 8- 22 MOD- I 4PI

75VE5 78PT Gt 2N ABX S3-• £i D 8- 22 MOD- I 4PI

69RA4 78PT G« F ABX 35- 140 C 40-140 TRK- I 4PI

7eB0£4 78PT Gt F RLX 220-500 D220-500 TRK- I 4PI COHERENT BREMS

76EM2 78PT G, F ABY THR- 999 C999 TRK- I 4PI 999=1 GEV

72SH13 78PT194 G. G ABX 99*328 0 99*328 SCD- D UKN *£NERGY IN KEV

72SHi3 78PTi95 G. G ABX 99*328 D 99*328 SC D- D UKN *ENERGY IN KEV

GOLD Z=79

A ABUND. SEPARATION ENERGIES (MEV)

G,N G.P 6.T G.HE3 G»A G,2N G»NP G.2P

i97 iOOo Sol 5«e li«4 £3*6 -Oc9 14,8 £3.7 13.9

NUCLIDE REACTION FES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG

73BU14 79AU197 E.E/ SPC 2- 20 C 50t 65 MAG-D DST

74PI 2 79AU197 E. E/ FMF 3- 40 D 90 MA G- D DST

T6GU5 79Aua97 G,MU-T ABX 8- 21 C 35 NAI- D 4PI

72BA16 79AU197 S G. G RLX 1 5 D 15 NAI- D 90

7 3HA3 79AU197 S G. G RLY 1 5 D 15 NAI- D 90

73LI3 79AU197 G« G/ ABX 0-800 C£00- 800 ACT- I 4PI

73BA20 79AU197 G»N NGX 8- 27 C 10- 27 BF3- I 4PI

73S019 79AUS97 Gt XN ABX 8-2 8 C 8- 28 BF3- I 4PI

74LA5 79AU197 Gt XN SPC 8- 29 C 29 EMU- D DST

75SC12 79AU1 97 GtXN ABI 8- 27 C 8- 27 BF3- I 4PI

73DA6 79AU197 G, P SPC 1 0-450 C450 TEL- D 90

74Dfe2 79AUi97 GtP ABY 9-450 C450 TEL- D 90

73D09 79AU1 97 Gt XP ABY 86-400 C400 TEL- D DST

73DC11 79AU197 GtXP ABY 90-400 C400 TEL- D DST

73DA6 79AU197 G,T SPC 11-450 C450 TEL- D 90

740^2 79AU197 GtT ABY £ 6-450 C450 TEL- D 90

73DA6 79AU197 G, HE3 SPC 14-45 0 C450 TEL- D 90

7 40^^.2 79AU1 97 GtHE3 ABY 24-4 50 C450 TEL- D 90

73AD3 79AU197 Gt A SPC 1 0-500 C500 TEL- D DST

73DAe 79AUS97 G.A SPC £ 0-450 C450 TEL- D 90

74AD2 79AU1 97 Gt A ABY 1 0-50 0 C500 TEL- D DST

74DA2 79AUS97 GtA ABY £ 0-450 C450 TEL-D 90

REMARKS

B(EL)

PCL G, ALSO G/

POL INCID PHOTONS

MEAN NEUTRON ENERGY

SEE 73S019

51
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG REMARKS

77JAa 79AUII 97 G« NA24 NOX THR-800 C800 ACT- I DST MEAN FRAGMENT

77JA 2 79AU1 97 G* NA24 ABY THR-999 C4 0 0- 999 ACT- I 4PI 999=1 G5V

69R^ 4 79Aua 97 G« F ABX 55—a 4 0 C 40-S 4 0 TRK- I 4PI

72AN8 79AU1 97 G. F ABX 1 7 C 1 7 ACT- I 4PI *ENERGY IN GEV

72DES 2 79AU£ 97 G. F NOX THR—999 C6 00— 999 TRK— I DST 999=4 GfV

73 DA 6 79AU1 97 G« F ABY THR-999 C800-999 TRK- I 4PI 999=2.2 GEV

F 4SiR3 79^.Ui 97 G. F NOX THR-600 C600 ACT- I 4PI REL FRAG YLDS

74B010 79AU197 G. F RLX 200-500 D2 00- 500 TRK- I 4PI COH BREMS

76B0a4 79AUi97 G. F RLX 22 0-500 D22 0- 50 0 TRK- I 4PI COHERENT BREMS

76EM2 79AU197 G. F ABY THR-999 C999 TRK- I 4PI 999=1 GEV

7eKI 6 79^.UE97 G« F ABY THR-580 C580 TRK- D 4PI

MERCURY Z=80

A ABUND. SEPARATION ENERGIES (MEV)

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

a 96 Oo J S«& 6o6 i3«4 £2o5 —£• 0 £5,8 £5.0 11 .7

198 lOe 0 e«3 7*1 13.4 13*1 -1.5 15*5 1 5c2 12*9

£99 £ 6.8 e.e 7.2 23.5 ££ .8 -0« 8 a4«9 £3c8 £3.7

2 00 23.1 8.0 7.7 13«3 14*0 -0,7 14,7 1 5c 5 14*2

2 OS £3e2 6.2 7.6 £5,0 £2«7 -0o5 a4e 3 £3,9 £4e8

202 29« 8 7«8 &«5 15«2 14o9 -0, 1 14* 0 1 5«4 15o3

2 04 6e9 7«5 9oO i3e2 £5.9 0.5 13.5 16.2 *

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG REMARKS

7 3ME1 80HG G . G NOX 5 D 5 SCD-D 135 5=4.924

74HA4 80HG S G.G ABX £5 D £ 5 NAI-D 90 POL INCID PHOTONS

75VE5 80HG G.N ABX 8-• 22 D 8- 22 MOD-I 4PI

75VE5 80HG G.2N ABX £3-• 22 D 8- 22 MOOI

4PI

74TEi 80HG202 G.G LFT 4 D 4- 8 SCO-D DST 4=4o922

THALLIUM Z=6£

203

2 05

ABUND. SEPARATION ENERGIES (MEV)

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

29©5 7<»7 5o7 ££o2 £3o4 -0o9 i4«7 £3e5 £4e2

70c5 7<t5 6«4 11«4 14*9 0*1 14.2 15«9 15o6

NUCLIDE REACTION RES EXCIT

REF Z A IN. OUT

76HM2 81TL G.F

74AL10 8£TL203 G.G

76EA1 81TL205 G.G

SOURCE DETECTOR

TYPE ANG

ABY THR-999 C999

RLY 6 D 6

ABX

REMARKS

TRK-I 4PI 999=1 GEV

SCO-D 135 6=6.419 MEV

3- 8 D 3- 8 NAI-D 90

52
LEAD Z=82

A ABUND»(S) SEPARATION ENERGIES (MEV»

G,N G.P G, T 6.HE5 G,A G,2N G.NP G.2P

2 04 Ic 4 3«4 6«6 i2« 8 i2«4 -2e0 a So 2 £4.4 12.3

2 06 24. 1 8.1 7,3 13c 0 13*4 -1*1 14e 8 14o8 13o7

207 22* £ e«7 7,5 a3. £ 52*7 -0e4 14« 8 £ 4e0 S4o7

208 E2e 4 7«4 8* 0 12e 9 14«4 -0»5 14* 1 14*9 15©4

NUCLIDE FEACTICN RES EXCIT SOURCE DETECTOR

K cr L A T KlJ, IN 9 n 1 IT TYPE B ^ U A 0 ! ^

r Y

Q 0 D n C 1 y Kl AlN ^ A _ 5 T A D150- 07 A TOF- D

Q A iNcUl w AdV X ei McV

0 1 K D a ^jS\ RD Ay 0 i5 NAI- D Q A or^i Tm^th DuiriTriKtc PLjL. 1Nv*1U PfiUiUNo

74JA2 82PB G. G ABX 10 D 1 0 SC D- D DST

72KDe 82PB G. N NOX 6, 22 C 22 THR- I DST

P 0 0 0 tz - KlN Kin y INU A o~ c 10- 0 7 BF5- I U C A Ki Kl ? 1 ITD r\Ki Kl E C /^\/ McAIN N_UTKUN CiNch oY

r 0_ V ^ 0 0 0 n /• Kl o~ c 3i SC2- D

1 / A

r Tc Q ^ 0 Q f~09 VKl iPU T MR— yi C234 TOF- 0 ^ A 90 Kl^l NcUTIT C A Ski 1 0 c A dV 12 McV

V ^.-^ No 0fi 01 fdD Q /-U 9 r ADA i f TPf C a* 7 ACT- I ^CKtCO/^V TKI ^ C \i ''^CNcRCjY in OcV

^ AQO 1 A f DDU 1 *!• Q 0 D ca

/~o« KL. A C 0 A 0 U U D220- C A A TRK- I Q-UncKcNI Dr^MS

TP *. 3 U C /- r

A C3 V T LJ 0 *^ y V C999 TRK- IA Q T 4P

I

999=1 G£v

73SWlc 82PB206 G, G LFT 3- 5 C 5 SCD-D DST J-PI. 3 LEVELS

7 /J C uj ^ Q 0 0 0 Q i A A u «

r- 1L.rCT1 0— c 4- 5 SCD- D

PiC X1 c 1 »\/c ^T/iy^_cn^c i^^i/

f f V, U J

0 0 D Q 0 A A 09 f c 6, 1 A SCD- D 1 ^t> 0 9

KlIN ADA 4k n y QV D 8- IGN- D Q A y 0

Q^!j<^<^ aC3'3 OiOA

~ c f~-j C 1 Q 0 0 Q C A ^ U9 V K.I AlN Ada A C3 V Qa~ OT c 8- 0 7 BF3- I *tFl At CO TcCntO

r w OU A Q C D n 0 AA 0 9 AV KliN A:ARTD

1

0 OT c 8- 0 7 BF3- I A D T

7 o c Lj 1 n r n X U0 5 D R 0 A T C. 9 r ART c a7- MAG-0 TCOD AKlAl n/" CTATCC

Tf OQ wW AH 00 ^

0 DK QD ^5 ATw if f0 9 c 1L.rPT1 f D 7 SC D- D T —T - 1 Q T 01 ^ ^ C *u fl

L' ^ O W £ J

0 0 D Q C AT V3 9

/-u l_T- 1 3— c 5 SCD- D J —PI9 7 L£v^l_o

7 AQ U/ 1 1

r M- o w ^ 1 Q 0 D R 5 A^ 0 9

/-V5 1 ITT c 4- SCD- D n cx

r r U U ^

Q 0 D Q C AT w 9 f0 L.r 1 CX1 A _ Tr c 6. A SCD-D a 2 5 y L.C.Vcl-b *^•S"0•^ McV

Q 0 D R 0 AT /-VJ9 KlIN Q D^ y c 7. y TOF- D

P> C X J"" PI 0— WaUlrl

0Q £

0 DK RD&C ATU

" /-w 9

KlIN <!!i DA Am 0 8- Qy lON- D

A 90 oy y y 9 tJ 00^ 9 0 1 ^ u z v

Q 0 S 0 0 /\ 0 C 9 n Mr ^ D 50. C 3 MAG-DP\ C X

C 0 D Q 0 A 0 C 9 ADA A 0 V V— 1 T1 7 D 50. 0 5 MAG- Dr\ cx

7 ^ T ^ <i r ^ 1 (JO Q ^ a Q ^ r\ Q C 9 EX SPC 0— ^0 Da 83 mG- D 35

9^0111 A

f JDU 1 «• 0 0 c a n 0 STc t SPC 2— 2 0 D 50. 65 MAG- D DST

^ C A C r cr « DQ 0 n Q ^ A 0 C 9 A 0 v » OA 0 — D 50 MAG- D1 a A 180 PcAKS T«097«y99«j

Kl A <I 82Pd208 Q ^ 0 1^ ^ 0 £ 9 £/ FMF 6— 30 Da 24- 250 MA G-D DST 8 RESCN DETECTED

7 n 1 T JT U 1 e 0 n D 0 ft Q C 9 c/ r Mr 6— 0 2 Dl 24- 250 MAG- D DST L— VcLS 8.9—14.1

7 4PI 2

A ^ ^\ A A 82PB208 £• £/ FMF 3— 40 D 90 MAG- D DST 3( EL ) 74WH3 82FB208 E9 £/ ABX 0-300 D500 MAG- D 60 QUASIELAST SCAT

TSLIi 82PB208 £9 £/ ABX 2- 9 D 37- ei MAG-D 180 LEVS 7.91.6.93

75LI1 82PB208 £9 £/ ABX 2— 9 D 37- 61 MAG- D 180 LEVELS AT 7.9i. 6.93

75SC8 82PB20e £• £/ ABX 6- 1 1 D 50 MA G- D 129 BROAD PEAK %J 8.9

76FR6 82P8208 £/ FMF 2- 7 Da20- 290 MAG- D DST a7 LEVELS

77PI 2 82PB208 Ef E/ SPC 8- 12 D 50. 65 MAG- D DST REANALYSIS OF 75BU19

72SHa0 82PB208 £f P ABI is- 27 c 24- 27 MA G- D UKN ISOB ANALOG ST^^TES

75SH5 82PB208 £9 P NOX 8- 40 D 25 . 40 MA G- D DST

7SSH6 82PB208 £9 P ^.BX 20- 29 D a9- 29 MA G- D DST

76DR1 82PB208 E9 F ABX 25- 45 D 25- 45 TRK- I DST

73SW4 82PB208 G« G LFT 7 D 7 SCD- D UKN 7=7.07.7.09

73SW13 82PB208 G9 G LFT 4- 5 C 5 SCO- D DST J-PI. 2 LEVELS

74MC7 82PB208 G9 G NOX 7 D 7 NAI- D a35 7=7.279 FUNC TEMP

74SC2 92PB208 G« G LFT 7 D 7 SC D- D DST LEVEL 7.084 MEV

53
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN.OUT TY PE ANG REMARKS

74SW7 82PB208 S G , G LFT 5 C 5 SCD-D OST 4843 KEV POL PHOTON

74SW1

2

82PB208 G«G LFT 3— 5 C 4— 5 SC D—

D

DST 2 LEVS 40e7«4e43 KEV

76SP1 82PB208 G* G LFT T o 7 SC 0—

D

90 7=7.06 4 MEV

76SM4 82PB208 G, G LFT 7 0 7 NA I —

D

90 RESON^iNCE ABSORPTION

77C05 82PB208 G* G LFT '^— T c 6 « 1 0 SC D— D 1 25 11 LEVS 4. 1-7.3 MEV

77SW7 82PB208 S G« G LFT 4 c SC D—

D

1 26 PCL SCAT 4.843 PHCT

77YE1 82PB208 Gf G LFT s» eC

f-v o 2 5C u— D 85 LEVEL 7.06t7«08 MEV

77LA 2 82PB208 S G* NO LFT o

A 0 0 9— & £ TOF—

D

90 PCL NEUTRONS. J-PI

731 S2 82PB208 Gt N RLX 1 4 c 7— 1 4 Br 3— Z 4PI

82PB208 G« N ABX T— 9 c 7— 9 TOF—

D

DST

75HA4 82PB208 Gt N LFT 7— 9 c 1 0 TQr —

D

DST

75JC2 82PB208 G» N ABX 7" S 3 c i i — 1 6 TTurc r> —

D

98

75SH9 82PE208 G* N ABX 7— 1 3 c 8— 1 3 TOF—

D

90

76HCa 82PB208 S G, N LFT 7— 9 c 7— 9 TOF—

D

c T DST POL N. THRESH MEftS

76MC3 82PB208 Gf N ABX 8— 9 D 8— 9 I ON—

D

90 8999.8533.8120 KEV

7 8VA !L 82PB208 G* N ABX 8— I 3 c 6— i 3 BF i— I 4P I 71 G03 82PB208 G, XN ABX 7— 17 c 7- 17 MOD— I 4PI

73SC21 82PB208 G, XN ABX 7- 27 c 7- 27 BF3- I 4PI SEE ALSO 75S012

75S0a2 e2PB208 G.XN ^BI 7- 27 c 7- 27 BF3-I 4PI SEE 73S02J

77RA4 82PB208 N, G LFT 7- 9 D 16*856 SCI-D UKN ENERG IN KILOVOLTS

BISMUTH Z=83

k ABUND. SEPARATION ENERGIES (MEV)

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

,09 100c 7*5 3*8 9o4 10«9 -3.1 14.4 11.2 .8

NUCLIDE REACTION RES

REF Z A IN, OUT

73KL1 83BI 209 E . E/ FMF

?2SHi0 83BI209 E. P ABI

73UE1 83BI209 p. P RLX

74TU5 85BI209 c F ABX

76DR1 83BI209 E, F ABX

76GU5 83BI209 G, MU-T ABX

77JA4 83BI209 G. MU-T LFT

72BAS6 83BI209 S G. G RLX

73HA3 83BI209 $ G. G RLY

73ME1 8381 209 G, G ABX

73SW4 83BI209 G, G LFT

73SW13 83BI209 G« G LFT

74JA2 83BI209 G, G ABX

74SW1

1

83BI209 G. G LFT

74TEE 83BI209 G, G LFT

74W02 83BI209 S G. G LFT

77C03 83BI209 G. G LFT

73BA20 83BI209 G, N NOX

73KC3 83BI209 G. N ABI

75EV1 8361209 G. N SPC

72DIiO 8381209 G, 2N A BY

73K03 63BI209 G, 2N ABI

77DI6 83BI209 G. 2N ABY

72DI10 83BI209 G* 3N ABY

EXCIT SOURCE DzTE'

TYPE

0-1 25 Dl 01-245 MAG- D

ao- 20 C S7- 2a MA G- D

3- 40 D 40 MAG- D

THR- 40 D 27- 40 TRK- I 25- 45 D 25- 45 TRK- I 8- 2i C 35 NAI- D

7 D 7 NAI- D

£5 D £ 5 NA I- D

15 D 15 NAI- D

5 D 5 SCD- D

7 D 7 SCD- D

2- 5 C 5 SCD- D

iO D &0 SCD- D

2- 5 C 4- 5 SCD- D

5 D 4- 8 SCD- D

6- 8 D 6- 8 SCD- D

4- 7 C 6. xo SCD- D

THR- 27 c 10- 27 BF3- I 7- 30 c 7- 58 MOD- I 7- 31 c 31 SCI- D

J4-999 C999 ACT- D

14- 30 C 7- 58 MOD- I THR-999 C300-999 ACT- I 21-999 C999 ACT- D

ANG REMARKS

DST QUASIELASTIC

DST ISOB ANALOG STATES

DST

4PI

DST

4PI

0 7.28.7 .63MEV, RES ABS

90 POL G, ALSO G/

90 POL INC2D PHOTONS

DST 5=5«609

UKN 7=7ea8,7«2I

DST J-PI. 10 LEVELS

90

UKN 10 LEVELS. 2.83-7o64

DST 5=5.603

DST POL SCATT PHOTONS

125 11 LEVS 4.2-5«5 MEV

4PI MEAN NEUTRON ENERGY

4PI SIG SN GIVEN

140

4P I 4PI SIG SN GIVEN

4PI 999=1 GEV

4PI

54
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG REMARKS

72K05 80BI2O9 Gt 3N AB I 21— 3 0 C 7— 58 MOD- I 4P

I

SI G SN GIVEN

77016 838 I 209 G» 3N ABY THR—999 C300—999 AC T— I 4PI 999 = 1 GEV

7£D^ ^ 0 83BI209 G » 4N A BY 29—999 C999 ACT- D 4P I 72K03 83 BI <i09 G» 4N ABI 29— 3 0 C 7- 58 MOD- I 4PI SI G SN GIVEN

77DI 6 83BI 209 G • 4N ABY THR—999 C3 00— 999 ACT— I 4P I 999= 1 GEV

73S019 83BI 209 G» XN ABX 7— 28 C 7- 28 BF 3— I API

74LA5 83BI209 G« XN SPC 7— 29 C 29 EMU— D DST

75SC 1

2

83BI 209 Gt XN ABI 7— 27 C 7— 27 BF 3— I 4PI SEE 73S019

7 2D ISO 83BI 209 G t SE75 A BY THR—999 C999 ACT— D 4P I 999= 1 GEV

7iDI 1

0

0 ~3 C T 0 0 83B I 209 /~ All G* AU ABY THR—999 C999 AC T — D 4PI 999 = IG EV 5 AU

69RA 4 83E I 209 G» F ABX 55—a 4 0 C 4 0— 140 TR K— I 4P

I

72DE12 83BI209 G. F NOX THR-999 C700- 999 TRK- I DST 999 = 1 . 5 GEV

75AR7 63BI209 G.F ABY THR-600 C600 ACT- I 4PI

76B014 83BI209 G,F RLX 22 0-500 D220- 500 TRK- I 4PI COHERE NT BPEMS

T6EM2 83BI209 G.F ABY THR-999 C999 TRK- I 4PI 999 = 1 GEV

74SN5 83BI209 P.G ABX 13- 29 D 17- 25 NA2- D DST

RADIUM Z = 88

A ABUND. SEPARATION ENERGIES (MEV)

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

226 6o4 7«4 9c7 -4o9 11.3 13.4

NUCLIDE REACTION RES EXCIT

REF Z A IN. OUT

74ZHi e8RA226 G.F RLY i 0- £ 5

75BA9 88RA226 G.F RLY THR- 28

SOURCE DETECTOR

TYPE ANG REMARKS

C ii- 25 TRK-I DST SYM AND ASYM YIELDS

C 11- 28 TRK-I DST

THORIUM Z=90

A ABUND. SEPARATION ENERGIES (MEV)

G.N G. P G .T G.HE 3 G.A G.2N G. NP G.2P

232 lOOo 6e 4 7© 8 10• 2 12*2 -4«1 11*6 13.7 13.7

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG REMARKS

76C03 90TH252 E.E/ FMF 1. 1 D 44-101 MAG- D DST LEVELS •04e.«157

74RAa 90TH232 E.F NOX THR- 30 D 8- 30 TRK- I DST

76AS1 90TH232 E. F NOX THR- 66 D 7- 66 TRK- I DST FISSION K.E.

TeKNj 90TH232 E.F RLX THR- 40 D 10- 40 TRK- I 2PI SIG(E-)/SIG( E+i

74GU1

1

90TH232 G.MU-T ABX 7- 19 C 35 NAI- D 4PI

74BA6 90TH252 G. G ABX 8- 11 D 8- 1 1 SCD-D DST RAMAN SCATTERING

74HA4 90TH232 S G. G ABX 15 D 15 NAI- D 90 POL INCID PHOTONS

74JA2 90TH232 G.G ABX I 0 D 10 SCD- D 90

75JA1 90TH232 G. G ABX 11 D 11 SCD- D 150 RATIO RAMAN/ELAST

72BEa5 90TH232 G.N ABX 9- 16 D 9- 16 MOD- I 4PI

73CA2 93TH232 G.N NOX 6- 12 C 8- a 2 BF3- I 4PI

73G02 90TH232 G.N RLY 6- 7 C 5- 7 BF 3- I 4PI

73VE2 90TH232 G.N ABX 9- 17 D 9- 217 MOD- I 4PI

55
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A INt OUT TY PE ANG REMARKS

74M^.9 9 0TH2o2 G • N ABX 6 — 1

1

D 6 — 1

1

ACT- I 4P I CAPTURE GAMMAS

75EVS 90THi:32 G« N SPC 6— 31 C 3i SCI — D a 40

75JU3 90TH232 G« 4N NO X 23— 55 C 55 ACT— I 4PI RECOIL RANGE MEAS

75JUZ 90THi:32 G* 6 N NOX 3 6— 55 c 55 ACT— I 4P I R;:C0IL RANGE MErS

73RU

1

9 0TH232 Gt XN RLY 5— 1 0 c 5- 1 0 BF 3— I 4 P

I

6 9 * A. S 90TH232 Gt F RLX THR— 99 9 C2 00-999 SC D— D DST 999=1 •2 GEV

7 1 MA6 90TH252 G» F ABX 5— 1 0 D 5- 1 0 I ON- X 4PI

7 2BE& 5 9 !3JHZ3k G* F A8X 9— 1 6 D 9- I 6 MOD— I 4P

I

75CA2 90TH232 Gt F NOX THR— 1 2 C 8- 1 2 BF 3- I 4P I 73V£S 90TH<£j2 G» F ABX 9— 17 D 9- 17 MOD— I 4P I 73YE2 S0TH232 G« F ABX 5— 8 D 5- 8 SC 0- I 4PI COMPT SCATT G SOURCE

741 V£ 93TH232 G. F RLY 5- I 2 C 5- i 2 TRK- I 4PI YIELD REL U-238

75CA5 90TH232 G, F NOX 6- 1 3 C 8- 13 MOD- I 4PI NEUT. MULTIPLICITIES

75DI 2 90TH232 G, F ABX THR- 8 c 8< 1 0 TOF- D 135

77H03 90TH232 G. F RLY 5- 38 c 9- 38 ACT- I UKN MASS YLD DISTRI3

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 Oe005 6o 8 6.6 ^Oo 2 1 0.6 -4.9 12. 6 £3.1 11.9

255 0.720 5e 3 6.7 1 0. 0 9.5 -4.7 12. 1 1 lo9 12.4

238 99.274 6.1 7.6 iO« 0 .8 -4.3 ££.3 a3c6 *

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG REMARKS

75C«i5 92U 233 G.F NOX 6- 15 C 8- 15 MOD- I 4PI NEUT. MULTIPLICITIES

TdKOe 92U 235 G,F RLY THR- 24 C £0- 24 ACT- I 4PI

75CA5 92U 234 G.F NOX 6- £3 C 8- £ 3 MOD-I 4PI NEUT. MULTIPLICITIES

74GUH 92U 235 G,MU-T ABX 7- 24 c 35 NAI-0 4PI

7eGU2 92U 255 G. MU-T ABX 7- 24 c UKN NAI- D 4PI

75CA2 92U 235 G* N NOX 5- 12 c 8- 1 2 BF3- I 4PI

75RUi 92U 235 G,XN RLY 5- i 0 c 5- £ 0 BF5- I 4PI

72K010 92U 235 G. F RLY THR- 14 c 14 ACT- I 4PI FISSION PROD YIELD

73ANa3 92U 225 G.F ABX 5- 8 D 5- 8 SCD- I 4PI

7 3CA2 92U 235 G.F NOX THR- £2 c 8- £ 2 BF2- I 4PI

73IV5 92U 235 G.F RLX THR- 15 c 6- 15 TRK- I DST

741 V2 92U 235 G.F RLY THR- £2 c 5- £2 TRK- I 4PI YIELD REL U-238

75CA5 9 2U 255 G.F NOX 6- 13 c 8- 13 MOD- I 4PI NEUT. MULTIPLICITIES

76THa 92U 235 G.F RLY THR- 25 c 25 ACT- I 4PI FISSION PROD YIELD

73YE2 92U 236 G.F ABX 5- 8 D 5- 8 SCD- I 4PI CCMPT SCATT G SOURCE

75CA5 92U 256 G.F NOX 6- 13 c 8- 13 MOD- I 4PI NEUTo MULTIPLICITIES

7e*iL4 92U 256 G.F PLY THR- 7 c 5- 7 TRK- I DST

76CC3 92U 238 E.E/ FMF £. i D 44- £06 MAG- D DST LEVELS .045, .£48

78HI 1 92U 238 c.E/ LFT 0- 1 D 90-300 MAG- D DST •68. .732. .827 MEV

77Mfe4 92U 238 E.N ABX 6- 25 D 6- 25 ACT- I 4PI

76W02 92U 258 E. A ABX THR- 24 D 9- 24 ACT- I 4PI THORIUM 234 ACTIVITY

73NA3 92U 238 E.F ABX THR- 50 D 8- 50 TRK- I 4PI GIVES G.F/e.F RATIO

74KN1 92U 238 E. F RLX THR- 40 D 15- 40 TRK- I 90 E+.E- YIELDS

56
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG REMARKS

f oft K o y <;u O O Zoo 1 r AB Y THR— 60 C 6— 60 TRK- I 4PI

a^ o \ \ C.\J o ^ fi El T HR— 4 0 D 1 0— 40 TPK- I 2PI SI G( E- ) /SI G( E+)

y t u C ^ fi u 1 MU~ r A Q V A dX 8— 24 C 3 5 NA I- D 4PI

^o JO< fl fV>1 u 1 1 ] A Q V 7— 24 C UKN NA I — D 4PI

Oy 7 1 f ceo /"u t u ABX A Q V

r — I 2 D 7— 1 2 SC D— D 140

y £.u O ^ Q ^JO fu<1 u ABX 8 D 8 SC D- D DST 8=7. 91

5

7 A n £^ A y ^ u 2JO 1 o A6X 8— & I D 8— 1 1 SC 0- D DST RAMAN SCATTERING

f *f nA *f y ^O JT oQ $ V3 1 r"

> o Ada A Q V

1 O 0 1 5 NAI — D 90 POL INCID PHOTONS

y ^ u £

3 ^ fi J o

fO )

/- A C V

H 0 D £ 0 SCD- D DST

f o J A 1 9 2U 238 G

1

G ABX 1

1

D 1

1

SC 0- D DST RATIO RAMAN/ELAST

92U 236 Gi N ABX 8— I 8 D 8- I a MOD- I 4PI

r Cv A c. y iiU £J O V> 1 KlN Kin NUXV 6— 1 2 C 8— 1 2 BF3- I 4P I

« IV vV LJ £ c5 J"a oft - 7 C 5— 7 BF 3— TI 4P

I

r w rx rN ^ 9 ^ £P J fto . KlffN ADA A B V o V. 5— 8 Br o— i 4P I INCL G»FN NEUTRONS

U w Pi O 7 £ 5 ft 4C J o O -

1 IN />& A CDAV y D 6- 9 BF3— TI 4P I

r w V & A 7 £ \J C5 JO"^ft KlIN ADA A R V o~ 1 y D 8- 1 9 MO D— I 4PI

u CO ^ ill W £ J o O 1 C IN r^DA A R V 1 o D 8- S 8

u ri r\ MU D— T 4P

I

72VE1 S2U 23 8 G

1

2N ABX 11 — 1 9 D 8- 1 9 MOD— I 4P

I

73RUfi 9 2U 238 G

1

XN RLY 6— 10 C 5- 1 0 BPS- I 4P 1 7T JA2 9 2U 238 Gt NA2 4 ABY T HR— 999 C400- 999 ACT- I 4P I 999=1 Gcv

71MA6 92U 238 G< F ABX 5— 1 0 D 5- 1 0 ION- I 4PI

7 2BEi 5 92U 238 Gi F ABX 8— X 8 D 3- S 8 MOD— I 4P

I

7 2DE 1

2

92U 238 G< F NOX THR* 6 C 3* 6 TRK— I DST ENERGIES IN GEv

7 3SiL 5 92U 236 G

1

F RLY Tun T HR— T C 4- T ACT— TI 4P I T^AL 1 2. 92U 2 J 8 r RLY T l_J Q T C 4- f AC T— 4P 1 73AN!l 3 92U c 38 G

1

F ABX 5— 8 D 5- 8 SC D— T1 4P

I

7»CA 2 92U 238 Gt r NO X T HR— 1 2 C 8- 1 2 Br 3— TI

A n T 4PI

73Dfi,6 9 2U ^ T o 2 j6 r ABY T U O T HR— 2.e. c a- 2

TCI*' TKK— 4PA O T

1

7 3N A 3 92U 238 Gt r ABX T HR— 5 0 c 8- 50 TR K— I 4 P 1 VCS o»r/ttr RATIU

7 3VE1 92U ^38 G t F ABX 8— i 9 D 8- & 9 MOD— I

A T 4PZ

75B03 9 2U 238 Gt r ABX THR— 6 c 3- 6 TRK— I 2PI 2Pi=S0LID ANGL75CA5 92U 238 Gt F NOX 6- i3 c 8- 13 MOD- I 4PI NEUT. MULTIPLICITIES

7 5DI 2 92U 238 Gt F ABX THR- 8 c 8, 1 0 TOF- D 135

76ftR3 92U 238 G, F ABX THR- 60 c 6- 60 TRK- I DST

76KI 6 92U 238 Gt F ABY THR- 580 C580 TRK- D 4PI

TfcTHl 92U 238 Gt F RLY THR— 25 c 25 ACT— I 4P I F2SSICN PROD YIELD

77ZH1 92U 238 Gt F ABX 3- 7 c -a_ 7 TRK- I DST

76KC8 92PU239 G, F RLY THR- 24 c 10- 24 ACT- I 4PI

73MC6 92U 239 Ni G RLX 13- 19 D 7- 14 NAI- D UKN

57
NEPTUNIUM Z = 93

A AaUNDc SEPARATION ENERGIES (MEV)

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

237 6*6 4»9 de2 10e4 -5*0 12e3 11.4 12.0

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG REMARKS

I oow ^ 7 O 1 *— ^ ^ . Ml 1—

T

Pi a At T _ 1 o if 1 11^ NJ MA T — n

77BAT 93NP237 G.G ABX 8- £2 D 8- 12 SC D-D DST

72BE1 5 93NP237 G. N ABX 9- 17 D 9- 17 MODI4PI

?3VE2 93NP237 G.N ABX 9- 17 D 9- 17 MODI

4PI

72BE15 93NP237 G.2N ABX 9- 17 D 9- 1 7 MOD14PI

73VEa 93NP237 G.2N ABX 9- i7 D 9- 17 MODI

4Pl'

72BE15 93NP237 G. F ABX 9- 17 D 9- 17 MOD14PI

T2K09 9 3NP237 G.F RLY THR- 24 C ao- 24 ACT-I 4PI FISSION PROD YLDS

73VE1 93NP237 G.F ABX 9- 17 D 9- 17 MODI4PI

741 V2 93NP257 G.F RL.Y THR- 12 C 5- 12 TRK-I 4PI YIELD REL U-238

75CA5 93NP237 G.F NOX 6- 13 C 8- 13 MCD-I 4PI NEUT. MULTIPLICITIES

PLUTONIUM Z = 94

A ABUND. SEPARATION ENERGIES (McV)

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

238 7*0 6o0 9o 8 9.7 -So 6 12*9 12.6 10.9

259 5.7 6o2 9e8 e«8 -5#2 a2o7 ilo6 llo4

240 6« 5 6«5 9*7 1 0*2 -5o3 12c 2 1 2c7 ii«e

242 6o3 6.9 9.5 1 0o8 -5.0 lie 5 12*9 £2«e

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG REM^^RKS

74GU 1

1

94PU239 G.MU-T ABX 7- 20 C 35 NAI-D 4PI

76GU2 94PU239 G. MU-T ABX 7- 20 c UKN NAI-D 4PI

f 3CA2 94PU239 G. N NOX 6- 12 c 8- 12 BF 3-1 4PI

73RU1 94PU239 G.XN RLY 6- IC c 5- 10 BF3-I 4PI

75CA2 94PU239 G.F NOX THR- 12 c 8- 12 BF3-I 4PI

741 V2 94PU239 G.F RLY THR- 12 c 5- 12 TRK-I 4PI YIELD REL U-238

7 5CA5 94PU239 G.F NOX 6- 13 c 8- 13 MOD1

4PI NEUT. MULTIPLICITIES

AMcRIClUM Z = 95

A ABUNDo SEPARATION ENERGIES (MEV)

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

241 6.7 4.5 8.2 9.5 -5*6 12»6 11«0 11*0

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN. OUT TYPE ANG REMARKS

NO DATA

58
8. DIGITAL DATA LIBRARY INDEX

The following data sets are available from the Photonuclear Data Center.

Note : Data sets whose acquisition number, ACQ, are followed by a * were obtained in

digital form directly from the source. All other sets were digitized by the

Photonuclear Data Center.

NUCLIDE REACTION REF ACQ

IH 2 G *P 71 WE 2 71 4

2HE 3 G» P 65FE 65

2HE ^ G » P 65FE 1 oo

2H£ 3 GtN 65FE 1 TO

2HE 3 G 1 N 65FE 1 75

2HE 3 G* D 0'^ 2HE 3 G 1 N

^ £ /** er 1 OO

2HE a G«i N

*9 /\ Q C t J * * 2Hc G» P 7 2Cn Ai AA

2HE 4 GtN ocr^ C Cc AA C

2HE 4 G« N 69AR 4

2HE 4 G* N 69AR 4 265

2HE 4 G.2P2N 69AR 5 262

2HE 4 GtlN 69AR 5 283

2HE 4 G*N 70BU 1 236

2HE 4 GiSN 70BE 9 338

2HE 4 G»N 71BU 1 335

SHE 4 GtP 7i BU & 340

2HE 4 G.SN 71 BE 3 258*

2HE 4 P.G 70ME 2 440*

oLI GtXN 60FA 1 1 063

FIGURE T

3LI GtXN 62C0 3 1 064

FIGURE I 3LI Gt XN 64AL 1 1 062

FIGURE 3

3LI Gt MU-T 75AH 3 912*

2«0 MEV RESOLUTION

3LI G.MU-T 75AH 3 913*

2.0 PERCENT RESOLUTION

3LI G.MU-T 7 5AH 3 914*

0«5 MEV RESOLUTION

3Li G.MU-T 75AH 3 9i 5*

1«0 PERCENT RESOLUTION

3LI G.T 77LE 1 a 059

FIGURE 1 3LI 6 E.P 70WO \ 732

3LI 6 EtP 70WO 1 733

3LI 6 E.P 70WO £ 734

3LI 6 E.P 70WO 1 735

3LI 6 G.XN 64BA 2 1058

FIGURE 1. HISTOGRAM PLOT

3LI 6 G.XN 64GR 2 657

3LI 6 G.SN 65BE 1 507*

3L1 6 G.IN 65BE 1 50 8*

NUCLIDi REACTION REF ACQ

3L I 6 G 1i2N 65BE 1 50=**

3LI 6 Gi PO 65BA 2 660

3L I 6 G 1 T 65BA 2 677

3L I 6 Gi XN 6 5HA % 584*

3LI 6 Gi XN 66C0 5 656

3LI 6 G 1 HE3 66NU 1 668

3LI 6 Gi T 66SH 1 676

3LI 6 G 1 PO 67 DE 2 659

3LI 6 Gi 0 67DE 2 661

3LI 6 G 1 T 67DE 2 675

ZLI 6 Gi T 68SH 2 422

3LI 6 G. T 70MU i 673

3LI 6 G. PD 70MU 1 674

3LI 6 G f XP 70h/0 1 658

3L1 6 G« HE3 70WO & 67£

3LI 6 Gi T 70WO 1 672

5LI e HE, G 68BL i 669*

5LI 6 HE. G 70YO 1 670

68BLJI D^T^ EXTENDED IN ENERGY

3LI 6 HE. G 71VE 1 66?

3LI 7 E t P 70WO £ 730

3LI 7 E. P 70WO 1 731

3LI 7 G. T 55MI £ 289

3LI 7 G. XN 5 9P0 1 295

3L1 7 G. T 6iSH 6 287

3LI 7 G. P 62GR 2 291

3LI 7 G t P 62SH £ 294

3LI 7 Gt P 62SH 1 295

3LI 7 Gt N 64GR 2 729

3LI 7 Gt XN 65HA 1 575

3LI 7 Gt T 663LI7 290

5L1 7 Gt XN 67BA 2 286

3LI ? Gt T 67DE £ 292

5L I 7 Gt P 67DE 1 727

-LI 7 Gt T 69S0 728

3LI 7 Gt SN 73BP11 510*

3LI 7 Gt IH 736R£a 5££*

3L1 7 G. 2N 73BR11 512*

3LI 7 G. NO 77FE £ £060

FIGURE 4. OPEN S QUARES

3LI 7 G. Nl 77FE £ £06£

FI GURE 4. CLOSED SQUARE S

4BE o Gt XN 53NA £ 554

ABE 9 G. N 56ED 1 556

4BE 9 G. N 588A 2 555

59
NUCLIDE REACTION REF ACQ NUCLIDE REACTION REF ACQ

w w 9 G • N 59TH % 553

9 G» N 60B£ 1 557

46E 9 G t N 6i JA I 539

*T D fc 9 G . P 62CL I 637

*r D L» 9 G * MU—

T

62MI 4 838

64K0 «^ 839

H- O C C 6 SCO 558

*r u Q G * MU—

T

65W Y 54

FIG 4o %j w^—'—J * D w Q CP 840

^RP r o » c 66V0 1 845

4BE O G » T eevo I 844

ABE 9 G • MU—

T

69D0 262

4BE 9 G. MU-T 72AH 7 592

4BE 9 Gt XN 72TH 2 841

4BE 9 GtXN 75HUil 836

4BE 9 GtMU-T 75AH 3 916*

MEV RESOLUTION

*r D & 9 G.MU-T 75AH

2 « O PERCENT RESGLUTICN

AR*r D CP 9 G.MU-T 75AH

WO ^ MEV RESOLUTION

AR F S G. MU-T 75AH 3 Q*

£«0 PERCENT RESOLUTION

4BE 9 G.N 75HU 1 1 035

4BE 9 G.N 75HU i a 026

ABE 9 G« XN 75HU 1 1 037

FIGo 2

4BE 9 G.XN 75KN 5 1 041 * 4BE 9 G.2N 75KN 5 £ 042*

ABE 9 G.SN 75KN 5 1 043

FIGURE 5. DASHED LINE

4BE 9 T.G 71 SC 3 1 045

FIGURE 2

5B 10 G.XN 76KN •a & 048

5B 10 G «2N 76KN 3 1 049

5B 20 G.XN 65HA i. 573

5B 10 G. XN 73HU14 831

56 SO P.G 6cFU

SB 10 HE.G 65PA 1 863

SB £0 HE.G 66LI I 862

5B 11 G. XN 65HA 1 574

5B 11 G.P 69SC 2 2 J 6

5B 11 G.P 70SO 1 279

SB £E G.PO 70SO i 280

58 11 G.Pl 70S0 1 261

SB ii£ G.XN 73HU2 4 832

SB 11 G.D 74DE 4 866

SB nil G.XN 7eKN 31 050*

SB 11 G.2N 76KN 1 051 * 58 P.G 70GO 2 235

58 11 P.G 70GO 2 866

58 ii. D.G e6su & 364

SB 11 D. G 71BA 4 867

SB ££ A.G 67 PA Ow*^ 6C 11 P.G 70KU 1 255

6C E.E/ 7i8E 964

6C 1£ G.3A 5oG0 1 1068

ec ii2 G. MU-T 607^ 2 466

60 12 G.N w L/ w 1 A W «J 6C 12 G . MU—

T

6 5WY *It FIG 6A

6C 12 G . MU—

T

65WY 53

FIG 6B

6C a2 G.N 66C0 2 AAA lis.

6C 1 2 G . IN 66FU 1 1 2*

6C 12 G.N 1 6C a 2 G . XN 66M I Cm AT•t r ^ 6C 1 2 G.N 68WU 1X ^ £^

6C £ 2 G .P/N AV AMI w 1 *1 \J fl 6C 12 G. XN G 7 D n 6C £2 G . MU—

T

69BE A W

6C 12 G . MU-T 696E 2

6C £2 G.P 69CA 3i 6

ec 12 G. NA 69CW 2 276

6C £2 G.P 69TA 1 3il7

6C 12 G.3A 70MU 31 8

60 £2 G.XN 71IS 3 451 2

6C 12 G. MU-T 72AH 7 593

60 £2 G. MU-T 7SAH 3 920*

2*0 McV RESOLUTION

6C £2 G . MU-T 7SAH 3 92i*

2a 0 PERCENT RESOLUTION

60 £2 G. MU-T 75AH 3 922*

Oo 15 ME V RESOLUTION

60 £2 G.XN 7 SKN 8 S 038*

6C 12 P.G w ^r^i L_ 2

60 £2 P.G 69KE £.27

ec 12 P.G 69KE 22 3

60 £2 P.G 70KU

60 13 E.E/ 71BE 2 963

60 23 G.P 57C0 297

60 13 G.XN 57C0 561

60 £3 G.XP 64DE 3i 3

60 13 D. G 73WE 646

TN £3 P.G 63FI 266

7N 13 P.G2 63FI 1 267

7N £3 P.G 72HA 546

7N 14 G.MU-T 69BE 2 1 06

7N 14 G .MU-T 69BE 2 250

7N £4 G.SN 70BE 5 51 3*

7N 14 G.P 72CA 4 586

7N £4 G.P 73BA 8 849

7N 14 P.G 71RI X 611

7N £4 P.G 71RI 658

7N 15 P.G 72WE 2 "^47

7N £5 P.G 73WE 2 845

7N 15 D.G 73WE

80 £5 P.G 70KU 1 246

80 15 P.G 70KU 1 253

60 £6 E.P 6200 % 248

80 16 G.N 6iFI 2 201

80 16 G.XN 62B0 2

60 16 G.XN 646A 312

80 £6 G.XN 64FI £ 213

NEUT SPEC 25MEV BREMS

80 £6 G. NG 6 5CA 38

1/2+.5/2+ STATES

60
lUCL I OE REACT ION REF ACQ

G » N 65CA 1 39

GRCUN D STATE

60 % 6 G t NG 65CA 1 40

3/2— ST ATE

60 £ 6 G t N 65CA a 4i

60 16 G*1N 65CA 1 42*

80 £6 G tXN 65HA J 572

80 1

6

G « MU—

T

65WY 1 50

FIG 8A

60 1

6

G t MU—

T

6SWY J, 51

Fl G 8B

60 1

6

G » 1

N

666A 5 £96*

60 2 6 G* N 66C0 1 £13

80 1

6

G« IN 6 6MI 2 471

80 1

6

G ,P 67CA 2 22

FIG

60 16 G • NG 67CA 2 23

Fi G 27 TOP

60 1

6

G» PG e7CA 2 24

FIG 27 BOTTOM

80 16 G» MU—

T

67CA 25

FIG 36

80 16 G« PG+NG 67CA 2 26

FI G 35

80 16 G • PG 67CA 2 27

FIG 3i TOP

80 16 G* PG 67CA 2 26

FIG 3i BOTTCM

80 16 G« PG 67CA 2 29

FIG 30 TOP

80 16 G« PG 67CA 2 30

FIG 30 BCTTCM

60 16 G«NG 67CA 2 31

FIG 28 TOP

80 16 G» PG 67CA 2 32

FIG 28 BOTTOM

80 16 G«NG 67CA 2 33

FIG 29 TOP

60 16 G< PG 67CA 2 34

FIG 29 BOTTOM

80 16 G* SN 67CA 2 35

FIG 18

80 16 G • NO 67CA 2 36

FIG 33

60 1

6

G« AG 67CA ^ 37

FIG 32

80 16 G« P 67TH 1 2 02

80 a 6 GtP/N 66WU Ji 226

60 1

6

G« MU—

T

696E 2 1 08

60 £ 6 G* P 69ST 1 94

60 16 G«N 70IS 5 341

80 £6 G«N 70JU £ 046

FIG 6 TIMES 4PI

80 £6 G * MU-T 72AH 7 594

60 16 GtXN 72TH 2 852

60 16 G,1N 73BE10 857

80 £6 G»2N 74VE 1 877*

80 16 G.NP 74VE 1 678*

60 £6 G.iN 74VE £ 879*

NUCLIDE R£i5,CTI0N REF ACQ

80 16 G,MU-T 75AH 3 924*

2. 0 MEV RESOLUTION

80 £6 G» MU-T 75AH 3 925*

2. 0 PERCENT RESOLUTION

80 £6 Gt MU-T 75AH 3 926*

Oo 15 McV RESOLUTION

80 £6 G.MU-T 75AH 3 927*

le 0 PERCENT RESOLUTION

80 £6 G.XN 75KN e £ 039*

80 16 P.G 64TA 2 80

FIGURE 2

80 16 P.G 67 BL 1 78

60 £6 P.G 730C 1 850

80 16 P. G 74R0 5 1 055

80 £6 0*G 66SU £ 79

60 16 Of G 71SU 1 8£1

80 £6 HE.G 74SH 3 355

60 13 G.2N 76KN 4 1 054*

60 £8 G«XN 76KN 4 £ 055*

60 13 GtN+NP 76KN 4 1 056*

80 £8 G. SN 76KN 4 £ 057*

96E 4 G«P 62CL 1 1 044

9F £9 G« N 60KI 4 666

9F 19 G*N 620E 1 664

9F £9 G.P 62D0 £ 803

9F 19 G.MU-T 64TE 1 663

9F £9 G. MU-T 6600 2 417

9F 19 G « MU-T 69Bc 1 07

9F 19 G .N 71 BA 2 662

9F £9 G«£N 72VA ^ 665

9F 19 Gt2N 75Bcl 0 217

9F £9 G*XN 738E1 0 749

9F 19 Gt XN 73CA 5 726

9F £9 Gt2N 74VE £ 680*

9F 19 G.SN 74VE 1 681 *

£ ONE EtP 6200 £ 797

1 ONE G* XN 54FE 1 871

£ ONE GfXP 63FI 4 796

1 ONE G«1N 74VE 1 869*

£ ONE G.SN 74VE i 876*

1 ONE G« 2N 74VE 1 682*

£ ONE 20 G«P 69H0 £ 795

lONE 20 P.Gl 606R 1 675

£ ONE 20 P. GO 606R 1 874

lONE 20 P. GO+Gl 64TA 1 940*

£ ONE 20 P.G 67 SE £ 73

i ONE 20 P.Gl 67SE 1 872

£ ONE 20 Pi GO 67 SE £ 946

lONE 22 G.2N 74VE 1 870*

££N^ 23 G.£ N 63 SA £ 78£

1 INA 23 G.MU-T 65WY 1 49

FI G ££

1 INA 23 G.IN 71AL 1 347*

iim 23 Gf 2N 7aAL £ 350*

1 INA 23 G.SN 71AL 1 551 * ££N^ 23 G.P 73VE 2 777

1 INA 23 G.IN 74VE 1 883*

££N^ 23 G.2N 74VE 1 684*

UNA 23 G.SN 74VE 1 885*

£ 2M6 G.XN 58SP 2 328

61
NUCL I DE REACTION REF ACQ

i 2MG G >XiM 63C0 3 327

1 £MG G . XP 64IS 1 326

I 2MG G iXN 65MI 325

1 2MG G » MU-T 65WY 1 47

FIG i 3A

1 2MG G , MU-T 65WY 1 48

FIG £ 48

1 2MG G ,MU-T 6600 2 323

I 2MG G ) N 70WE \ 322

FIG 2

SI 2MG Gi1 N 70WE % 355

FIG 5

i 2MG Gi> N 70WE 1 775

FIG DOTS

V9 1iSN 7IFU 2 342

E

1

.E/ 66AR 2 945

E 1.E/ 67TI 1 944

Gi)N 60K I 1 51 9

A 2Mo ^4 f-O 1 P 661 S 1 77S

1 2MG 24 G 1> IN 66M I 524

U 2MG £.4 G 1»P 67LE \ 943

1 'ZKA^ OA Gi• XN 69AN 2 321

A ^MG ^4 G 1. N 71 8A 2 941

1 cM vs ^4 V3 1>1N 71FU 2 343*

SMG 24 /»XN 7215 1 543

1 £.MG 24 p 11 G 63 GO 3 942

S 2MG 24 P 1 G 68BE 3 798

1 (a 29 r-u <. XN 55NA 1 320

^MG 25 G 1 N 70Bc 5 947

O/^ T KIT c Pu I NT S

A 2MG £3 G

1

N 70BE 5 948

1 2MG 25 G \>1N 71AL 1 352*

A 2MG 2o G 1>2N 71AL 1 3 53*

1 2MG 25 G

1

SN 71AL 1 354*

£ 2MG 25 G

1

>N 7i8A 2 205

12MG 25 Gi P 7 4 WO 5 952

1 2MG 26 E 1.E/ 7 0TI 1 953

£ 2MG 26 G 1 N 69BE 3 949

PC I NT S

& 2M G 26 G

1

IH 7aFu 2 344*

1 2MG 26 Gi 2N 71FU 2 345*

£2MG 26 Gi SN 7iFU 2 346*

12MG 26 Gi XN 721 S 1 549

&2MG 26 G« P 74AN i 950

i2MG 26 G< XP 74 VA 2 951

&3ftL 27 Gi P 53HA 1 956

13AL 27 Gi 2P 58AU 1 770

ioAL 27 Gi 2P 58AU i 955

13AL 27 Gi MU-T 59DU 1 769

i3^iL 27 Gi MU-T 59MI % 767

15AL 27 Gi P 60CH 2 751

i3AL 27 Gi iN 60CH 2 752

13AL 27 Gi NA24 60GO 2 962

aiiSiL 27 Gi MU-T 60TA 2 467

15AL 27 Gi MU-T 60ZI 1 846

S3AL 27 Gi XN 6280 2 80£

13AL 27 Gi P 62D0 1 804

aSAL 27 Gi XN 62MU i 753

13AL 27 Gi P 62SH11 954

aSAL 27 Gi MU-T 640 0 2 756

NUCL I Dc REACTION REF ACQ

13AL 27 G «N 65TH 2 76

&3AL 27 GtMU-T 65WY a 45

FIG ISA

i 3AL 27 G» MU-T 65WY 46

FI G 1 58

G • XN 66FU a £15

G» 2N 66FU 1 116*

a3AL 27 G » 5N 66FU a 516*

13AL 27 G« IN 66FU a 517*

loAL ii7 G « XN '67AN 2 551

A .^AL 27 G» N2P 68ME 4 31 a 13AL 27 G « XN 69AN 3 860

&3AL 27 G*XN 69C0 2 536

13AL 27 G* XN 6915 455

l^AL ie.7 G s MU—

T

72AH 7 595

13AL 27 G » P 7200 1 758

&3AL 27 G tiN 74VE a 666*

15AL 27 G.2N 74VE 1 667*

fi3AL 27 G. MU-T 75AH 3 928*

2cO MEV RESOLUTION

i3AL 27 G» MU-T 75AH 3 929*

2«0 PERCENT RESOLUTION

a3AL 27 G,MU-T 75AH 3 930*

0e2 MEV RESOLUTION

S3AL 27 G, MU-T 75AH 3 93a*

leO PERCENT RESOLUTION

a 4SI G.MU-T 59DU a 829

14SI G.XP 61SH 5 827

a4si G.P 625Haa 322

1 4SI G* XN 6380 1 825

FIG 2 BOTTOM

1 4SI Gt XN 6380 1 958

FIG 2 TCP

14SI G.IN 63CA 1 72*

a 4SI G.XN 63C0 3 788

14SI G«N 635A 1 826

a4si G,P 65CA 2 760

14SI G.A 65CA 2 765

S4SI G.MU-T 65(wY <1 A 6a

FIG 17A

a4si G. MU-T 65WY a 62

FIG 178

£451 G.XN 66G0 3 74

1451 G.P 67G0 a 854

1451 G.P 67GC 1 856

a4si G.MU-T 6eBE 4 a 03

1451 G. XN 68G0 6 431

FIG 28

1 451 G. XN eeGo 6 957

FIG 5A

14SI G. XN 69AN 3 828

£451 G.XN 69C0 a 830

1451 G.NO 70hfU 1 81 9

a 451 G.2P 71 SA 2 609

1451 G.MU-T 72AH 7 596

a 451 G.IN 74VE a 888*

1451 G.MU-T 75AH 932*

0«i5 MEV RESOLUTION

1451 G . MU-T 75AH 3 935*

a«0 PERCENT RESOLUTION

62
NUCLIDE REACTION REF ACQ NUCLIDE REACT ION REF ACQ

1 4SI 28 G « P 61SH 1 853 17CL G *2N 74VE 1 896*

i 4SI 28 G« N 70WE a 356 17CL Gf 5N 74VE £ 897*

FIG 1 17CL 35 G t N 5580 2 21 8

£ 4SI 26 G. N 70WE 1 776 a7CL 35 Gf N 62KU a 21 9

FIG 1 DOTS 17CL 37 Gf 2N 74VE 1 698*

a 4SI £8 P t Ga 61 Gi^ a 623 a 8AR 36 P f G TOKE a 244

1 4SI 28 P • GO 61 GA 1 824 1 8AR 38 Gf P 70KE 1 245

£451 28 P t G 61 Kl a 82a a 8AR 40 G f a N 74VE a 899*

14S1 28 P. G 65SI 1 1 04 leAR 40 Gf 2N 74VE 1 900*

£ 4SI 28 h* G 66ME a 77 a 8AR 40 Gf SN 74VE a 90a * 14SI 29 G, N 73FU 2 802 19K Gf 2N 74VE 1 902*

S 4SI 30 G 66ME a 759 a 9K G f NP 74VE a 903*

14S I 32 A« G 68ME 1 761 1 9K Gf IN 74VE 1 904*

S 5P 3a Gf MU-T 59DU a 813 a9K 39 G f N 69WE a 1 82

15P 51 G. XN 62MU 2 755 19K 39 Gf N 71 WE 1 71 3

POINTS 20Ck G f MU— T 72AH 7 597

15P 31 G. XN 62MU 2 81

2

2 OCA 40 Gf N 63M I 2 252

SCLiD LINE 2 00ft 40 G f N 64 8A a 535

1 oP 31 Gf XN 63BC a eaa 2 OCA 40 Gf MU—

T

65WY 1 55

r i e 38 FIG 2aA

3a Gt ANV Kl 63CC 3 793 20CA 40 G f MU—

T

65WV 1 56

1 OP 31 G. KlN 63MC 3 81 0 FIG 218

3a G» AP 641 S a 809 2 OCA 40 Gf XN 66AN 1 1 93

1 OP 31 G* AIN 691 5 3 454 20CA 40 Gf MU—

T

66D0 2 21 4

fl CO i 5P 3a G« 2 807 2 OCA 40 Gf IN 66M I 2 472

i

1 COor" 31 G. ^PO O KlIN 7 0AN 2 808 2 OCA 40 Gf XN 67G0 3 1 85

4 CO 3a G* Ntvl 72ANa2 960 FIG lA

15P 31 G* ANVKI 74DE1

0

961 20CA 40 G f N 67G0 3 1 86

a 5P 3a Gi 74VE a 889* FIG 2

1 5P 31 G» NP 74VE 1 890* 20Ck 40 G f XN 67GC 3 232

& 5P 3a G. N 74VE a 891 * FIG a B

16S G. Ul 1 T 59DU 1 817 2 OCA 40 G f P 67G0 4 2 86

£es G. P 62SHaa 966 2 OCA 40 G f MU-T 68BE 4 a 02

16S G« KlN 63B0 1 967 2 OCA 40 Gf P 68G0 1 1 87

lies G« APV o 641 S a 61 8 2 OCA 40 G f XN 68G0 6 462

16S G* MU~ 1 65H/y 1 43 2 OCA 40 Gf P 69WU 1 1 99

FIG a 9^ 2 OCA 40 Gf NO 69WU a 229

1 6S G* MU—

T

65WY 1 44 FIG 2 CURVE

FIG a 98 20CA 40 Gf PO 69WU a 230

16S Gf MU-T 68D0 1 859 FIG 2 POINTS

aes Gf XN 68GC 6 432 2 OCA 40 Gf NO 69WU a 23a

16S Gf NO 70WU 1 820 FIG lA

ies 22 Gf NP 6280 3 965 2 OCA 40 Gf N 7a I 5 a 4a 4

16S 32 Gf N 62KU 1 966 2 OCA 40 Gf IN 74VE 1 905*

aes 32 Gf N 6 5TH a 750 2 OCA 40 Gf MU-T 75AH 3 934*

1 6S 32 Gf N 67AN 2 71

1

2eO MEV RESOLUTION

165 32 Gf N 67AN 2 ea 5 20CA 40 Gf MU-T 75AH 935*

165 32 Gf N 67WE 1 71 2.0 PERCcNT RESOLUTION

s es 32 Gf D+PN+2N 70^ N 3 264 2 OCA 40 Gf MU-T 7 5AH 3 936*

FIG 5 0«15 ME V RESOLUTION

a 65 32 Gf N+2N 70AN 3 285 20CA 40 Gf MU-T 75AH 3 937*

FIG 4 loO PERCENT RESOLUTION

a 65 32 Gf ISIP+D 7aBR a 8a 4 2 OCA 40 Pf G 67FE a £92

165 32 Gf 2N 74VE a 892* 2 OCA 40 Pf G 68BA 1 1 96

165 32 G , NP 74VE 1 893* 2 OCA 40 Pf G 686A a £97

a 65 32 Gf iN 74VE a 894* 2 OCA 40 Pf G 68BA 1 1 98

165 32 Pi G 65DE 1 82 2 OCA 40 PfG 70DI 2 220

a65 32 P. G 6 50E a 63 2 OCA 40 P,G 73DI 1 587

165 32 Pi G 65DE 1 84 2 OCA 40 Af GO 73 WA a 590

arcL Gf SN 74VE a 895* 2 OCA 42 PfG 73DI 2 585

63
NUCLIDE reacti on REF ACQ

21SC 45 G • SN 73SA 5 589

2iSC 45 G ta N 74VE a 906*

21SC 45 G • 2N 74VE 1 9 07*

21SC 45 G • SN 74 VE a 906*

22T1 G « XN ^ y~ 1 434

23V Si G*« OlCA T42

23V 51 G» IN o2r U 1 433*

23V 5a G • 2N 62FU a 443*

23V 51 G * SN 62FU 1 464*

23V 5a G • XN 69G0 •a 448

23V 51 G« IN T4VE 1

^\909*(~i ^ 23V 51 G • £N Th-Vc a ya 0*

23V 51 G « SN 74VE 1 911*

24CR 32 G t SP 701 S 4 430

24CR 52 6» XN 6 9 GO 3 449

2 5MN 55 G » XN 59PM 2 439

25MN 55 G«SN 73AL 6 51 8*

2 5MN 55 G*a N 73aL 6 sa 9*

2 5MN 55 G« 2N 73AL 6 520*

2 5MN 55 G • 3N 73AL 6 52a * 26FE G t SN 67C0 2 436

2TC0 59 G «£ N 62FU a 435*

27C0 59 G« SN 62rU •1 441 * 27C0 59 G «2N 62FU a 444*

27C0 59 G • MU—

T

65WY 1 60

FIG 23

27C0 59 G» XN 69G0 3 450

27C0 59 G t SN 7aBA a £i4 f FIG 1

crni TP\ t TKIC O UI_iU I. iNC + POINTS

27CC 59 O « AN 7a BA a FIG 1 SOLID LINE

27C0 59 G • SN 73AL 7 525*

27C0 59 G« IN 73AL 7 52o*

27C0 59 G • 2N 73AL 7 52T*

27C0 59 G»3N 73AL 7 528*

28NI G • XN 64BA 4 540

2&NI G « MU—

T

65WY a 59

FIG 25

2eNi G • XN esFi a 2eNi 58 G • NP+ 2N 59CA 4 741

28NI 58 G» XN 6eMi a if

28NI 58 G» SN e9G0 2 2 r 0

28N1 58 G * SN e9GW a 28NI 58 G, XP 70IS 4 743

28NI 58 G.XP 70IS 4 a 069

FIG 2 PROTONS ABOVE 8 MEV

28NI 58 G« N 700W a 274

26NI 58 GtXP 73MI 7 7oo

28NI 58 G*P0 73MI 7 737

26NI 58 GtSN 74FU 3

e ^ 28N2 58 G«a N 74FU 3

28NI 58 G<2N 74FU 3 o24*

2 8NI eo G«N eeMi a 2a

2eNI 60 G»SN 69G0 2

^ ^ 5j7

2eNI 60 G«SN 690W a a 90

28NI 60 GfXP 70IS 4 1 070

FIG 3 PROTONS ABOVE i MEV

2eNI 60 GtXP . 70IS 4 1 071

FIG PROTONS ABOVE 8 MEV

2 6NI 60 6*N 700 W 1 275

NUCLIDE REACTION REF ACQ

26NI 60 Gi»

P

7aDi 4 349

2eNI 60 G » XP 73MI 7 744

2eNI 60 Gi»P0 73MI 7 746

28NI 60 Gi( SN 74FU 3 529*

SSNI 60 G i1 a N 74FU 3 530*

28NI 60 G\t 2N • 74FU w 53a*

2 8NI 60 P • G 71DI 4 221

2 8NI 62 Gi> XP 73MI 7 745

2 8N I 62 Gt PO 73M

I

7 747

2eNi 64 E <» E/ 69GU a 748

29CU Gi» XN 56GA 1 570

29CU G

1

1 XN 6a MI a 468

29CU G iSN 64FU 1 532*

29CU Gi• a N 64FU a 533*

29CU G • 2N 64FU 1 534*

29CU Gi( MU—

T

65WY a 58

FIG 27

Cm \J Gi( XN 701

S

6 4 87

Gi( XN 76KN 3 1 047*

G

1

» a N 64FU a a 8*

G t 2N 64FU 1 1 9*

61( SN 64FU a 20*

oc Gi1 N 680 W 1 110

6c G

1

>a N 6esu a 420*

29CU 63 G 1 2N 68SU 1 421 * 29CU 63 6 1 N 72DR 2 446

29CU 65 G 1 SN 64FU 1 67*

29CU 65 Gi>a N 64FU a 68*

2 9CU 65 Gi> 2N 64FU 1 61 * 30ZN G

1

) XN 56GA a 569

3 0ZN G 1 XN 67C0 1 438

30ZN 64 G 11 N 680W a a 09

3 0ZN 64 G

1

> IN 76CA 1 969*

30ZN 64 Git 2N 7cCA a 970*

3 0ZN 64 Gi1 SN 76CA 1 971 * SaGA Gi) a N 76CA a 972*

31 GA Gi1 2N 76CA 1 973*

3a GA Gi» SN 7eCA a 974*

32GE 70 Gi»aN 76CA a 975*

32GE 70 G >2N 76CA 1 976*

32GE TO Gi> SN 76CA a 977*

32GE 72 Gi> IN 76CA 1 978*

32GE 72 Gi>2N 76CA a 979*

32GE 72 G

1

iSN 76CA 1 980*

32GE 74 Gi>XN 700W 2 27a

1 MEV ANAL.YSIS

32GE 74 Gi SN 700W 2 272

32GE 74 Gi, XN 70C w 2 273

• 5 MEV ANALYSIS

32GE 74 Gi>1N 76CA 1 981 * 32GE 74 Gi>2N 76CA a 982*

32GE 74 GiiSN 76CA 1 983*

32GE 76 Gi.a N 76CA a 9 84*

3 2GE 76 Gi>2N 76CA 1 985*

32GE 76 Gi(SN 76CA a 986*

53AS 75 Gi.SN 69BE 1 144*

33AS 75 Gi»aN 69BE a a 45*

33AS 75 Gi>2N 69Bc 1 146*

33AS 75 Gi N 700W a 268

33AS 75 Gi.SN 700 W 2 269

64
NUCLIDE REACTICN REF ACQ

33AS 75 G • N 700W 2 270

35AS 75 G >1N 76CA 1 987*

33aS 75 G i2N 76CA i 988*

53AS 75 G SN 76CA 1 989*

54SE G > XN 67C0 2 437

34SE 76 Gi• IN 7eCA 1 990*

2 4SE 76 Gii2N 7ec^. i 99a*

3 4SE 76 Gi. SN 76CA 1 992*

34SE 78 Gili N 76CA 1 993*

34SE 78 Gi1 2N 76CA 1 994*

34SE 78 G .SN 76CA 1 995*

34SE 80 Gi>i N 76CA i 996*

34SE 80 Gi1 2N 76CA 1 997*

34SE 60 G 1»SN 76CA I 998*

34SE 82 GiilN 76CA 1 999*

34SE 62 Git2N 76CA I 1000*

34SE 82 Gi»SN 76CA 1 1 001 * 37RB G >i N 7aLE £ 375*

37RB G 1 2N 71LE 1 376*

3TRB Gi» SN 7iLE 377*

3 8SR Gi>2N 7 OH I 1 233

38SR Gi) XN 7 OH I i 329

38SR Gi>1N 71LE 1 378*

3esR Gi»2N 7iLE & 379*

3eSR Gi»SN 71UE 1 3 80*

3 6SR 88 Pi G 69HA 31 258

3 9y 89 Gi» SN 67BE 2 1 * 39V 69 G 1>2N 67BE 2 2*

39Y 89 Gi> IN 67BE 2 3*

39Y 89 G 1> N 69BE 4 a 88

39Y 69 Gii2N 69BE 4 1 89

39Y 69 Gi> i N 7aLE % 38a V

3SV 69 G 1f 2N 71LE 1 382*

39Y 69 Gi»SN 731 LE i, 383*

40ZR 90 GiiSN 67BE 2 4*

40ZR 90 G 1>2N 67BE 2 5*

4 0ZR 90 G

1

1 IN 67BE 2 6*

40ZR 90 G 1( SN 711 S 2 413

4 0ZR 90 Gi»1N 71LE 1 3 84*

40ZR 90 Gi 2N 7iLE S. 385*

4 0ZR 90 Gi>SN 71LE 1 586*

40ZR 90 G 1»SN 73AS 2 588

40ZR 90 Pi G 69HA i 206

4 0ZR 90 PiiGO 69HA 1 257

FIG a 4 0ZR 91 Gi»SN 67BE 2 7*

40ZR 91 G 1>2N 67 BE 2 8*

4 0ZR 91 Gi» IN 67BE 2 9*

40ZR 92 Gi 2N 67 BE 2 a 0*

4 0ZR 92 Gi IN 67BE 2 11 * 40ZR 92 G 1» SN 67BE 2 a 3*

4 0ZR 94 Gi(SN 67BE 2 12*

40ZR 94 Gi 2N 67BE 2 14*

40ZR 94 Gi»5N 67BE 2 1 5*

40ZR 94 G

1

li N 67 BE 2 a 6*

41NB 93 GiilN 71LE 1 369*

4iN6 93 Gi>2N 731 LE 1 370*

41NB 93 Gi• SN 71LE 1 371*

42M0 92 Gi• XN 70IS 1 429

42M0 92 Gi• IN 74BE 3 693*

NUCLIDE REiSiCTiCN REF ACQ

42M0 92 G, 2N 74BE 3 694*

42MC 92 Gi SN 74BE 3 695*

42MQ 94 Gi IN 74BE 3 696*

42M0 94 Gi 2N 74BE 3 697*

42MC 94 G. SN 74BE — 698*

42M0 96 G, IN 74BE 3 699*

42MC 96 Gi 2N 74BE 3 700*

42M0 96 Gi 3N 74BE 701 * 42M0 96 Gi SN 74BE 3 702*

4 2MO 98 Gi XN 701

S

1 445

4tMlJ 98 Gi iN 74BE ^ 703*

42M0 98 Gi 2N 74BE 3 704*

42MC 98 G« 3N 74BE 3 705*

42M0 98 Gi SN 74BE 3 706*

4£.M01 00 G 1 IN 74BE 3 707*

4£MGa 00 Gf 2N 74BE 3 708*

42M01 00 Gi 3N 74BE 3 709*

42M0a 00 G, SN 74BE 3 7a 0*

45RH103 G« SN 59PA 2 465

XN CORRECTED FOR N-MULT

4 5RH1 03 Gi XN 62B0 1 428

4 5RHa 03 G. a N 74LE a 6a 7*

45RH103 Gi 2N 74LE 1 61 8*

45RHa03 G. SN 74LE a 61 9*

46PD Gi IN 74LE 1 62 0*

46PD G« 2N 74LE a 621*

46PD Gi SN 74LE 1 622*

46PDa08 G. P 69DE 2 a 83

46PD1 08 G< SN 69DE 2 1 84

46PDa08 G* P 690E 5 T38

46PC1 08 Gt SN 69DE 5 739

46PDaao G* NG/ 69DE 5 740

47AG G. MU-T 65U(Y 1 57

FIG 29

47AG G. IN 74LE 1 623*

47ft G Gi 2N 74LE a 624*

47AG G« SN 74LE 1 625*

47AGa07 Gt a N 69BE a a 47*

47AG1 07 Gt IN 69BE 1 148*

47AGa07 Gt 2N 69BE a a 49*

47AG1 07 Gt SN 69IS 2 455

XN CORRECTED FOR N-MULT

47AG109 Gt SN 69IS 2 456

XN CORRECTED FOR N-MULT

4 6CD Gt IN 74LE 1 626*

48CD Gt £N 74LE a 627*

48CD Gi SN 74LE 1 628*

48CD127 G 1 XN 56GA 1 564

49IN Gt IN 69FU a a 40*

49IN Gt 2N 69FU 1 1 41 * 49iN Gt 3N 69FU a a42*

49IN Gt SN 69FU 1 143*

49IN Gt a N 74LE a 629*

49IN Gt 2N 74LE 1 630*

49IN Gt SN 74LE a 63a * 49IN115 Gt XN 62B0 1 457

50SNaa6 Gt IN 69FU a 1 a 7*

50SN116 Gt 2N 69FU 1 118*

5osNaa6 Gt SN 69FU a 119*

50SN116 Gt IN 74LE 1 641*

65
REACTION OCTC

A ^ G >2N cX A A

O4

O (JOIN 1 1 D

G • SN 1 £

A *3 ^ A C K.I fl ^ G >£N «1 4 9 A * 2 20*

C Ac Ki 1 1 "7 ^ N 1 1 f G >2N

o yp

u i1 1 £1

V

AC Kl ^ M ^ G^.3N ^ C

C 1 1 <iH

o

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K Ac Kl 1 1 *5? 6^ilN 1 644 A C M fl fl "y Gi>2N «l C4D* C Ac Kl ^ < O UoN 1 1 f Gi.SN TALE 1 040* A C Kt fl S> Q. G ti N 4 ^ A ^ C AC K.I 1 1 O Gi>2N o vr U 1 ^ o c ^ 1 25*

Gt>3NcA Vr 1U1 « S 20V

Gi.SN oSr

U 1 1 "O 94 1 2T*

Gi.SN ^ A 1 c O'fr f *

t\ AC KJ 1 1 A Gi>2N 1 £0*rAO

A

S

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c: ACKl 1 1 Q Gi. IN fi. QC 1 1 O Vn U

flJi

C /\C KI i 1 <^

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G .2N £. AC 1 1 oVr U

41 1 2V*

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OA

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41 1 *

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505N 1GiilN CI 1 oVr U

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£ CO* 5 05 Nl 20 Gi,3N £ AC 1 1 o9r U 41 1 c4 *

Gi.SN ^ AC 1 1 c Vr U

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O Oi * AC Kl 1 5 A Gi.SN ^Al P i AOD2e O ^* A C Kl 3 A Gi.iN c vr u iL OOV

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C "5

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CAC Kl4 3 A Gi.£N <]t.

O OC*

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41

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AC Kl 9 A Gi>SNAooo*A 3 1 S D Gi.IN T**Lil 41 OC2 A O 4*

Gi.2N «A occ*

c 1 ca Gi.SN 1 Oo4* A A ^ I C Gi.XN nA DCOA A

Gi.IN T4U

t

41 OCO*

Sstf;

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c Gi>2N TALEA OCO*

Gi.SN T't'Lc 1 04.3

r * 3 £. 1 1 1 £,'* Gi.&N 1 c f CLE co & OO^*

Gi.2N ToLC

oc « A

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Gi SN ToLEc JlO 04*

C OT CI OA Gi.IN ToLc

c i A

AC * 1 uOb*

9£< til CO Gi>2N TcLC

c

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oc 1 A A7A 1 OOT*

b^Tti 1 29G .IN f OLEc

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C>£T Cil CO Gi.2N TcL

t z « A

A A-^

& oov*

SCI tl 1 CO Gi SN f OLE

co

X1 A4Ol AAu*

Cc^ T1 tik P CU"A Gi.iN

r CLEc

A %J Gi.2N r CL E c 11 AO^1 ^9 * SC 1 CO Gi SN r OLE co 0£ c*

oo 1 1 c7 Gi. XN DOOA

41

CT ~3 DOC

S<3 1 £ cr Gi.SN

O Con

A

C

A OA OV O*

531 127 Gi.IN 66&R 1 599*

531

a 27

G 1>2N 66BR 11 600*

531 127 Gi.IN 69BE 6 474*

Ml 1^1T HP REACTION HEP A C C ACQ G >2N oA AvdeQ C c 4T5*

OC

X

XG i3N oVdE A A D C 6 476*

Ow i £

C f G • SN

AOVoE A o e

o o02*

O OL

bA ccG • SN OVOC 1 1 50*

O OV^ Oil •I.I'

w

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CA

AVOCQ fl A

A 51 * cr c 1 t:j

O O^OX W4^

G • 2N CV DE 1 4

C ^ 1 OC * wK C/* OL Cfl ^ T OA wC G • 3N oH AVdeo CA

<lc ^ * a w3*

O OL

b i CCG • IN T4LE 1 636*

O OL Oil cc Gi>2N ^T4LE /j 1 c

cA o39*

o &Lb 1 ccG • SN ^T4LE A 1 C

4A 64 0*

C

ADA

G • aN

T

A DC

4 372*

CAQA

G .2N

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A 373*

G,• SN Ti BE

4 374*

COODA AS A 1 "3

a 1 Co

G • 2N ^ A

QC

T OdE 8 426*

OC Dpi

A Co

G .SN ^rODE A D C

o 427*

oOdA 1 Co Gi.3N 7T aq

c OdE 8 459*

OODK

A CO Gi.aN 7 A

Qr f Od^

o 494* A O A A

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V

G .IN

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o 98*

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4A44 1 01 * O r i.A A C V Gi.aN T A OE AA ? A A ^ 3 OO* O f AC? Gi.2N 7f A1 AD PE AA O r L»A; A C V Gi.SN ^f A

fl BPOE

AA JCOV

O

t LA 1 C

V

Gi. XN ^ o riP T 2UC

C CCD 559

D ArOL

pE Gi.3N

AoVdc A a 7 o 47

T* C Arf" P D OL E Gi.IN O VBw o o05*

e:i O ACOL

PE Gi>2NAOVDE A S C

o A.0041' A A 4

*SO OLATPE Gi.SN

AOVDE A D B

o Cl O*

O OLE Gi.aN

r

A Be

AA Jo3*

e A<"p

O OLE Gi.2N TIDE

A 364*

OOLE Gi SN TT 41

BB f A oE

AA oo5*

cO OLor

PE 1AAH>UA Gi.IN *y A1P

r OLE 2 1 A

HA « 1 Oa 4»

O

c; ACOLEP ^ A

A

A 40 Gi>2N 7 A 1 C f CLE 2

flA fl

A OA O*

CO ACOL

EP 11 A

AO Gi SN ^ToLE Af ff 2 11 AOl1 09£ * O OL E A 2 Gi aN 7 Al C r OLE 2

flA4 9^

A Oat*

O OLAC

PE 1 AO 1 42 Gi.2N ^ AlC 7 OLE 2 4A 1 O ^ 1 Ol OV

OOLEA 42 Gi SN ^7oLE Al B 2 AAA O^ A Ol 9*

CEOVPKl A DO 1 A

A "tO Gi

N 72UR O A A 2 447

C ODD 1 A

€

O VKK

A *rA Gi XN Ools/^ <) A ^ A 11 ^Oa

O GOD VKK AAA 1 Al GiN BOC OVLAA 2 C 77

CsODC O Afl f\ AHA Gi 2N BOCA. 2 A

A

C AOC^ 1 A 1 Gi

N

BOVLA AC A

C cVB

CAnA <1 /i fl

O VFKa 4a Gi XN

AOOTn ATLJ fl A ^ A *5 oOc

O VKK 1

4a Gi XN

A04KA CT1 4A OOO

CO AOC V K

t A<1 r. A A *i Gi aNACODK A B D

aA 004» ^ AAA

e AOB < A 1 D VKK A 41 Gi 2N OOcR A A C B

4A

o Ooi"

CAnC4A

O VHKa 4a Gi 3N

AAAA

C OdK

A jOo* ^ A &A

CTAAR < A4 59Pk1 41 Gi SN 668R 1 ^ A4 ^ oOl *

oyPri

A 4a Gi

N CCLU A A^ A •1 AAA A A 4

Gi

N

ACOLD Acr^ oweA ft Gi.XN AoTLA 7C A 4A 5To

CODD <iA 11 Gi

N

ACOLA AC A «A

CV

CD4A4 Gi IN 9TOoU Ac 1 1 1 c

Tr * C <^ O C Q A fl Gi MU-T 7 0 A U 7 A An «A 5T9 C AOD 4 A 1 Gi IN 97 i B c A dE A4 O90f O A4 C QO D A fl Gi XN ^ *5 AB T 20E OCO — ^ A

59pR1 41 Gi

N 7c0c 3 577

5SPKi4a G< XN 72DE 578

60ND Gi IN 71BE

4 387*

66
NUCLIDE REACTION KEF ACQ

60NO Gi>2N 71BE

4 388*

60NOG • SN 71BE4 389*

60NDil42 G, 7iCA i 39£*

60N0142 Gi>2N 71CA 1 592*

60N0^42 Gi>SN 7iCA i 393*

60ND143 Gi>1N 71CA 1 394*

60NDa42 G<>2N 7aCA I 395*

60N0143 G<)SN 71CA 1 596*

60ND&44 G,>&N 7fiCA i 397*

60ND144 Gi>2N 71 CA 1 398*

60ND£ 44 Gi. SN 7iCA

£ 399*

60ND145 GiilN 71CA 1 4 00*

60NO&45 Gi>2N 7iCA

£ 40£*

60N0145 Gi>SN 71CA 1 402*

60NCjL46 Gi)iN 7£CA£ 403*

60N014e Gi>2N 71CA 1 404*

60ND£46 Gi) SN 7iCA

£ 405*

60ND148 GiiSN 69VA 2 206

60ND248 Gi>&N 7aCA 1 406*

60ND148 Gi>2N 71CA 1 407*

60ND&48 Gi.SN 7£CA

£ 408*

eONDlSO Gi>SN 69VA 2 2 09

60N0150G ilN 71CA 1 409*

60NDa 50 Gi)2N 7£CA

£ 4£0*

60N0150 Gi>SN 71 CA 1 411*

62SM Gi 3LN 69Bc 6 478*

62SM Gi 2N 69BE 6 479*

62SM Gi 3N 69BE 6 480*

62SM Gi.SN 69BE 6 614*

62SM&44 Gi.£N 74CA 5 678*

62SM144 Gi 2N 74CA 5 679*

62SM&44 Gi. SN 74CA 5 680*

62SM1 48 G<.IN 74CA 5 681*

62SM&4e Gi.2N 74CA 5 682*

62SM1 48 Gi. SN 74CA 5 685*

tZSMl 50 Gi SN 69VA 2 2£0

62SM1 50 Gi.SN 69VA 3 240

62SM£ 50 Gi.&N 74CA 5 684*

62SM150 Gi.2N 74CA 5 685*

62SM£ 50 Gi. SN 74CA 5 686*

62SM152 Gi.SN 69VA 2 211

62SM£ 52 Gi>iN 74CA 5 687*

62SM152 Gi>2N 74CA 5 688* 6 2 SMS 52 Gi. SN 74CA 5 689*

62SM154 Gi.SN 69VA 2 212

62£MaS4G .SN 69VA 3 242 6 2SM1 54 Gi.IN 74CA 5 690*

e2SMfi 54 Gi.2N 74CA 5 69£*

62SM154 Gi.SN 74CA

S 692*

63EUi 5£ GiiSN 7 OVA

£ 488

65EU1 53 Gi>SN 69BE 8 1 54*

63EUa 53 Gi

N 69BE 8 1 55*

63EU1 55G i2N 69B£ 8 156*

63EUa 53 Gi.3N 69BE 8 £ 57*

63EU153G >XN 70VA

£ 489

64G0152G • XN 7 OVA 1 490

64GDi54G tXN 70VA

£ 49£

64GD156 Gi1 XN 70VA 1 492

e4GDi58G »XN 70VA

£ 493

64G0160

G • SN 69BE 8 136*

NUCLIDE REACTION REF ACQ

64GD£ £0G >£N 69BE 8 a 59*

64GD160 Gi.2N 69BE 8 160*

64GO£60 Gi>3N 69BE 8 a 6a* 6 5TB1 59 G >1N 64BR 1 561 * 65TB£ 59 G »2N 646R a 362* 6 STB 159 Gi>SN 64FU 1 607*

65TBa 59 Gi.IN 68BE 5 94* 6 STB 159 Gi.2N 6eBE 5 95*

65TB£ 59 Gii3N 6eBE 5 96* 6 STB 159 GiiSN 68BE 5 97*

67HCa 65G .XN 62FU 3 5a 5*

67H0165 Gi.IN 636R 1 722

67H0a65 Gi.2N 63BR

£ 725

67H0165 Gi.SN 65 BR 1 724

67H0a 65 Gi.XN 63BR

a 725

67H0165 Gi.SN 66AX 1 719

67H0a65 Gi.2N e6Ax

a 720

67H0165 Gi. XN 66AX 1 721

67H0a 65 Gi.aN 68BE 5 90*

67H0165 Gi 2N 68BE 5 91 * 67HC£ 65 Gi>3N 6eBE 5 92*

67H016S Gi.SN 68BE 5 95*

67H0a65 Gi SN 69BE 8 162*

67H0165 Gi.IN 69BE 8 i 63*

67H0a65 Gi.2N 69BE 8 1 64*

67H0165 Gi.3N 69BE 8 a 6 5*

68ERG ilN 69BE 6 481*

68ER Gi.2N 69BE 6 482*

68ER Gi.3N 69BE 6 485*

68ER Gi.SN 69Bc 6 61 5*

71LU Gi.SN 69BE 6 612*

7aLua75 Gi.£N 69BE 6 484*

71LU175 Gi.2N 69BE 6 485*

7iLUi75 Gi 5N 69BE 6 486* 7 3TA1 81 Gi> XN 56GA 1 568

73TAfl 8£ Gi XN 62B0

a 458

75TA1 81 Gi.IN 65 BR 1 359*

73TAa 8a Gi 2N+3N 65BR

a 560*

75TA1 81 Gi SN 65BR 1 544*

75TAa 8£ Gi XN 67AN 2 552

75TA1 81 Gi.IN 68BE 5 85*

73TAa 8a Gi>2N 68BE 5 86*

73TA1 81 Gi 3N 688E 5 87*

73TA£ 8a Gi.4N 688£ 5 88

75TA1 81 Gi.SN 686E 5 89*

74W Gi aN 75VE 5 £020*

74W Gi 2N 75VE 5 1 021 * 74W Gi SN 75VE 5 £022*

74W 186 Gi.SN 69BE 8 1 66*

74W £86 Gi.a

N 69BE 8 a 67*

74W 186 Gi• 2N 69BE 8 1 68*

74W S86 Gi 3N 69BE 8 a 69*

75RE Gi IN 75VE 5 1 023*

75RE Gi 2N 75VE 5 a 024*

75RE Gi SN 75VE 5 1 025*

7TIR Gi

a

N 75VE 5 a 026*

771R Gi 2N 75VE 5 1 027*

77IR Gi.SN 75VE 5 1028*

76PT Gi.2N 75VE 5 ao3o* 7 8PT Gi SN 75VE 5 1051*

67
NUCL IDE REACT I ON REF ACQ

78PT Gt IN 75VE59 £ 029*

7 9AU1 97 G vXN 56GA 1 567

T 9AUfi 97 G«XN 58FU 583*

79AU1 97 G * N &1NA 1 581

7 9AUi 97 G t2N 61 NA i 582

7 9AU1 97 G» IN 62rU 2 357*

79AUi 97 G»2N+3N 62FU 2 358*

7 9AU1 97 G* SN 62FU 2 608*

7 9AUJ 97 G«& N 70VE & 334*

7 9AU1 97 G* 2N 70VE 1 335*

79Aua 97 Gt3N 70VE £ 336*

7 9AU1 97 G*SN 70VE 1 337*

80HG G* £ N 75VE 5 £032*

80HG Gt 2N 75VE 5 1 033*

eOHG G*SN 75VE 5 S 034*

81TL203 G.SN 69AN10 451

XN CORRECTED FOR N-MULT

81TL205 GtSN 69AN1

0

452

XN CORRECTED FOR N-MULT

82PB G«XN 61MI 1 470

82PB206 G«£N 64HA 2 a7o*

e2PB206 Gt2N 64HA 2 171 * 82P6206 G.SN 64HA 2 i72*

82PB207 GtlN 64HA 2 173*

82PB207 Gi2N 64HA 2 174*

82PB207 GtSN 64HA 2 175*

82PB207 G.2N 64HA 2 463

82PB207 G«N 71BA 2 415

82PB208 G,XN 62FU 4 571 * 82PB208 G.&N 64HA 2 176*

82PB208 Gt2N 64HA 2 177*

82PB208 G. SN 64HA 2 178*

82PB20e G.XN 70IS 3 264

82PB20e GtiN 70VE i 330*

82PB208 G*2N 70VE 1 331*

82PB208 Gt3N 70VE 332*

82PB208 G«4N 70VE 1 oo3 *

NUCL I DE REACTION REF ACQ

e2PB208 G iSN 70VE 1 613*

8361 G • XN 61 MI 1 469

e jB I £.09 GitXN 56GA 1 565

8 JBI 209 G,>1N 64HA 2 179*

o^BI 209 Gi>2N 64HA 2 1 80*

coBi 209 Gi• SN 64HA 2 181*

8c6I 209 G,iXN 67AN 2 712

9 0TH232 G<iXN 56GA 1 562

90THc32 G,(F 71 WA 1 460

90TH232 Gi>1N 73VE 1 503*

AT l_l ^ ^ ^ G<>2N 73 VE 1 504*

^90Tn2LJ O ^ O j2 GiiF 73VE 1 5 05*

90TH232 Gi>SN 73VE 1 506*

90TH232 Gi.F 75D J 2 1 066

FI GURE 2A

92U Gi>XN 56GA 1 550

92U 235 Gi.N+F+«« 6480 3 425

92U 235 Gi>1N 64B0 3 424

92U 235 Gi,F 64B0 3 425

9 2U 235 Gi 2N 6 4 BO 3 442

92U 235 G,>N 6430 3 538

92U 235 Gi F 72KH 1 543

9 2U 235 Gi,F 73AN13 834

9£U 238 Gi,F 71 WA 1 461

92U 238 Gi F 72KH 1 542

nit ^ ^ n 92U 238 Gi F 73AN13 833

92U 238 Gi IN 73VE 1 495*

92U 238 Gi 2N 73VE 1 496*

92U 238 G< F 73VE 1 497*

92U Z'io G« SN 75VE 1 498*

92U 238 Gi F 75DI 2 1 067

FI GURE lA

93NP237 Gi IN 73VE 1 499*

93NP237 Gi 2N 73VE 1 500*

93NP237 Gi F 73VE 1 501*

93NP237 G, SN 73VE 1 502*

68
9. PHOTONUCLEAR REACTION DATA BIBLIOGRAPHY

1973 THROUGH 1977

Note that starting with 1972 the method used to assign bibliographic ref- erence codes was changed. Previous to 1972 both the first and second letter

of the first authors's name on each paper was used to order references.

Starting with 197 2 only the first letter is used. The Second letter is

carried along simply as a dummy index to help the user identify a reference

without having to go to the actual bibliographic list. Within the bibliography, papers are ordered first by year, second by the first letter of the

first author's surname and finally by a serial number that can run from 1 to 99.

In the following bibliography Conference Proceedings are indicated as follows:

PICNS-72 Proceedings of the International Conference on Nuclear Structure

Studies Using Electron Scattering andf Photoreaction, Sendai . 1972

edited by K. Shoda and H. Ui, (Tohoku University, Tomizawa, Sendai,

Japan, 1972).

PICNS-73 Proceedings of the International Conference on Photonuclear Reactions

and Applications, Pacific Grove, California, 1973, edited by B. L. Berman, CONF 730301 (Lawrence Livermore Laboratory, Livermore, Calif.,

1973).

59Me3 Wo Eo Meyerhof;! Co Mo Hudson; Physc Rcvc ££5t 12 27

(£959)

65De3 To Deforest* Jro» Jo Do Walecka* Go Vanpraet*

Wo Co Barber; Physc Letto 26. 211 (1965)

65Me4 Ro Ac Meyer* Wo Bo Wal-ters* Jo Po Hummel; Physo Rev«

£38. Ba42S (£965)

66Cl£ He Go Clerc. Ko Jo Wetzel. Ec Spamer; Nuclo Physo

^£20. 44£ (£968)

68Co2 Bo Co Cook* Co Co Jones* Nuclo Instrumo Methods 59* 229

A£20. 44£ (£968)

68Co3 Se Costa* Co Manfredotti* Le Pasquallnl. Fe Ferrero;

Nuovo Clraento 548. 344 (£968)

68Pi2 Po Picozza. Co Schaerf. Ro Scrimaglio* Go Goggl.

Piazzoli* Do Scannlcchio; Nuovo CImento 206 (£968)

68St2 Martin Stroetzei; Ze Physe ££4. 357 (£968)

69Ra4 Yuc No Ranyuk* Vo Mo Sanln. Po Vc Sorokin; Ukr© Fiz«

Zhuro £4* 408 (£969)

69
70Ha2 D* Hardert Re Mehling* Ae Cc England; Phj/se t Letts* 32B*

610 (£970)

70Is7 Be Se Ishkhanov* lo Me Kapttonov* Eo V« Lazutint

lo Mc Piskarev* Oo Po Shevchenko; Izvo Akado Nauk

SSSR Sero Ftzo 34« 2228 (£970): Bulle ^cade Set*

(USSR) Phvso Sere 34, £968 (a9?0)

70Is8 Be Se Ishkhanov* le Me Kapitonov* Eo Ve Lazuttnt

lo Mo Piskarev* Oe Pa Shevchenko; Izvo Akade Nauk SSSR

Sere Flz« 34, 2232 (£970); Bulle Acadc (USSP.) Phys. Ser.

34, £99£ (£970)

70Wu3 Co P« Wu, Fo We Ko Firk, So Le Berman; Nude

Instrumo Methods 79, 346 (£970)

7£Be5 Ae Ko Berzin, Ao Lo Gryaznov, Re Pe M es he her y a k ov

,

Ao Startsev, Yue Ve Khtmenkov; Yado Geofizo Geokhtmo 9«

££3 (£97£)

7JDe£ Ae Degrc, Mo Schaeffer, Mo Suffert; J« de Physl<iue

32, C5B-22S (£97£)

7£Eg£ Ke She Egian, Ge Lo Bochek, Ve lo Kulibaba, le ^o Grishaev;

Izve Akado Nauko Arme Sere Fize 6, £ 6£ (£9?£)

7££g2 Ke Me Egian, Go Le Bochek, Vo Mo Kullbaba;

Izvo Acade Nauko Armo Sere Fize 6, 35£ (£9?£)

7i Go3 Be lo Goryachev, Bo So Ishkhanov, Ve Go Shevchenko;

Proceedings of the Second Symposium on the Problems of Nucl

Physics, Novosibirsk, USSR, June £970, ppe 362-373 (£97£)

7£Ma6 Co Yo Mafra, Se Kuniyoshi; A ne ^cade Brasile Ctenco

43, 57£ (a9T£)

7£NoS Ve le Noga, Yu© No Ranyuk, Pe Ve Sorokin,

Ve Ao Tkachenko; Ukro Fize Zhe £6, £850 (£97£)

7a0l£ Pe Re OLiva; Nuovo Cimento Lette £» 77 (£97£)

7aSu£ Me Suffert, Ao Degrc; Jo de Physique 32, C5B-2fl9 (£97£)

7£Sc3 Mc Schaeffer, Ae Degre, Me Suffert; Je de Physlq,ue 32,

C5B-223 (£97£)

72Ar5 Pe £o Argan, Go Audit, No Oe Botton, Jo Me Laget, Jo Martin,

Co Schuhl, Go Tamas; Physo Revo Lette 29, ££9£ (£972)

72Ar6 Yue Me Arkatov, Po lo Vatset, Ve le Voloshchuk,

le Me prokhorets, Ae Fo Khodyachikh, Vo lo Chmii;

Yado Fize £6, £2 (£972); Sovo Je Nude Physe £6, 6 (£973)

72Ah7 Jo Ahrens, He Borchert, He Bo EppLer, He Gimm,

He Gundrum, Po Riehn, Ge Sita Ram, Ae Zleger, Me Kronlng,

Be Ziegler; PICNS-72, 2£3 (!9f2)

72An8 Go Andersson, lo Blomqvist, Be Forkman, Go Go Jonsson,

Ao Jarund, lo Kroon, Ko Lindgrcn, Bo Schroder;

Nuclo Physo A£ 97 , 44 (£972)

72Ar9 So Aral, So Fukui, No Hortkawa, Ro Kajlkawa, Te Kasuga*

He Kobayakawa, Ao Masaike, To Matsuda, To Nakanlshi,

To Ohshima, Mo Saito, So Sugimoto, To Yamakl, Ke Amako,

Ko Yoshlda; Nuclo Physe B48, 397 (£972)

72As£0 Ho Jo Askln, J© Ke Fo Allen, Re Hicks, Rc Je Petty;

Me No Thompson; PICNS-72, 359 (2972)

72An££ Yuo No Antuf'ev, Vo Lo Agranovich, Vo So Kuz'menko,

le le M (roshnichenko, Pe Ve Sorokin; ZhETF Pise Rede

£6, 77 (£972); JETP Lett© (USSR) £6, 52 (£972)

72An£2 Do Wo Anderson, Re Fo Petry, He Je Fischbeck;

Radiate Rese 50, 33 (£972)

72Au£3 Co Aurisicchio, Vo DiNapoli, F© Salvetti, Mo Le Terranova;

Gazze Chime Italo £02, 378 (£972)

72Be9 Be Lo Berman, To Wo Phillips; Phys© Revo C6, 2295 (£972)

72Be£0 Jo Berthot, Do B© Isabelle; Nuovo Cimento Lette 5,

£55 (£972)

72Br££ Do Brajnlk, Do Jamnlk, Ge Kernel, Ue Miklavzic,

Ae Stanovnlk; Flzika 4, 65 (£972)

72Be£2 J© Berthot, D© B© Isabelle; PICNS-72, 507 (£972)

70
72Bel3 WtLHam Ber-tozzi; PICNS-72t 39 (1972)

72BU&4 F« Ro Buskirkt Ho Oe Graft R* PittKan* H* Theissen*

Oo TItze. The Watcher; PICNS-72* £99 (£972)

72Be&5 R« Sergere* Ho Beil* Po Carlos* Veyssferet

A. Lepretre; PICNS-72. 273 (£9f2)

72Ba£6 Wc Co Barber* Ee Hayward* Jo Sazama; PICNS-72t 3£3(S9T2)

72Br£7 Do Brajntk* Oo Jamnik* Go Kernel* Uo Miklavzic*

Jo Snajder: Nude Instrume methods £03* £69 (£972)

72Bu£9 Fo Ro Buskirk* He Oo Graf* Ro Pttthan* H* Theissen*

Oe Tltze* The Watcher; Physe Letto 42B* £94 (£972)

72Ca4 Re We Carr* Jo Eo Ee Bagtin* Ee Jo BentziJre;

Physo Revo C6, 2052 (£972)

72Cr5 He Crannetl* Pe Lo Hallowelt* Je To C Brien* Je Me Finn*

Fe Je Kline* So Pennert Je Wo L 1 ght bo dy « Jre * So Pe Flvozlnskv; PICNS-72* 375 (£972)

720(7 EL-Husslenv Mo Oiefallah; In-te Jo ».ppt« Rade and

Isotopes £3* £53 (£972)

720e8 Je Ee Pe Oe Bie* Pe Ke he De Witt Huberts;

PICNS-72* 423 (£972)

72De9 Pe Ko Ae De Witt Huberts* Jo Ee Po De BieJ PICNS-72.

42£ (1972)

72Di£0 Ve Oi Napoti* he Me Lacerenza* Do Margadonna*

So Me Terenzi; Radiocheme Radioanate Letto ££* 99 (.1^72)

720e£2 Ne Ae Oemekhina* Ve lo Kasitov* Ao Vo Mitrofanova*

Yue No Ranvuk. Po Vc Sorokin; Yado Fize £6* 9££ (£972);

Sovo Je Nuc to Physo £6* 502 (£973)

72Do£3 Me Mo Dorosh* No Pe Mazyukevich* Vo he Shko da-U I

• y ano v

;

Ukre Fize Zho £7* 847 (£972)

720a£4 Lo Mo Oautov* Yuo he Lysikov* Ue Mo Makhanov*

Yuo Ko Shubnyi; Izvo i^kade Nauk SSSR Sero Fizo 36* 2544

(£972); Butte hcade Scio (USSR) Phys Sero 36* 22£ 0 (£972)

72Fu6 So Fukuda* Yo Torizuka; Physe Revo Lette 29* ££09 (£972)

72Ge4 Je Pe Genin* Je Jutien* Ro Letourneau* ^e Mougeot*

Je Rambaut* Co Samour ; PICNS-72* 439 (£972)

72Ha4 So So Hanna* Ho Fo Gtavish* Eo Me Diener* Jo Ro Catarco*

Ce Co Chang* Fo ^.vida* Re Ne Boyd; Physo Lette 40B*

63£ (£972)

72Hu5 Pe Hubert* Me Mo ^.leonard* De Castera* Fe Leccia*

Po Mennrath; Nucte Physo j^£95* 485 (£972)

72Ho6 Phan Xuan Ho* Jo Bo Betticard* Pho Leconte* le Sick;

PICNS-72* £25 (£972)

72Ho7 Ke Hosoyama* Ye Torizuka* Ye Kawazoe* Ho Ui

;

PICNS-72* £39 (£972)

72Hie Do Hiramatsu* To Kamae* He Muramatsu* Ko Nakamura*

No Izutsu* Ye Watase: PICNS-72* 429 (£972) (see 73Hi5)

72Ha9 Stanley So Hanna; PICNS-72* 453 (£972)

72Ho£0 Phan Xuan Ho* Je Be Betticard* Phe Leconte* le Sick;

Je Physo (Paris) Cottoi^e 5* £67 (£972)

72Ja2 He Ee Jackson* Re Eo Toohev« PhySo Revo Lette 29* 379 (£972)

72K17 ho he Ce Klaasse* Po Fe he Goudsmit* Pe Ko ^e Oe Witt

Huberts; PICNS-72 425 (£972)

72Ko8 Ve Pe Kovatev* Vo Po Kharits* Vo Vo Gordeev*

Ve lo Isaev; ^te Hnerge 32* 496 (£972)

72Ko9 Me Yae Kondrat'ko* Ve No Korinets* Ko *.e Petrzhak*

Oo Ao Teodorovich; h*e Energe 35* 2££ (£972); Sovo Je Ate

Energy 55* 862 (£973)

72Ko£0 Me Yae Kondrat*ko* Vo No Korinets* Ke ho Petrzhak;

Ate Encrgo 35* 2£ 4 (£972); Sovo Jo Ate Energy 35* 866 (£973)

72L{3 he So Litvinenko* No Go Shevchenko* he Yuo Buki*

Pe Le Kondrat ev* Go he Savitskii* ^e ^e Khomich*

Ve Me Khvastunov* lo le Chkatov; Ukre Fizo Zhuro £7*

££97 (£972)

71
T2Me5

72Mo6

72Pe2

72Pe2

72Pa4

72Sh8

72Sp9

72Sh£ 0

72Soai

72Sp9

7£Shi 0

72So!ll

72ShS3

72Th5

72Toe

72Th7

72Th8

72To9

72Va3

72Wa3

72Zdi

73Ara

73As2

73Ad3

73Ah4

He

49

Go

Yo

P«

Yc

E«

So Pc

Finn ;

F t vo z { nsky t PICNS-72

le Linck* Le Kraus; C« Ro Acad« Scio Paris 275* 669 (1972)

F© R« Mctzgcr; Nuclo Phys* Ai8£, Zi3 (S972)

To Mo* Ra Blue* He Re WeLLer; NucLe Physe

AS97* 290 (1972)

Se Penner* Je We Lightbody* Jre

CrannelL* Pe Lo HaLLoweLL* Me

(2 972)

ho Peterson* Ko Hosoyama* Me Nagao* Ae Nakada*

Torlzuka; PICNS-72* 399 (&9?'2) (see 73Pei)

PICNS-72* 343 (£972)

De Me Skoplk* Co Pla', PICNS-72. 482 (1972)

Gravemeyer* Ce Wo Oe Jager* Le Oieperink;

419 (S972)

Me Sugawara* Te Saito* Ho

Uegaki; PICNS-72* 321

Paul

;

Me Shin*

Spamer* Ke

PICNS-72*

Ke Shoda*

Se Oikawa* Jo

M { y as e Su zu k { *

(1972)

Yuo le Sorokin* Ve ^.o Khrushchev* Be ^.e Yur'evJ

Izve hKade Nauk SSSR Sere36* 180 (1972);

Bullo Acado Scio (USSR) Physe 36* 170 (1972)

Eo Spamer* Ko Gravemeyer* Ce Wo De Jager* Le Oieperink*

PICNS-72* 419 (1972)

Ko Shoda* Me Sugawara* Te Saito* He Miyase*

Se Oikawa, Jo Uegaki; PICNS-72* 321 (1972)

Yuo le Sorokin* Ve Ac Khrushchev* Be ^e Yur'ev;

Izvo Akade Nauk SSSR Sero3&* 180 (1972);

Bullo Acade Scio (USSR) Physo 36* 170

Yue Ko Shubnyi* Yue ^e Lysikov; Izvo

Sero Fizo 36* 2531 (1972); Bull©

Sere 36* 2199 (1972)

Bo Je Thomas* ^o Buchnea* Je

Cane Jo Physo 50* 3085 (1972)

Yo Torizuka* Ye Kojima*

So Mitsunobu* Me Nagao* Ke Hosoyama* Se Fukuda;

PICNS-72* 171 (1972)

Je Ee Me Thomson* Re Jo Jo Stewart* Mo No Thompson;

PICNS-72. 297 (1972)

Je Ee Mo Thomson. No Do Champion*

Me Ne Thompson; Austo Jo Physe

So Go Tonapetyan* No Vo

Oo Ge Konovalov*

63* 1955 (1972);

\e Suzuk i *

(S972)

^:kade Nauk SSSR

^cade Scle (USSR) Physe

De Irish* Ke Go McNeil;

I To Saito* Ko Itoh* Ae Nakada*

Re Je Jo Stewart*

£5* 669 (1972)

Goncharov* Ao lo Derebchinskii*

Ve Mo Khvorostyan; Zho Ekspe

Sovo Physo JETP 36* 1033 (1973)

Teore Fize

Ke Van De Vyver* Ho

Je Dcvos; PICNS-72*

Je Wo Watson* Ho ^o

C6* 497 (1972); See

Ro We Zdarko* Eo Bo

Re Go Arnold. Ee Co

Physe Revo C7 . 1490

Ho Je ^skin. Re So

Mo No Thompson; Nuclo Physo

Jo Oo Adler* Go Andersson* He

Fe rdi nande* Go Knuyt* Ro Carchon*

307 (1972)

Medicus* Re Eo Turner; Phys©

Erratum- Physo Rev© C7* 1273

Nuovo Cimento lOA* 10

We Je Alston III;

Dal ly

;

Boo th *

( 1 973

)

Hicks* Ke Je Fe Allen* R©

A204* 209 (1973)

o Gustafsson;

Revo

(1973)

(1972)

J© Petty

He Gi mm * ^e Zieger*Ho

Bo

G un drum * Z i egler

;

PICNS-73* 993 (1973)

Je Ahrens. He Bo Eppler*

Pe Rtehn* Go Sita Ram*

PICNS-73* 23 (1973)

73Ab5 Ae Aim* To Kivtkas* Le

73A16 Re Ao Alvarez* Bo Lo

PICNS-73. 545 (1973)

73AL7 R© Ao Alvarez. Bo Le Berman* Fe H© Lewis. Po Meyer;

PICNS-73. 547 (1973)

Me Kroning*

Jo Lindgren; PICNS-73*

Berman* Fe Ho Lewis* P©

645 (1973)

Meyer

;

72
T3ks9

73An5lO

73Ar 1

1

73iSilS2

73Anl

3

73Ada4

73Anl

6

73Bo 1

73Bo2

73Ba3

73Be4

73B15

73Be6

T3Br7

73Ba8

73Ba9

73BelO

73Br 1

1

73eri2

73Bri3

73Bu3L4

73Bel

6

73Be£7

73Ba20

73Chl

73Ca2

73Ce3

73Ch4

Babai lo Endo* Ho Fujiit S* <ato*

S. Nlnomij/a. Y, Sumi; PICNS-73t

Ko Jo Fe Client M« N» TKompsont <• SKoda*

H« Miyase, Bo No Sung; PICNS-73.

le Kryshkin*

Pe Usov;

Chertokt To Go Schrodert

Revo C8. 1179 (1973)

NucLo Physo ^215, 461 ll<i73)

Ycster» R« C» Morrison;

Soco Japo 35*

So ^nam i t Ko

Ae Mur ak am i t 613 (1973)

Ho Jo skint

M • Su gaw ar a < 561 (1973»

Po So An aniens le Vo GLavanakov* Vo

Vo No Stibunov/* Ao Go Sterligov* Yuo

Nuowo Cimento Lett. 8. 651 (1973)

R* G* Arnold* Bo To

Jo Lo Albert; Physo

^o klmt To Kivikas;

Re Ac AnderL« Me V«

Nuel. Phys. A212. 221 (1973)

Mo Adachi* Ho Taketani; Jo Physo

317. 325 (1973)

Go Po Antropov* Vo VakhLamovi la Eo Mitrofanov*

Vo So Russkikh; Izve Akado Nauk SSSR Sero Fizo 37*

2657 (1973); BuLlo Acado Scio (USSR)

Physo Ser. 37« 172 (1974)

M« Boivint Yo Cauchoist Yc Heno« Vo Zecevic;

NucLo Physo A204, 220 (1973)

Bootht Ro Go Arnold* Wo Jo Alston* III;

Rew. C7. 1500 (1973)

Eo Baglin* Ro Wo Carr* Eo Jo Bentz* Jro*

Wu; Nucl. Physo A20£* 593 (1973)

Bergstrom* lo Pe Auer* Me Ahmad* Fo Jo Kline*

Hough* Ho So Caplan* Jo Lo Groh; Physo Sevo C7*

(1 973 ) 27 (1973)

Eo Co

Physo

J. Eo

C. P.

Jo Co

Jo Ho

2228

So Lo Blatt* Mo Suffcrt. Ac Degre; PICNS-73*

le Bergqvist* Oo Drake* Do Ko McDaniels;

PICNS-73, 945 (1973)

Do Branfordt Go So Foote* Ro lo Bell* D* C* Weisser*

F. C. P. Huang* Ro Bo Watson; PICNS-73* 943 (£973)

Jo Eo Eo Baglin, Ee Jo Bentz. Jr©; PICNS-73* 161 (1973)

To Bar-Noy. Ro Moreh; PICNS-73* 3S9 (£973)

Re Bergere* Ho Beil* Pe Carlos* Ac Lepretre*

Ao Veysslere; PICNS-73, 525 (1973)

P* L» Bramblett, Bo Lo Berman, Mo Ae Kelly*

J. T. Caldwell. So Co FuLtz; PICNS-73* 175 (1973)

Do Brajnik* Do Jamnlk. Go Kernel* Mo Korun*

U. Miklawzlc* Bo Pucelj* Ae Stanownlk; FICNS-73*

539 (1973)

Do

Ao

Fe

0.

Jo

Jo

Brajnik* D« Jamnik* Go Kernel* Ue Miklavzic*

Stanownik; PICNS-73* 537 (1973)

Re Busklrk* H. D. Graf* R* Pitthan* He Theissen.

Titze. The Walcher; PICNS-73* 703 (£973)

Co Bergstrom* le Po Auer; Nuclo

Co Bergstrom* lo Po Auer, Fo Jo

NucLo Physo A213. 609 (1973)

R. F. Barrett. Jo Ro Birkelund, Bo

Ho Ho Thies; NucLo Physe A2a0. 355

Bo To Chertok, Co Sheffield* Jo Wo

So Penner. Do Blum; Physo Rev© C8

.

Jo To Caldwell. Go Mo Worth* Eo Jo

6 51 (1973)

Fe Ee Cecil. Le Wo Fagg. Wo Lo Bendel. No Ensslin^

Eo Co Jones. Jro; PICNS-73* 699 (1973)

K« F, Chong* M. C* Phenneger* Yo Mo Shin,

Ee Le Tomusiak; PICNS-73, 4 67 (£973)

Physo A215* 232 (197

Kline* He Sa Caplan;

Jo Thomas. Ke So Lam

(£973)

lightbody* Jro*

23 (1973)

Dowdy; PICNS-73

Do Me Skopik*

73
73Ca5

73C16

73Ch7

73Di 1

73D1 2

73De3

73DI4

73De5

73Da6

73De7

73D28

T3Do9

73DalO

73bol

1

73Dil2

730el3

73DelA

73Er 1 73Ey2

73Ey3

73En4

73Faa

73Fu2

73F13

73Fu4

73Fa5

73Fu6

73Fr7

73Gea

73Go2

73Ga3

Ze

G.

B.

I.

!•

Catana* Ge Baciu« Co Iliescu' Vo le Ro Niculescu;

Phys. 261, 125 (1973)

E* Clark* R* C« Morrison* J* Ee E* Baglin*

Cook; Nucl* Phys« A213* 358 (1973)

CKkalov* N« G* Shevchenko* No G* Afanas'ev*

ZaLyubovskt i * Ac Ao KhomicK* Vo No Poiishchuk*

Flz« 13* 945 (1973);

C.

I*

!•

h» S* Litvinenko* Ao Yu« Buki; Yad*

Sov* J« Nucl* Phys* 16, 487 (£974)

E* Mo Diener* Je Fo Amann* Po Paul;

695 (51973)

Physo Revo C7

.

E« Mo Oiener* Jo Fe Amann* Po Paul* Jo Do Vergados;

Boucher; Can* J* Physo

Physo Revo C7, 705 (1973)

W« Del Bianco* So Kundu* Pa

5J * 13 02 (1973)

Vo Di Napoli* F# Salvetti* Mo Lo Terranova*

Ho G* De Carvalho* J* B* Martins; Physo Revo

Ce. 206 (1973)

Wo Del Bianco* So Kundu* Po Boucher; Nucl • Phys*

A209* 181 (1973)

Po David* Jo Debrus* Fo Lubke* Ho Mommsen*

Ro Schoenmackers* G. Stein; PICNS-73. 985 (1973)

H* G« Oe Carvalho* Ja B« Martins* Oe Ao Po Tavares*

Vo Di Napoli* Fo Salvetti; PICNS-73* 983 (1973)

Wo Del Bianco* So Kundu* Po Boucher; PICNS-73*

557 ( 1 973 ) Po Dougan* Wo Stiefler; Zo Physo 265* S (i973)

So Datta* Jo So Allen; Phys. Rev. CS. 1421 (1973)

P. Dougan* T. Kivikas* Ke Lugner* Ve Ramsay*

W. Stiefler; Physo Lett. 46B* 359 (1973)

Vo Di Napoli* Ao Mo Lacerenza* Fe Salvetti* So Mo Terenzt*

Ho Go DeCarvalho* Jo Bo Martins* Jo I norgs Nlucls Chemo 35*

1419 (1973)

Vo Po Denisov* le Yao Chubukov; Yado F { zo 17* 682 (1973);

Sovo Jo Nuclo Physo £7* 354 (31973)

V. P. Denisov* L* A. Ku I chitskit* I* Yao Chubukov;

Izv. Akad. Nauk SSSR Se ro Fizo 37. 107 (1973); Bullo

Acado Scio (USSR) Physo Sero 37* 94 (1973)

Me

Ho

Ho

!•

So

47B

Eriksson* Ge Go Jonsson; PICNS-73* 995 (1973)

Jo von Eyss* H© Schier* Bo Schoch; PICNS-73* 989 (1973)

Jo von Eyss* Go Luhrs; Z. Phys. 262* 393 (1973)

Endo* Ko Baba* Ho Fu j { { * Yo Sumi* Se Anami*

Ninomiya* So Kato* %• Murakami; Physo i-etto

469 (1973 ) Ensslin* Eo Cs Jones* Jr.;

Jo Physo Soco Japo 34, 315 (1973)

Kan* Go Ao Peterson* Oc Vo Webb*

W. Lightbody* S. Penner; PICNS-73,

B. L. Berman* P. Meyer;

L« Wc Fagg* Wo Lo Bendel* No

Physo Letto 44B* 163 (1973)

K« Fukuda* So Okabe;

Do Mo Fleming* Po To

Se Po Fivoztnsky* J.

887 (1973)

So Co Fultz* Ro Ao Alvarez

PICNS-73* 549 (1973)

Lo Fagg; PICNS-73* 663 (1973)

So Ce Fultz* Ro Ao £.lvarez. Bo

PICNS-73* 551 (1973)

Bo Friberg, lo Blomq,v{st, Bo Forkman;

Z. Phys. 262, 255 (1973)

R« Wo GelLie, Ko H* Lokan, No Ko Sherman;

171 (1973)

To Gozani* Ro Lo Bramblett, Ro Oo Ginaven,

Do Eo Rund<iuist; PICNS-73, 649 (1973)

S. N. Gardiner, J. L. Matthews, Re Co Cwens

;

Phys. Lett. 46B, 186 (1973)

Lo Berman, Ps Meyer;

3ICNS-73,

74
72Gr4

73Go5

73Go6

73Gu7

73Hal

73Ho2

73Ha3

73Ho4

72HI 5

73Hi 6

T3He7

73He8

73Ha9

73He3iO

73Hu£i

73Hu£2

73Ha 13

73Hufi4

73Hal5

73It£

73Ir2

73Is3

73Ir4

73Iw5

73Jul

73Ju2

73 Ja3

73K11

73KI 2

73Ko3

73Ka4

73Kn5

Lap in*

Shr am en k o ;

Ic A« Grishaev* A* N* Krinitsj/n* N* I V« I* Nikiforov* G« 0* Pugachev« Be Ii Ukr. Flz. Zh« S8t 445 (1973)

N« Ve Goncharovf Ae le 0 er e be h in s k i i » Oc Ge Konowalov*

So G« Tonapetyan* Vo M« Khvorostyan; Yad* Fiz« 17«

242 ( 1973); Sovo J* Nude Phys* 17. & 24 (&973)

Mo Goryachev* G« Ne Zalesnyi* S« Fe Semenko*

B« A* Tulupov; Yado Fiz« £7* 463 (£973); Sovo Jo NucLo

Phys. 17. 256 (1973)

I. S« GuL'karov: Yad« F(ze 16. 519 (1973); Sowe Je Mud*

Phys. £8. 267 (£974)

Pe L« HaLLowelL. Ws Bertozzi. Jo Heisenberg. So KoMaLski.

X« Maruyama* Co Po Sargent. Wo TurcKinetz.

Co Fo Williamson. S. P. Fivozinsky. J« W* Lightbody* Jr«.

S. Penncr; Phys. Rev. C7. 1396 (1973)

Ko Hosoyama. Y« Torizuka. Yo Kawazoe. Ho Ui; Physe

Revo Lett. 30. 368 (1975)

E* Hayward. W* Co Barber. Jed Sazama; Physe Revo C6

.

1065 (1973)

Phan Xuan Ho* J« Bellicard. Pho Lecon-tre. lo Sick;

Nuclo Physo A210* 183 (1973)

He Hiramatsu. To Kamae. Ho Muramatsu. Ko Nakamura*

No Izutsu* Yo Watase; Physo Letto 44B. 50 (£972)

R. S. Hicks. B. M. Spicer; Austs Je Physe 26. 585 (£973)

F. H. HelmLicK. Eo Roessle. Mo Koebberling. Je Morltz.

K. H. Schmidt. D. Wegener. De Zeller. Jo Ke Eienlein.

J. Bleckwenn. H, Dinter; PICNS-73. 885 (1975)

Fe He Heimlich* Ee Roessle. Me Koebberling. Je Moritz.

Ke He Schmidt. Do Wegener. Do Zeller. Jo Ko Bienlein.

Je Bleckwenn. Ho Dinter; PICNS-73. e9£ (£973)

Ho Hartmann. H. Hoffmann. B. Mecking. G* noldeke;

PICNS-73. 967 (1973)

Co Heoimer. Ro Stock.

265 (1973)

Ro Jo Hughes. Ro Ho

151 (1973)

Ro Jo Hughes* Bo Mo Spicer; PICNS-73. £53 (1973)

M. Hasinoff* G. A. Fisher. Se Se Hanna;

Nucl. Phys. A216. 221 (1973)

Re Je Hughes. Ee Ge Muirhead; Nucle PhySe A2£5.

Stanley So Hanna; PICNS-75. 417 (1973)

Ke Itch. Me Oyamada* Yo Torizuka; Physo Revo C7« 458 (£973)

Jo Do Irish. Ro Go Johnson. B« J. Thomas. B. L« Berman.

K. 6. McNeill. Jo We Jury; PICNS-73, 147 (1973)

Be Se Ishkhanov. Ve Ge Shevchenko; PICNS-73. 5£ £ (£9^3)

J. Do Irish. Re Ge Johnson. Bo Le Berman. Be Je Thomas.

Ko Ge McNeill. Je Wo Jury; Physo Revo C8* 1211 (1973)

Ko No Ivanov* Yue ^o Solov'ev. Ko A.o Petrzhak;

ZhETF Piso Red. 17. 610 (1973); JETP Lette (USSR)

17. 429 (1973)

Jo Wo Jury* Jo lo Lodge. Ko He Lokan. N. K. Sherman.

R. W. Gellie: Cane Je Physo 51. 1176 (1973)

Je We Jury. Je Se Hewitt. Ke Ge McNeill: PICNS-73.

157 (1973)

Ae Jarund* Be Friberg, Bo Forkman; Zo Physo 262. £5 (£973)

So Klawansky. Ho Wo Kendall. Ao Ko Kerman* Oo Isabelle;

Physo Rev. C7* 795 (1973)

So Eo Kiergan. ^o Oo Hanson. Lo Jo Koester. Jre ; Phys. Rev. C8. 431 (1973)

S. Me Kocimski. Be Co Cook; PICNS-73. 1059 (1975)

Ye Kawarasaki; PICNS-73. 305 (£973)

Jo Wo Knowles; PICNS-73. 647 (1973)

Ke Wienhard. H. Wolf

Sambell. Bo Mo Spicer

PICNS-73.

PICNS-73.

£4f (£973)

75
72Ko6 E« A* Kottkov* Eo Do Makhnowskii; Yad. Flz, 18. 245 (1973);

Sov, J. Nucl. Phys« 18« 125 (1974)

73Ku7 Eo L« KupLenntkovf N« G« Afanas*ev* V* Aa Gol*dshteInt

V« I* Qgurtsov, V, G« Vlasenko,* Yado F i zo 18t 20 (1973);

Sovo Jo Nude PKvse IBt 10 (11974)

73Ka8 0« Ko Kaipov* Yu . A. Lysikov. Yu. K. Shubnyt;

Izw, ^kad. Nauk SSSR Se ro Ftze 37. 1095 (1973);

Bull* Acade Sci* (USSR) Physo Sero 37. &60 (1973)

73Lil I. Llnck, L. Kraus; PICNS-73. 929 (5973)

73Lt2 I« Unck. Le Kraus. So t« Blatt; PICNS-73. 931 ( 1973)

73Li3 K» Lindgren* G* G» Jonsson. Bo Forkman; PICNS-F3.

991 (1973)

73Lo4 K« Ho Lokan. No Ko Sherman. Ro Wo GeLLie. Jo Wo Jury.

Je le Lodge. Ko Go Johnson; PICNS-73. 173 (1973)

73L15 Ao So Lltvinenko. N. G. Shevchenko. N© Go ^fanas*ew.

A. Yu. Buki. Vo Pe Likhachev. Ve No PoLishchuk.

G. h» Savitskii. Ve Me Khvastunov. &e Ao Khomich.

I. I. ChkaLov; Yado Fizo i8. 250 (£973); Sovo Je Nuc lo

Physo 18. 128 (1974 ) 73Le6 E. W. Lees. Johnston. So We Brain. Co So Curran.

Wo Ao Gillespie. Ro Po Singhai; Jo Physo Ma-tho.

Nuclo Geno 6. L116 (1973)

73Me£ Se Jo Mecca. Jo Re Rothamei; Nuclo Physo ^20&« 5F0 (1973)

73Mo2 R* Moreh. • Shahal . J. Tenenbaum. Ao Wolf. Ae Nof;

Phys. Rev. C7 . 1885 (1973)

73Me3 Oe Fo Measday. Mo Hasinoff. Oo Lo Johnson;

Cane Je Physo 51. 1227 (1973)

?3Me4 Fo Ro Metzger. Vo Ko Rasmussen; Physo Revo C8. i099 (£973)

73Ma5 Eo We Maute. S. L. B I at t . D. P. D Amato; PICNS-73.

933 (1973)

73Mc6 Do Ke McDaniels. Pe Varghese. I. Bergqvist. 0. Drake;

PICNS-73. 951 (1973)

73M{7 Ho Miyase. Se Oikawa. kc Suzuki. Jo Uegaki. T. Saito.

M. Sugawara. K. Shoda; PICNS-73. 553 (11973)

73Ma8 Oo Ye Mafra. Me Fe Cesar. Se Kuniyoshi. Jo Goldenberg;

PICNS-T3. 643 (1973)

73Mo9 Je Re Moreira, Eo Wolynec. Go Moscati; PICNS-73. 165 (1973)

73McIL0 Jo Jo McCarthy. R* C. Morrison. H. Jo Vander Molen;

Nucl. Phys. A213. 37i (J973)

73Mall Co Ko Malcom. Oe Vo Webb. Yo Mo Shin. Oo Mo Skopik;

Physo Letto 47B. 433 (i973)

73Mol2 Re Moreh. Ao Wolf. Oo Shahal. Jo Tenenbaum. Ae Nof;

Nucl. Phys. A217. 477 (1973)

73Mol3 R. Mopeh, So Kahane; Physo Letto 47B, 35^ (1973);

(See also 74Ka9)

73NalI Me Nagao. Ye Torizuka; Phys. Rev. Lett. 30 ( 1973)

73N{2 L. Nilsson. A. Lindholm. Ic Berg(),vist. Bo Palsson.

J. Eriksson; PICNS-73. 949 (1973)

73Na3 lo Co Nascimento. So Bo Herdade* Jo Do To Arruda Neto;

PICNS-73. 653 (1973)

73Ne4 Re Neuhausen; PICNS-73, a 89 (£973)

73Na5 R. Nath. F. W. K. Firk. R. Jo Holt. Ho Le SchuLtz;

PICNS-73. 155 (1973)

73Na6 Re Nath. Go We Cole. Fe Wo Ko Firk. R. J. Holt.

H. L. SchuLtz; PICNS-73. 163 (1973)

730ci Wo Jo 0 Connell. Go Lo Latshaw* Jo Ls Black.

So So Hanna; PICNS-73. 939 (1973)

73Pe£ Go Ae Peterson. Ko Hosoyama. Mo Nagao. Nakada.

Yo Torizuka; Physo Revo C7. £028 (£973)

73Po2 Je Me Poutissou. We Del Bianco; Nuclo Physe A199.

517 (1973)

73Pi3 Rainer Pitthan; Zo Physe 260. 283 (1973)

76
73Rul Do Eo Kund<iuist; PICNS-73, 619 ( 1973)

73Ski Do Mo Skoptk« Y« Me Shin. Eo Le Tomustak*

M. C. Phcnncger, Ko Fo Chong; Physo Letto *3B. 48a (i972)

73Sz2 H. Szichman; Zo Physo 259, 217 (1973)

73Se3 Jo Co Sens t Ao Pape* Ro Armbruster; NucLo Phj/so

A199. 241 (1973)

73Sw4 Co Po Swann ; NucLo Physo A20J , £34 (11973)

73Sa5 Ro Ho Sambell* Bo Mo Sptcer; Nuclo Physo A205* 139 (1973)

73SL6 Ao Go Slight* To Eo Drake* Go Ro Bishop; Nuclo Physo

A208. a 57 (i973)

73Sa7 To Saito* So OikaMa* Ko Shoda* Mo Sugawara* H* Miyase*

A. Suzuki* J. Uegaki; PICNS-73, 199 (1973)

73Sa8 Ro Ho Sambell, Bo Mo Spicer; PICNS-73* 54i (S9F3)

73Sh9 No Ko Sherman, Ko Ho Lokan* Ro Wo Ge I I i e ; PICNS-73*

3167 (£973)

73SulO Ao Suzuki* K« Shoda* Mo Sugawara, To saito* Ho Miyase*

So Oikawa* Jo Uegaki; PICNS-73. 2195 (11973)

73Sull A* Suzuki. K* Shoda. M* Sugawara. To Saito, He Miyase,

S* Oikawa. Jo Uegaki. Mo No Thompson. Ko Jo Fe Allien.

Ho Jo Askin. Bo No Sungi PICNS-73. %97 (1973)

73Sul2 So Suglyama. To Tomitnasu; PICKS-73. Volo I. 563 (1197'3)

73Swl3 Co Pe Swann; PICNS-73. 317 (1973)

73Saa4 To Saito; Jo Physo Soco Jape 35, H (1973)

73Sil5 Ro Po Singhal* Ho So Caplan* J* R. Moreira* T. E* Drake;

Can. J. Phys. 51. 2125 (1973)

73Sol6 Yuo lo Sorokin. Vo Ao Khrushchev. Be Ao Yur*ev;

Yado Fizo 17, 3 (1973); Sova Jo Nuclo Physc 17. 1 (1973)

73SzS7 Ho Szichman; Physe Revo CS. 2429 (£973)

73Shl& Yo Mo Shin. Do Mo Skopik. Eo Lo Tomusyak; Izvo Akado

Nauk SSSR Sero Fiz. 37, 1863 (1973); Bull. «icado Scie

(USSR) Physo Sero 37, 60 (£973)

73Sol9 Yuo lo Sorokin. Vo Ao Khrushchev, Be Ao Yur*ev; Izvo

Akad. Nauk SSSR Ser. Fiz. 37. 1891 (1973); Bullo Acado

Sci. (USSR) Physo Sero 57. 80 (1973)

73So21 Yuo lo Sorokin. Vo Ao Khrushchev. Bo Ao Yur«ev;

Izvo Akado Nauk SSSR Sero Fizo 37. £56 (1973);

Bullo Acado Sci© (USSR) Physo Sero 37. 137 ( 1973)

73To£ Y. Torizuka. Y* Kojima. T. Saito. Ko Itoh. Ao Nakada.

S. Mitsunobu. Mo Nagao. Ko Hosoyama. So Fukuda. He Miura;

PICNS-73. 675 (1973)

73Tz2 Co Tzara; PICNS-73. 573 (£973)

73Ts3 He Tsubota* No Kawamura* S. Oikawa. M. Sugawara. Ke Shoda;

J. Physo Soco Jape 35. 330 (1973)

73Ti4 Ge Ticcioni. So No Gardiner. Jo Le Matthews.

Ro Oo Owens; Physo Lette 46B. 369 (1973)

73Uel Jo Uegaki. So Oikawa. Ao Suzuki. Ho Miyase. To Saito.

Me Sugawara. Ko Shoda; PICNS-73. 209 (£973)

73Vel Ao Veyssiere. Ho Beil* Ro Bergere* Po Carlos* Ao Lepretre*

Ko Kernbath; Nucl. Phys. A199, 45 (1973)

73Ve2 E. Ventura; Physe Revo C7, £900 (£973)

73Ve3 Vo Vo Verbinski, Hans Weber. Ro Eo Sund; Physo Revo

Ce. 1002 (1973)

73Ve4 Eo Ventura* Jo Ro Calarco* Co Co Chang* Eo Mo Diener*

Wo Eo Meyerhof; PICNS-73* 925 (1973)

73Va5 Ro Eo Van de Vyver* R. Carchon, J« Devos, Co Van Deynse,

H. Ferdinande; PICNS-75, 543 (1973)

73Ve6 Jo Vernotte, So Gales, Me Langevin, Jo Mo Maison;

Nuclo Physo A212, 493 (1973)

73Va7 V* V. Varlamov, B. S. Ishkhanov, lo Mo Kapitonov,

Zh. L. Kocharova, lo Mo Piskarev, Oe Pe Shevchenko;

ZhETF Piso Redo 18, 170 (1973); JETP Letto

£8. 99 (1974)
72vie

73Wal

73 Wee

73We4

73Wc5

75W16

73Yal

73Ye2

73Zal

74Anl

14* d2

T4Ar3

74i>s4

74An5

74Ar6

74(t.n7

74Ahe

74Ah9

74&LiO

74*bll

74Abl2

74A113

74Bel

74Br2

74Be3

74Ba4

74Ba6

V* G« Vlasenko* N* Ge Afanas*ev« V* k» Goi'dshteint

S« V« Oementii* Eo Le Kuplennikov* Vo I* Ogurtsov*

Vc lo Startscv; Yado Fizo 17* 1124 (1973);

Sov. J. NucL. Phys. i 7, 585 (£973)

R« Bs Watsont Oe Branford* J« Le Black* W* Je CaelLi;

Nucl. Phvs» A203t 209 (i973)

He Re WeLler* Ko Ac Blue* Jo Jo Ramirez*

£e M» Bernstein; NucL. Phys. kZOl * 177 (1973)

He Re WeLler. Ro Blue; Nuclo Physo kZll * 221 (£973)

He Re Wetler. R. A. Blue. T. Mo; PICNS-73. 935 (I9f3)

O, V. Webb* Ce Ke Malcolm* Ye Me Shin* Oe Me Skopik;

PICNS-73* 149 (i973)

£e Jo Winhold* Bo Ho Patrick* Eo Mo Bowey*

De Be Gayther; PICNS-73* 70S (5i973)

Chiri Yamaguchi; Je Physe Soce Jape 34* £123 (i97I)

M* V* Yester* Re ^.e Anderl* Re Go Morrison;

NucL. Phys. A206* 593 ( S 973

)

Le Zalcman* Je Ee Me Thomson* Mo Me Thompson;

PICNS-73. £69 (£973)

Oe Wo Anderson* R« Fe Petry* H© Jo Fischbcck;

Phys. Rev. C9 * 1919 (1974)

Je Oe ^dler* Ge ^ndersson* Ho Ao Gustafsson; Nad. Phys.

A223* 145 ( 1974)

Me Areskoug* Be Schroder* Ko Lindgren* Go ftndersson*

B. Forkman; Nucl. Phys. A226* 93 (£9?'4)

He Je Askin* Ke Je Fe fallen* Mo No Thompson* Ke Shoda*

Me Sugawara* He Miyase* Bo No Sung; Nuclo Physo

A220. 241 (1974)

Yu« Pe Antuf'ev* Ve Lo Agranovich* Vo So <uz*menko*

P. V. Sorokin; ZhETF Pis. Rede £9* 657 (£974);

JcTP Letto 19* 559 (1974)

Yue Me Arkatov* Pe le Vatset* Ve le Voloshchuk*

Ve Ae Zolenko* lo Mo Prokhorets* Vc lo Chmii;

Yade F i zo 19* 1172 (1974); Sove Je Nude Physo 19*

598 (£974)

Bo Oe Anderson* Me Ro Dwarakanath* Jo So Schweitzer*

Ae Ve Nero; Nuclo PhySo A233. 286 (£974)

Je Ahrens* H. B. Eppler* H. Gimm* Me Kroning* Pe Riehn*

Ik, Zieger* B. Zlegler; Physc Letto 52B* 43 (1974)

J. Ahrens* He Be Eppler* He Gimm* Me Kroning* Pe Riehn.

H. Waffler. A. Zieger* Be Ziegler; Physo Lette 52B*

49 (1974)

Ro ALberini* Po Ro OLlva* Do Prosper!; Nuovo Cimento

Lett . 10. 726 ( 1974)

A. I. Abramov. Ve Yae Kitaev* Mo Ge Yutkira* Yade

Fize 20. 438 (£974); Sove Je Nude Physe 20. 236 (£9F5)

Ae I. Abramov. V. Ya. Kitaev* Mo Go Yutkin;

Izv. Akad. Nauk SSSR Sere Fizc 38. 2112 11974);

BuLle Acade Sc { e (USSR) Physo Sero

Yue Me Aleksandrov* Vo Bo Ganenko.

lo lo M i r o s hn i c he nk o * Vo Mo Sanin* Po Vo Sorokin; Yad. Fiz.

915 ( 1974); Sov. J. Nucl. Physe 20

38* 85 (£974)

Vo F o Gr u s h i n * Po Vo Sor ok i n ;

, 487 (1975)

20

M. Bernheim* Ae Bussier^* Ao Gillebert* Je Mougey*

Phan Xuan Ho* M. Priou* Do Royer. lo Sick.

G. J. Wagner; Physe Reve Letto 32. 898 (1974)

Oe Brajnik* Oe Jamnik* Ge Kernel* Ue Miklavzic*

Ac Stanovnik; Physa Revo C9 * 1901 (1974)

He Beil* Re Bergere* Pe Carlos. Ao Lepretre. Ae De

Ae Veyssiere; Nude Physo A227. 427 (£974)

Jo Ee Eo Baglin* Ee Je Bentz* Ro We Carr;

Physo Revo C£Ot 24 (£974)

T. Bar-Noy* Re Morch; Nude Physo A229*

78

Mini ac *

4£7 (£974)
74BC7

74Be8

74Ba5

74Bo 10

74Ball

D* Ko Mc Daniels; Nuc L<

Fo Yergin;

74Bei2

74Bel3

748014

74Bal5

74Ch2

74Ch3

74Ce4

74Ca5

74Ca6

74Ca7

74Ch8

74Ch9

74C110

74Dei

74Da2

74D€3

74De4

74Do5

74Dv6

74Di 7

74DI 8

Sh+artkovt

( 1974)

!• Bergcivtst* 0« M« Drake*

Phys. A231. 29 (1974»

B« L« Berman* S« Ce Fultz* Pe

Phys* Rev* ClOt 2221 (1974)

P* Baranov* G« Buinov* Vo Godint Vo <uznetzovat

V* Petrunkln* L* Tat ar i ns kaya t V* Shirthenko* Lo

V, Yurtchcnko, Yu* YanuHs; Phys© Lett* 52B, 122

G« Bologna* V* Emma* A« S* Figuera* S* Lo Nigro*

C* Milonc; Physo Lettc 52B* 192 (1974)

P* S« Baranov* G* M* Butnov* Ve G* Go d i n

V* A* Kuznetsova* V* A* Petrun'kln; Lo So Tatarinskaya* V* So Shirchenko* L* N* Shtarkov*

V* Ve Yurchenko, Yuo Po YanuHs; ZheTF Plso

Redo 19, 777 (1974); JET? Le+to 19* 398 (1974)

K* Beckert* H. W* Hersch* F.Herrmann. P* <Leinvechter* H» Schobbert* lo Fodor* !• Szentpetery;

Izv. Akad* Nauk SSSR Se r© Fiz© 38. 2083 (1974);

Bull* Acad* Sci* (USSR) Phys* Ser* 38* 60 (1974)

Ke Beckert* Ho M* Hersch* Do Grambole* F© Herrmann. Po Kleinvechte

C* Schne { dera i t * Ho Schobbert. H© J* Thomas; Izv© Akado Nauk SSSR

Ser© Ftzo 38* 2087 (&974); Bullo Acado Sc i o (USSR)

Phys© Ser* 38* 63 (1974)

G* L* Bochek* I* Grishaev. Ne Lo Emets* No lo

Lapin* G« D* Pugachew* Yu© N* Ranyuk; Zh* Eksp*

Teor. Flz. 66* 16 (1974); Sov© Phys© JETP 59* 7

G© Baroni* S* 0* Liberto* So Petrera* G* Romano

Nucl* Phys* A231* 521 (1974)

K© Fo Chong* M* C* Phenneger* Yo M© Shin* Do

E« Le Tomusiak; Nucl. Phys. A218* 43 (1974)

C. C. Chang* W. R* Dodge* J© J© Murphy* III;

Phys. Rev. C9* 1300 (1974)

F* Eo Cecil* Le Wo Fagg* We Lc Bendel* E. C.

Phys. Rev. C9* 798 (1974)

P. Carlos* He Beil* R* Bergere. A* Lepretre.

A* Veyssiere; Nucl* Phys* A225 * 171 (1974)

Re Carchon* J© Devos* Ro Van De Vyver. Ca Van Deynse*

H© Ferdinande; Nucl© Phys. A223* 416 (1974)

O. Catana* G. Baciu* M* I one sc u-Bu Jor

V. I. R. Niculescu. C* Iliescu; Nuclo Phys* A225*

157 (1974)

( 1974

)

Mo Skopik*

Jones* Jr.

A* De Minac*

So H© Chew* Jo Lowe* Jo Mo Nelson* A< Nucl. Phys. A229* 241 (1974)

R. Barnett;

A* H* L* Pai

J*

R*

R*

G*

We

Can

P.

F . J.

G.

G*

W*

333

Pe Dougan* Wo Stiefler; Zc Phys© 269* 97

P© Dyer* Co A© Barnes; Nuclo Phys. A233*

V. Dl NapoLi* Mo L* Tcrranovai Jo Inorg*

Chem. 36* 3633 (1974)

V« Di Napoli* J. B. Martins. Ge Persichelli.

M. L. Terranova; Nuovc Cimento Lett* 11. 179 (1974)

H* Chung* W* T* Diamond* Ae Eo Litherland*

Goldemberg; Phys© Lett© 53B * 244 (1974)

W© CLifft* E* Gabathuler* L© S© Littenberg*

Marshall* S* E* Rock* J* Co Thompson* Do L© Ward*

R* Brookes; Phys© Rev© Lett© 35* 1500 (1974)

Del Bianco* P© Boucher* S. Kundu* B. Rouben;

. Jo Phys. 52* 92 (1974)

David* J* Debrus* F* Lubke. H© Mommsen.

Schoenmackers. G* Stein; Nucl© Phys* A22fi. £45 (£974)

Deutsch. D. Favart* Ro Prieels* B* Van Ostaeyen*

Audit* N. De Botton* J* Lo Faure. CI* Schuhl.

Tamas* C* Tzara; Phys© Revo Lett© 55* 516 (1974)

Del Bianco* S© Kundu* Be Rouben; Nuclo Physo !%232«

(1974

)

(1974)

495 (1974)

Nuc lo

79
74De9

740el

0

7ADell

74DeJ3

74Enl

74Ep2

74Es3

74FU

74Fo2

74Fu3

74Fo4

74Fo5

74F16

74Go 1

74Ge2

74Go3

74Go4

74Go5

74Gr6

74Ge7

74 Go 8

74Ga9

74GoiO

74GuH

Eo Oo De Netjs* M« A* Mej/er* J* P* Le Reinecke*

O. Reitmann; NucL. Physo A230t 490 (^974)

J« Oevos* R« Carchon* H* Ferdtnande* IR« Van de Vyver;

Z. Phvs. 271. 391 (1974)

V* P« Denisovi !• Yao Chubukov; Yado Fizo 20. 1106 (1974);

Sow. Je Nude Physo 20. 579 (1975)

A* le Der e b c h i ns k i i . So Go Tonapetyan. Oo Go Konovalov.

Vo Po Nazyrov. Ao He TenisKev; Zho Eksp« Teoro Fizo

66. 68 (1974); Sov. Phys. J ET P 39. 30 (1974)

N. EnssLin. W* Bertozzi. S« Kowalskt. Co P« Sargent.

Wo Turchinetz. Co Fo MiLliamson. So Po Fivozinsky.

Jo Wo Lightbody. Jro. So Penncr; Physo Revo C9. 1705 (1974)

Ve Do Ep an es hn i kow . Vo Mo Kuznetsov. O* I* Stukovi

Yad. Ftz. 19. 483 (1974); Sovo Je Nuclo Physo 19. 242 (1974)

Mo To Esat. Jo Re Leslie. Wo McLatchie; Nuclo Physe

A2;2. 139 (1974)

So Po Flwozinsky. So Penner. Jo Wo Ligh+body. Jr..

D. Blum; Phys. Rev. C9. 1533 (1974)

Go So Foote. Oo Branford. Ro Ao lo Bell. R. 6. Watson;

Phys. A220. 505 (1974)

Fultz. Ro Ao Alvarez.

Revo CIO.

Foote. Do

P. Huang;

Foote. Do

Nuc I • So Co

Physo

Go So

> o G.

Jo

Do

Ro

N,

Co

S.

Yue Vo Zhebrovskii.

Ao Lo Rubashkin.

695 (1974)

;

Bo Lo Berman. Po Meyer;

608 (1974)

Branford. Do Co Wetsser. N« Shikazono.

J. Phys. A. Matho. Nuclo Genet 7. L4 (1974)

Branford. No Shikazono. De Co Weisser;

Physe Ao Mathe. Nude Gene. 7. L27 (£974)

Jo So Ftndlayt So No Gardiner. Jo Lo Matthews.

Oo Owens; Jo Physo Math*. Nucl. Gen. 7. L157 (1974)

V. Goncharov. Se Ge Tonapetyan. Vo Mo Khvorostyan;

Yado Fizo 19. 21 (1974); Sov. J. Nucl. Phys. 19. 10 (1974)

H. Genzei; Zo Physo 268. 37 (1974)

Ve Go Gobenko. Ao le D er ebc h I ns k i i

.

Lo Yao Kolesnikov. Oo Go Konovalov.

Ao Eo Tenishev; ZhETF Pise Redo 19.

JETP Letto 19. 340 (1974)

B. I. Goryachev. Yue Vo Kuznetsov. Ve No Orlin.

N. A. Pozhidaeva. Ve Go Shevchenko; ZhETF Pise

Redo 19. 65 (1974); JETP Lette 19. 41 (1974)

Ve &e Gol'dshtein. Vo Bo Shostak. No Go ^fanas'ev.

Vo Go Vlasenko* Eo Lo Kuplennikov. V. I. Startsev;

Yad. Fiz. 19. 727 (1974); Sove Jo Nuclo Physe 19.

369 (1974)

lo Ao Grishaev. No lo Lapin. Go Do Pugachev.

Yu. N. Ranyuk; Yado Fize 19. 725 (1974); Sovo Je Nude

Physe 19. 368 (1974)

Jo Pe Genin. Je Julien. Mo Rambaut. Co Samaur. Ao Palmeri

Vinciguerra; Physo Lett© 52B. 46 (1974)

V. A. Gol'dshtein. V. B. Shostak. No Go Afanas'ev.

V. G. Vlasenko. Eo Lo Kuplennikov. Ve lo Startsev;

Yado Fizo 20. 447 (1974); Sovo Jo Nuclo Physe 20.

241 (1975)

Ve Be Ganenko. Vo Go Gorbenko. Yuo Vo Zhebrovskii.

Le Yao Kolesnikov. lo lo Mi roshni chenko. Ao Lo

Rubashkin. V. M. Sanin. Po Vo Sorokira. Se Ve Shalatskii;

Yado Fizo 20* 356 (1974); Sovo Jo Nuclo Physo 20.

189 (1974)

Ve Ao Gol'dshtein. Vo Bo Shostak. No Go ^.fanas'ev.

V. G. Vlasenko. H. L. Kuplennikov. Vo lo Startsev;

ZhETF Pis. Red. 19. 695 (1974); JETP Lette 19

358 (1974)

Go Me Gurevich. Le Eo Lazareva. Vo Mo Mazur. Go Vo

ZhETF Pis. Redo 20. 741 (1974); JETP Lette 20. 343

So lo dukh

(1 974)

80
74Hai

7*Ha2

7AHo3

74Ha4

74Hi 5

74Ira

741 v2

74Is3

74Jal

74Ja2

74Ja3

74Jo4

74Kn 1 74K12

74Kr3

74Ka9

74Kn 10

74Le 1

74Li2

74La3

74Le4

74La5

74Mal

74Me2

74Me3

74Mo4

74Ma6

74Mo7

74Ma8

74Ma9

So Hannat Ho Fo GLavisht Ro ^vidat Jo Re CaLarco«

Kuhlmann. R. LaCanna; Phys. Rev. Lett. 32. 114 (i974)

Mass. Z« Shkedi. Do F© Ho Start, Yo WoLfson.

So Horowitz; Nuclo Physo A220. 2^7 (£974)

Itoh. To Saito; Physo Revo Lett© 33t

Jc McCarthy;

Mo Simons. Mo Tonutti;

404 (1974)

Matho 1 Nuc Lo

49B. 440 (i974)

Hal lawell

.

137

So

Eo

M.

Yo

A. Hotta. Ko

790 (1974)

Eo Hayward. Wo Co Barber. Jo

Phys. Rev. CIO. 2652 (1974)

£• Hilger. Ho Jo Roegler. Lo

Zo Physo 268. 19 (1974)

Jo Do Irish. Ro Go Johnson. Ko Gc McNeill.

Jc Wo Jury; Physo Revo C9. 2060 (1974)

Ko No Ivanov. K. ^. Petrzhak; At. Energo 36

1

Sovo Jo Ato Energy 36. 515 (S974)

Bo So Ishkhanov. lo Mo Kapitonov. Eo Vo Lazutin.

lo Mo Piskarev. Oo Po Shevchenko; Yado Fizo 20. 433 (£974);

Sovs Jo Nuclo Physo 20. 233 (1975)

Ho Eo Jackson; Physo Revo C9. 1148 (1974)

Ho Eo Jackson. Go Eo Thomas. Ko Jo Wetzel.

Physo Revo C9. 1153 ( 1974)

K. Jaeckel. Ho Kaiser. Ho Kemen. Ro Wedemeyer.

Ho Jo Weyer; Zo Physo 268. 27 (&974)

Ao Johnston. To Eo Drake; Jo Physo Ao

Gcno 7. 898 ( X 974

)

U. Kneissl. G. Kuhl. Ao Weller; Physe Letto

F. J. Kline. Ho Crannell. Je Mo Finn. Po Lo

J. T« Brien. C« Wo Werntz. So Po Fivozinsky.

J. W. Lightbody. Jr.. So Penner; Nuovo Cimento 23

( 1974)

Oo Eo Kraft. Yuo Vo Naumov. lo V. Sizov; Yad. Fiz.

20. lOQl (S974); Sovo Jo Nuclo Physo 20. 567 (1975)

So Kahane. Ro Moreh; Physo Revo C9 « 2384 (1974) (See

also 73Mol3)

U. Kneisl. Go Kuhl. Ko Ho Leister. Ao Weller;

Z. Naturforsch. 29a. 1688 (1974)

Ao Lepretre. Ho Beil. Ro Bergere. Po Carlos.

A. De Miniac. Ao Veyssiere. Ko Kernbach; Nuclo Physo

A219. 39 (1974)

Go Co Li* Me Re Yearian. I. Sick; Phys. IRew. C9. 1861 ( 1974)

L* Lakosi. M. Csuros. Ao Veres; Nuclo Instrumo

Methods 114. 13 (1974)

E. W. Lees. Ao Johnston. So Wo Brain. Co So Curran.

Wo Ao Gillespie. Ro Po Singhai; J. Phys« Math. Nucl.

Gen. 7. 936 (1974)

L. E. Lazareva. A. lo Lepestkin. Vo lo Sidorov;

Yad. Fizo 20. 242 (1974); Sovo Jo Nuclo Physo 20.

£28 (S975)

Jo Vo Maher. Lo Me ye r-Sc h ut zme i s t e r . Eo Lo Sp r en k e l-S eg e I

.

von Ehrenstein. Ro Jo Nemanich. Go Co Kiang.

Fo Tonn. Re Eo Segei; Phys. Rev. C9. 1440 (1974)

R. Metzgcr; Phys. Revo C9, 1525 (1974)

Ro Medsker. He Eo Jackson; Physo Revo C9i

Moreh. Ao Wolf. lo Jacob, he Nof;

Phys. A224, 86 (i974)

Matthews. To Kruse. Me Ee Williams*

Savin; Nude Physo A223. 221 ( J 974

)

Moreh* Oo Shahal. lo Jacob; Nude Physo A228> 77 (&974)

K. Maruyama . Re Ao Lindgren> Wo Lo Bendel.

C. Jones. Jro. Lo Wo Fagg; Physo Revo C&O. 2257 (E974)

Ye Mafra. Mo Fe Cesar. Co Renner. Jo Goldemberg;

Do

Jo

F.

Lo

R.

Nucl . Je Lo

Wo

R.

X.

E.

0.

709 (49r4)

Re Oo Owens

Nucl. Phys. A236. 1 (1974)

31
74Naa

7^No2

74Phl

74P12

T4Pe3

74Ral

74F.0 2

74Ra3

74Ro4

74Ro5

74Skl

74Sc2

74Sh3

74Sk4

74Sn5

74Sh6

74Sw7

74Sc8

T4Sn9

74SO10

74Swaj

74Tel

74To2

74Ti3

74Ts4

74Tu5

74V€l

74Va2

74Wel

74Wo2

74Wh3

74Wi4

74Wo5

74Wo7

74W I 8

74Yel

Ko Nakamura* So Hiramatsu* To Kamaet Ho Muramatsii*

N. Izutsut Y. Watase; Phys* Rev* Lett* 33 t 853 (1974)

V* le Noga* Yua N« Ranyuk* P« V* Soroktn; Yad* Fiz»

19* 945 (1974>; Sov* J* Nuclo Physo 19* 484 (11974)

Me C« Phenneger* Ro G© Winter; Nuclo Physo A219t 585 (1974)

rt* Pitthan« F* Re Buskirkt E« Be Oallj/* Jo N* Oyer*

Xe K« Maruyama; Physe Revo Letto 33t 849 (£974)

See Erratum Physo Revo Letto 34. 848 (1975)

Re Ee PescheL« J« M* Long« H» 0* Shay*

D. A. Bromley; Nucl* Phys* A232« 269 (£974)

P* Rasch* G* Fiedler* Ee Konecny;

Nucl. Phys, A219. 397 (31974)

Ca Rolfs* Ro E* Azuma; Nude Physe A2 27 * 291 (1974)

F. Rauch* B* Seim; Phys* Letto 468* 33 (!1974)

C* Rolfs* H* Winkler; Phys* Lett* 52B * 317 (1974)

C. Rolfs* W* S* Rodney: Nude Physe A235* 450 (iI974)

O* M* Skopik* Ye Mo Shin* Me Co Phenneger*

Jo Je Murphy* II; Physo Rewo C9* 53a (1974)

W. Scholz* He Bakhru* R* Colle* Angc a Li-Scholz;

Phys* Revo C9. 1568 (1974)

Ho 0* Shay* R* Ee Peschel* Jo Mo Long*

Do Ae Bromley; Physo Revo C9» 76 (J974)

0* M. Skopik* Y. M. Shin; Nud . Phise ^223. 409 ( 1974)

K* A* Snover* K* Ebisawa* D* R* Brown* P* Paul;

Phys. Rev. Lett* 32* 317 (1974)

K* Shoda* M* Sugawara* T* Saito* H* Miyase;

Nud* Phys* A221, 125 ( 1974)

Co Pc Swann; Physo Rev* Letto 32* a449 (1974)

H* Schier* B. Schoch; Nud. Phys. A229* 95 (£974)

K. ^. Snover* E* G* ^delberger* 0* Ro Brown;

Physo Revo Lett* 32* SOcS (S974)

Yuo I* Sorokin* B. A. Yur'ev; Yad. Fiz* 20* 233 (S974);

Sov. J. Nucl* Phys* 20. 123 (1975)

C* P* Swann; J* Franklin Institute 298* 32i (£974)

Je Tenenbaum* R* Moreh* ho Nof ; Nude Phys* A218* 95 (1974)

Ro Ec Toohey* Ho £o Jackson; Physo Revo C9* 346 (£974)

Yue lo Titov* Ee Ve Stepula* N. G. Afanas*ev*

R. V. /^khmerov* Ne F* Severin; Yad* Fiz* 19* 479

Sov* Je Nude Physe 19* 240 (£974)

He Tsubota* No Kawamura* Se Oikawa* Ke Shoda;

Je Physe Soce Japo 37* 17 (1974)

Do Turck* Wo Ziga* Ho Go Clerc; Physo Letto 49B*

A* Veyssiere* H* Beil* R* Bergere* Po Carlos*

Ao Lepretre* A* Oe Miniac; Nuclo Physo A227* 513

Ve V/e Varlamov* B. S. Ishkhanov* I. Me Kapitonov*

I. M. Piskarev* Ve Go Shevchenko* Oe Pe Shevchenko;

Nude Physe A222* 548 (£974)

He Re Weller* Ne Re Roberson* Do Rickel* Co Pe Cameron*

Ro Do Ledford* To Bo Clegg; Physo Revo Lett© 37* 177 (£974)

Ao Wolf. Ro Moreh* 0. Shahai; Nucl. Phys. A227* 373 (2974)

R. Rs Whitney. lo Sick* Je Re Ficenec* Re Do Kephart*

W. P. Trower; Physe Revo C9* 2230 (£974)

Ke Wienhard* K* Bangert* Re Stock* He Wolf;

Zo Physo 270. 93 (£974)

He Wolf, R. Stock* U. E. P. Berg. Ko Wienhard;

Nucl. Phys. A234, 365 (1974)

He Wolf* Ue Berg, Ke Wienhard; Physe Lett* SOB. 244 (£974)

Je Fe Wimpey. Go Ee Mitchell. Ee Go Bilpuch; Nuclo

Physo A233. 9 (£974)

R. Yen. L. S. Cardman. D, Kalinsky. Je Re Legg.

C. K. Bockelman; Nucl. Physo ^235. 135 (1974)

( 1974)

;

335 (1974)

(£974 )

82
74Zhl

75Arl

75Ad2

75fth3

75AU4

75Ar5

75Ar7

75^iu8

75An9

75Ar 10

75Bel

75Ba2

75Bo3

75Ba4

75Be5

75Bu6

75Ba7

75Be8

75Ba9

75Boll

75Chl

75Ch5

75Ch4

75Ca5

Ec Ao Zhagrovt Yuo Ao Nemilovt Vo Ae NikoLaev«

Yuo A. SelitskUt Yu. M. Tslpenyuk; ZhETF Pise

Red. 20t 220 (i974); JETP Lett. 20t 95 (i974)

P« £• Argan* G* Audit* N« Oe Bottont J* L« Faure*

Je M« Laget* J« Martin* Co Go Schuhl* Go Tamas;

Nucl. Phys. A237, 447 (1975)

J* C« ^dler* Gc G« Jonsson* Ko Lindgren; NucLc Physo

A239t 440 11975)

Jo Ahrensi Ho Borchert* Ko Ho Czock. H» B. Eppler*

H. Gimm* H« Gundrum* M« Kroning* Po Riehn» Go Sita Ram*

A» Zieger* Bo Ziegler; NucLo Physo A251t 479 (1975)

Jo Do Allan* Jo Wo Jury* Re Go JoKnson* Ko Go Mc NeilL*

Jo Go WoodwortK* Yo So Horowitz; Can. J« Phys*

53* 786 (1975)

Ee Do Arthur* Do Mo Drake* lo Halpern; Phys. Rev.

Lett. 35, 914 (1975)

Mo Areskoug* Bo Schroder* Ko Lindgren; Nuclo Physe %25&

418 (1975)

Mo Auwarter* Vo Meyer; Nuclo Physe A242. 129 (1975)

Yuo Po Antuf'ev* Vo Lo Agranovich* Vo S© <uz*mer»ko,

Po Vo Sorokin; Yado Fizo 22* 226 (1975); Sov. J. Nucl.

Phys. 22* 121 (1976)

Yuo Mo Arkatov, Po lo Vatset* Vo le

Vo Ao Zolenko* lo Mo Prokhorets* Vo

925 (1975); Sovo Jo Nuclo Physc 2i

K. Wienhard* H. Wolf;

Voloshchuk* Vo

le Chmii; Yado

475 (E976)

Physo Revo C£ *

No Gur • c w * Fizo 21*

Buinov, Vo Go Godin*

A. Petrun'kin* Lo So Tat ar i n s k ay a

No Shtarkov* Vo Vo Yurchenko*

Fiz. 21. 689 (1975); Sov. Jo Nuclo

CO Dick* Ho Eo Jackson;

Ue Eo P* Berg

1851 (1975)

Po So Baranov* Go Mo

V. A. Kuznetsova* V.

V. S. Shirchenko* Lo

Yuo Po Yanulis; Yado

Phys. 21* 355 (1975)

Co Do Bowman* lo Go Schroder*

Physo Revo C12* 863 (1975)

Jo Barrette* Wo Del Bianco* Po Depommier* So Kundu*

No Marquardt* A. Rlchter; Nucl. Physo A238* 176 (1975)

J. C. Bergstrom* lo Po Auer* Ro So Hicks; Nuclo Physo

A251. 40S (1975)

Bo Bulow* Mo Eriksson* Go Go Jonsson* Eo Hagebo;

Zo Physo A275. 26i (1975)

Do Sachelier* M. Bernas* J. L. Boyard* Jo Co

Jcurdain* P. Radvanyi; Nude Physo A251, 433 (1975)

Eo Bellotti. Eo Fiorini, Po Negri* Ao Pullia,

L. Zanotti, I. Filosofo; Nuovo Cimento 29A* 106 (19F5)

E. Bo Bazhanov* Eo Ae Zhagrov* Yue Ae Nemilov*

Vo Ao Nikolaev* Yuo Ao Selitskii* Yue Mo Tsipenyuk;

Yado Fizo 22. 36 (1975); Sovo Jo Nuclo Physe

22, 17 (1975)

Me Bolvin* Ye Cauchois* Yo Heno* Co Sc h lo es i n g- Mo L I er

Vo Zecevic; Co Ro Acado Sco Paris 281 B» 201 (1975)

Ho Co Chow* G. M. Griffiths* T. Ho Hall; Cano Jo Physo

53* 1672 (1975)

Go Chiefari* Eo Drago* Mo NapoLitano* C. Sciacca*

L. Votano; Nuovo Cimento Lett© 13, 129 (1975)

le le Chkalov* No Go Shevchenko* Ae Yuo Buki*

A. A. Khomlch, A. S. Litvinenko, Vo No Polishchuk;

Yad. Fiz. 22, 893 ( 1975); Sovo Jo Nude Physoi

22* 464 ( 1976)

Jc To Caldwell* Eo Je Dowdy; Nuclo Sc i .

Eng. 56, 179 ( 1975)

897 (1975); Sov. Je Nude Physe 22* 466 (1976)

83
75Dol

75DI 2

75De3

7 5Di4

75De6

75De7

75Evl

75Er2

75Goi

75Hul

75Ho2

75Ho2

75Ha<i

75Ha5

75Ha6

75He7

75Irl

75Jal

75Jo2

75Ju3

75Jo4

75Kai

75Kt 2

75K13

75Ku4

75Kn5

75Ka6

75Ka7

75Kn8

75K19

7SKI 10

Stlef Lcr;

(£975 )

P« Oougant To Ktvikas* Ko Lugner* Vo Ramsa;/* W.

2. Phys. A274, 73 {1975»

P. A. Oickey* Po Axei; Phys* Rev* Lett* 35« 501

E* O* De Neijst Ge 0« Haasbroek« M* h» Meyer«

R* S* Rossouw* D* Rettmann; NucLa Physa A254. 45 (!1975)

V« 01 Napolt* 6« Rosa* Fo Salvetti* Me Lc Terranova*

H« Go Oe Carvalho* Jo 6* Martins* 0»^«P» Tavares!

J. Inorg, NucL. Chem. 37, 11 01 (S975)

So Vo Dementii, Vo le Cgurtsov* Ao Vo Shebekot

No Go Afanas*ev; Yado Fizo 22, 13 (2975):

Sovo Jo NucLo Physe 22, 6 (1976)

Vo Po Oenisov, I. Ya. CKubukov; Yad. Ftze 22, 897 (1975);

Sov. J. Nucl. Physo 22 466 (11966)

Vo So Evseev, To No Mamedov, Oe Ve Selyugin; Yado Ftze

2i, 245 (1975); Sovo J* Nuclo Physo 21, S29 (£9?5)

Me Eriksson, Go Go Jonsson; NucLo Physo A242, 507 (1975)

Ao Mo Goryachev, Go No ZaLesnyi, B* ^* TuLupov;

Izvo Akad© Nauk SSSR Sero Flzc 39, 134 (1975);

3ulle Acado Scio (USSR) Physo Ser. 39, 116 (1975)

R« J« Hughes, R* H, SambeLL, Eo Go Muirhead,

B. Mo Sptcer; NucLo Physo A238, 189 (1975)

Ro Jo HoLt, Ho Eo Jackson; PhySo Revo C12, 56 (1975)

Ko Hosoyama, Yo TorJzuka; Phys© Revo Letto 35, 199 (19TE)

Le Co Haacke, Ko Go Mc Ne i t L ; Cano Jo Physo 53* 1422 (1975)

Mo No Harakeh, Pe Paulv Phe Gorodetzky,

Phys. Rev. Cll, 1008 (1975)

Mo Ho Harakeh, Po Paul, Ho Mo Kuan, Eo Ko Marburton;

Physo Revo C12, 1410 (£975)

Jo Mo Hendry* Ao Mo MacLeod; Jo Physo (London) Gl , 528 (1975)

Jo Do Irish* Re Go Johnson* Be Lo Berman* Bo Je Thomas,

Ko Go McNeiLL* Jo Mo Jury; Cano Jo Physo 53

H. E. Jackson* G. E. Thomas* Ko Je ^VetzeL'

Phys. Rev. Cll* 1664 (1975)

Re Ge Johnson, Jo De Irish* Ko Go Mc NeiLL;

Can. J. Physo 53* 1434 (1975)

802 (19?5)

S. P. Fivozinsky*

Re ve

He JungcLas* Re Brandt* Go Stark; Physe Revo

C12* 1834 (1975)

Bo Johnsson, A» Jarund, Bo Forkman ; Zo Phys. ^273i

97 (1975)

Po To Kan, Go Ao Peterson, D. V. Webb*

J. W. Lightbody* Jr.* S. Penner; Physo

Cll* 323 (1975)

Jo Co Kim* Ho So CapLan* Jo Co Bergstrom;

NucLo Physo A246, 282 (1975)

Fe Jo KLine, Co Lo Lin, Go ko Peterson, Se Penner;

NucLo Physo A241 , 299 (1975)

Eo KuhLmann* E. Ventura* J. R. CaLarco Oo Go Mavis*

S. So Hanna; Physo Revo Cll* 1525 (1975)

Uo KneissL* Go KuhL* Ke Ho Leister* k» WeLLer;

NucLe Physo A247, 91 (1975)

Po To Kan* Ge Ao Peterson* Do Vo Webb* Ze Mo SzaLata*

So Po Fivozinsky, Jo We Lightbody, Jro, So Penner;

Phys. Rev. Lett. 34, 899 (1975)

P. To Kan, Go ^o Peterson, Do Vo Webb, Ze Me SzaLata,

Je Se O ConneLL* S* Po Fivozinsky, Jo Wo Lightbody, Jre*

S. Penner; Physe Rcvo C12, 1S18 (1975)

Uo KneissL, Eo Ao Koop, Go KuhL, Ko Ho Leister,

Ao WeLLer; NucLo Instrumo Methods 127, 1 (1975)

Fo Jo KLine* lo Po Auer* Jo Co Bergstrom* Ho So CapLan;

NucL. Phys. A255* 435 (1975)

J. C. Kim* He Se CapLan* le Pe Auer; Physe Lette

56B* 442 ( 1975)

84
75Ki ai

75Kill2

75Kol3

75Kr 14

75Krl5

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75Le3

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75MI 2

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75Me5

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75Mo8

750yl

75Pai

75Pa2

75Ral

75Ra2

75Skl

75£c2

75Sh3

75Sh4

75Sh5

75Sh6

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J« Co Kim* Ro Yen* le Po Auer« Ho So Caplan^

Physc Lett© 57Bt 541 (1975)

V» Ya» Kltacvt A» !• Abramov. Ac Vo Fkogov«

M. G. Yutkin; Izv* Akado Nauk SSSR Ser*

Fiz, 39. 1754 (1975); Bull. Acado Scie

(USSR) Phvso Scr« 29t 159 (£975)

Vo Yc Kostin* Eo G« Kopanets* A* A« Kowal« Ae N« Lvov*

V. Y. Migalenya* So Po TsytkoJ Ukro Fizo Zho 20. 1787 (1975)

C. E. Kraft. Yuo V* Naumov. So So Parzh{tsk((. la V* Sizov;

Izvo Akade Nauk SSSR Sero Ftzo 39. 1268 (1975): Bullo

Acado Sclo (USSR) Physo Sere 39.250 ( 975

)

Oo Ee Kraft. Yu . V. Naumov. I. V. Stzov:

Izv. Akado Nauk SSSR Se r« Fizo 39, 70 (1975);

Bullo Acado Scio (USSR) Physo Sero 39. 59 (1975)

Ro ^o Ltndgren. Wo Lo Bendel* Lo Wo Fagg. Eo Co Jones. Jro*

Phvsc Revo Letto 35. £423 (51975); (See Erratwm

Phys. Rev. Lett 36. 116 (1976)

E. Wo Lees. Co Se Curran. S« Wo Brain. We ^o Gillespie,

^o Johnston* Re Po Singhai; J. Phys. Gl, L13 (1975)

J* J* McCarthy. Ro Co Morrison. Ho Jo Vander Molen;

Phys. Rev. CI 1 . 772 (1975)

Ho Miska. Ho Oo Graf. Ao Richter. Ro Schneider.

Do SchuLl. Ee Spamer. Ho Theissen. Oo Titze. The Walcher;

Physo Letto 58B. J55 (S975)

Jo Jo Murphy II. Yo Mo Shin. Do Mo Skopik; Nuclo Phys.

A246. 222 (1975)

Fo Ro Metzger; Physo Revo C12. 312 (1975)

F. R. Metzger; Phys. Revo Cll, 2085 (1975)

Ro Eo Marrs. Eo Go Adelberger. Ko Ao Snover.

Mo Do Cooper; Physo Revo Letto 35* 202 (1975)

H. Miska. H. D. Graf. Ao Richter. Do Schull.

E. Spamer. 0. Titze; Physo Letto 598.442 (2975)

Ro Moreh. Oo Shahai; Nuclo Physo ^252* 429 (1975)

M. Oyamada* To Terasawa. Ko Nakahara. Yo Endo. Ho Saito.

Eo Tanaka: Physo Revo Cll. 1573 (1975)

Po Paul. Ho So Kuan. Eo Ko Warburton; Nuclo Physo

A254* 1 (1975)

Bo Ho Patrick* Ee Me Bowey* Eo Jo Winhold*

J. M. Reid* E. G. Muirhead; Jo Physo (London) GE

874 (1975)

Ve Ko Rasmussen* Fo Re Metzger; Phys. Rev. C12. 706 (1975)

B. S. Ratner; Yad. Fizo 21. 1147 (1975);

Sovo Jo Nuclo Physo 22. 590 (2976)

Do Me Skopik. J. J. Murphy. II. Y. M. Shin. Ko Fo Chong

£. L. Tomusiak; Physo Revo Cll. 693 (1975)

Ao Sc hw i er cz t ns k i . Ro Frey. Eo Spamer. Ho Theissen.

The Walcher; Physo Lette 55B. ITl (1975)

Ye Me Shin. Oo Mo Skopik. Jo Jo Murphy; PhySo Letto

eSB. 297 (1975)

Ke Shoda. He Miyase* Mo Sugawara. To Saito.

A. Suzuki. J. Uegaki; Nucl. Physo A239. 397

K. Shoda. Me Sugawara. To Saito. Ho Miyase*

A246. 357 ( 1975)

Ko Shoda. Se Oikawa* To Saito* Ho Miyase.

Nucl. Phys. A246, 365 (2 975)

He Schier. Bo Schoch; Nuovo Cimento Lett. 12* 334 (1975)

^. Sc hw i ere zi nsk i « Ro Frey. ^lo Richter* Eo Spamer.

Ho Theissen. Oo Titze. T ho Walcher. So Krewald.

Ro Rosenfelder; Physo Revo Letto 35. 1244 (1975)

Ne Ko Sherman* He Mo Ferdinande. K. H. Lokan.

C. K. Ross; Phys. Revo Letto 35. 2 22 5 (2975)

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H© Matsuzaki, G® Takedal Phys. Rev. Cll, 1174 (1975)

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Cm O© Wene; Zo Phys© A272, 77 (1975)

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A260, 287 (1976)

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ia® Al«» L© Jo Lindgren; Nuclo Phys® A271, 1 (1976)

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Ho Bartsch, K® Huber, U© Kneissl, H© Krieger; Nucl©

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Phys. Rev. C13, 1852 (1976)

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76Be8 D« Berghofer* Me De Hasinoff* Ro Helmer* Se To LJm*

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76819 Pe Blum* Re Brockman* Me Mohr; Zo Physik ^278. 275 (£976)

76BalO Ke Bangert* Ua Ee Po Berg* K. Wienhard* H. Wolf;

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76Cal P. Carlos* Ho Beil* Re Bergere* Jo Fagot* Ae Lepretre*

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76Ch2 C. C. Chang* Ee Me Diener* Ee Ventura; Nude Physe

A258* 91 (1976)

76Co3 Te Cooper* Wo Bertozzi* Jo Heisenberg* So Kowalski*

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J. Lightbody* Jre * So Penner; Physo Revo C13* 1083 (1976)

76Ca4 C. P. Cameron* No Re Roberson* De Go Rickel*

R. D* Ledford* H. R. Weller* Re Ac Blue*

D. R. TilLey; Phys, Revo C£4. 553 (£976)

76Ca5 Re Carchon* Ro Van de Vyver* He Ferdinande*

J. Devos* E. Van Camp; Physo Reve C£4* 456 (£976)

76Drl T. E. Drake* He Lo Pa i * le Nascimento; Nuclo Physe

A259* 317 (£976)

76Di2 Fe Se Dietrich* Se De Bloom* Do We Heikkinen;

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76De3 W. Del Bianco* Se Kundu* Je Kim; Nuclo Physe A2f0*

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76Da4 Ao Se Danagulyan* No Ao Demekhina; Yad. Fiz. 24*

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76Eal Ee Do Earle* Jo Wo Knowles* Me Ae Lone*

Ge Ae Bartholomew; Nucl. Phys. A257 * 365 (1976)

76Em2 V. Emma, S. Lo Nigro* Co Milone; Nuclo Physo A257.

438 (1976)

76Ea3 Ee Do Earle* Ao Bo McDonald* Mo Ao Lone;

Phys. Rev. C14* 129 8 (1976)

76Ep4 V. Do Epa ne shn i ko V * Vo Mo Kuznetsov* Oo le Stukov;

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23, 129 (1976)

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R« J« Holt, H« E« Jackson; Physo Revo Letta

36, 244 (1976)

Co Ao Heusch, Re Ve Kltne, Ko To McDonald,

Y, Prescott; Physe Revo Letto 37, 405 (1976)

Ao Heusch, Re Ve KKne, Ko To McDonald,

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lo Bell, Fe Co Po Huang; Nuclo

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Rev. C14. 28 (&976)

So Findlay, Re Oe Owens; Physo

37, 674 (1976)

Fagg, Ro Ae Lindgren,

Revo C14, 1727 (1976)

Jo Friedrich, Na Voegler, Ho

64B, 269 (1976)

So Ferroni, Go Ricco* Go Rottignt, Mo

Lo Bianco; II Nuovo Cimento 35, 13 (£976)

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Ve Solodukhov, B. A. Tulupov;

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Phys. 24, 175 (1976)

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Re Je Hughes, Ae Zieger, He Waffler,

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Be Jchnsson, Ae Jarunds Be Forkman; Ze Physik

A276. 410 (1976)

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;

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Phys. A256, 11 (1976)

H. Me Kuan, De G« Shirk; Physo Reve Cl2t 883 (1976)

U. Kneissl, K* He Leister, Ho Oe Neidel,

A. Weller; Nude Physe A264, 30 (£976)

U« Kneissl, Ko He Leister, Ho Oo Neidel, A. Weller;

Nucl. Phys. A272, 125 (1976)

Re Koch, Ha He Thies; Nuco Physe A272, £96 (£9f&)

Me Kiely, Be Do Pate* Fe Hanappe* Jo Peter;

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Me Yaa Kondrat'ko, raT"no, Vov Noino Korincts, Korincts, Ko Ae Petrzhak; Petrzhak; Sovo fttomic

83 (1976); Atomnaya Energiya 40, 72 (1976)

R. J. Sparks, C. Van der Leun; Nude

29 (1976)

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A258, 350 (1976)

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J. Phys. (London) G2 , 341 (1976)

Re Me Laszewski, Ro Jo Holt, He Ea Jackson;

Physe Rfeve C13* 2257 (1976)

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GilLebert* Phan Xuan Ho« Mo Priou* Do Royert lo Sick*

Jo Wagner; NucLo Physo ^262* 461 (1976)

Ro Metzger; Phys. Rev. C14« 543 (1976)

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Fo Yergin* Ao Mo Bernstein* Wo Turchinetz*

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Lo Matthews* O.J.S. Findlay* S. N. Gardiner*

C. Owens; NucLo Physo ^267* 51 (1976)

Moreh* Oo Shahal* Vo Voltera; Nuco Physo A262*

(1976)

Bo Martins* Oo ^o Po Tavares* Mo Lo Terranova*

Di Napoli; Letto Nuovo Cimento 15* 364 (1976)

L. Moore* F. R. Buskirk* £o 3o Dally* Jo No Dyer*

K. Maruyama* Ro Pittan; Zo Naturforsch ZlAt 666 (£976)

Neuhausen* Jo Wo Lightbody* Jr.* S. P. Fivozinsky*

Penner; Nuclo Physo A265, 249 (1976)

Nakamura* So Hiramatsu* To Kamae* Ho

Izutsu* Yo Watase; Nuclo Physo A268*

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381 (1976)

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Bray; Nuclo Physo A.273* 397 (£976)

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P. Cameron* R. D. Ledford* No Ro Roberson*

R. Tllley; Physo Revo C£ 4 , 338 (£976)

Lancman* Co Van der Leun; Nucl. Phys.

Rickel* Co

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13 (1976)

Suzuki* Ko Shoda: Nuclo Physo A260 * 172 (1976)

Suzuki* K. Shoda* M. Sugawara* To Saito* Ho Miyase*

ikawa* Jo Uegaki* Mo No Thompson* Ko Jo Fo Allen*

Jo Askin. Bo No Sung; Nuclo Physo A257* 477 (1976)

Bo Smith; Phys© Rev© C£3* 207£ (£976)

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J. Phys. 54* 1178 (1976)

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McDonald; Phys© Rev© Lett. 37. 273 (1976)

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Sparks; Nuclo Phys© A265. 416 (1976)

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283 (1976)

M« Turk; Flzika 8. 173 (1976)

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P. V. Sorokint Yu . N* Telegin; Yadc Fiz* 23.

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H. R« Welter. Ra A* Blue. N« R* Roberson. 0* G« Rickel.

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Phys. Revo Le+to 37. 585 (1976)

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Jo Nude Physo 25. 45 (1977)

Jo Co Bergstrom. Ho So Caplan.

Phys. 55. 2129 (2977)

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H. Koch; Phys. Lett.

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Soco Japan 45. 563

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66B. 236 (1977)

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(1977)

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J. L. Charvet. D. Ho

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Moreh; Nucl. Phys.

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Freed. P. Ostrander. Physo Revo CI 5. 988

Bcrant. R© Moreh. So Kahane; Physo Lett©

ho Buchnea. R. G. Johnson. K. G* McNeill;

Can. J. Phys. 55. 364 (1977)

He Benkoula. J. C. Cavaignac.

B. Vignon. R. Wilson; Physc

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A276. 221 (1977)

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K. Baba. I. Endo, H. Fujii.

Ao Murakami. Yo Murata. So

Jo Physo Soco Japan 42.

To Bar— Noy. Ro Moreh; Nucl. Phys.

S. W. Brain. A. Johnston. We A. Gillespie

E. W. Lees. Ro Po Singhai; Jo Physe

B. Bulow* B. Johnsson. Mo Nilsson; Ze Physik A262.

261 (1977)

Ko Tesch.

(1977)

Koa ng

.

Physo A275. 151 (1977)

Me Fujisaki. So Kodata.

Noguchi* Ye Sumi

;

1049 (1977)

A288. 192 (1977)

G 3. 681 (1977)

Go Go Simon. Vo Walther.

Rosenfelder; Physe Rev.

Fe Borowskit Che Schmitt.

Oe Orechsel. We Haxton. Ro

Lett. 38. 742 (1977)

77Bul3 A. Yu. Buki. N. G. Shevchenko.

Nuclo Physo 25. 246 (1977);

Vo Do Efros.

I. lo Chkalov; Sovo

Yad. Fizo 25. 457 (1977)

77Crl He Crannell. Je Me Finn. P« Hallowell. Je

No Ensslin. Lo We Fagg. Eo Co Jones. Jro*

Nude Physe A273. 255 (1977)

77Ca2 J. R. Calarco* S. W. Wissink. Mo

S. S. Hanna; Phys. Revo Letto 39.

To O'Brien.

Wo Lo Bendei;

Sasac. Ke Wienhard.

925 (1977)

90
77C05

T7Ch4

77Dcl

77012

77Da3

77Di 4

77Do5

77Die

77Fcl

77Fa2

77FI 3

77Fa4

T?F15

T7FC6

77G

1

77Hol

77H1 2

77Ho3

77Isll

77 Jaa

77Ja2

77 Jo3

77Ja4

77Ka&

77Kn2

77Ku3

77Ko4

77Ko5

Barnet +

;

77Lel

77La2

De Fo Coopet L* E« Cannelt.« M< K« Brussei;

Phvs« Rewo C 15. 1977 (1977)

So Ho Chewt Jo Lowe t Jo Mo Nelson*

Nuclo Phys. A286» 451 C1977)

W« Cel Bianco* So Kundu* Jo Kim; Cano Jo

Phys. 55. 302 (1977)

F* So Dietrich. Do We Heikkinen. Ko Snover.

Ko Ebisawa Phys. Revo Letto 38. 156 (J977)

Ae So Oanagulyan. No Ao Oemekhtna. Go Ao Vartapetyan.

NuGle Physo A265. 482 (1977)

W. R. Dixon. Re So Storey; NucLo Physe A284. 97 (19?fl

P. Dougan. Vo Ramsay. We StiefLer; Ze Physik

A280. 341 ( 1977)

Vo di Napoli. Me Lo Terranova* H. G. de Carvalho.

Jo Bo Martins. J o Do Pinheiro Filo. Co kc Po Tavares;

J© Inorgo Nuclo Chemo 39. i727 ( S 9T7

)

He Ferdinande. No Ke Sherman.

Can. J. Phys. 55. 428 (1977)

Le Me Fagg. Re Ae Lindgren. W

Physo Revo C 15, 1181 (1977)

Do Jo So Findlay. Ro Oo Owens; Nuc Lo Physe

Wo Fagg. W. L. Bendel. R. A* Lindgren.

Co Jones. Jr.; Phys. Rev. C 16. 923 (1977)

Mo Finn. Ho Crannell. Po Lo Hallowell. Jo To

Ko Ho Lokan. C. K. Ross;

Le Bendel. Ee Co Jones.

Le

Eo

Jo

So

L.

Mo

K.

Wo

Ze

Ro

385 (E97r)

0 "Br I en . Penner ; K.

Jo

Nuclo Physo A290. 99 ( 1977)

Fifield. F. Po Calaprice. Co He Zimmerman.

Hurst. Ao Pakkanen. To Jo Me Symons. F. Watt.

W. Allen: Nude Physe A288. 57 {1977)

Ae Gillespie. Me We So MacauLey. ^e Johnston.

We Lees* Re Po Singhai; Jo Physo G 3. L& 69 (&977)

Jo Holt* Re Mo Laszewski* Ho Eo Jackson;

Physe Revo Co 15. 827 (1977)

Se Hicks. le Pe Auer . Jo Co Bergstrom.

S. Caplan; Nucl. Physo ^278. 261 (1977)

Co Hogan. Ae £o Richardson. Je Le Meason.

L. Wright; PhySe Revo C 16. 2296 ( 1 9T7

)

Se Ishkhanov. lo Me Kapitonov. Ve Go Shevchenko.

le Shvedunov. V e Vo Varlamov; Nuclo Physe A285. 307 (1977)

Jarund. Bo Forkman; Zo Physik A28S . 47 (£977)

Jarund. Bo Forkman; Zo Physik A281 . 39 ( 1977)

Johnsson. Mo Nilsson. Ko Lindgren; Nude

Phys. A278. 365 (1977)

I« Jacob. Re Moreh. Ao Wolf; Nuclo Physo A291. 1 (1977)

Kamae* le Arai* To Fujii* He Ikeda.

Kajiura. So Kawabata. Ko Nakamura. Ke Ogawa.

Takeda. Y. Watase; Phys. Rev. Lett. 38. 468 (1977)

Kneissl. G. K uhl. Ke He Leist er; Ze Physik

A28a. 35 (S977)

Ve So Kuz'menko. Ao Vo Mitrofanova. Vo lo Noga.

Yuo No Ranyuk. Po Vo Sorokin. Yuo No Telegin. lo Blomq,wist.

Go Go Jonsson. No Freed: Physo R ev« C £6. 1513 (^977)

Kozub. Bo Ee C ooke. Jo Ro Leslie.

Robertson; Physo Revo C 16. 132 (1977)

Kolomenskii. Vo Bo Kopeliovich. V. M. Lobashev.

Nazarenko. Ae le Okorokov. Ae No Ptrozhkov.

Sfflotritskii. Go le Kharkevich. Ae Fe Shchebetov

Je Nude Physe 25. 127 (1977); Yado Fizo 25.

R.

H.

Je

H.

Bo

Ve

Ae

Ae

B.

To

No

Ho

U.

Lo

Co

Ae

Ro

Be

Ee

V. A.

L. M.

Sove

235 (1977)

Mo Ke Leung. Jo Jo Murphy. II.

Cano Jo Physo. 55. 252 (1977)

Ro Me Laszewski. R. J. Holt. H.

Phys. Revo Letto 38. 813 (1977)

Yo Mo Shin. Do Mo Skopik

E. Jackson;

91
77La3

77Ma 1

77Me2

77Muj

77Ma4

77Me5

77Me6

77Ma7

77 Ml 8

77No 1

77Na2

77011

77PI 1

77PI2

77RoJ

77Ro2

77Ra3

77Ra4

77Sc 1

77Sa2

77Sn3

77Si4

77Sa5

77Sh6

77Sw7

77Tha

77Th2

77U11

77W? a

77We2

77Yc|

77Zhl

55, 206 (1977)

H« Lancman« A* P« M« Van *T Mestende* H« Da Graber«

NucL. Phys. A291 « 293 (1977)

J* L* Matthews t Mo Bertozzi* M« Jo Leitchi Co Ao Peridier*

B« L* Roberts, Co P* Sargent, Wo Turchinetz, Do Jo So Ftndtav*

Ro Oa Owens; Phys* Reve Letto 33, 8 (£97?)

Fo Ro Metzger; Physo Revo C15, 193 (1977)

Jo Jo Murphy II, Ho Jo Gehrhardt, Do M, Skopik,

NucL. Phys. A277, 69 (£977)

Me No Marttns, Eo WoLynec, Go Moscat!

;

Physo Revo C i6, fefiS (&977)

Fo Ro Metzger; Physo Reva C 15. 2253 (1977)

F« Ro Metzger; Phys. Re w • C 16, 597 (1977)

R« A. Marrs, Ee Go Ade(.berger« Ke Ae Snover;

Phys© Revo C 16, 61 (1977)

H« Mtura, V« Torizuka« Phys. Rew« C 16, 1688 (1977)

8. E* Norum, Je Co Bergstrom, Ho So CapLan;

Nucl. Phys. A289, 275 (1977)

Ao Nakada, No Ha ( k , Je Alster, Jo Be BelLicard,

Se Cochavi, Be FroSs, Mo Huet, Po Leconte, Po Ludeau,

M© Ao Moinester, Phan Xuan Ho, So Turck;

Phys. Rev. Lett. 38, 584 (£977)

So Oikawa, Ke Shoda; Nuclo Physe A277, 301 (1977)

Re Pitthan, Fe Ro Buskirk, Eo Be Dally, Jo Oe Shannon,

We Ho Smith; Physo Revo C 16, 970 (1977)

Ro Pitthan, F© R© Buskirk; Physo Revo C £6, 983 11977)

Do Wo Oo Rogers, No Any as—W e i s s , So Po Dolan,

No Ae Jelley, To Ko Alexander; Cane Je Phys©

Do U« Oo Rogers, W© R© Dixon, R. S. Storey;

Nucl. Phys. A281, 345 (£977)

Be Se Ratner, Ao No Sergiyevsky, So S< Nuclo Physo A285, 7£ (£977)

Se Raman, M« Mizumoto, Ro Lo Macklin;

Revo Lett. 39, 598 (1977)

M. Schaeffer, Ao Degre, Mo Suffert, Go Bonneaud,

I. Llnckl Nucl. Phys. A275, 1 (1977)

Me Sasao, Ye Torizuka; Physe Revo C£5, 217 (£9F7)

K. A« Snover, Pe Paul, He Mo Kuan; Nude Phys©

A285, 189 ( 1977)

Ro P« Singhal, A© Johnston, Wo Ao Gillespie,

W. Lees; Nucls Phys© A279, 29 (1977)

Saitoo So Oikawa, Ko Shoda, Me Sugawara,

Miyase, A e Suzuki; Physo Fevo C 16, 953 (1977)

Shoda, Ho Ohashi, Ke Nakaharai Phys©

Rev© Letto 39, 1131 (1977)

C« P. Swann; Physo Rev© C 16, 2426 C 1 977

)

Me Thomson, Me Ne Thompson; Nuclo Physe

84 ( 1 977 ) Mo Thomson, M© N© Thompson, Ro Jo Stewart;

Phys. A290, 14 (1977)

Ulbricht, We Arnold, He Berg, Eo Huttel. Ho Ho Krausc,

Clausnltzer; Nude Physe A287, 220 (£97?)

Wienhard, K a Bangert, Je Eo Pa Berg* GeJunghans, Ro Stock

Wolf; NuclcPhyso A280, £09 (£977)

Weise, Me Ne Thompson, K© Shoda, H. Tsubota;

J. Phys. 30, 401 (1977)

Yeh, He Lancman; Physo Revo C £6, 1268 (E9F7)

Zhuchko, Ae Vo Ignatyuk, Yuo Bo Ostapenko,

Smirenkin, Ao Se Soldatov, Yuo M© Tslpenyuk;

Letto 68B, 323 (1977)

. Verbltsky;

Phys©

To

He

Ko

J e E e A2 85«

Jo Eo

Nucl . J.

Go

Ka

H©

Je

Aust

.

T a Re

Ve Ee

Gc No

Phys©

92
He Zarekt Bo Oe Pich* To £o Drake* Do Jo Rowe* W* Bertozzi«

Ca Creswell* A* Hirsch* Ma Ve Hynes* So Kowalski* Bo Norumt

F» N« Rad* Co Po Sargent« Co Fo Milliamson* Ro kc Lindgren;

Phys. Rev. Lett. 38. 750 (1977)

Po Dougan; Zo Physik A284, 165 (1978)

^o Go FLowers« A* C* Shotter« J« C« McGeorge«

R. 0. Owens; Physo Rev* Lette 40« 739 (1973)

Ao Hirsch* Co CreswelL* We Bertozzi* Jo Heisenberg*

Mo Vo Hynes* So KowaLskt* Ho Miska* Bo Norum*

Fo No Rad* Co Po Sargent* To Sasanuma*

Wo Turchlnetz; Phys. Rev. Lett. 40* 632 (1978)

J. Keinonen* Ao Antttla* Ro Hentela; Physs Revo C

17. 414 (1978)

Lo Meyer— Sc hut zme i st er . Ro £o SegeL* Ko Raghunathan*

P. T. Debevec* W. Ro Wharton. Lo Lo Rutledge.

T. R. Ophei; Physo Revo C £7* 56 (1978)

Fo No Rad* To Sasanuma* Wo Bertozzi* J. Heisenberg.

M. V. Hynes. S. KowaLskt. He Mtska. So Norum.

C. P. Sargent. Wo Turchlnetz. Co Fo Williamson;

Phys. Rev. Lett. 40* 368 (1978)

Ro Van de Vyver* Jo Devos* He Ferdinande* Re Carchon*

E. Van Camp; Zo Physik A284* 91 (1978)

93
10. DEFIMITIONS OF ABBREVIATIONS AND SYMBOLS

10.1 Symbols Used to Define Incoming Beam

and Reaction Products (Column 3)

Note: Where unknown reactions result

in the production of a specific radionuclides, the chemical symbol and mass number is listed as the reaction product, e.g. a G,NA22 reaction in ^^Co.

A alpha particle

D deuteron

E electron

E/ inelastically scattered

electron

E+ positron

E/N used only to indicate a coincidence experiment. W stands

for any outgoing particle

measured in coincidence v/ith an inelastically scattered

electron. Distinguish from

eg. (E,W) which is used to

represent an electron induced reaction when only the

outgoing particle W is detected.

F fission

G photon

G/ inelastically scattered photon

HE -^He particle

MU-T used only in combination with G

to indicate a total photon absorption cross section measurement, i.e. (G,MU-T)

N neutron

P proton

PI pion, usually written as PI+.

PIG, PI- to Indicate change

SN sum of neutron-producing reac- tions, a(Y,SN) = a(Y,N) + a(Y,NP) + a(Y,2N) +a(Y,3N) +etc.

SPL spallation

T triton

XN all neutrons, total neutron

yield, a(Y,XN) = a(Y,N) + 2a

(y,2N) + 3a(Y,3N) + (x,NP) + etc

XP all protons, total proton

yield, a(Y,XP) = a(Y,P) + a(Y,NP) + 2o(y,2P) + etc .

XXX reaction products defined In REMARKS

10.2 Symbols and Abbreviations (Colums 2

and 4 through 8)

A nuclear mass number

ABI absolute integrated crosssection data

ABX absolute cross-section data

ABY absolute yield data. Often means cross-section per

equivalent quantum is listed.

ACT measurement of Induced radioactivity of the target

ANG angle. Symbols listed under

ANG indicate type of angular

distribution data available

for a reaction.

BBL bubble chamber

B(EL) reduced radiative transition

probability

BF3 BFo neutron counter with

moderator, e.g., Halpern

detector, long counter

BREAKS levels located by "breaks"

in the yield curve

C continuous. Used to describe

a photon source or a detector

response function. Contrast

with D = discrete.

CCH cloud chamber

CF compared with

COINC coincidence

D . discrete. Used to describe a photon source or a detector

response function. Contrast

with C = continuous.

DST an angular distribution i.e.

measurements were made at two

or more angles

DT BAL detail balance

9-4
10.2 Symbols and Abbrevi ations (Columns 2 and 4 through 8) (continued)

EMU

EXCIT

FM-1

FMF

G-WIDTH

I NT

ION

J

J-PI

LPT

MAG

MGC

MGP

MOD

MSP

NAI

NOX

POL

Q-SQUARE

REF

REL

emulsions (photographic plates)

excitation. Usually the ex- citation energy of the nucleus

in which a gamma-ray transition is made.

inverse femtometers

form factor

r^, gamma- ray transition width

interaction or type of reaction

ionization chamber

multiplicity of particle defined by following symbol

e.g. (G.PJN) with remark

J = 2.3.5,7

spin and parity assignments of

levels are made

second multiplicity index, e.g.

(G.JPKN) with both J & K positive integers greater than 1

excited state lifetime

magnetic spectrometer

magnetic Compton spectrometer

magnetic pair spectrometer

moderated neutron detector not

employing a BF3 counter, e.g..

rhodium foil. Szi lard-Chalmers

reaction. ^He. ^Li reactions,

GO loaded liquid scintillator,

etc.

mass spectrometer

Nal(Tl) spectrometer

no cross-section data

pol arization

momentum transfer squared (q^)

reference. The bibliographic

reference code assigned to a paper by the Photonuclear Data

Center.

rel ati ve

RES

RLI

RLX

RSP

RLY

SOD

SCI

SEP ISOTP

SPC

SPK

TEL

THR

TOF

TRK

XN

UNK

Z

4PI

999

$

result. Symbols listed under

RES indicate type of measurement made for a given reaction.

relative integrated crosssection data

relative cross-section data

reaction spectrometer

relative yield data

semiconductor (solid state)

detector

scintillator detector other than

Nal. e.g.. Csl, KI, organic

TTTquid or solid), stilbene. He

separated isotope used

photon or particle energy

spectrum

spark chamber

counter telescope

threshold detector, e.g..

29si(n.p)29Al.

time-of-fl ight detector

tracks of particles or fragments observed in solid

materials (glass, mylar, etc.)

all neutrons. See Section 10.1

a(XN) 5 0(y,XN)

unknown

atomic number (number of

protons

)

a 4 TT geometry was used or a method like radioactivity or

a total absorption measurement

energy defined in REMARKS

indicates the measurement involved either beams or targets

that were polarized/aligned, or that the polarization of the

reactions products was determined.

Polarized quantity indicated in

RMARKS.

units defined in REMARKS

95
ERRATA FOR

NBS SP-380 Photonuclear Reaction Data, 1973

p. 3, eq.(2) and p. 10, eq.(4): In the numerator of al 1 expressions where it appears replace

(ETi) by (Eri)2

p. 7, Table 1: For oxygen total cross section, entry for SIG-0 should read 480(140)

p. 16 In Abundance and Separation Energy Table for Helium remove listing for A=2

p. 40 In Abundance and Separation Energy Table for Rhodium change the value for A listed

to 103

p. 72 Change the line starting 62Fil to read

62Fil F.W.K. Firk, K. H. Lokan; Phys. Rev. Lett. 8, 321 (1962).

p. 101 Change the line starting 68Wul to read

68Wul CP. Wu, F.W.K. Firk, T.W. Phillips; Phys. Rev. Lett. 20, 1182 (1968).

DATA INDEX ENTRIES

The following list of data index entries are the correct version of the corresponding

ones given in SP-380. In each line, the expression that has been corrected is underlined.

3LI6 ^E,G ABX 20- 28 D 9- 26 mi-D DST HE3 BEAM

67BA2 3LI7 Gt XN ABX THR- 50 C 7- 50 BF3-I 4PI

65C02 4BE9 G» XN ABX 6- 80 C 6- 80 BF3-I 4PI

6eC04 4BE9 Gt XN ABX 6- 80 c 6- 80 BF3-I 4PI

6C J12 EtE/ FMF £T 0250 Mi^G-D DST LEVELS £4o£

64D£2 6C 13 G,£^ ABX 18- 50 C 18- 50 ACT-I 4PI

67FE2 80 16 GtXN ABX 19-150 Cl 00-150 BF3-I 4PI

6EMAi 80 It G«N<^ SPC £9- 30 c 2i- 3& £40

70HC1 80 16 G.NG KLY 21- 27 c 27. 36 SCD-D DST

6smi 80 £6 G.PG SPC 19- 30 c £1- 31 NAI-D £40

70HQ1 80 16 G« PG RLY 17- 27 c 27. 36 SCD-D DST

e3SU2 8C £6 0« G ABX 2J- 25 D 2- 5 NA I-D DST

80 16 D« G ABX 21- 25 D 1- 5 NAI-D DST

6esua 80 16 DtG ABX 2a- 25 D a- 5, NAI-D DST

15£,L27 G«N RLX 13- 65 c 13- 65 ACT-I 4PI

69FU2 a3AL27 G. SPL RLY THR-999 D999 ACT-I. DST 999 =3 GEV

6 6GD3 14SI GtXN ABX 17- 3 0 c 17- 30 BF3-I 4PI

61SH1 14SI G.P SPC 14- 24 c 24 EMU-D UKN

62Bia S4SI G.P SPC le 0 i8 SCD-D DST

64UL3 14SI G. P SPC 13- 23 c 24 SCD-D 4PI

69*N6 £4SI G.P A BY 1 09-999 CTOOt 999 T£L-D DST 999= 1.2 GEV

69AN6 14SI G.O ABY 1 20-999 C700. 999 TEL-D DST 999 = 1.2 GEV

62BI 2, a4si G»^ SPC 16 D 28 SCD-D DST

96
CORRECTED INDEX ENTRIES (CORRECTIONS UNDERLINED)

eeMi 2 20CA40 G,N Aax 15- 26 D 15- _ 26 BF3- I 4PI

dTdE 6 23 V o£ G« 3N AST 3 0— 37 C 37 ACT — I 4P I

o yp u d. Hor c 0» 5 PL RLY THR— i_i o 99 9 D999 AC T— I DST 999=3 GEV

70C01 30ZN64 6*N RLX 12- 40 w 1 0— 40 ACT- I 4P1

5TELS 30ZN64 Gf 2N ABI THR- 30 c 32 ACT- I 4PI

70C01 30ZN64 G«2N RLX 21- 40 /-V. 1

1 n_u— 40 ACT- I 4PI

70C0i 30ZN64 Gt NP RLX 519- 40 c ao- 40 ACT- I 4PI

57EL

1

3 0 ZN 6 8 G» P A3X 1 0— 30 32 ACT— I 4PI

62M 13 57LAS 39 G«XN ABX ao- 2a r\U 2a BF3- I 4PI

6 2MI3 58CE Gt XN. ABX 10- 21 21 BF3- I 4PI

7aSH3 58CES40 E.P ABX i5- 22 D 23 MAG- D 90 ISCBARIC ANSiLDGS

7£SH3 60NDa42 E.P ABX £5- 22 D 23 Ma G- D 90 ISCBftRIC ANALOGS

71SH3 62SM144 EtP ABX 15- 22 D 22 MAG-C 90 ISOBARIC ANALOGS

62MI3 73TA181 G. XN. ABX 7- 22 D 7- 22 BF3- I 4PI

62MI3 79AU197 G<XN ABX 6- 22 D 6- 22 BF3- I 4PI

62MI3 82PB G» XN ABX 6- 22 D 6- 22 BF3- I 4PI

OMITTED INDEX 1ENTRIES

71KU5 23V 51 GtSPL A3Y THR-999 c 999 ACT- I 4PI 999=a»5 GEV

71KU5 23V 51 G,PI + A BY THR-999 C200-999 ACT- I 4PI 999=2© 2 GEV

62MI3 29CU G* XN ABX i 0- 20 D flO- 20 BF3- I 4PI

6 0TH1 67H0165 G.N ABX 8- 18 c 11- 1 8 ACT- I 4PI

97

NBS-114A (REV. 5-7S)

U.S. DEPT. OF COMM.

BIBLIOGRAPHIC DATA

SHEET

1. PUBLICATION OR REPORT NO.

NBS SP-380, Suppl . 1

2. Gov't Accession

No.

3. Recipient's Accession No.

4. TITLE AND SUBTITLE

Photonuclear Data Index, 1973-1977

5. Publication Date August 1978

6. Performing Organization Code

7. AUTHOR(S)

E. G, Fuller and H. M. Gerstenberg

8. Performing Organ. Report No.

9. PERFORMING ORGANIZATION NAME AND ADDRESS

NATIONAL BUREAU OF STANDARDS

DEPARTMENT OF COMMERCE

WASHINGTON, D.C. 20234

10. Project/Task/Work Unit No. 5322232

11. Contract/Grant No.

12. Sponsoring Organization Name and Complete Address (Street, City, State, ZIP)

Same as No. 9

13. Type of Report & Period

Covered

Jan. 1973- Jan. 1978

14, Sponsoring Agency Code

15. SUPPLEMENTARY NOTES

16. ABSTRACT (A 200-word or less factual summary of most si^ificant information. If document includes a significant

bibliography or literature survey, mention it here.)

This index, a supplement to NBS Special Publication 380, Photonucl ear Reaction Data , 1 973 , primarily covers data published in the period from

January 1965 through December 1977. Organized by element and isotope,

each entry in the index is for a specific reaction reported in a given

reference. Information is given on the type of measurement, excitation

energies studied, source type and energies, detector type and angular

ranges covered in the measurement. Also included is an index to the more

than 100'^ data sets currently available in the Photonuclear Data Center's

digital data library.

17. KEY WORDS (six to twelve entries; alphabetical order; capitalize only the first letter of the first key word unless a proper name; separated by semicolons)

Bibliography, data index, elements, isotopes, nuclear physics, photonuclear reactions

18. AVAILABILITY BT" Unlimited

1 ! For Official Distribution. Do Not Release to NTIS

! Order From Sup. of Doc, U.S. Government Printing Office Washington, D.C. 20402, SD Stock No. 003-003-01967^

1

1 Order From National Technical Information Service (NTIS)

Springfield, Virginia 22161

19. SECURITY CLASS

(THIS REPORT)

UNCL ASSIFIED

21. NO. OF PAGES

102

20. SECURITY CLASS

(THIS PAGE)

UNCLASSIFIED

22. Price

$2.75

USCOMM-DC 66680-P7S

*U.S. GOVERNMENT PRINTING OFFICE : 1978 0-261-2 38/196

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NOTE: At present the principal publication outlet for these

data is the Journal of Physical and Chemical Reference

Data (JPCRD) published quarterly for NBS by the American Chemical Society (ACS) and the American Institute of

Physics (AIP). Subscriptions, reprints, and supplements

available from ACS, 1155 Sixteenth St. N.W., Wash., D.C.

20056.

Building Science Series—Disseminates technical information

developed at the Bureau on building materials, components,

systems, and whole structures. The series presents research

results, test methods, and performance criteria related to the

structural and environmental functions and the durability

and safety characteristics of building elements and systems.

Technical Notes—Studies or reports which are complete in themselves but restrictive in their treatment of a subject.

Analogous to monographs but not so comprehensive in scope or definitive in treatment of the subject area. Often

serve as a vehicle for final reports of work performed at NBS under the sponsorship of other government agencies.

Voluntary Product Standards—Developed under procedures

published by the Department of Commerce in Part 10, Title 15, of the Code of Federal Regulations. The purpose

of the standards is to establish nationally recognized requirements for products, and to provide all concerned interests with a basis for common understanding of the characteristics

of the products. NBS administers this program as a supplement to the activities of the private sector standardizing

organizations.

Consumer Information Series—Practical information, based on NBS research and experience, covering areas of interest

to the consumer. Easily understandable language and

illustrations provide useful background knowledge for shopping in today's technological marketplace.

Order above NBS publications from: Superintendent of

Documents, Government Printing Office, Washington, D.C.

20402.

Order following NBS publications—NBSIR's and FIPS from

the National Technical Information Services, Springfield, Va. 22161.

Federal Information Processing Standards Publications

(FIPS PUB)—Publications in this series collectively constitute the Federal Information Processing Standards Register.

Register serves as the official source of information in the

Federal Government regarding standards issued by NBS

pursuant to the Federal Property and Administrative Services Act of 1949 as amended. Public Law 89-306 (79 Stat. 1127), and as implemented by Executive Order 11717

(38 FR 12315, dated May 11, 1973) and Part 6 of Title 15

CFR (Code of Federal Regulations).

NBS Interagency Reports (NBSIR)—A special series of

interim or final reports on work performed by NBS for

outside sponsors (both government and non-government).

In general, initial distribution is handled by the sponsor;

public distribution is by the National Technical Information

Services (Springfield, Va. 22161) in paper copy or microfiche

form.

BIBLIOGRAPHIC SUBSCRIPTION SERVICES

The following current-awareness and literature-sur^-ey bibli- ographies are issued periodically by the Bureau:

Cryogenic Data Center Current Awareness Service. A litera- ture survey issued biweekly. Annual subscription: Domestic, $25.00; Foreign, $30.00.

Liquified Natural Gas. A literature survey issued quarterly.

Annual subscription: $20.00.

Superconducting Devices and Materials. A literature survey

issued quarterly. Annual subscription: $30.00. Send subscription orders and remittances for the preceding bibliographic

services to National Bureau of Standards, Cryogenic Data

Center (275.02) Boulder, Colorado 80302.
U.S. DEPARTMENT OF COMMERCE

National Bureau of Standards

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