NBSIR 82-2543-1

Photonuclear Data Index,

1973-1981

(Supplement 2 to NBS Special Publication 380)

U.S. DEPARTMENT OF COMMERCE

National Bureau of Standards

National Measurement Laboratory

Center for Radiation Research

Washington, DC 20234

August, 1 983

,

• U.S. DEPARTMENT OF COMMERCE ^ if

/ •

, /V

' NATIONAL BUREAU OF STANDARDS

ti,.

NBSIR 82-2543-1

PHOTONUCLEAR DATA INDEX,

1973-1981

(Supplement 2 to NBS Special Publication 380)

^ppETA-'- '

AUG'i «” r 83

G2-C

' c

O'"

E. G. Fuller, Henry Gerstenberg

U S. DEPARTMENT OF COMMERCE

National Bureau of Standards

National Measurement Laboratory

Center for Radiation Research

Washington, DC 20234

August, 1983

U.S. DEPARTMENT OF COMMERCE, Malcolm Baldrige, SecrMry

NATIONAL BUREAU OF STANDARDS, Ernest Ambler. Director

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 Reference 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 i nformation 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. tide, Jr., Chief

Office of Standard Reference Data

i
Contents

Page

Foreword i

Table of Contents ii

Introduction 1

Scope of the Data Index 1

Description of the Index 2

Description of Column Headings 2 Acknowledgment 3

References for Text 3

Photonuclear Data Index, 1973-1981 4

Digital Data Library Index 78

Photonuclear Reaction Data Bibliography, 1973-1981 92

Definitions of Abbreviations and Symbols 143

Errata for SP-380 146

i i
Photonuclear Data Index

1973 through 1981

E. G. Fuller and Henry Gerstenberg

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

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

January 1973 through December 1981. It supersedes the first supplement to

Special Publication 380 issued in August 1978. 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 data sets currently available in the Photonuclear Data Group's digital data library.

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

photonuclear reactions.

1. INTRODUCTION Journal Last Issue

This Photonuclear Data Index is the

seventh one published by the Photonuclear

Data Group. NBS Special Publication 380,

Photonuclear Reaction Data, 1973 , contains

a cumulative, annotated data TrTdex covering

articles published from January 1, 1955 through

1972. The present index includes the entries

listed in the first supplement to Special

Publication 380 issued in 1978, as well as new ones derived from the literature published

for the field for the period from January 1978

through December 1981. In addition it also

contains entries based on articles published

prior to 1973 that have been added to the

data files subsequent to the publication of

NBS Special Publication 380. Some of these

entries predate the original January 1, 1955

starting date for the data index. No attempt

has been made to be either consistent or com- prehensive in the selection of pre-1955

papers. Those selected have all been papers

referenced in recent data evaluations.

Canadian Journal of Physics

Physical Review C Physical Review Letters

Nuclear Physics

Physics Letters

Soviet J. Nuclear Physics

Journal of Physics G Zeitschrift fur Physik

Vol. ^ #12

Vol. 24 #6

Vol . 47 #26

Vol. ^72 #3

Vol. B107 #6

Vol. 2O2 Vol. ]_ #12

Vol. 7 #12

In addition to the annotated data index

and bibliography this supplement also contains, in Section 8, an index to the data

available in the Digital Photonuclear Reaction Data Library. This library now contains

data for Neptunium, Uranium and Thorium as

well as for 74 of the 81 naturally occuring

elements from Hydrogen through Bismuth. Data

are available for 125 stable nuclides, about

half of those existing in nature with abundances greater than two percent. The last

section, 11, contains an Errata List for NBS

Special Publication 380.

All of the entries in this index are derived from experimental papers that have

been published either in scientific journals

or as rather complete reports in the proceedings of international conferences. Since 1979,

rather than regularly searching a group of core journals for new information, annotated

reference lists have been used to locate most

of the new publications in the field. These

lists were provided first, by the Nuclear

Data Project at Oak Ridge National Laboratory

and later, by the National Nuclear Data Center

at the Brookhaven National Laboratory. The

entries in this index cover papers published

in the following core journals through thfe indicated issues.

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

reactions. This index differs from a bibliography in that it supplies quantitative

information about the content of a paper. Each

entry in the index corresponds to the measurement of a specific photonuclear reaction for

a specific nuclide or group of nuclides. An attempt i s made to gi ve a complete description

of each measurement in a single 1 ine. 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 to
readily locate a pertinent reference without

having to go through a large number 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 a given

nucleus. The most common types of. reactions

included in this index are: (e,e'), (y»y)»

(Y,n), (y,p), and (p,Yq^*

Two reactions which fit the matrix element

criterion are not included in the compilation because of their rather special nature.

These 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 measurements

in the region from 150 Mev to 4 Gev. Most of

the experiments listed are concerned with the

excitation energy range from 8 to 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 in NBS Special Publication 380. The abundances are taken from

an evaluation prepared by N. E. Holden [1]*.

The separation energies were taken from the

tabulation of Wapstra and Bos [2] which are based on their 1977 Atomic Mass Evaluation.

In the data index which follows, eight

columns are used to describe a reaction

reported in a specific paper. The headings

of the eight principal columns used for the

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 occurring 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

*Figures in brackets indicate the literature

references on Page 3.

ordered by reacti on accordi ng to a priority

listing of, first, the incoming particle,

and second, the outgoing particle. All

entries for a given reaction are listed

chronologically.

4. DESCRIPTION OF COLUMN HEADINGS

The purpose of this section is to

describe the meanings of the various column

headings. An alphabetical list of the

symbols used in the eight main columns of the

data index to describe specific reactions is

given in Section 10 of this report.

1)

REF

A Bibliographic Reference Code is given

here. This is niade up of the year and

the first two letters of the fi rst author'

s

surname, plus an additional left-justified

serial number. See note at the start of

the bibliography on page 92 regarding the

method used to assign these codes.

2)

NUCLIDE

This column specifies the nuclide in which

the gamma-ray transition takes place. Its atomic number (Z), chemical symbol, and mass number (A) are listed. Note that

for ground-state capture reactions this is not the target nuclide. The mass number

is listed only if the isotopic assignment

is unambiguous. In general, it is assumed

that the mass number is unambiguous if,

in the target, the abundance of a single

isotope is >97%.

3)

REACTION

The notation used is based on the usual one for specifying nuclear reactions. See,

however, the specific definitions used for

the reactions (E,N), (E,E/N), (G,N), (G,SN)

and (G,XN). When an unknown reaction

results in the production of a specific

radioactive nuclide, the chemical symbol

and mass number is listed as the reaction

product, e.g. a (G,NA22) reaction in 59 qo.

4)

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.

2
5)

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 expressed in MeV.

Where the energy scale extends above 999

MeV, 999 is entered and the actual energy

is given under REMARKS. Where an MeV scale

is inappropriate for the measurement a * or @ is entered and the appropriate units

are defined in REMARKS.

6)

SOURCE

Source Type and Energy Range. The source

of the incident particles is characterized

by the letter C or D indicating that it was either continuous or discrete in energy.

A bremsstrahlung source would be marked C. The source energy is indicated under MINMAX. For bremsstrahlung, the range of endpoint energies is given. In general the

units are MeV. The same notation

described under EXCIT is used when a MeV

scale is inappropriate for the measurement.

7)

DETECTOR

Detector Type and Angular Range. Thesymbols

used to indicate the type of detector used

in the 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 spectrometer (SCI )

i s usually

used differentially (D)whileaBF3 detector (BF3) general ly integrates over neutron

energy (I). The angular range covered by

the detector is indicated under ANG. A single number in the column means the mea- surement 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 integrated over

all outgoing particle directions.

8)

REMARKS

A short phrase included to give additional information that will make the

entry more useful. For example, pertinent energies are more exactly defined,

additional information is given on polarization or al ignment 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. ACKNOWLEDGMENT

The authors gratefully acknowledge the

co-operation of both the Oak Ridge Data Project

and the Brookhaven National Nuclear Data

Center in providing us with the annotated

reference lists. Without these lists this

data index would not be available at this

time.

6. REFERENCES FOR TEXT

(1) N. E. Holden, Pure and Appl . Chem. 405 (1979).

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

3
7. PHOTONUCLEAR DATA INDEX

1973 THROUGH 1981

HYDROGEN Z=1

A ABUND.

G/N G/P

SEPARATION ENERGIES

G/T G/HE3 G/A

(MEV)

G>’2N G/-NP G/2P

1 99.99 * *

2 1 .5(-2) 2.2 2.2 "k it if * 2.2 it 3 6.3 8.5 8.5 8.5 it

NUCLIOE REACTION RES EXCIT SOURCE DETECTOR

REF Z A INyOUT TYPE ANG REMARKS

80ST3 1H 1 E/PI + RLY 175-199 C230 MAG-D 90 TEST VIRTUAL PHOTONS

72AR9 1H 1 $ Gy PI + ABX 300-900 C300-900 MAG-D 90 POLARIZED TARGET

72ZD1 1H 1 $ GyPI + NOX 1 50-909 C390-909 MAG-D 135 POLARIZED PHOTONS

74AL1

3

1H 1 GyPI + RLX 200-400 C600 MAG-0 DST D(GyPI+)/P(GyPI+)

74CL10 1H 1 GyPI + ABX 1 50-450 C250-450 TOF-D DST TAGGED PHOTONS

74DE3 1 H 1 Gy PI + ABX 145-155 C145-154 ACT-I 4PI

77AR7 1 H 1 Gy PI + ABX 500-930 D500-930 MAG-D DST

79AR1 1H 1 GyPI + ABX 150-156 C152-156 ACT-I 90

79B01 1 H 1 GyPI + RLY 1 51-174 C151-174 ACT-I 90

79GE4 1H 1 $ Gy PI + NOX 150-340 0340 MAG-D DST POL. Py UP/OOWN ASM

79GE7 1 H 1 $ GyPI + NOX 340 C * 1 MAG-D DST *E IN GEVy $Gy$P

80ST3 1H 1 Gy PI + RLY 175-199 C230 MAG-D 90 TEST VIRTUAL PHOTONS

72ZD1 1H 1 $ GyPIO NOX 1 50-918 C426-91

8

MAG-D DST POLARIZED PHOTONS

74CL10 1H 1 Gy PIO ABX 1 50-450 C250-450 TEL-D DST TAGGED PHOTONS

74DE1

3

1 H 1 $ GyPIO ABX 980-999 C999 SPK-D UKN POL Py 999=1.225 GEV

74GE2 1 H 1 GyPIO ABX 400-500 C500 TEL-D DST

74G03 1 H 1 $ GyPIO NOX 1 50-495 C600y900 MAG-0 UKN POL PROTONSy PHOTONS

74GA9 1H 1 $ GyPIO NOX 400-650 C999 UKN-D DST 999=1.4 GEVy POL G 74HI5 1H 1 GyPIO ABX 340-420 C412y447 CKV-D DST

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

75001 1 H 1 GyPIO ABX 360-938 C999 TEL-D DST 999=1.2 GEV

76AB7 1 H 1 $ GyPIO ABX 900-999 D900-999 MAG-D DST 999=1.65 GEVy POL G 76BL9 1 H 1 $ GyPIO NOX 700-999 C 2* SPK-D DST 999=1.2 GEVy *GEVy$P

76BL1

3

1H 1 $ GyPIO NOX 600-999 C 2* MAG-D DST 999=1. 2GEVy *GEVy$P

76006 1 H 1 GyPIO ABX 238-922 C245-922 TEL-D DST

760E7 1 H 1 $ GyPIO NOX 1 50-640 C540-640 MAG-D DST $ RECOIL P 76GA6 1H 1 $ GyPIO RLX 250-650 C 1* 2 TEL-D DST 1.15*1.4GEVy COH-BRMS

77AL5 1 H 1 GyPIO ABX 320 C350 CKV-D DST

77AR7 1H 1 GyPIO ABX 500-930 0500-930 MAG-D DST

77005 IH 1 GyPIO ABX 262-238 C375-475 TEL-0 DST

77G03 1 H 1 $ GyPIO NOX 500 0500 MSP-0 DST POL PHOTONSy PROTONS

78AL1

2

1 H 1 GyPIO ABX 290-360 C350y563 CKV-D DST

7SDE9 1 H 1 $ Gy PIO NOX 480-800 C UKN MAG-D 99 POLARIZED PROTONS

78VA5 1 H 1 $ GyPIO NOX THR-800 C800 MAG-D UKN POLARIZED PROTONS

78ZY5 1 H 1 S GyPIO NOX 650y700 C UKN MAG-D DST POL PROTON RECOIL

80AR2 IH 1 GyPIO ABY 145-153 C146-153 CKV-D 0 THRESHOLD MEASUREMENT

803R9 IH 1 $ GyPIO NOX 500-800 D UKN TEL-D DST POL Gy POL RECOIL P 80K. A4 1 H 1 $ GyPIO NOX 400-999 C600-999 TEL-D DST 999=1142 MEVy $RCL P 80Y03 1 H 1 GyPIO ABX 390-975 C550-999 TEL-D DST 999=1 GEV

81 AR2 1 H 1 GyPIO ABY 146-153 C146-153 CKV-D 0 REANALYSIS OF 80AR2

31 BR8 1 H 1 $ GyPIC NOX 1 50-999 C800-999 MAG-D 60 999=1. 3GEVy $P RECOIL

4
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

740A9 1H 1 G/G ABX 70-110 C UKN UKN-0 DST

74BA11 1H 1 G/G ABX 85-107 C127/148 TEL-0 DST

75BA2 1H 1 G/G ABX 70-110 C127/148 TEL-D DST

80IS7 1H 1 G/G ABX 375-999 C 1* TEL-D DST 999=1. 15GEV/ 1*1.3GEV

81WA4 1H 1 $ G/G NOX 400-999 C400-999 MAG-0 DST $H $P/ P-G COIN

76SI11 1H 2 E/E/ ABX 2- 80 D 80-300 MAG-0 DST

79SI5 1H 2 E/E/ FMF 2- 12 C 80-300 MAG-0 DST Q=.71-2 FM-1

80J02 1H 2 E/E/ ABX 0- 19 C 56 MAG-0 180 FMF

81BE1 1H 2 E/E/ ABX 0- 15 D280-535 MAG-0 155 DLTQ 6-19 FM-2

73SH1

8

1 H 2 E/E/P ABX 18/ 35 D 38/106 MAG-0 DST COIN OF E WITH P 74AN5 1H 2 E/E/P ABX 95 C999 MAG-0 DST 999=1.2 GEV

75AN9 1H 2 E/E/P ABX 0*185 D81 6/999 MAG-0 DST 999=1.195 GEV/ *MEV/C

77AG8 1H 2 E/E/P SPC 160*300 0999 MAG-0 20 *MEV/C 999=1180 MEV

81BE11 1H 2 E/E/P ABX 105/147 D500 MAG-0 DST COINCIDENCE

70HA2 1H 2 E / N ABX 5- 18 D 5-18 BF3-I 4PI

74PH1 1H 2 E/N NOX 4- 11 D 4-11 MOD-I 4PI RATIO <G/N)/(E/N)

73CH4 1H 2 E/P ABX 5- 24 D 38/107 MAG-0 DST

73SK1 1H 2 E/P ABX 4 — 46 0 38/107 MAG-0 DST

74CH2 1H 2 E/P ABX 5- 44 0 30-107 MAG-0 DST

74SK1 1H 2 E/P ABX 17- 28 D 29 MAG-0 DST

74AL1

3

1H., 2 G/PI + RLX 200-400 C600 MAG-0 DST D(G/PI+)/P(G/PI+)

74CL10 1H 2 G/PI + RLX 150-450 C250-450 TOF-D DST TAGGED PHOTONS

77AU4 1H 2 G/PI + RLX 148-155 C150-155 ACT-I 4PI D(G/PI+)/P(G/PI+)

79B01 1H 2 G/PI + ABX 149-174 C149-174 ACT-I 90

79GA3 IH 2 G/PI + RLY 150-560 C150-560 TEL-D DST 0(G/PI+)/H(G/Pl+)

74CL10 1H 2 G/PIO RLX 150-450 C250-450 TOF-D DST TAGGED PHOTONS

78AR2 IH 2 G/PIO ABY 141-147 C147 TEL-D DST

30AR2 1H 2 G/PIO ABY 140-151 C141-151 CKV-D 0 THRESHOLD MEASUREMENT

81 AR2 IH 2 G/PIO ABY 141-149 C141-149 CKV-D 0 REANALYSIS OF 80AR2

74CL10 IH 2 G/PI- RLX 1 50-450 C250-450 TEL-D DST TAGGED PHOTONS

75CH3 IH 2 G/PI- ABX 200-450 C450 BBL-D 4PI

78AR1 IH 2 G/PI- ABX 365-460 C400/500 MAG-0 DST (P/PI-/P)COIN

78AR8 IH 2 G/PI- ABX 1 50-500 C250-500 MAG-0 DST PI- IN COIN WITH P 80TA5 IH 2 $ G/PI-P NOX 700-999 C999 TEL-D DST 999=1.2 GEV/ POL P 72AR14 IH 2 G/HAD ABX 265-999 0265-999 TEL-I 4PI 999=4.215 GEV

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

80DE4 1 H 2 $ G/N RLY 21 0 21 TOF-D 90 POLARIZED PHOTONS

81DE1 IH 2 $ G/N NOX 10- 70 0 10- 70 TOF-D 90 $G CIRCULAR/ LINEAR

73BA3 IH 2 G/P ABX 17- 25 C 25 SCD-D DST

76D05 IH 2 G/P ABX 139-832 C999 TEL-0 DST 999=1.2 GEV

76HU4 IH 2 G/P ABX 20-120 0 20-120 MAG-0 0

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

78VA5 IH 2 $ G/P NOX THR-800 C600/800 MAG-0 UKN POLARIZED PROTONS

79IK1 1 H 2 S G/P ABX 400-650 C UKN MAG-0 DST POLARIZED PROTONS

80BR6 IH 2 $ G/P NOX 375-700 C UKN MAG-0 DST POLARIZED PROTONS

80BR7 IH 2 s G/P NOX 375-460 C UKN MAG-0 90 POLARIZED PROTONS

803R3 IH 2 $ G/P NOX 375-700 C UKN MAG-0 DST POLARIZED PROTONS

81UE1 IH 2 G/P RLX 2-160 C160 TEL-D 90

82BA1 IH 2 G/P ABX 180-600 D180-600 MAG-0 DST

79G08 IH 2 $ G/NP NOX 400-600 C 1* 2 MAG-0 DST *E GEV/SG/ N-P COIN

30G06 IH 2 $ G/NP NOX 80-400 C600-999 MAG-0 DST 999=1.2 GEV/ COH-BRMS

80IS3 IH 2 s G/NP NOX 400-650 C UKN MAG-0 DST POLARIZED PROTONS

77K05 IH 2 $ N/G NOX 2 0 1 NAI-D 90 POL OF G 79B010 IH 2 N/G ABX 20- 39 .0 37- 73 TOF-D 4PI

31GI4 IH 2 N/G ABX 38 0 72 TEL-D DST SIGMA 0 AND 180 DEG

73AR1

1

IH 2 N/2G ABX 2 0 0 NAI-D 180 ANG BTW DET/ SIG LIM

76EA3 IH 2 N/2G ABX 2 D 0 SCD-D 35 ANG BTW DET/ SIG LIM

5
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

80FA2 1 H 3 G/N ABX 6- 20 D 6- 20 BF3-I 4PI

31 FA1 1 H 3 G/ N ABX 6- 24 D 6- 24 BF3-I 4PI

80FA2 1 H 3 G/- 2N ABX S- 26 0 8- 26 BF3-I 4PI

31 FA1 1H 3 G/2N ABX 8- 28 D 8- 28 BF3-I 4PI

31 SK4 1H 3 G/0 ABX 15- 36 C100 MAG-D DST

HELIUM Z=2

A ABUNO. SEPARATION ENERGIES (MEV)

G/N G/P G/'T G/HE3 G/A Gr2N G/NP Gr2P

3 1.4(-4) 7.7 5.5 * * * 7.7 7.7

4 100. 20.6 19.8 19.8 20.6 4r 28.3 26.1 28.3

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

75KAO 2HE3 E/E/ ABX 5- 12 D 60- 120 MAG-D DST BROAD PEAK AT 6.4 MEV

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

76MC2 2HE3 E/E/ ABI 23-263 0500 MAG-D 60 QUASI-ELASTIC

78KU9 2HE3 m s m ABX 350*550 D999 MAG-D DST *Q MEV/C/ 999=1211MEV

79J04 2HE3 E/E/ ABX 0- 30 D 40- 61 MAG-D 180

80MC3 2HE5 E/E/ NOX 23 7 D 3* 11 MAG-D UKN SFM-1/ *GEV

73SH1

8

2HE3 E/E/P SPC 18- 30 DlOO MAG-D DST COIN OF E WITH P 78G06 2HE3 E/E/P ABX 1 50* D999 MAG-D 30 *MEV/C/ 999=1.2 GEV

79G09 2HE3 E/E/P ABX UKN C999 MAG-D DST 999=1200 MEV

80G03 2HE3 5/E/P SPC 0*100 C643/ 806 MAG-D UKN *MEV/C

31K02 2HE3 E/E/P ABX THR-806 0643/ 806 MAG-D DST 2/3 BODY BRKUP/ COIN

78SK6 2HE3 E/PI + ABX 170-190 D170- 190 MAG-D DST

72SH8 2HE3 E/D RLX 19- 30 D100 MAG-D DST PROTONS IN COIN

74CH3 2HE3 E/0 ABX 10- 21 D 21/ 23 MAG-D 90

75SK1 2HE3 E/D ABX 11- 40 D 43- 103 MAG-0 DST

756A7 2HE3 G/PI + ABX 227-453 C600 MAG-D DST COIN OF T WITH PI+

79AR1 2HE3 G/PI + ABX 150-156 Cl 52- 156 ACT-I 90

30AR2 2HE3 G/PIO ABY 138-148 C140- 148 CKV-D 0 THRESHOLD MEASUREMENT

81 AR2 2HE3 G/PIO ABY 140-147 C140- 147 CKV-D 0 REANALYSIS OF 80AR2

81 3E3 2HE3 G/PIO ABX 280-386 C300- 450 MGP-D 0

74BE3 2HE3 G/N ABX 7- 31 0 7- 31 BF3-I 4PI

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

3 1 F A

1

2HE3 G/N ABX 7- 25 D 7- 25 8F3-I 4PI

31GA5 2HE3 G/ P ABX 200-450 C500 TOF-D DST P - D COIN

68PI1 2HE3 G/O ABX 180-550 C800 TEL-D 90

73TZ2 2HE3 G/D ABX 160-370 C

' MAG-D DST P DETECTED IN COIN

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

75AR1 2HE3 G/D ABX 175-370 C405 MAG-D DST PROTONS IN COIN

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

76HE2 2HE3 G/A ABX 200-600 C700 MAG-D DST TIME REVERSAL TEST

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

76HE3 2HE3 P/G ABX 256-390 D377- 576 SPK-D DST

79SK4 2HE3 $ P/G ABX 7- 15 D 3- 1 5 NAI-D DST POLARIZED PROTONS

80NE2 2HE3 P/G ABX 308/375 D450/ 550 MAG-D DST GAMMA-HE3 COIN

6
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A INrOUT TYPE ANG REMARKS

75DE6 2HE4 ErE/ ABX 0-300 D800-999 MAG-0 DST 999=1.18 GEV

76MC2 2HE4 E/E/ ABI 32-272 0500 MAG-0 60 QUASI-ELASTIC

74G05 2HE4 E/E/P ABX 0* 30 0999 MAG-0 20 *SEP E/ 999=1.1 GEV

74G08 2HE4 E/E/P ABX * 17 0999 MAG-0 DST *SEP E/ 999=1.2 GEV

78AL10 2HE4 G/PIO ABI 1* 5 C 1* 5 TEL-0 DST ENERGY IN GEV

80AR2 ^HE4 G/PIO ABY 137-148 C139-148 CKV-D 0 THRESHOLD MEASUREMENT

81 AR2 2HE4 G/PIO ABY 139-148 C139-148 CKV-D 0 REANALYSIS OF 80AR2

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

73TZ2 2HE4 G/PI- ABX 150-950 C MAG-0 DST PI- AND P IN COIN

81 AR1 2HE4 G/MU-T ABX 21 5-386 0215-386 TOF-D 4PI DATA ALSO IN 81AR3

81 AR3 2HE4 G/MU-T ABX 215-386 0215-386 TOF-D 4PI

73IR2 2HE4 G/N ABX 21- 31 0 21- 31 TOF-D DST

73IR4 2HE4 G/N ABX 21- 37 C 35/ 39 TOF-D 98

73MA11 2HE4 G/N ABX 20-110 Clio TOF-0 DST

73TZ2 2HE4 G/N ABX 275-430 C MAG-0 DST N AND HE3 IN COIN

73WE5 2HE4 G/N ABX 25- 75 C 25- 75 TOF-D DST

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

75AR1 2HE4 G/N ABX 274-403 C405 MAG-0 DST 2 BODY COIN

75AR10 2HE4 G/N ABX 27- 30 C UKN CCH-D DST

75IR1 2HE4 G/N ABX 22- 32 C 22- 33 TOF-D DST

76AR8 2HE4 G/N ABX 21-150 C UKN CCH-D 4PI

778A14 2HE4 G/N ABX 20- 46 C 85 CCH-D DST

8CAR13 2HE4 G/N ABI 21-150 C UKN CCH-D 4PI

80BE1 2HE4 G/lN ABX 21- 47 0 21- 47 BF3-I 4PI

74IR1 2HE4 G/XN RLY 20- 35 C 35 TOF-I 98 LQD HE/N YLD VS G INT

73KI2 2HE4 G/P ABX 180-320 C320 SPK-D DST

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

75AR1 2HE4 G/P ABX 175-370 C405 MAG-0 DST 2 BODY COIN

77BA14 2HE4 G/P ABX 20- 46 C 85 CCH-D DST

79AR3 2HE4 G/P ABX 197-420 C500 TOF-D DST

80AR13 2HE4 G/P ABI 19-150 C UKN CCH-D 4PI

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

773A14 2HE4 G/NP ABX 28- 75 C 8S CCH-D DST

79BA5 2HE4 6/NP ABX 26- 60 C120 CCH-D DST

80AR1

2

2HE4 G/NP SPC 26-150 C150 CCH-D DST SPC D/P/N REL PD etc

80AR1

3

2HE4 G/NP ABI 26-150 C UKN CCH-D API

74AR6 2HE4 G/ 2N2P ABI 26-120 C150 CCH-0 API ENERGY MOMENTS

77BA1

4

2HE4 G/2N2P ABX 23/ 70 C 85 CCH-D API

79BA5 2HE4 G/2N2P ABX 28- 60 C120 CCH-D DST

30AR1

3

2HE4 G/2N2P ABI 28-150 C UKN CCH-D API

73TZ2 2HE4 G/PT ABX 190-415 C MAG-D DST PT DETECTED IN COIN

76AR5 2HE4 G/D ABX 201-359 C UKN TEL-D DST COIN OF D WITH D 74AR6 2HE4 G/2D ABI 26-120 C150 CCH-D API ENERGY MOMENTS

80AR1

3

2HE4 G/20 ABI 23-150 C UKN CCH-D API

79PH3 2HE4 G/T RLX 31- 51 0 31- 51 TEL-D 90 SIGMA RATIO G/P/G/N

81UE1 2HE4 G/T RLY 5-100 C100 TEL-D DST

79PH3 2HE4 G/HE3 RLX 31- 51 D 31- 51 TEL-D 90 SIGMA RATIO G/P/G/N

81UE1 2HE4 6/HE3 RLY 21-100 C100 TEL-D DST

79AL6 2HE4 N/G ABX 20- 22 0 0- 1 NAI-D DST SIGMA AT THRESHOLD

81 WA3 2HE4 N/G ABX 24- 34 0 1-17 NAI-0 DST

72HA9 2HE4 $ P/G NOX 24- 70 0 6-14 NAI-0 DST POLARIZED PROTONS

73HA15 2HE4 P/G ABX 26 0 8 NAI-D 90

800E5 2HE4 P/G SPC 20- 21 0460*930 NAI-D DST *KEV/ J-PI

80MC2 2HE4 P/G ABX 26- 44 0 8- 31 NAI-D DST

71DE1 2HE4 0/G ABX 24- 30 0 1- 6 NAI-D DST

73P02 2HE4 D/G ABX 25- 28 0 6-12 NAI-D DST

78RE5 2HE6 PI/G SPC 1 50 0 0 MGP-D UKN PI IS PI7
LITHIUM Z=3

A A8UND.

Gr N G/P

SEPARATION ENERGIES

G^T GrHE3 GrA

(MEV)

G/-2N G/NP Gr2P

6 7.5 5.7 4.6 15.8 15.8 1.5 27.2 3.7 26.4

7 92.5 7.3 10.0 2.5 25.9 2.5 12.9 11 .8 33.5

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN^OUT TYPE ANG REMARKS

79SK3 3LI E,T ABX 5- 50 0 20- 50 MAG-0 DST VIRTUAL PHOTON ANAL

31 BE3 3LI G/PIC AEX 280-386 C300-450 MGP-D 0

74AH3 3LI G/MU-T ABX 15-220 C300 MGC-D 4PI

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

73009 3LI G/-XP ABY 90-400 C400 TEL-D DST

73FA1 3LI6 m > m SPC 11 0 50 MAG-D 180

73KU7 3LI6 Ul UJ X. ABX 84-284 0999* MAG-0 DST *999=1.184 GEV

74WH3 3LI6 E/E/ ABX 0-300 0500 MAG-0 60 QUASI-ELASTIC

74YE1 3LI6 E/E/ FMF 2 0 30- 60 MAG-0 DST 2.18 MEV/ 3+ LEVEL

75BE5 3LI6 m m LFT 3 0 35-125 MAG-0 DST 3=3.562 MEV

76BE3 3LI6 E/E/ FMF 1- 8 0 41-125 MAG-0 DST

77BU1

3

3LI6 E/E/ FMF UKN 0 82-292 MAG-0 OST

793E6 3LI6 E/E/ FMF 2- 5 0141-330 MAG-0 DST Q=1-3 FM-1/ 2+/ 0+/2+

803E3 3LI6 E/E/ FMF 6 0 76-141 MAG-0 DST 6=5.37 MEV

30BE4 3LI6 m N m X^ FMF 12- 20 0102/123 MAG-0 DST T/ HE3 BREAK UP

72AN1

1

3LI6 E/E/P ABX 0* 20 0999 MAG-0 20 *SEP E/ 999=1.18 GEV

72HI8 3LI6 E/E/P NOX 0* 30 0700 MAG-0 DST *SEP ENERGY RANGE

73HI5 3LI6 E/E/P SPC 0* 70 0700 MAG-0 UKN *SEP ENERGY RANGE

78NA3 3LI6 E/E/P SPC 0* 60 0700 MAG-0 53 *SEP ENERGY RANGE

72GE4 3LI6 E/E/D ABX -40* 40 051 5 MAG-0 DST *RECOIL P MEV/C

73HE7 3LI6 E/E/D ABX 200 0999 MAG-0 DST 999=2.7 GEV

74GE7 3LI6 E/E/D ABX 74* 0520 MAG-0 DST *DLTQ TRNS MEV/C

72GE4 3LI6 E/E/A ABX -50* 50 0525. MAG-0 DST *RECOIL P MEV/C

74GE7 3LI6 E/E/A ABX 78* 0520 MAG-0 OST *OLTQ TRNS MEV/C

76SK9 3LI6 E/0 ABX 10- 16 0 23 MAG-0 DST

75SH3 3LI6 E/T ABX 26- 68 0 UKN MAG-0 DST VIRTUAL PHOTON ANAL

74DE3 3LI6 G/PI + ABX 145-155 C145-154 ACT-I 4PI

74G01 3LI6 G/PI + ABY 150-400 C400 BBL-0 90

81 SH3 3LI6 G/PI + ABX 100*230 0170-195 MAG-0 OST *MEV/C G/PI FROM E/PI

74G01 3LI6 G/PI- ABY 1 50-400 C400 B6L-0 90

79EP2 3LI6 G/PIOP ABY 0*520 C450 CKV-D DST *MEV/C/ COIN

73SA14 3LI6 G/G LFT 3 C 5 NAI-0 120 3=3.56 MEV

730E1

4

3LI6 G/PL ABX 15- 26 C 20- 57 TEL-0 90 L=0/ 1/ 2 73GA3 3LI6 G/P ABX 60 0 60 MAG-0 45

74G01 3LI6 G/P ABY 4-400 C400 BBL-0 90

76MA3 3LI6 G/P ABX 60-100 0 60-100 MAG-0 OST

79JU6 3LI6 G/P ABX 7- 24 C 35 TEL-0 DST

30KU1 3LI6 G/P RLY 5- 15 C 10/ 15 EMU-D DST

79SK1

1

3LI6 G/XP ABX 13- 19 0 20- 35 MAG-0 DST VIR PHOT/ SEE 70W01

73DE1

4

3LI6 G/ND ABI 24- 50 C 20- 57 TEL-0 90

73DE1

4

3LI6 G/N2P ABI 23- 50 C 20- 57 TEL-D 90 INC G/2NP

78V04 3LI6 G/PT ABX 21- 55 C 34- 55 TEL-0 DST COIN T WITH P 73DE1

4

3LI6 G/PD ABI 21- 50 C 20- 57 TEL-0 90

78V04 3LI6 G/OT ABX 21- 55 C 29- 55 TEL-D DST COIN T WITH 0 79JU6 3LI6 G/D ABX 4- 14 C 35 TEL-0 90

730E1

4

3LI6 G/T ABI 25- 51 C 20- 57 TEL-0 90

78V04 3LI6 G/T ABX 16- 55 C 38- 55 TEL-D DST 2 BODY BREAKUP ONLY

79JU6 3LI6 G/T ABX 19- 36 C 30/ 35 TEL-D DST

78V04 3LI6 G/XT ABX 16- 55 C 29- 55 TEL-D 90

8
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

79JU6 3LI6 G/

A

ABX 17- 34 C 35 TEL-D DST

75BE3 3LI6 A/G LFT 3 D 3 SCD-D 90 3=3.562/ LIMIT ON LFT

81R01 3LI6 A/G ABX 2- 10 0 0- 8 MAG-0 DST

73KU7 3.LI7 E^E/ ABX 84- 2 84 0999 MAG-0 DST 999=1.184 GEV

80TI4 3LI7 ErE/ ABX 100- 400 0450- 999 MAG-0 DST 999=1096 MEV

72HI8 3LI7 E/E/P NOX 5* 35 0700 MAG-D DST *SEP ENERGY RANGE

73HI5 3LI7 E/E/P SPC 0* 70 0700 MAG-0 UKN *SEP ENERGY RANGE

78NA3 3LI7 E/E/P SPC 0* 60 0700 MAG-0 53 SEP ENERGY RANGE

79B03 3LI7 E/PI- RLX 200- 360 0150- 360 ACT-I 90

80AS3 3LI7 E/HE6 ABX 80- 110 0108- 198 MAG-0 DST 2 BODY/ VIR PHOT ANAL

80AS3 3LI7 E/BE7 ABX 80- 163 0163 MAG-0 DST 2 BODY/ VIR PHOT ANAL

74G01 3LI7 G/PI + ABY 150-400 C400 BBL-D 90

71N01 3LI7 G/PI- ABY 150- 999 C140- 999 ACT-I 4PI 999=1.2 GEV

74G01 3LI7 G/PI- ABY 150- 400 C400 BBL-D 90

79B03 3LI7 G/PI- ABX 150- 360 C150- 360 ACT-I 90

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

73BR11 3LI7 G/N ABX 7- 31 0 7- 31 BF3-I 4PI

78DE7 3LI7 G/NG ABI 7- 55 C 58 SCD-D 125 6LI 3.56 MEV GAMMA

73BR11 3LI7 G/ 2 N ABX 11- 31 0 11- 31 BF3-I 4PI

73GA3 3LI7 G/P ABX 60 0 60 MAG-D 45

740E1

1

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

74G01 3LI7 G/P ABY 10-400 C400 BBL-D 90

75DE7 3LI7 G/P ABI 10- 51 C 15- 51 TEL-D 90 SEE ALSO 740E11

76MA8 3LI7 G/P ABX 60- 100 0 60- 100 MAG-D DST

79JU6 3LI7 G/P ABX 11- 27 C 28/ 50 TEL-D DST

73K06 3LI7 G/PT ABX 23- 27 C 27 EMU-D 90

78V04 3LI7 G/PT ABX 21- 55 C 40- 55 TEL-D DST COIN T WITH P 75DE7 3LI7 G/0 ABX 10- 51 C 15- 51 TEL-D 90

79JU6 3LI7 G/0 ABX 5- 22 C 28/ 50 TEL-D DST

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

78V04 3LI7 . G/T ABX 3- 55 C 32- 55 TEL-D DST 2 BODY BREAKUP ONLY

79JU6 3LI7 G/T ABX 6- 28 C 28- 50 TEL-D DST

78V04 3LI7 G/2T ABX 21- 55 C 30- 55 TEL-D DST COIN T WITH T 78V04 3LI7 G/XT ABX 3- 55 C 30- 55 TEL-D 90

79JU6 3LI7 G/HE3 RLY 6- 11 C 50 TEL-D DST

79JU6 3LI7 G/A ABX 16- 27 C 28 TEL-D DST

BERYLLIUM Z = 4

A ABUND. SEPARATION ENERGIES (MEV)

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

9 100. 1.7 16. 9 17 .7 21i 2 2.5 20.6 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 0 1-28 NAI-0 DST HE=HE3

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

77UL1 4BE8 $ P/G ABX 17- 18 0380*960 SCD-D OST ENERGY KEV/ POL G 77WI3 4BE3 P/G ABX 452* 0360* ACT-I 4PI KEV

9
REF

NUCLIDE

Z A REACTION

INxOUT

RES EXCIT SOURCE DETECTOR

TYPE ANG REMARKS

68CL2 4BE9 E/E/ LFT 1 - 7 0 25- 58 MAG-D DST 5 LEVELS

73BE4 4BE9 E/E/ FMF 14- 18 0 62-122 MAG-D DST 5 LEVELS

73KU7 4BE9 E/E/ ABX 84-284 0999 MAG-D DST 999=1.184 GEV

73SL6 4BE9 E/E/ FMF 1- 10 0 60-106 MAG-D DST 1.67/ 2.43 3-10 MEV

74EN1 4BE9 E/E/ FMF 2 C 60-120 MAG-D DST 2.429 MEV LEVEL

74TI3 4BE9 E/E/ ABX 0-600 0999 MAG-D DST 999=1.2 GEV

780E11 4BE9 m \ m ABX 50-200 0 1*2 MAG-D DST *GEV/ QUASI-ELASTIC

793U1

2

4BE9 E/E/ FMF 10- 80 C135-237 MAG-D DST QUASI-ELASTIC

72HI8 4BE9 E/E/P NOX 10* 35 0700 MAG-D DST *SEP ENERGY RANGE

73HI5 4BE9 E/E/P SPC 0* 70 0700 MAG-D UKN *SEP ENERGY RANGE

74G01

0

4BE9 E/E/P ABX 10* 50 0801 MAG-D 30 *SEP ENERGY RANGE

78NA3 4BE9 E/E/P SPC 0* 60 0700 MAG-D 52 *SEP ENERGY RANGE

80ST3 4BE9 E/PI + RLY 182-184 C185 MAG-D 90 TEST VIRTUAL PHOTONS

74G01 4BE9 G/PI + ABY 150-400 C400 BBL-D 90

79B02 4BE9 G/PI + ABX 150-170 C150-170 ACT-I 90

80NI4 48E9 G/PI + ABX 150-800 C100-800 ACT-I 4PI

80ST3 4SE9 G/PI + RLY 182-184 C185 MAG-D 90 TEST VIRTUAL PHOTONS

31 BE3 4BE9 G/PIO ABX 280-386 C300-450 MGP-D 0

74G01 4BE9 G/PI- ABY 150-400 C400 BBL-D 90

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

73AH4 4BE9 G/MU-T ABX 10-140 C140 MGC-D 4PI

74AH3 4BE9 G/MU-T ABX 15-220 C300 MGC-D 4PI

75AH3 4BE9 G/MU-T ABX 10-210 C140-275 MGC-D 4PI

81 AR1 4BE9 G/MU-T ABX 215-386 021 5-386 TOF-D 4PI DATA ALSO IN 81AR3

81 AR3 43E9 G.MU-T ABX 21 5-386 0215-386 TOF-D 4PI

773U4 4BE9 G/N1 ABX 17- 26 C 22- 29 TOF-D DST

73AN1

6

4BE9 G/ N ABX 1- 17 C 1-17 BF3-I 4PI

75SC7 4BE9 G/N ABX 62- 66 0 62- 66 TOF-D DST 62.7-65.7 MEV

71N01 4BE9 G/2N ABY 21-999 C 80-999 ACT-I 4PI 999=1.2 GEV

75KN5 4BE9 G/2N ABX 20- 38 0 17- 38 MOO-I API

65C02 4BE9 G/XN ABX 6- 80 C 6- 80 BF3-I API

66C04 4BE9 G/XN ABX 6- 80 C 6- 80 BF3-I API

73HU1

1

4BE9 G/XN ABX 1- 28 C 1-28 MOD-I API

74KM 0 4BE9 G/XN ABX 17- 25 0 17- 25 MOD-I API

75HU1 40E9 G/XN ABX 1- 28 C 1-28 BF3-I API

75KN5 4BE9 G/XN ABX 17- 38 0 17- 38 MOD-I API

74G01 4BE9 G/P ABY 17-400 C400 BBL-D 90

76MA8 4BE9 G/P ABX 60-100 0 60-100 MAG-D 45

78001 4BE9 G/P ABX 67-600 C100-600 TEL-D DST PROTONS OVER 50 MEV

73D09 4SE9 G/XP ABY 97-400 C400 TEL-D DST

74005 4BE9 G/XP ABX 100-999 C125-999 TEL-D DST 999=1 GEV

30H01 4BE9 G/PXX ABX 200-400 D200-400 MAG-D 25 COIN P+CHARGED PART

7SBU1

5

43E9 G/N+AO ABI 17- 26 C 20- 26 SCD-D API G/N TO BE8(16.6)

71SC3 4BE9 T/G ABX 18- 20 0 1- 3 NAI-D 90

73BL5 43E1 0 T/G RLX 17- 20 0 0-3 NAI-D 90

78SU1 43E10 T/G LFT 18 0 0- 1 SCD-D DST 18=17.79/ 2*/ J-PI

10
BORON Z=5

A ABUNO.

G/N G/P

SEPARATION ENERGIES

G/-T G/HE3 G/A

(MEV)

Gx2N G<NP Gx2P

10 20. 8.4 6.6 18.7 17. 8 4.5 27.0 8.3 23.5

11 80. 11.5 11.2 11.2 27.2 8.7 19.9 18.0 30.9

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

71N01 5B G/ B E7 ABY 25-999 C 80-999 ACT-I 4PI 999=1.2 GEV

76FA3 5B 10 E/E/ ABX 5- 12 D 40- 61 MAG-0 180 6 LEVELS/ 5.11-11.56

78SH8 5B 10 E/E/ SPC 8- 10 0140 MAG-D DST LV 8.26/ 9./ 9.7 MEV

79AN5 5B 10 E/E/ FMF 1- 9 0 67-194 MAG-0 DST 6 LEVELS 1 .74-8.9 MEV

78NA3 5B 10 E/-E/P SPC 0* 60 0700 MAG-0 53 SEP ENERGY RANGE

80B02 5B 10 GrPI + ABX 150-360 C220-360 CKV-I DST

76KN3 5B 10 G/2N ABX 16- 35 0 16- 35 MOD-I 4PI

73HU12 5B 10 G^XN ABX 8- 28 C 8- 28 MOD-I 4PI

73HU14 5B 10 G/XN ABX 8- 28 C 8- 28 BF3-I 4PI

76KN3 5B 10 G/XN ABX 10- 35 0 10- 35 MOD-I 4PI

730I10 5B 10 G/BE7 ABY 18-999 C300-999 ACT-I 4PI 999=1 GEV

59ME3 58 10 P/G ABX 6- 8 0 0- 2 NAI-D DST

75AU8 5B 10 P/G ABX 7- 8 0 0- 1 SCD-D 0 LEVELS 6.88/ 7.44 MEV

75AU8 5B 10 A/G ABX 7- 8 0 4-5 SCD-D 0 LEVELS 6.88/ 7.44 MEV

73FL3 5B 1

1

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

75KA1 5B 11 E/E/ ABX 0- 34 0 52- 90 MAG-0 DST LEVELS 2-13

79P08 5B 11 E,E/ FMF 4- 13 D121-250 MAG-0 DST DEL Q 0.7-1. 6 FM-1

76EP4 5B 11 G^PI- ABX 1 50-400 C180-400 ACT-I 4PI

76MI7 5B 11 G^PI- ABX 142-169 C120-170 ACT-I 4PI

73SA14 5B 11 G/G LFT 2, 4 C 5 NAI-0 120 2=2.12/ 4=4.44

78KU13 5B 11 G,G LFT 2- 9 C 15 SCD-0 125 RESONANCE SELF-ABSOR

79KA8 58 11 GxNG SPC THR- 30 C 30 SCD-D 135

76KN3 58 11 G/ 2N ABX 16- 35 0 16- 35 MOD-I 4PI

73HU12 5B 11 G/XN ABX 11- 28 C 11- 28 MOD-I 4PI

73HU14 5B 11 GyXN ABX 11- 28 C 11- 28 BF3-I 4PI

76KN3 5B 11 GrXN ABX 10- 35 0 10- 35 MOD-I 4PI

75AD2 5B 11 G>-PG ABY 11-300 C100-800 SCD-D 135 YIELD TO 3.4 MEV 2+

79KA8 5B 11 G/-PG SPC THR- 30 C 30 SCD-D 135

780110 5B 11 G^BE7 ABY 33-999 C300-999 ACT-I 4PI 999=1 GEV

75AR5 5B 11 N^G NOX 25 0 14 NAI-D DST

740E4 5B 11 0/G ABX 18- 26 0 3-12 NAI-D DST

CARBON Z=6

A ABUND. SEPARATION ENERGIES (MEV)

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

12 98.89 18.7 16.0 27.4 26.3 7.4 31.8 27.4 27.2

13 1.11 4.9 17.5 23.9 24.4 10.6 23.7 20.9 31.6

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/ OUT TYPE ANG REMARKS

78KL5 6C 11 E/ N ABX 19- 30 0 30 ACT-I 4PI

11
NUCLIDE REACTION RES EXCIT SOURCE OETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

65DE3 6C 1 2 E/E/ AEX 14- 25 D 65 MAG-0 180

71NA1 6C 1 2 E/E/ FMF 4- 17 D250 MAG-0 DST LEVELS 14.1/ 4.43

72BE1

0

6C 1 2 E/E/ SPC 48- 88 D21 3 MAG-0 60

72BE1 2 6C 1 2 E/E/ ABX 3C-140 D200-350 MAG-0 DST

72SP9 6C 1 2 E/E/ NOX 15 0 35- 71 MAG-0 DST 15 = 15.109

73CH1 6C 1 2 E/E/ LFT 15 D 35- 56 MAG-0 DST 15.109 MEV LEVEL

74CE4 6C 1 2 E/E/ ABX 12- 15 C 50 MAG-0 180 G-WIOTH OF 12.71 EV

74WH3 6C 12 E/E/ ABX 0-300 D500 MAG-D 60 QUASI-ELASTIC

76VL1 6C 1 2 E/E/ ABX 100-600 081 2-999 MAG-0 14 999=1.396 GEV

780E1

1

6C 1 2 E/E/ ABX 50-200 D 1* 2 MAG-0 DST *GEV/ QUASI-ELASTIC

78FR2 6C 1 2 E/E/ LFT 16 D 33- 62 MAG-0 DST 16=16.11 MEV

78FL4 6C 1 2 E/E/ FMF 4/ 16 0 57-21 5 MAG-0 180 4=4.439/ 16=16.107

78M04 6C 1 2 E/E/ ABX 30-350 D160-520 MAG-0 DST

78SH3 6C 12 E/E/ SPC 18 0140 MAG-0 DST LV 18.1 MEV

79FL1 6C 12 E/E/ FMF 12/ 15 D 0* 3 MAG-D DST *FM-1/ 2 LEVELS

79HA2 6C 12 E/E/ RLX 1* 2 0 2* 3 MAG-0 13 *GEV/ RLX E+/E72HI3 6C 12 E/E/P ABX 0* 70 0700 MAG-D DST *SEP ENERGY RANGE

73HI5 6C 1 2 E/E/P SPC 0* 70 0700 MAG-D UKN *SEP ENERGY RANGE

73H E 3 6C 12 E/E/P ABX 1* 0 2* 3 MAG-D 15 *E/GEV

74BE1 6C 1 2 E/E/P ABX 10* 60 0497 MAG-D DST MISSING ENERGY MEV

76M05 6C 12 E/E/P ABX 20* 57 0497 MAG-D 53 MISSING ENERGY

76NA2 6C 1 2 E/E/P ABX 0* 60 0700 MAG-D DST *SEP ENERGY RANGE

73EN4 6C 1 2 E/PI + ABX 319-819 C300-850 MAG-D 28

77B01

2

6C 12 E/PI + RLX 1 50-280 0280 MAG-D DST (G/PI-)/ (G/PI+)

77SH6 6C 12 E/PI + ABX 0- 1 0195 MAG-D DST

80MI1 6C 1 2 E/PI + ABX 4 0200 MAG-D DST VIRTUAL PHOTON ANAL

80SH9 6C 1 2 E/PI + ABX 150-195 0195 MAG-0 DST VIRTUAL PHOTON ANAL

81SE2 6C 1 2 E/PI + ABX 6* 13 0200 MAG-D DST *PION ENERGY IN MEV

73EN4 6C 1 2 E/PI- ABX 319-81

9

C300-850 MAG-D 28

77601

2

6C 1 2 E/PI- ABX 150-280 0280 MAG-D DST (G/PI-)/ (G/PI+)

79303 6C 1 2 E/PI- RLX 200-360 0150-360 ACT-I 90

73M09 6C 1 2 E/N RLY 18- 39 C 18- 39 ACT-I 4PI YIELD (G/N)/(E/N)

745C8 6C 1 2 E / N ABX 50-150 0 63-150 TOF-D DST PHOTON DIFFERENCE

77KN2 6C 1 2 E/N ABX 19- 32 0 26- 32 ACT-I 4PI

80GA8 6C 1 2 E/N ABY 18-999 0320-999 ACT-I 4PI 999=1.2 GEV

81L06 6C 12 E/P ABX 16-200 0200 MAG-D DST

71EG1 6C 1 2 E/XP ABY 56-130 0130 MAG-D DST

71EG2 6C 1 2 E/XP ABY 56-250 C100-250 MAG-D 30

77KN2 3C 1 2 E + /N ABX 19- 32 0 26- 32 ACT-I 4PI

73G05 6C 12 G/PI + ABY 170-400 C400 BBL-D 90

743014 6C 1 2 G/PI + SPC 1 50-345 C345 EMU-D DST

75T04 6C 12 G/PI + ABY 1 50-400 C300/400 BBL-D 90

76WA3 6C 1 2 G/PI + ABY 140-250 C250 MAG-D 90

78BA4 6C 1 2 G/PI + ABX 300-350 0300-850 MAG-D DST

78BA1

2

6C 1 2 G/PI + ABX 1 50-700 D300-S50 MAG-0 DST

79MI1 6C 12 G/PI + ABX 1 50-175 C175 TEL-I 4PI PI+/ MU+/ E+/ DECAY

80AR9 6C 1 2 G/PI + RLY 151-159 C153-159 ACT-I 4PI

73AN8 6C 1 2 G/PI- ABX 140-324 0323-824 MAG-D 28

73G05 6C 1 2 G/PI- ABY 170-400 C400 BBL-D 90

74B014 6C 1 2 G/PI- SPC 1 50-345 C345 EMU-0 DST

74EP2 6C 1 2 G/PI- ABX 140-375 C120-375 ACT-I 4PI

75T04 6C 1 2 G/PI- ABY 150-400 C300/400 BBL-D 90

76BEG 6C 12 G/PI- ABX 1 50-191 C150-191 ACT-I 4PI B+ ACTIVITY OF N12

7 0 W A 3 oC 1 2 G/PI- ABY 140-250 C250 MAG-D 90

77BA8 6C 12 G/PI- ABX 300-900 C300-900 MAG-D 44

78AR7 6C 12 G/PI- SPC 360-600 0510-750 MAG-D 41

78BA4 6C 1 2 G/PI- ABX 300-850 0300-850 MAG-D DST

783A1

2

6C 1 2 G/PI- ABX 1 50-700 0300-850 MAG-D DST

79B03 6C 1 2 G/PI- ABX 150-360 Cl 50-360 ACT-I 90

12
NUCLIOE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

SOARS 6C 12 G/PIP ABX 200-385 0200-385 MAG-D 54 PROTON PION COIN

73AN10 6C 12 $ G/PIOP NOX 137*235 C800/900 TEL-D 90 $P/ *RECOIL P ENERGY

79EP2 6C 12 G/PIOP ABY 0*600 C450 CKV-D DST *MEV/C/ COIN

73AN10 6C 12 $ G/PI-P NOX 155*235 C800/900 TEL-D 90 $P/ *RECOIL P ENERGY

79GL5 6C 12 G/PI-P ABY 150-390 C390 MAG-D 120

79GL6 6C 12 G/PI-P ABY 1 50-390 C340-390 MAG-0 DST PI-/P COIN

70WU3 6C 12 G/MU-T ABX 20- 30 C 50 RSP-D 4PI

72AH7 6C 12 G/MU-T ABX 16-140 C140 MGC-0 4PI

73AHA 6C 1 2 G/MU-T ABX 10-140 C140 MGC-D 4PI

75AH3 6C 12 G/MU-T ABX 10-1 60 C140-275 MGC-D 4PI

78AR9 6C 12 G/MU-T ABX THR* 30 C 12* 30 NAI-D 4PI *ENERGY IN GEV

81 AR1 6C 1 2 G/MU-T ABX 215-386 D215-386 TOF-D 4PI DATA ALSO IN 81AR3

81 AR3 6C 12 G/MU-T ABX 215-386 D21 5-386 TOF-D 4PI

76ME1

2

6C 12 G.G ABX 15 C UKN NAI-D 1 35

77BE3 6C 1 2 G/G ABX 5- 8 0 5-8 SCD-D 140 5. 5-7. 2 MEV

30D01 6C 12 G/G ABX 23- 39 D 23- 59 NAI-I DST

80IS4 oC 1 2 G/G ABX 15- 32 C 32 NAI-D 90

81LE5 6C 12 G/G RLX 1 5 D 15 NAI-D DST 15=15.11 MEV

72AN8 6C 1 2 G/N ABX 1* 7 C 1* 7 ACT-I 4PI *ENERGIES IN GEV

73EY2 6C 1 2 G/N ABX 64-123 0 64-123 TOF-D DST

73JU2 6C 1 2 G/N SPC 18- 28 C 23- 31 TOF-I DST

73M09 6C 12 G/N RLY 18- 39 C 18- 39 ACT-I 4PI YIELD/(G/N)/(E/N)

73NA5 6C 12 $ G/N NOX 22- 31 C 30/ 64 TOF-I DST

75SC7 6C 12 G/N ABX 62- 66 D 62- 66 TOF-D DST 62.7-65.7 MEV

75W02 6C 12 G/N RLY 19- 40 C 19- 40 ACT-I 4PI RATIO (G/N)/<E/N>

77HI5 6C 12 G/N ABI 18- 30 C 18- 30 ACT-I 4PI THICK BRMS TARGET

78MA1

0

6C 12 G/N ABY 19- 68 C 30- 63 ACT-I 4PI

80G07 6C 12 G/N ABX 60 C 60 TOF-D DST BRMS TIP

80GA8 6C 12 G/N ABY 18-999 0320-999 ACT-I 4PI 999=1.2 GEV

77J03 6C 12 G/2N ABX 100-600 C100-800 ACT-I 4PI

71G03 6C 1 2 G/XN ABX 19- 24 C 19- 24 MOD-I 4PI

73EY3 6C 12 G/XN SPC 31-234 C234 TOF-D 90 NEUTS E ABOVE 12 MEV

75KN8 6C 1 2 G/XN ABX 19- 32 D 19- 32 MOD-I 4PI

80IS5 6C 12 G/PL ABX 16- 31 C 21- 31 TEL-D 90 L=0/ 1/ 2 72T09 6C 12 G/P ABX 86-240 C250-999 BBL-D 90 999=1.2 GEV

73G05 6C 12 G/P ABY 86-400 C400 BBL-D 90

7AB014 6C 1 2 G/P SPC 46-345 C345 EMU-D DST

75T04 6C 12 G/P ABY 96-400 C300/400 BBL-D 90

76CA5 6C 12 G/P ABX 18- 30 C 19- 30 SCD-D DST

76MA8 6C 12 G/P ABX 60-100 D 60-100 MAG-D DST

77AL9 6C 12 G/P ABX 80-999 C 2* 5 TEL-D DST *E IN GEV/ 999=4. 5GEV

77KI11 6C 12 G/P ABX 40-120 C150 CCH-0 DST

78KI8 6C 12 G/P ABX 16-1 20 C150 CCH-D DST

81 AL8 6C 12 G/P ABY 16-999 C999 TEL-D DST 999=4.5 GEV

80AR8 6C 12 G/PP ABX 200-385 D200-335 MAG-0 DST COIN PROTON-PROTON

73009 6C 1 2 G/XP ABY 96-400 C400 TEL-D DST

74005 6C 1 2 G/XP ABX IOC-999 C125-999 TEL-D DST 999=1 GEV

74FI6 6C 12 G/XP ABX 60-100 0 60-100 MAG-D DST

74WI4 6C 12 G/XP NOX 20- 29 C 31 SCO-D 90 P SPECTRA

79EG3 6C 1 2 G/XP RLY 16-250 C130/250 MAG-O DST

80AR8 6C 12 G/XP ABX 200-335 0200-385 MAG-D DST

31 AVIO 6C 12 $ G/XP RLX 0* 2 0 0* 2 TEL-0 100 COH-BRMS .69*1.95 GEV

81AV13 6C 1 2 $ G/XP ASM 0* 2 C 0* 2 TEL-0 100 C0H-3RMS .69*1.95 GEV

SOARS 6C 12 G/NP ABX 200-385 0200-385 MAG-D DST COIN PROTON-NEUTRON

80KH2 6C 12 G/NP ABX 34-150 C UKN CCH-D 4PI NP PAIRS

78MA10 6C 12 G/NA ABY 26- 68 C 30- 68 ACT-I 4PI

79KI2 6C 12 G/NA ABX 27-120 C120 CCH-D DST

76TU3 6C 12 G/PA ABX 25- 42 C 42 EMU-D 4PI

79KI2 6C 12 G/PA ABX 27-120 C120 CCH-D DST

13
NUCLIDE REACTION RES FXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

7fcTU3 6C 1 2 G/DA ABX 30- 42 C 42 EMU-D 4PI

76TU3 6C 12 G,3A ABX 7- 42 c 42 EMU-D 4PI

71015 OC 1 2 G/3E7 ABY 26- 999 C300-999 ACT-I 4PI 999=1 GEV

71N01 i>C 1 2 G^ BE7 ABY 26- 999 C 80-999 ACT-I 4PI 999=1.2 GEV

73014 oC 1 2 G/-BE7 ABY THR- 999 C999 ACT-I 4PI 999=1 GEV

74017 oC 1 2 Gr BE7 ABY 26- 999 C300-999 ACT-I 4PI 999=1 GEV

743A1

5

6C 1 2 G,F RLY THR- 999 C 800-999 TRK-D DST 999=1 GEV/ FRG A=6“11

72HA9 6C 1 2 $ P,G NOX 22- 29 0 6- 14 NAI-D DST POLARIZED PROTONS

73HA1

5

8C 1 2 P,G ABX 22 0 7 NAI-D 90

74AN7 oC 1 2 P,G LFT 16 0220* NAI-D 90 *ENERGY/ KEV

77SN3 oC 1 2 P/G ABX 21- 37 0 6- 23 NAI-D DST

79K01 oC 1 2 P^G SPC 53- 89 D 40- 80 NAI-D 60

80C06 6C 1 2 P/G ABX 34- 53 0 20- 40 NAI-D 90

72LI4 6C 1 2 HE/G ABX 27- 35 D 1- 11 NAI-D 90 HE=HE3

73LI1 6C 1 2 H E / G ABX 27- 35 0 1- 11 NAI-D OST HE=HE3

74SH3 6C 12 HE/G ABX 28- 45 0 3- 24 NAI-D DST HE=HE3/ 4 LEVELS

77W04 6C 1 3 G/N1 ABX 10- 36 C 11- 38 TOF-D 98

77W04 6C 13 G / N ABX 6- 37 U 11- 38 TOF-D 98

79W02 6C 1 3 G/N ABX 7- 24 C 12- 25 TOF-D OST

8CHC3 oC 1 3 G/N LFT 6- 10 c 10 TOF-D DST

75PA2 6C 1 3 G/NG ABX 10- 36 c 15- 44 SCD-D 112

79JU3 6C 13 G/1 N ABX 5- 42 0 7- 42 BF3-I 4PI

75PA2 6C 13 G / 2 N RLY 24- 40 c 35/ 40 ACT-I 4PI

79JU3 6C 1 3 G/ 2N ABX 23- 42 0 23- 42 BF3-I 4PI

75PA2 6C 1 3 G/PG ABX 19- 37 c 15- 44 SCD-D 112

75AR5 6C 13 N/G NOX 18 0 14 NAI-D DST

73WE3 oC 1 3 D/G ABX 19- 22 0 1- 4 NAI-D DST

31 KA1 6C 13 D/G OST 20- 29 0 2- 12 NAI-D 90

72CR5 6C 14 E/E/ FMF 7/ 8 0 60-1 20 MAG-D OST 7=7.01/ 8=8.32 MEV

73FA5 6C 14 E/E/ SPC 0- 16 0 50 MAG-D 180 PEAKS 7.3/ 7.9/ 9.3

74KL2 6C 14 rn rn SPC 20- 24 0 61^ 81 MAG-D 146 NO T=2 STATE FOUND

77CR1 6C 1 4 E/E/ ABX 7- 16 0 37- 60 MAG-D 1 80 8 STATES

NITROGEN 1-1

A ABUND. SEPARATION ENERGIES (MEV)

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

1 4 99.63 10.6 7.6 22.7 20.7 11.6 30.6 12.5 25.1

15 0.37 10.8 10.2 14.8 28.2 11.0 21.4 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 1 3 P/G ABX 2- 4 0 0- 3 SCD-D OST

75MA6 7N 1 3 P/G LFT 15 0 14-15 NAI-D 1 25 LEVEL AT 15.07 MEV

76FE7 7N 1 3 P/G ABX 1 5- 37 0 16- 40 NAI-D 90

77MA7 7N 13 P/G ABY 15 0 1 4 NAI-D DST 15=1 5.066

80HE4 7N 13 $ P/G ABX Il- 18 D 10- 17 NAI-D OST POLARIZED PROTONS

80SN1 7N 1 3 S P/G RLY ls D 14- 15 NAI-0 DST POLARIZED PROTONS

14
A U

14

14

14

14

14

14

14

14

14

14

14

14

14

14

14

14

14

14

14

14

15

15

15

15

15

15

15

15

1 5 15

15

15

15

1 5 15

1 5 15

1 5 15

15

1 5 15

15

15

15

15

15

15

1 5

16

18

REACTION RES EXCIT

IN/OUT

E/ E / FMF 2- 6

E/E/ ABX 30- 150

E/E/ ABX 2- 17

E/D ABX 15- 29

G/MU-T LFT 9

G/G lft 2 G/N ABX 29- 42

G/N ABX 17- 26

G/SN ABX 10- 25

G/PL ABX 16- 25

G/PL ABX 16- 25

G/P ABX 17- 25

G/2A ABX 16- 42

G/C11 ABY 22- 999

P/G ABX 22- 34

P/G LFT 9 P/G LFT 9

P/G LFT 8- 9

P/G LFT 11

P/G ABX 13- 23

HE/G ABX 22- 26

E/E/ LFT 5- 8 E/E/ FMF 6 / 9

E/E/ FMF 6

E/E/ LFT 9- 15

E/E/ FMF 5/ 6

E/E/ FMF 13- 40

E/P ABX 14- 28

E/D ABX 20- 29

E/T ABX 20- 25

G/G LFT 6 G/G ABX 6 G/G lft 6- 10

G/D ABX 19- 25

N/G ABX 16- 24

P/G ABX 13- 22

P/G ABX 19- 26

P/G ABX 13- 38

P/G ABX 13- 38

P/G LFT 13

P/G ABX 20- 28

P/G ABX 13- 26

P/G RLX 14- 24

D/G ABX 17- 20

D/G RLX 17- 20

D/G ABX 19- 23

O/G ABX 11- 15

D/G ABX 20- 24

T/G ABX 15- 18

A/G ABX 16- 20

PI/G SPC 1 28

PI/G SPC 128

SOURCE DETECTOR

TYPE ANG

C 60-120 MAG-D DST

D 1* 2 MAG-D DST

D 40- 61 MAG-D 180

0 18- 29 MAG-D DST

D 9 NAI-0 DST

C UKN SCD-D DST

C 42 EMU-D 4PI

C 20- 26 TOF-D DST

C 12- 25 BF3-I 4PI

C 7- 25 SCD-D DST

C 20- 26 SCD-D DST

C 20- 25 SCD-D DST

c 42 EMU-D 4PI

C300-999 ACT-I 4PI

D 16- 28 NAI-O 90

D 1 SCD-D DST

0 1 SCD-D DST

0 1- 2 SCD-D DST

0 4 SCD-D DST

D 6- 14 NAI-D DST

D 1- 6 NAI-D 90

0 34-122 MAG-D DST

0 0* 1 MAG-D UKN

D 60-120 MAG-D DST

D 60-194 MAG-D DST

0 60-120 MAG-D DST

0 52-194 MAG-D DST

0 19- 30 MAG-D DST

0 UKN MAG-D DST

D 22- 26 MAG-D 9

D 6 SCD-D DST

D 6 NAI-D UKN

C 10/ 11 SCD-D UKN

C 19- 30 TEL-D 90

C 5- 13 NAI-D DST

D 3- 12 NAI-D DST

D 9- 17 NAI-D UKN

D 2- 30 NAI-0 DST

0 2- 30 NAI-D DST

0 2- 4 SCO-D DST

D 10- 18 NAI-D DST

D 4- 17 NAI-D DST

D 4- 1 4 UKN-O DST

D 1- 4 NAI-D DST

0 1- 4 NAI-D 90

D 3- 10 NAI-0 DST

D 1- 5 NAI-D 95

D 5- 8 NAI-D DST

0 1- 4 NAI-D DST

D 6- 12 NAI-D DST

0200* MGP-D 90

D200* MGP-D 90

REMARKS

6 LEVELS

*GEVr QUASI-ELASTIC

7 LEVELSr J-PI/ LFT

PCL G/ AZMUTH ANG DST

LEVEL AT 2.31 MEV

L = 0,2

L = 0/2

999=1 GEV

9=9.17

9.13

LVS 8.49/ 8.96/ 9.13

B(EL)/ J-PI

POLARIZED PROTONS

HE=HE3

4 LEVELS 5.27-7.56

*Q=0. 5-1.1 FM-1

6=6.32 MEV

5 LEVELS/ 9-15 MEV

5.3/ 6.32 MEV

VIRTUAL PHOTON ANAL

6=6.324/ POL SCAT G

6.324 MEV/ F(TEMP)

9 LEVELS

POLARIZED PROTONS

LEVEL 13.42 MEV

POLARIZED PROTONS

POLARIZED PROTONS

POLARIZED PROTONS

POLARIZED D

J-PI FOR 4 LEVELS

MEV/C/ PI=PIMEV/C/ PI=PI15
OXYGEN Z=8

A ABUND

.

SEPARATION C NERGIES (MEV)

G ^ N G / P G' / T G / H E 3 G/A G/2N G/NP G/2P

16 99. 76 1 5 .7 12. 1 25 .0 22. 8 7.2 28.9 23.0 22.3

17 0. 04 4 .1 13. 8 18 .6 18. S 6.4 19.8 16.3 25.3

18 0. 20 8 .0 15. 9 1

5

.8 25. 6 6.2 12.2 21.8 29.1

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG REMARKS

75HAO 80 1 5 P,G ABX 24- 34 D 17- 29 NAI-D 90

75HA6 80 1 5 P,G ABX 24- 34 0 17- 29 NAI-D 90

78DE1

4

SO 1 5 HE,G ABX 16- 23 0 5- 14 NAI-D 90 HE=HE3/ 5 LEVELS

68ST2 80 1 6 E,E/ LFT 6- 14 D 33- 60 MAG-D DST 10 LVS 6. -13.1 MEV

73BE16 80 16 E,E/ FMF 11/ 12 D101-1 26 MAG-D DST 11=11.52/ 12=12.05

733E1

7

80 16 E,E/ FMF 9/ 10 0100-126 MAG-D DST 9=9.85/ 10=10.34

74H03 30 16 E,E/ FMF 9- 42 D 70-250 MAG-D DST LONG/ TRNS FMF B(E2)

75MI2 50 1 6 E,E/ LFT 6- 7 0 38- 60 MAG-D DST 6.0/ 6.1/ 6.9/ 7.1MEV

75MI7 30 16 E,E/ FMF 7 D 38- 60 MAG-D DST 7=7.12

780E1 1 80 16 E,E/ ABX 50-200 D 1* 2 MAG-D DST GEV/ QUASI-ELASTIC

77B01

2

30 16 E/PI + RLX 1 50-280 0280 MAG-D DST (G/PI-)/(G/PI+)

50ST3 80 16 E,PI + RLY 177-180 C180 MAG-D 90 TEST VIRTUAL PHOTONS

77B01

2

30 16 E,PI- ABX 150-280 0280 MAG-D DST (G/PI-)/ (G/PI+)

74SC8 30 16 E,N ABX 50-150 0 63-150 TOF-D DST PHOTON DIFFERENCE

30SC5 SO 16 E,P ABX 80 0 80 MAG-D DST VIRTUAL PHOTON ANAL

75SK1

C

30 16 E, A ABX 17- 26 0 UKN MAG-D DST

65ME4 80 16 G,PI + ABX 150-300 C150-300 ACT-I 4PI

79B02 80 16 G,PI + ABX 1 50-170 C150-170 ACT-I 90

80B02 80 1 6 G/PI + ABX 150-360 C220-360 CKV-I DST

80ST3 30 16 G,PI + RLY 177-180 Cl 80 MAG-D 90 TEST VIRTUAL PHOTONS

79EP2 80 1 6 G,PIOP ABY 60-130 C450 CKV-D DST MEV/C/ COIN

72AH7 30 16 G,MU-T ABX 12-140 C140 MGC-D 4PI

73 AH4 80 16 G, MU-T ABX 10-140 C140 MGC-D 4PI

75AH3 80 1 6 G/MU-T ABX 10-160 C140-275 MGC-D 4PI

81 AR1 30 1 6 G,MU-T ABX 215-386 021 5-386 TOF-D 4PI DATA ALSO IN 81AR3

81 AR3 30 1 6 G/MU-T ABX 215-386 021 5-336 TOF-D 4PI

77LA3 80 16 G,G G . G 7 0 7 SCD-D DST 7.12/ 6.92 MEV

80IS4 80 1 6 G/G ABX 15- 32 C 32 NAI-D 90

81 WI1 SO 1 6 $ G,G NOX 7 C UKN SCD-D 90 $G SOURCE

73BE10 30 16 G,N ABX 16- 37 0 16- 37 BF3-I 4PI

73NAS 30 16 $ G,N NOX 15- 28 0 30/ 64 TOF-D DST

74VE1 30 16 G,N ABX 15- 37 0 15- 37 BF3-I 4PI

75J02 30 1 6 G/N ABX 16- 28 C 22- 31 TOF-D 98

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

78H02 SO 16 G,N ABX 4- 7 c 9 TOF-D DST

79PH2 30 16 G/N ABX 25- 45 c 30- 45 TOF-D DST

80G07 80 1 6 G/N ABX 60-160 c 60-160 TOF-0 DST BRMS TIP

65MA1 30 1 6 G/NG SPC 19- 30 c 21- 31 NAI-D 140

67CA3 80 1 6 G / N G ABX 17- 29 0 17- 29 NAI-D 4PI 5.2/ 6.2/ 6.8 MEV LVS

70H01 80 16 G/NG RLY 21- 27 c 27/ 36 SCD-D DST

82CA1 80 16 G/1 N ABX 24-1 33 0 24-133 MOD-I 4PI

73BE10 80 16 G/2N ABX 28- 38 D 28- 38 BF3-I 4PI

74VE1 30 1 6 G/2N ABX 29- 37 D 29- 37 BF3-I 4PI

77J03 80 16 G/2N ABX 1 00-600 CIOO-800 ACT-I 4PI

82CA1 30 16 G/2N ABX 24-133 0 24-133 MOD-I 4PI

54FE1 80 16 G/ SN ABX 15- 25 C 16- 25 BF3-I 4PI

82CA1 80 16 G/SN ABX 24-133 0 24-133 MOD-I 4PI

71G03 80 16 G/XN ABX 16- 25 c 16- 25 MOD-I 4PI

75KN3 30 16 G/XN ABX 17- 37 0 17- 37 MOD-I 4PI

16
A

16

16

16

16

16

16

16

16

16

16

16

16

16

16

16

16

16

16

1 6 16

16

16

16

16

U

16

16

16

1 6 16

16

16

16

16

16

16

16

17

17

17

17

17

17

17

17

17

17

18

18

18

18

18

18

18

1 3

1 8 18

REACTION RES EXCIT SOURCE DETECTOR

IN/OUT TYPE ANG REMARKS

G/PG SPC 19- 30 C 21- 31 NAI-D 140

G/PG ABX 20- 29 0 17- 29 NAI-D 4PI 5.3/ 6.3/ 7.3 MEV LVS

G/PG RLY 17- 27 c 27/ 36 SCD-D OST

G/P SPC 12- 30 c 30 TEL-0 90

G/P NOX 60- 100 0 40- 105 UKN DST

G/P ABX 40- 105 c 40- 105 MAG-0 DST

G/P ABX 95- 280 C

‘110- 300 MAG-D DST

G/P SPC 15- 25 c 22/ 30 SCD-D DST POLARIZED PHOTONS

G/2P ABX 100- 350 C500 TEL-D 63 PP COIN

G/XP A8Y 92-400 C400 TEL-D DST

G/NP ABX 26- 37 0 26- 37 BF3-I 4PI

G/NP ABX 100- 350 C500 TEL-D 63 NP COIN

G/NP ABX 23- 37 0 23- 37 BF3-I 4PI

G/PD ABX 100- 350 C500 TEL-D 63 PD COIN

G/C11 ABY 26- 999 C300- 999 ACT-I 4PI 999=1 GEV

G/C11 ABY 26- 999 C300- 999 ACT-I 4PI 999=1 GEV

G/N13 ABY THR- 999 C300- 999 ACT-I 4PI 999=1 GEV

G/SPL ABY THR- 999 C999 ACT-I 4PI 999=1GEV/ YLD C11/BE7

$ P/G NOX 19- 26 D 7- 15 NAI-D DST POLARIZED PROTONS

$ P/G NOX 19- 27 D 7- 15 NAI-0 DST POLARIZED PROTONS

P/G ABX 22 D 11 NAI-0 90

P/G ABX 20- 29 0 8- 18 NAI-D DST

P/G RLX 21- 30 0 9- 19 NAI-D 90

$ P/G ABX 20- 28 0 8- 16 NAI-D DST POLARIZED PROTONS

P/G ABX 12- 15 0 0- 3 SCD-D OST

$ P/G ABX 20- 24 0 8- 13 NAI-D DST POL P/ DOORWAY STATES

P/G ABX 18- 33 D 6- 22 NAI-D OST

$ P/G ABX 20- 29 0 8- 1 8 NAI-D DST

$ P/G ABX 20- 29 D 8- 18 NAl-D DST

S P/G ABX 16- 21 D 4- 9 nAi-d DST POLARIZED PROTONS

D/G RLX 21- 26 0 1- 7 NAI-D DST

HE/G ABX 28- 45 0 3- 16 NAI-D DST HE=HE3/ 4 LEVELS

HE/G ABX 25- 30 D 3- 9 NAI-D DST HE=HE3

A/G ABX 3- 10 0 1- 3 NAI-D DST

A/G ABX 12- 28 0 7- 28 NAI-D DST

A/G ABX 13- 16 D 6- 9 NAI-D 90

A/G ABX 11 0 8 NAI-0 DST LIFETIME

E/E/ LET 3- 8 D 84- 122 MAG-D DST 12 LVS 3.05-7.75

E/E/ FMF 10- 30 0 65- 168 MAG-D 75

E/E/ LFT 1- 9 D 63- 125 MAG-D DST

G/ N ABX 4- 9 C 4- 9 BF3-I 4PI

G/N ABX 5- 33 C 13- 34 TOF-D 98 J-PI/ LFT/ ENRICHED

G/ 1 N ABX 8- 40 0 8- 40 3F3-I 4PI

G / 2 N ABX 20- 40 0 10- 40 BF3-I 4PI

T/G ABX 19- 22 0 15- 35 NAI-O DST

T/G ABX 19- 22 D 0- 3 NAI-D DST J-PI/ LFT

HE/G ABX 22- 25 D 3- 8 NAI-D DST HE=HE3

E/E/ FMF 10- 47 D 80- 166 MAG-D DST

E/E/ SPC 13- 27 D 25- 59 MAG-0 DST J-PI/ B(EL)/16.4/18.9

G/G LFT 6 D 6 SCD-D UKN SELF-ABSORPTION

G/N ABX 10- 18 C 11- 1 8 TOF-D 98

G/NG ABY 9- 28 C 23/ 28 SCD-D 125 .87/ 3.0/ 3.8 MEV

G/1 N ABX 8- 33 D 8- 33 MOO-I 4PI

G/1N ABX 8- 42 •D 8- 42 BF3-I 4PI

G/2N ABX 11- 33 D 11- 33 MOO-I 4PI

G / 2 N ABX 13- 42 D 8- 42 3F3-I 4PI

G / 2 NG ABY 18- 28 C 23/ 28 SCD-D 125 6. 0/6.1 MEV

17
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG REMARKS

80PY4 80 1 8 G/XN ABX 8- 28 C S- 29 BF3-I 4PI

76BA1

C

SO IS G/PG ABY 17- 28 c 23, 28 SCD-D 125 1.4, 1.8, 1.9, A.2M6V

72D01

3

£0 18 G,P ABX 16- 25 c 16- 24 ACT-I 4PI DELAYED NEUTRONS

76BE4 80 1 8 G,P ABX 16- 31 D 16- 31 ACT-I API DELAYED N FROM N17

79W01 80 1 8 G,P ABX 16- 42 0 8- 42 BF3-I API COUNTED DELAYED NEUT

80PY4 SO 18 G,P ABX 16- 28 C 8- 29 ACT-I API

76BA1

0

80 18 G/ AG ABY 12- 28 C 23, 28 SCD-D 125 6.1, 6.6, 6.7 MEV

FLUORINE Z=9

A

19

ABUNC

.

1 00.

G,N

10.4

SEPARATION ENERGIES (MEV)

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

8.0 11.7 22.1 4.0 19.6 16.0

G,2P

23.9

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG REMARKS

75CH1 9F 17 P,G ABX 1- 3 D 0- 2 SCD-D OST .8-2. 4 MEV

75HA5 9F 17 P,G ABX 15- 31 D 15- 32 NAI-D OST

79KH7 9F 17 P,G RLY 12, 15 C 12- 1 5 NAI-D 90 BRANCHING RATIO, SPIN

73SE3 9F 1 8 P,G LFT 6- 7 D 0- 1 NAI-0 DST 6.14 MEV LEVEL

78BE1

6

9F 1 8 A,G LFT 6 D 2 SCD-D 90 UP LIM, WIDTH*. 002EV

73HA1 9F 1 9 E,E/ FMF 0- 2 0 61- 121 MAG-D DST 3 LEVELS .2-1.6 MEV

750Y1 9F 19 E,E/ FMF 1- 6 D134- 250 MAG-D DST B(EL) 7 STATES

78WI2 9F 1 9 E,E/ FMF 0- 5 0 1* 3 MAG-D OST *Q=0. 5-2.5 FM-1

73M09 9F 19 E,N RLY 10- 39 D 10- 39 ACT-I 4PI YIELD (G,N)/(E,N)

75TS1 9F 1 9 E,P ABX 13- 25 D 13- 26 MAG-D 90 CONVERTS TO <G,P)

74SK4 9F 19 E,T ABX 18- 23 D UKN MAG-D OST

68C02 9F 19 G,N ABI 10- 50 C 10- 50 MOD-I 4PI

71 DI5 9F 1 9 G,N ABY 10-999 C300- 999 ACT-I 4PI 999 = 1 GEV

733E1

0

9F 1 9 G,N ABX 11- 29 D 11- 29 BF3-I 4PI

73M09 9F 1 9 G,N RLY 10- 39 C 10- 39 ACT-I 4PI YIELD (G,N)/(G/E>

73SH9 9F 1 9 G,N ABX 11- 21 C 13- 21 TOF-D 90 GND AND EXCT STATE

74VE1 9F 1 9 G,N ABX 10- 28 0 10- 28 5F3-I 4PI

75W02 9F 19 G,N RLY 16- 40 C 16- 40 ACT-I 4PI RATIO (G,N)/ (E,N)

76SH 5 9F 19 G,N ABX 10- 19 C 1 3- 21 TOF-D 90

72TH5 9F 1 9 G,NG ABI 10- 25 C 19- 25 SCD-D DST GAMMA SPECTRA

79TH1 9F 1 9 G,NG ABX 14- 30 C 14- 30 SCD-D 150

52H01 9F 1 9 G, 2N ABX 19- 26 C 19- 26 ACT-I 4PI SEE 54TA1-REANALYSIS

73BE10 9F 19 G , 2 N ABX 22- 29 0 22- 29 BF3-I 4PI

74VE1 9F 19 G,2N ABX 20- 28 0 20- 28 BF3-I 4PI

76 AN2 9F 19 G, 2N ABX 20- 60 c 1 9- 60 ACT-I 4PI

5 4 F E

1

9F 19 G,SN ABX 10- 25 c 11- 25 BF3-I 4PI

72 V A3 9F 1 9 G,XN ABX 10- 19 c 10- 1 9 BF3-I 4PI

75CA5 9F 19 G,XN ABX 10- 25 c 10- 25 BF3-I 4PI

72TH5 9F 19 G,PG ABI 8- 25 c 19- 25 SCD-D DST GAMMA SPECTRA

79TH1 9F 1 9 G,PG ABX 14- 30 c 1 4- 30 SCD-D 150

72TH5 9F 1 9 G, AG ABI 4- 25 c 1 9- 25 SCD-D OST GAMMA SPECTRA

79TH1 9F 19 G, AG ABX 14- 30 c 14- 30 SCD-D 1 50

78DI1

0

9F 1 9 G,3E7 ABY 30-999 C300- 999 ACT-I 4PI 999=1 GEV

78DI1

0

9F 19 G,C1 1 ABY 33-999 C300- 999 ACT-I 4PI 999 = 1 GEV

76MA1

0

9F 1 9 G,N1 3 ABY THR-999 C300- 999 ACT-I 4PI 999=1 GEV

80YA2 9F 1 9 G,F18 YLD THR- 60 C 30- 60 ACT-I 4PI

18
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

73DI4 9F 19 G/SPL ABY THR- 999 C999 ACT-I 4PI 999=1 GEV

80CA4 9F 19 $ PrQ ABX 15- 23 D 3- 10 NAI-D DST POLARIZED PROTONS

72M06 9F 19 H E ^ G RLX 19- 22 0 4- 7 NAI-D DST HE=HE3

77DI4 9F 19 A^G LFT 6- 7 D 2- 4 SCD-D DST 6.28-7.1

7

MEV

78SY2 9F 19 A/G LFT 8- 10 0 5- 8 SCD-D 55

NEON Z = 10

A ABUNO. SEPARATION ENERGIES (MEV)

GrN G/P G.-T G/HE3 GrA G/2N GrNP Gr2P

20 90.51 16.9 12.8 23.9 21.2 4.7 28.5 23.3 20.8

21 0.27 6.3 13.0 21.6 19.9 7.3 23.6 19.6 23.6

22 9.22 10.4 15.3 21.5 26.3 9.7 17.1 23.4 26.4

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

74VE1 1 ONE G^N ABX 16- 26 D 16- 26 BF3-I 4PI

75W03 10NE G/N ABX 17- 31 C 19- 32 TOF-D 90 NORMALIZED TO 0(G/N)

74VE1 10NE G/2N ABX 18- 26 D 18- 26 BF3-I 4PI

57K01 10NE G/5A RLY 19- 80 C 80 CCH-D 4PI

54FE1 10NE G/SN ABX 10- 25 C 11- 25 BF3-I 4PI

57K01 10NE Q,2P RLY 21- 80 C 80 CCH-D 4PI

57K01 10NE G/NP RLY 23- 80 C 80 CCH-D 4PI

57K01 1 ONE G/PA RLY 17- 80 c 80 CCH-D 4PI

57K01 10NE G/2A RLY 12- 80 c 80 CCH-D 4PI

73SI1

5

10NE20 Er E/ FMF 1- 8 D 77- 115 MAG-D DST 6 LEVELS

75CH4 10NE20 E/E/ SPC 0- 35 3151/ 164 MAG-D DST

78SZ7 10NE20 ExE/ FMF 12- 23 D 59- 120 MAG-D DST Q 0.35-0.9 FM-1

75SK10 10NE20 E / A ABX 15- 24 D UKN MAG-D DST G 31 AL5 10NE20 G X 1 N ABX 16- 29 C 16- 29 BF3-I 4PI ENRICHED NEON

80MA5 1 0NE20 G/'

A

LFT 7 D 3 SCD-D DST LFT LIMIT 7.156 MEV

80YA2 1 0NE20 G/F18 YLO THR- 60 C 30- 60 ACT-I 4?I

77FI6 10NE20 A/G LFT 10 D 6 SCD-D 55 10=10.27 MEV

78DA5 10NE20 A/G LFT 11 0 8 SCD-D DST

73SI1

5

10NE22 E/E/ FMF 1 0 77- 115 MAG-D DST LEVEL AT 1.275 MEV

74MA3 10NE22 E/E/ ABX 0- 19 0 37- 60 MAG-D 180 B(EL)/ J-PI

78MA6 10NE22 E / E / ABX 0- 19 0 37- 60 MAG-D 180 ERRATUM SEE 74MA8

79MA3 1 0NE22 E/E/ FMF 1- 9 D 60- 110 MAG-D DST 14 LVS/ J-PI/ B(CL)

79BE7 1 ONE22 G/ G ABI 5- 11 CUKN- 1 8 SCO-D DST LIFETIME

74VE1 10NE22 G / 2 N ABX 13- 26 D 18- 26 BF3-I 4PI

78TR3 10NE22 A/G SPC 10- 12 D 0- 3 SCD-D DST 10.2/ 10.92/ 11.47ME

19
SODIUM Z=11

A ABUND. SEPARATION E NERGIES (MEV)

G/N G,P G/-T Gr H E 3 G/

A

Gr2N G/NP Gr2P

23 100. 12.4 8.8 17.4 24.4 10.5 23.5 19.2 24.1

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

74R04 1 1 NA21 P^G ABX 2- 3 0 1- 2 SCD-0 90

78HE3 1 1NA22 P,G LFT 7- 9 0 0- 2 SCD-D DST J-PI

74VE1 1 1NA23 G/’N ABX 12- 30 D 1 2- 30 BF3-I 4PI

78MA1

0

1 1 NA23 G/N ABY 12- 68 C 30- 68 ACT-I 4PI

80IS2 11NA23 G/NG ABI 12- 32 C 1 3- 32 SCD-D 135 ABI FOR 3 LEVELS

74VE1 1 1NA23 G/ 2N ABX 23- 30 D 23- 30 BF3-I 4PI

80IS2 11NA23 G/PG ABI 8- 32 C 13- 32 SCD-D 135 ABI FOR 5 LEVELS

S1IS3 11NA23 G/P ABX 8- 30 C 16- 30 TEL-D 90

74DI7 1 1NA23 G/F1 8 ABY 21- 999 C300- 999 ACT-I 4PI 999 = 1 GEV

75014 11NA23 G/F18 ABY 21- 999 C300- 999 ACT-I 4PI 999 = 1 GEV

80YA2 1 1NA23 G/F18 YLD THR- 60 C 30- 60 ACT-I 4PI

75DI4 1 1 NA23 G/NA22 ABY 12- 999 C300- 999 ACT-I 4PI 999 = 1 GEV

73VE2 11NA23 P/G ABX 14- 26 D 5- 18 NAI-D 90 G=G0+G1

MAGNESIUM Z=1

2

A ABUND.

G/N G/P

SEPARATION £ G/T G/HE3NERGIES

G/

A

(MEV)

G/2N G/NP G/2P

24 78.99 16.5 11.7 26.7 23.1 9.3 29.7 24.1 20.5

25 10.00 7.3 12.1 23.0 20.1 9.9 23.9 19.0 22.6

26 11.01 11.1 14.1 21 .6 26.0 10.6 18.4 23.2 24.8

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

77BE3 1 2MG G/G ABX 5- 8 D 5- 8 SCD-D 140 5. 5-7. 2 MEV

60WA2 1 2MG G/F18 ABX THR-240 C240 ACT-I 4PI

74J04 1 2MG24 E/E/ LFT 1- 14 D 64-116 MAG-D DST 19 STATES

74LI2 1 2MG24 £/ E/ FMF 1- 6 C 250/500 MAG-D DST 4 LEVELS 1.37-6.0

74WH3 1 2MG24 E/E/ ABX 0-300 D500 MAG-D 60 QUASI-ELASTIC

77ZA2 1 2MG24 E/E/ FMF 15 D108-260 MAG-D DST 15.045 MEV

7SZA2 1 2MG24 E/E/ FMF 4 D 1* 2 MAG-D DST .8*2.2 FM-1/ SEE 81ZA

81 IT1 1 2MG24 E/E/ ABX 9- 34 D102-200 MAG-D DST

31 ZA1 1 2MG24 E/E/ FMF 4 0 1* 2 MAG-0 OST *GEV ERRATA FOR 78ZA2

74CH9 1 2MG24 E/Cl 2 NOX 24- 29 0 25- 45 TRK-I DST

78SA4 1 2MG24 E/F ABX 20- 28 D 21- 32 TRK-D OST

30SA4 1 2MG24 E/F ABX 13- 29 0 26- 40 TEL-D 90 F PRODUCTION/ COIN

75BE1 1 2MG24 G/G LFT 9- 11 c 29 SCO-D 125 EX=9.83/ 9.97/ 10.73

81CA2 1 2MG24 G/G LFT 1 c 0- 2 SCD-D OST 1.358 MEV

76BA2 1 2MG24 G/NG ABY 17- 30 c 18- 30 SCD-D 1 25

76BA2 1 2MG24 G/PG ABY 12- 30 c 18- 30 SCD-D 125

76BA2 1 2MG24 G/P SPC 13- 30 c 18- 30 TEL-D 90

79VA3 1 2MG24 G/P ABX 11- 30 c 17- 30 SCD-D 90

20
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

79EG3 1 2MG24 G/XP RLY 12-250 C130/250 MAG-0 DST

78MA10 1 2MG24 G ^ N P ABY 26- 68 C 30- o8 ACT-I 4PI

76BA2 12MG24 G/

A

ABX 18- 22 C 30 TEL-D 90

75KU4 1 2MG24 A/G ABX 11- 26 0 3- 20 NAI-D DST

78FI6 1 2MG24 A^G LFT 12- 15 C 3- 6 SCD-D DST 8 LEVELS STUDIED

75LE3 1 2MG25 E/E/ LFT 0- 4 0 62-119 MAG-0 DST 1.611/ 3.405 MEV

76LE3 1 2MG25 E^E/ FMF 1- 4 0 62-119 MAG-0 DST 7 LEVELS .98-4.1 MEV

72BE9 1 2MG25 G/N NOX 7 C UKN TOF-D 90 SEE 70BE5

76BA2 1 2MG25 G/NG ABY 8- 29 C 19- 29 SCD-D 90

76BA2 12MG25 G/PG ABY 13- 29 c 19-29 SCD-D 90

76SA2 1 2MG25 G/P ABX 14- 18 c 19- 29 TEL-D 90

73MA1

0

1 2MG25 G/P ABY 12- 68 c 30- 68 ACT-I 4PI

76BA2 1 2MG25 G/D ABX 19- 24 c 29 TEL-D 90

76BA2 12MG25 GrA ABX 18- 24 c 29 TEL-D 90

73LE6 1 2MG26 E/E/ LFT 2 0 0* 1 MAG-D UKN *=FM-1/ 2=1.809 MEV

74LE4 1 2MG26 E,E/ LFT 1- 11 0 56-111 MAG-0 DST 26 LEVELS

74W07 1 2MG26 G/NG ABI 19- 23 c 30 SCD-D 90

76BA2 1 2MG26 G/NG ABY 12- 30 c 24/ 30 SCD-D 90

79IS2 1 2M626 G/PL ABX 14- 27 c 19- 27 MAG-D UKN L=0/ 1/ 3/ 6

76BA2 1 2MG26 G/PG ABY 15- 30 c 24/ 30 SCD-D 90

73VA7 1 2MG26 G/P SPC 14- 30 c 32 SCD-D UKN

74AN1 1 2MG26 G/P ABX 15- 60 c 15- 60 ACT-I 4PI

74W05 1 2MG26 G/P ABY 16- 23 c 24/ 31 TEL-D DST

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

75VA4 1 2MG26 G/P SPC 14- 32 c 19- 32 SCD-I 90

77WI1 12MG26 G/P ABX 16- 24 c 24 TEL-D DST

74VA2 12MG26 G/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 A/G ABX 14- 24 0 5- 16 NAI-D DST

ALUMINUM Z=13

A ABUND.

G/N G/P

SEPARATION ENERGIES (MEV)

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

27 100. 13.1 8.3 18.2 23.7 10.1 24.4 19.4 22.4

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

75TR3 13AL25 P/G ABX 2- 4 0 0-2 SCD-D 90

74DE9 1 3AL26 P/G LFT 6- 8 D 0- 2 SCD-D DST

76VL1 1 3AL27 E/E/ ABX 100-500 D81 2-999 MAG-0 14 999=1.396 GEV

77FA4 1 3AL27 m > m ABX 2- 13 D 37- 61 MAG-D 180 10 LEVELS

77SI4 1 3AL27 E/E/ FMF 2- 3 D 62-112 MAG-D DST 3 LEVELS

78DE1

1

1 3AL27 E/E/ ABX 50-230 0 1* 2 MAG-D DST *GEV/ QUASI-ELASTIC

79HA2 1 3AL27 E/E/ RLX 1* 4 D 3* 7 MAG-D 9 *GEV/ RLX E+/E80HI2 1 3AL27 E/E/ ABX 4- 8 D 70-340 MAG-D DST 10 LEVELS B(EL)/ J-PI

81 D03 13AL27 E/E/ ABX 2/ 3 0 28- 75 MAG-D DST LEVELS 2.21/ 3.0 MEV

72HI3 1 3AL27 E/E/P NOX 0* 60 0700 MAG-D DST SEP ENERGY RANGE

76NA3 13AL27 E/E/P SPC 0*130 D700 MAG-D DST SEP ENERGY RANGE

74TS4 1 3AL27 E/P ABX 8- 26 D 16- 26 MAG-0 90

21
{ NUCLIOE REACTION RES EXCIT SOURCE OETECTOR

REF Z A IN, OUT TYPE ANG REMARKS

S0KH3 1 3AL27 E,P ABX 8-100 0100 MAG-0 OST

81 RY2 1 3AL27 E,P ABX 8- 28 0 14- 23 MAG-0 90 VIRTUAL PHOTON ANAL

80KH3 1 3AL27 E,0 ABX 21-100 0100 MAG-0 OST

S0KH3 1 3AL27 E/T ABX 18-100 0100 MAG-0 OST

30KH3 13AL27 E/HE3 ABX 23-100 0100 MAG-0 20

79FL2 1 3AL27 E, A SPC 25-120 0120 MAG-0 30 PREEQUILIB ALPHAS

S0KH3 1 3AL27 E,A ABX 10-100 0100 MAG-0 OST

78DI3 1 3AL27 E,BE7 RLY THR-800 0800 TRK-0 OST

78013 1 3AL27 E/LI8 RLY THR-800 0800 TRK-0 OST

78013 1 3AL27 E/BE9 RLY THR-800 0800 TRK-D OST

78013 1 3AL27 E/3E9 RLY THR-800 0800 TRK-0 OST

78DI3 1 3AL27 E/BIO RLY THR-800 0800 TRK-0 OST

78013 1 3AL27 E/C12 RLY THR-800 0800 TRK-0 OST

74N02 1 3AL27 E/NA24 RLX 24-999 C300-999 ACT-I 4PI 999=1.2 GEV

76BL1

2

1 3AL27 E/SPL ABY THR-580 C130-580 ACT-I 4PI GIVES YLO RATIO G/E

73FR7 1 3AL27 G,PI + ABX 1 50-800 C250-800 ACT-I 4PI MG27 ACTIVITY

76WA3 1 3AL27 G,PI + ABY 140-250 C250 MAG-0 90

77KU3 1 3AL27 G,PI + ABX 150-999 C600-999 ACT-I 4PI 999=1.2 GEV

76WA3 1 3AL27 G,PI- ABY 140-250 C250 MAG-0 90

72AH7 1 3AL27 G,MU-T ABX 10-140 C140 MGC-0 4PI

73AH4 1 3AL27 G,MU-T ABX 10-140 C140 MGC-0 4PI

75AH3 1 3AL27 G,MU-T ABX 10-160 C140-275 MGC-0 4PI

80SH1

0

1 3AL27 G/MU-T ABX 3- 30 C 42 TOF-0 4PI 0(G/N) SPECTROMETER

81 AR1 1 3AL27 G/MU-T ABX 215-386 021 5-336 TOF-0 4PI OATA ALSO IN 81AR3

81 AR3 1 3AL27 G,MU-T ABX 215-386 0215-386 TOF-0 4PI

73SA1

4

1 3AL27 G/G LFT 3 C 5 NAI-D 120 3=2.98

81 CA2 1 3AL27 G / G LFT 1 C 0- 2 SCO-0 OST 1.014 MEV

72K08 13AL27 G,N NOX 13- 22 C 22 THR-I OST

73BE10 1 3AL27 G,N ABX 13- 30 0 13- 30 BF3-I 4PI

74VE1 1 3AL27 G,N ABX 13- 31 0 13- 31 BF3-I 4PI

74VE1 1 3AL27 G , 2 N ABX 24- 31 0 24- 31 BF3-I 4PI

73EY3 1 3AL27 G,XN SPC 25-234 C234 TOF-0 90 NEUTS E ABOVE 12 MEV

740A2 1 3AL27 G,P ABY 1 2-450 C450 TEL-0 90

77AL9 1 3AL27 G,P ABX 72-999 C 2* 5 TEL-0 OST *E IN GEV, 999=4. 5GEV

78FI7 1 3AL27 G,P NCX 45- 85 C 60-100 MAG-0 OST

81 IS4 1 3AL27 GrP ABX 3- 30 C 17- 30 TEL-0 90

73009 1 3AL27 G,XP ABY 88-400 C400 TEL-0 OST

78MA1

0

1 3AL27 G/NA ABY 22- 68 C 30- 68 ACT-I 4PI

740A2 1 3AL27 G/T ABY 23-450 C450 TEL-0 90

740A2 1 3AL27 G,HE3 ABY 34-450 C450 TEL-0 90

740A2 1 3AL27 G, A ABY 20-450 C450 TEL-0 90

77AS10 1 3AL27 G,8E7 ABY THR* 5 C 2* 5 SCO-0 UKN *GEV 5=4.5 GEV

780110 1 3AL27 G,BE7 ABY 17-999 C300-999 ACT-I 4PI 999=1 GEV

77A510 1 3AL27 G,C11 ABY THR* 5 C 2* 5 SCD-0 UKN *GEV 5=4.5 GEV

780110 1 3AL27 G,C1 1 ABY 33-999 C300-999 ACT-I 4PI 999=1 GEV

77AS10 1 3AL27 G,N13 ABY THR* 5 C 2* 5 SCD-D UKN *GEV 5=4.5 GEV

73011

2

1 3AL27 G,F1 8 ABY THR-999 C300-999 ACT-I 4PI 999=1 GEV

75014 1 3AL27 G,F1 8 ABY THR-999 C300-999 ACT-I 4PI 999=1 GEV

77AS1

0

1 3AL27 G,F1 8 ABY THR* 5 C 2* 5 SCO-0 UKN *GEV 5=4.5 GEV

74DI7 1 3AL27 G,NA22 ABY 17-999 C300-999 ACT-I 4PI 999=1 GEV

75014 1 3AL27 G,NA22 ABY THR-999 C300-999 ACT-I 4PI 999=1 GEV

77AS1

0

13AL27 G,NA22 ABY THR* 5 C 2* 5 SCO-0 UKN *GEV 5=4.5 GEV

71015 1 3AL27 G/NA24 ABY 23-999 C300-999 ACT-I 4PI 999=1 GEV

72AN3 1 3AL27 G,NA24 ABX 1* 7 C 1* 7 ACT-I 4PI *ENERGY IN GEV

73JA3 1 3AL27 G/-NA24 ABY THR-999 C100-999 ACT-I 4PI 999=1 GEV

74N02 1 3AL27 G,NA24 RLX 24-999 0300-999 ACT-I 4PI 999=1.2 GEV

75DI4 1 3AL27 G,NA24 ABY THR-999 C300-999 ACT-I 4PI 999=1 GEV

75 J04 1 3AL27 G/NA24 ABY 31-965 C 95-965 ACT-I 4PI

76J01 1 3AL27 G,NA24 ABX 31-965 C 90-965 ACT-I 4PI ERRATUM 75J04

22
NUCLIDE REACTION RES

REF Z A IN, OUT

77AS10 1 3AL27 G , N A 2 4 ABY

78MA1

0

13AL27 G,NA24 ABY

73DI4 1 3AL27 G,SPL ABY

76BL1

2

1 3AL27 G,SPL ABY

78MA1

1

13AL27 P,G NOX

EXCIT SOURCE DETECTOR

TYPE ANG

THR* 5 C 2* 5 SCD-D UKN

24- 68 C 30- 63 ACT-I 4PI

THR-999 C999 ACT-I 4PI

THR-580 C130-580 ACT-I 4PI

0- 10 0 0- 1 SCD-D DST

SILICON Z=14

A ABUND. SEPARATION ENERGIES (MEV)

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

28 92.25 17.2 11 .6 27.5 23.2 10.0 30.5 24.6

29 4.67 8.5 12.3 24.6 20.6 11.1 25.7 20.1

30 3.10 10.6 13.5 22.2 24.8 10.6 19.1 22.9

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG

76M05 14SI E,E/P A6X 10^ 65 0497 MAG-D 53

73G05 14SI G,PI + ABY 170-400 C400 BBL-D 90

73G05 14SI G,PI- ABY 170-400 C400 BBL-D 90

72AH7 14SI G,MU-T ABX 10-140 C140 MGC-D 4PI

73AH4 14SI G,MU-T ABX 10-140 C140 MGC-D 4PI

75AH3 14SI G,MU-T ABX 10- 30 C140-275 MGC-D 4PI

80IS6 1 4SI G,G ABX 13- 31 C 13- 31 NAI-D 90

73BE10 14SI G,N ABX 16- 30 0 16- 30 BF3-I 4PI

74VE1 1 4SI G,N ABX 17- 30 0 17- 30 BF3-I 4PI

72TH3 14SI G,NG ABI 18- 28 C 28 SCO-D 140

72THS 14SI G,PG ABI 12- 28 C 28 SCD-D 140

73G05 14SI G,P ABY 82-400 C400 BBL-D 90

75DI4 14SI G,F18 ABY THR-999 C300-999 ACT-I 4PI

75014 14SI G,NA22 ABY THR-999 C300r999 ACT-I 4PI

73JA3 14SI G , N A 2 4 ABY THR-999 C100-999 ACT-I 4PI

75CI4 14SI G,NA24 ABY THR-999 C300-999 ACT-I 4PI

73CH7 14SI28 E,E/ FMF 1 o D108-220 MAG-D 135

74LI2 1 4SI28 E,E/ FMF 2 C250,500 MAG-D DST

7SKN7 14SI28 E,E/ RLY 13- 16 DUKN MAG-D DST

79PI1 14SI28 E,E/ FMF 4- 50 D 91 MAG-D DST

79SC7 14SI28 E,E/ LFT 10- 13 D 38- 58 MAG-D DST

30WH2 1 4SI28 E,E/ FMF 2, 5 D126-293 MAG-D DST

80YE1 14SI28 E,E/ FMF 15 D ! 3 MAG-D DST

75TC4 14SI28 G,PI + ABY 150-400 C300,400 BBL-D 90

75T04 14SI2S G,PI- ABY 150-400 C300,400 BBL-D 90

76EP4 14SI28 G,PI- ABX 150-400 C180-400 ACT-I 4PI

81 IS5 14SI28 G,G ABX 5- 17 C 6-17 NAI-0 90

77TH1 14SI2S G,NG ABY 18- 28 C 28 SCD-D 140

77TH1 14SI26 G,PG ABY 13- 28 C 28 SCD-D 140

75T04 1 4SI28 G,P ABY 91-400 C300,400 BBL-D 90

79VA5 1 4SI28 G,P ABX 11- 29 C 18- 29 SCD-D UKN

77TH1 14SI28 G, AG ABY 11- 28 C 28 SCD-0 140

77AS10 14SI28 G,BE7 ABY THR^ 5 C 2^ 5 SCD-D UKN

7SDI10 14SI23 G,3E7 ABY 31-999 C300-999 ACT-I 4PI

77AS10 14SI28 G,C11 ABY THR^ 5 C 2^ 5 SCD-D UKN

78DI10 14SI28 G,C11 ABY 31-999 C300-999 ACT-I 4PI

77AS10 1 4SI28 G,N1 3 ABY THR^ 5 C 2^ 5 SCD-D UKN

77AS10 14SI28 G,F1 8 ABY THR^ 5 C 2 * 5 SCD-D UKN

REMARKS

*GEV 5=4.5 GEV

999=1 GEV

GIVES YLO RATIO G/E

J-PI/ STRENGTHS

G/2P

19.9

21.9

24.0

REMARKS

MISSING ENERGY

999=1 GEV

999=1 GEV

999=1 GEV

999=1 GEV

LEVEL 1.778 MEV

M2 LEVELS

5 LEVELS J”PIr B<ML)

2 = 1.78/- 5 = 4.62 MEV

*Q IN FM-1

.8/ .95, 2.6, 2.9 MEV

8 states; .8-4. MEV

1.4 MEV

GEV 5=4.5 GEV

999=1 GEV

GEV 5=4.5 GEV

999=1 GEV

GEV 5=4.5 GEV

GEV 5=4.5 GEV

23
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG

77AS1

0

14SI28 G/NA22 AEY THR* 5 C 2* 5 SCD-D UKN

77AS1 0 14SI28 G/NA24 ABY THR* 5 C 2* 5 SCD-D UKN

78MA3 14SI28 P/G NOX 2- 13 0 1- 2 SCO-D DST

79K01 14SI28 P.G SPC 50- 39 D 40- 30 NAI-D 60

78MA3 1 4SI28 A/G NOX 11- 13 0 2- 4 SCD-D DST

773 R1

0

14SI29 E/E/ LFT 1- 9 D 63-117 MAG-D DST

80WH2 14SI29 E/E/ FMF 1 / 4 0126-293 MAG-D DST

72JA2 14SI29 G/N SPC 8- 11 r 11 TOF-D DST

73FU2 1 4SI29 G/N ABX 8- 13 C 8- 13 BF3-I DST

8 1 P Y 2 1 4SI 29 G/N ABX 8- 16 C 3- 16 BF3-I 4PI

31 PY2 14SI29 G/XN ABX 8- 29 c 8- 29 BF3-I 4PI

S0J05 1 4SI29 N/G LFT 9/ 10 0565*813 SCD-D 100

773U1

1

14SI30 G/P ABX 13-800 C 75-800 ACT-I 4PI

PHOSPHORUS Z = 1 5

A ABUND. SEPARATION ENERGIES (MEV)

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

31 100. 12.3 7.3 17.9 22.5 9.7 23.6 17.9

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG

79RI2 1 5P 29 P/G NOX 3- 5 D 1 o SCD-D DST

75KL3 1 5P 31 E/E/ LFT 1- 4 D 50-250 MAG-D DST

73TS3 1 5P 31 E/P ABX 14- 26 0 16- 26 MAG-D 90

72AN1

2

1 5P 31 G/N ABX 14- 60 C 14- 60 ACT-I API

73BE10 1 5P 31 G/N ABX 12- 29 D 12- 29 BF3-I API

73GE1 1 5P 31 G/N ABX 13- 23 C 15- 25 TOF-D 90

74VE1 1 5P 31 G/N ABX 12- 29 D 12- 29 BF3-I API

72TH5 1 5P 31 G/NG ABI 12- 22 C 19/ 22 SCD-D 150

73ZA1 1 5P 31 G/NG SPC 12- 30 C 30 SCD-D 125

733E10 1 5P 31 G/2N ABX 27- 29 D 27- 29 BF3-I API

74VE1 1 5P 31 G/2N ABX 24- 29 0 24- 29 BF3-I API

74DE1

0

1 5P 31 G/XN ABX 12- 25 c 12- 25 BF3-I API

72TH5 1 5P 31 G/PG ABI 7- 22 c 19/ 22 SCD-D 150

73ZA1 1 5P 31 G/PG SPC 7- 30 c 30 SCO-D 125

73BE10 1 5P 31 G/NP ABX 19- 29 D 19- 29 BF3-I API

74VE1 1 5P 31 G/NP ABX 19- 29 0 19- 29 BF3-I API

72TH5 1 5P 31 G/AG ABI 10- 22 C 19/ 22 SCD-D 1 50

77AS1

0

1 5P 31 G/BE7 ABY THR* 5 C 2* 5 SCO-D UKN

75DI4 1 5P 31 G/F18 ABY THR-999 C300-999 ACT-I API

75014 1 5P 31 G/NA22 ABY THR-999 C300-999 ACT-I API

77AS1

0

1 5P 31 G/NA22 ABY THR* 5 C 2* 5 SCD-D UKN

73JA3 1 5P 31 G / N A 2 4 ABY THR-999 C100-999 ACT-I API

75DI4 1 5P 31 G/NA24 ABY THR-999 C300-999 ACT-I API

77AS10 1 5P 31 G/NA24 ABY THR* 5 C 2* 5 SCD-D UKN

75DE3 1 5P 31 P/G LFT 9- 10 0 1- 3 SCO-D 55

76WE4 1 5P 31 $ P/G RLX 13- 22 .0 6- 15 UKN-D DST

79RI2 1 5P 31 P/G NOX 7- 9 D 0- 1 SCD-D DST

8CCA5 1 5P 31 $ P/G ABX 12- 35 D 5- 23 NAI-D DST

REMARKS

*GEV 5=4.5 GEV

*GEV 5=4.5 GEV

J-PI

J-PI

13 STATES

4 LEVELS 1.27-4.08

9.25 MEV DOORWAY

*KEV

G/2P

20.8

REMARKS

STELLAR REACTION RATE

1.27/ 2.23/ 3.51 MEV

GND/ EXCT STATES

GAMMA SPECTRA

GAMMA spectra

GAMMA SPECTRA

GAMMA SPECTRA

GAMMA SPECTRA

*GEV 5=4.5 GEV

999=1 GEV

999=1 GEV

*GEV 5=4.5 GEV

999=1 GEV

999=1 GEV

*GEV 5=4.5 GEV

30 RESONANCES

POLARIZED PROTONS

STELLAR REACTION RATE

POLARIZED PROTONS

24
SULFUR Z=16

A ABUNO.

G/N G/-P

SEPARATION ENERGIES

G/-T GrHE3 G/-A

(MEV)

G/2N G/-NP Gx2P

32 95.02 15.0 8.9 24.0 19.1 6.9 28.1 21.2 16.2

33 0.75 8.6 9.6 21.3 17.1 7.1 23.7 17.5 18.2

34 4.21 11.4 10.9 20.4 21.9 7.9 20.1 21.0 20.4

36 0.02 9.9 13.0 19.3 25.0 9.0 16.9 21.5 25.0

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A INy-OUT TYPE ANG REMARKS

74VE1 16S G/’N ABX 15- 32 0 15- 32 BF3-I 4PI

74VE1 1 6S G/-2N ABX 29- 32 0 29- 32 BF3-I 4PI

74VE1 16S G/NP ABX 21- 30 0 21- 30 BF3-I 4PI

75DI4 16S G/F1 8 ABY THR-999 C300-999 ACT-I 4PI 999=1 GEV

75DI4 1 6S GrNA22 ABY THR-999 'C300-999 ACT-I 4PI 999=1 GEV

73JA3 16S G/’NA24 ABY THR-999 C100-999 ACT-I 4PI 999=1 GEV

75014 1 6S Gy NA24 ABY THR-999 C300-999 ACT-I 4PI 999=1 GEV

74LI2 1 6S 32 EyE/ FMF 2y 5 C250y500 MAG-0 DST 2 LVS 2.237 y 4.96

73L04 16S 32 GyNL ABX 16- 32 C 16- 32 TOF-D 90 L=Oy LVS AT 3y 7 MEV

738E10 16S 32 GyN ABX 15- 32 0 15- 32 BF3-I 4PI

73IS3 16S 32 GyN RLX 16- 21 C 16- 21 6F3-I 4PI

72TH7 16S 32 GyNG ABX 13- 26 c 14- 28 SCO-D 150 1 . 2 MEV

77TH2 1 6S 32 Gy NG ABX 17- 27 c 16- 27 SCD-D 150 1.2y 2.2y 3 .1 MEV

73BE10 16S 32 Gy 2N ABX 28- 32 0 28- 32 BF3-I 4PI

72Trt7 1 6S 32 Gy PG ABX 13- 26 c 14- 28 SCD-D 150 13 states; 1 .3-6.0

77TH2 1 6S 32 GyPG ABX 11- 27 c 16- 27 SCD-D 150 13 states; 1 .3-6.0

78VA3 1 6S 32 Gyp ABX 11- 30 c 17- 30 SCD-0 90

73BE10 1 6S 32 GyNP ABX 20- 30 D 20- 30 BF3-I 4PI

77AS10 16S 32 GyBE7 ABY THR* 5 C 2* 5 SCD-D UKN *GEV 5=4.5 GEV

78DI1

0

16S 32 Gy9E7 ABY 28-999 C300-999 ACT-I 4PI 999=1 GEV

77AS10 16S 32 GyCII ABY THR* 5 C 2* 5 SCD-D UKN *GEV 5=4.5 GEV

780110 16S 32 GyCII ABY 30-999 C300-999 ACT-I 4PI 9-99 = 1 GEV

77AS10 16S 32 GyNl3 ABY THR* 5 C 2* 5 SCD-D UKN *GEV 5=4.5 GEV

77AS10 16S 32 GyF18 ABY THR* 5 C 2* 5 SCD-D UKN *GEV 5=4.5 GEV

77AS10 1 6S 32 Gy NA22 ABY THR* 5 C 2* 5 SCD-D UKN *GEV 5=4.5 GEV

77AS1

0

16S 32 GyNA24 ABY THR* 5 C 2* 5 SCD-D UKN *GEV 5=4.5 GEV

73014 1 6S 32 Gy SPL ABY THR-999 C999 ACT-I 4PI 999=1 GEV

73VE6 16S 32 PyG LFT 10- 11 D 1- 2 NAI-D DST

75K01

3

16S 32 PyG LFT 10- 12 0 1- 3 SCD-D DST

77K09 1 6S 32 PyG NOX 10 0 1 SCD-D DST 9.95 MEV

74F05 16S 32 AyG ABX 12- 18 0 6- 12 NAI-D DST

77R02 1 OS 32 AyG LFT 8- 11 0 2- 4 SCD-D 55

79KU6 16S 32 AyG ABX 11- 21 0 5- 16 NAI-D DST E2 STRENGTHySEE 79KU5

780K2 1 6S 33 AyG RLY 9- 11 0 3- 4 SCD-D DST J-PIy 3 LEVELS

78BE3 1 6S 34 GyG LFT 7- 11 c 1 8 SCO-D 125

79KU6 1 6S 34 AyG ABX 11- 21 0 4- 15 NAI-D DST E2 STRENGTHySEE 79KU5

25
CHLORINE Z=17

A ABUND.

GrN G^P

SEPARATION ENERGIES

G-rT GrHE3 G-fA (MEV)

Gr2N G/NP G/ 2P

35 75.77 12.6 6.4 17.9 19.6 7.0 24.2 17.8 17 .3

37 24.23 10.3 8.4 16.8 22.1 7.8 IS.

9

13.3 21 .4

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

74VE1 1 7CL G/’N ABX 10- 28 D 10- 28 BF3-I 4PI

74VE1 1 7CL G / 2 N ABX 19- 28 D 17- 28 BF3-I 4PI

75DI4 17CL Gr FI 8 AEY THR-999 C300-999 ACT-I API 999 = 1 GEV

75DI4 1 7CL G/NA22 ABY THR-999 C300-999 ACT-I API 999 = 1 GEV

73JA3 1 7CL G^NA24 ABY ThR-999 C100-999 ACT-I API 999 = 1 GEV

7 5 0 1

4

1 7CL GxNA24 ABY THR-999 C300-999 ACT-I API 999 = 1 GEV

81 BI4 1 7CL35 G / G LFT 8 0 8 NAI-D 82 RESONANCE ABSORPTION

75W02 1 7CL35 G^N RLY 19- 38 C 19- 38 ACT-I API RATIO (G/N)/(E/N)

78DI1

0

1 7CL35 G/-C11 ABY 31-999 C300-999 ACT-I API 999 = 1 GEV

72HU5 17CL35 P/G ABY 7- 8 D 1- 2 NAI-0 55

76SP1

0

1 7CL35 P^G LFT 8- 9 D 2- 3 SCD-D 55

77K03 1 7CL35 P^G NOX 7 0 1 SCD-D DST 4 STATES^ 7. 6-7. 7 MEV

77K01

0

1 7CL35 P/-G NOX 7 D 1 SCD-D DST J-PI/- 3(ML) 7.546

74VE1 17CL37 G/-2N ABX 19- 24 D 18- 24 BF3-I API

78DI10 17CL37 G/-C1

1

ABY 34-999 C300-999 ACT-I API 999=1 GEV

ARGON Z=18

A ABUND.

G / N G/P

SEPARATION E G/T G/-HE3NER6IES

G/>A

(MEV)

Gr 2N G-fNP Gr2P

36 0.34 15.3 8.5 24.2 18.6 6.6 28.0 21.2 14.9

38 0.06 11.8 10.2 20.7 20.8 7.2 20.6 20.6 13.6

40 99.60 9.9 12.5 18.2 23.1 6.8 16.5 20.6 22.8

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A INr OUT TYPE ANG REMARKS

77FI5 1 SAR36 E/-E/ ABX 2x 4 0 65x115 MAG-D DST 1 .97x 4.13 MEV

79SI9 1 3AR38 IX,

G

LFT 9- 11 D 2- 4 SCD-D DST J-PIx G-WIOTH

75CH4 1 8AR40 E,E/ SPC 0- 35 0151x164 MAG-D DST

77FI5 1SAR40 ExE/ ABX 1- 3 0 65x115 MAG-D DST 1 .46x 2.52x 3.

74VE1 1 8AR40 G/N ABX 10- 27 D 10- 27 BF3-I API

73BE1

0

1 8AR40 Gx 2N ABX 16- 27 0 16- 27 BF3-I API

74VE1 1 8AR40 Gx2N ABX 16- 27 0 16- 27 BF3-I API

54FE1 1 8AR40 GxSN ABX 9- 25 c 10- 25 BF3-I API

73BE10 13AR40 GxSN ABX 11- 27 D 11- 27 BF3-I API

73JU1 18AR40 GxXN ABX 10- 23 C 13- 23 TOF-D 90

79Y A1 1 8AR40 GxP RLY 12- 65 C 25- 65 ACT-I API

79YA1 1 3AR40 Gx2P RLY 22- 65 C 25- 65 ACT-I API

26
POTASSIUM Z=19

A ABUNO.

G/N G/P

SEPARATION ENERGI

G/-T G/-HE3 G^A

ES (MEV)

G/2N G/'NP Gr2P

39 93.26 13.1 6 .

4

18.5 19.2 7.2 25.2 18.2 16.6

40 0.01 7.8 7.6 17.5 16.7 6.4 20.9 14.2 18.3

41 6.73 10.1 7.8 15.8 20.7 6.2 17.9 17.7 20.3

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG REMARKS

74VE1 1 9K G,N ABX 13- 32 D 13- 32 BF3-I 4PI

74VE1 1 9K G, 2N A6X 30- 32 D 30- 32 BF3-I 4PI

74VE1 19K G/NP ABX 18- 29 0 18- 29 BF3-I 4PI

75DI4 1 9K G,F18 ABY THR-999 C300-999 ACT-I 4PI 999=1 GEV

75DI4 1 9K G,NA22 ABY THR-999 C300-999 ACT-I 4PI 999 = 1 GEV

73JA3 1 9K G,NA24 ABY THR-999 C100-999 ACT-I 4PI 999 = 1 GEV

75014 1 9K G,NA24 ABY THR-999 C300-999 ACT-I 4PI 999 = 1 GEV

73VL8 1 9K 39 E/E/ FMF 30-1 80 0550-999 MAG-0 DST 999=1

.

15 GEV

75WE1 19K 39 E/E/ ABX 2 0 50/ 61 MAG-0 180 2.523 LEVEL

81GR3 1 9K 39 E/E/ ABX 2 0 40- 66 MAG-0 DST 2=2.523 MEV/ B(E2)

73BE10 1 9K 39 G/N ABX 12- 31 0 12- 31 BF3-I 4PI

73BE10 1 9K 39 G/2N ABX 31- 32 D 31- 32 BF3-I 4PI

73BE10 1 9K 39 G/NP ABX 19- 29 D 19- 29 BF3-I 4PI

81GR3 1 9K 41 E/E/ ABX 1 0 40- 66 MAG-D DST 1=.980i KEV/ B(E2)

CALCIUM 2=20

A ABUNO. SEPARATION ENERGIES CMEV)

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

40 96.94 15.6 8.3 25.0 18.8 7.0 29.0 21.4 14.7

42 0.65 11.5 10.3 19.7 20.2 6.2 19.8 20.4 18.1

43 0.14 7.9 10.7 19.8 13.3 7.6 19.4 18.2 19.9

44 2.09 11.1 12.2 20.9 23.3 8.8 19.1 21.8 21.6

46 0.00 10.4 13.8 21.5 26.1 11.1 17.8 22.7

43 0.19 9.9 15.8 22.6 29.4 14.4 17.2 24.2 29.1

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

76WA3 20CA G/PI + ABY 140-250 C250 MAG-0 90

76WA3 20CA G/PI- ABY 140-250 C250 MAG-0 90

73HA1 20CA40 m > m FMF 3- 4 0 61-121 MAG-0 OST 3.74/ 3.90 MEV

73VL8 20CA40 E/E/ FMF 30-180 0550-999 MAG-0 OST 999=1.15 GEV

74WH3 20CA40 E/E/ ABX 0-300 0500 MAG-0 60 QUASI-ELASTIC

75T02 20CA40 E/E/ FMF 10- 35 0150-250 MAG-0 DST B(EL)/ GDR REGION

76ZI1 20CA40 E/E/ ABX 40-280 0500* MAG-0 120 *TRNS 3-Q CONST

77GR2 20CA40 E/E/ ABX 7 0 31- 67 MAG-0 DST 7=6.95 MEV

78GR1 20CA40 E/E/ ABX 3 0 34- 60 MAG-0 DST 3=3.353 MEV

78GR5 20CA40 E/E/ ABX 3 0 31- 67 MAG-0 DST

78ZI3 20CA40 E/E/ RLX 0-250 0150-250 MAG-0 160 QUASI-ELASTIC

79GR2 20CA40 E/E/ ABX 10 0 36- 58 MAG-0 DST LV 10.319/ J-PI/B(ML)

80ST7 20CA40 m m SPC 8- 12 0 30- 50 MAG-0 OST LVS 8.43/9.87/10.322

27
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A INr OUT TYPE ANG REMARKS

72HIS 20CA40 E^E/P ABX 10* 35 0700 MAG-0 DST *SEP ENERGY RANGE

74NA1 20CA40 E,E/P SPC 0* 80 0700-750 SPK-0 UKN *SEP ENERGY RANGE

76M05 20CA40 E/E/P ABX 8* 80 0497 mag-d 53 MISSING ENERGY

76NA3 20CA40 E/’E/P SPC 0*130 0700-750 MAG-0 DST *SEP ENERGY RANGE

73GR4 20CA40 G,Pl + ABX 140-340 C340 EMU-D DST RATIO(G/PI+)/(G/PI-)

73G05 20CA40 G,PI* ABY 170-400 C400 BBL-0 90

75T04 20CA40 GyPI + ABY 1 50-400 C300/400 BBL-D 90

73GR4 20CA40 G/PI- ABX 140-340 C340 EMU-D DST RATIO(G/PI+) /(G/PI-)

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

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

72AH7 20CA40 G/MU-T ABX 10-140 C140 MGC-0 4PI

73AH4 20CA40 GxMU-T ABX 10-140 C140 MGC-D 4PI

75AH3 20CA40 G/’MU-T ABX 10-160 C140-275 MGC-D 4PI

77LA3 20CA40 G,G G • G 7 D 7 SCD-D DST 6.95/6.91 MEV

73BE10 20CA40 GrU ABX 12- 31 0 12- 31 BF3-I 4PI

74VE1 20CA40 GrN ABX 15- 30 0 15- 30 BF3-I 4PI

72BR17 20CA40 GxNG SPC 18- 24 C 30 SCD-D 90

745R2 20CA40 G/NG ABX 16- 31 C 15- 25 SCD-D DST GAMMA SPECTRA

77AD3 20CA40 GrNG ABY 18-750 C100-750 SCD-D 135 2.5/ 2.8/ 3. MEV

71G03 20CA40 G/'XN ABX 16- 26 C 16- 26 MOD-I 4PI

72BR1

7

20CA40 G/PG SPC 11- 24 C 30 SCD-D 90

733R1

3

20CA4G G/PG NOX 16- 31 C 31 SCD-D DST GAMMA SPECTRA

743R2 20CA40 G/PG ABX 8- 31 C 15- 25 SCD-D DST GAMMA SPECTRA

77AD3 20CA40 G/PG ABY 11-750 Cl 00-750 SCD-D 135 2.5/ 2.8/ 3. MEV

723R11 20CA40 G/P ABX 12- 26 C 15- 25 SCD-D 90

723R1

7

20CA40 G/P ABX 11- 24 C 12- 30 SCD-D DST

73BR1

3

20CA40 G/P ABX 13- 25 C 15- 25 SCD-D DST

73G05 20CA40 G/P ABY 80-400 C400 BBL-D 90

743R2 20CA40 G/P ABX 8- 31 C 15- 25 SCD-D DST

74DA2 20CA4C G/P ABY 13-450 C450 TEL-D 90

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

75T04 20CA40 G/P ABY 88-400 C300/400 BBL-D 90

78FI7 20CA40 G/P SPC 45- 85 C 60-100 MAG-D DST

73D09 20CA40 G/XP ABY 88-400 C400 TEL-D DST

76LI7 20CA40 G/NP ABX 1 50-300 C 80-800 ACT-I 4PI

76LI7 20CA40 G/3N3P ABX 50-800 C 80-800 ACT-I 4PI

74DA2 20CA40 G/T ABY 30-450 C450 TEL-D 90

74DA2 20CA40 G/HE3 ABY 29-450 C450 TEL-D DST

74DA2 20CA40 G/

A

ABY 17-450 C450 TEL-D DST

77AS1

C

20CA40 G/367 ABY THR* 5 C 2* 5 SCD-D UKN *GEV 5=4.5 GEV

75DI4 20CA40 G/F1 8 ABY THR-999 C300-999 ACT-I 4PI 999=1 GEV

75014 20CA40 G/NA22 ABY THR-999 C300-999 ACT-I 4PI 999=1 GEV

77AS1 C 20CA40 G/NA22 ABY THR* 5 C 2* 5 SCD-D UKN *GEV 5=4.5 GEV

73JA3 20CA40 G/NA24 ABY THR-999 Cl 00=999 ACT-I 4PI 999=1 GEV

75DI4 20CA40 G/NA24 ABY THR-999 C300-999 ACT-I 4PI 999=1 GEV

77AS1

0

2CCA40 G/ NA24 ABY THR* 5 C 2* 5 SCD-D UKN *GEV 5=4.5 GEV

73011 20CA40 P/G ABX 14- 26 0 6-18 NAI-D DST

81 CHI 20CA40 P/G LFT 9/ 11 0 1- 2 SCD-D DST 9.43/ 10.32 MEV

73WA1 20CA40 A/G ABX 12- 22 D 6-17 NAI-D DST

74F04 20CA40 A/G ABX 13- 20 0 6-14 NAI-D 90

73BE6 20CA41 N/G RLY 18- 24 0 10- 15 NAI-D UKN

74BE7 20CA41 N/G ABX 15- 27 0 6-18 NAI-0 90

75AR5 20CA41 N/G NOX 22 0 14 NAI-D DST

7 8 w £ 1 20CA41 N/G ABX 15- 21 0 6-13 NAI-D DST

78vJE3 20CA41 N/G NOX 16/ 20 D 8/12 TOF-D DST

79JE1 20CA41 $ N/G ABX 18 0 1 0 NAI-D OST POLARIZED NEUTRONS

30LI4 20CA41 N/G ABX 11- 17 0 3-9 NAI-D 90

80NI3 2 jC A41 P/G ABX 17- 26 D 3-17 NAI-D 90

28
NUCLIOE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

7SGR1 20CA42 E/E/ ABX 2 0 34- 60 MAG-D DST 2=1.337 MEV

78GR5 20CA42 E/E/ ABX 1 0 31 67 MAG-D DST

80ST7 20CA42 E,E/ SPC 8- 12 D 30- 50 MAG-D DST LEVEL 11 .235/ B(EL)

81IT2 20CA42 B/.E/ FMF 9- 35 0150- 250 MAG-D DST B(CL)

30PY5 20CA42 E,P ABX 10- 29 D 15- 29 MAG-D 90

80PY5 20CA42 E,P ABX 10- 29 0 15- 29 MAG-D 90

80PY5 20CA42 ExA ABX 6- 29 D 15- 29 MAG-D 90

81 AS1

2

20CA42 G/SN ABX 11- 28 C 10- 28 BF3-I 4PI STAT MODEL XN TO SN

73DI2 20CA42 P,Q ABX 14- 23 0 4- 13 NAI-D DST

74F04 20CA42 A/G ABX 11- 19 D 6- 14 NAI-D 90

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

73T01 20CA44 ErE/ FMF 7- 35 01 24- 250 MAG-0 DST FMF 10 TO 28 MEV

78GR1 20CA44 E,E/ ABX 2 0 34- 60 MAG-D DST 2.1884 MEV

78GR5 20CA44 E,E/ ABX 1 0 31- 67 MAG-D DST

80ST7 20CA44 E/E/ SPC 8- 12 0 30- 50 MAG-D DST NO TRNS 8.2-12.2 MEV

81IT2 20CA44 E/E/ FMF 9- 35 0124- 250 MAG-D DST B<CL)

77011 20CA44 E/P ABX 15- 25 0 15- 25 mag-d 90

77011 20CA44 E/A ABX 14- 17 0 14- 17 MAG-D 90

74Dfl2 2CCA44 G/P ABY 12- 400 C450 tel-d 90

78MA1

0

2GCA44 G/P ABY 12- 68 C 30- 68 ACT-I 4PI

74DA2 20CA44 G/T ABY 21- 400 C450 TEL-0 90

740A2 20CA44 G/HE3 ABY 23- 400 C450 TEL-D 90

74DA2 20CA44 G/

A

ABY 9- 400 C450 TEL-D 90

733R7 20CA44 A/G ABI UKN 0 UKN NAI-D DST NO ANG DST DATA

74F04 20CA44 A/G ABX 14- 19 0 6- 1 0 NAI-D 90

76F02 20CA44 A/G ABX 13- 19 D 5- 11 NAI-D DST

76ZI1 20CA48 E/5/ ABX 20- 280 0250*500 MAG-D DST *TRNS 3-Q CONST

78GR1 20CA46 E/E/ ABX 4 0 34- 60 MAG-D DST 4=4.272 MEV

78GR5 2DCA48 E/E/ ABX 4 0 31- 67 MAG-D DST

30ST7 20CA4S E/E/ SPC 8- 12 D 30- 50 MAG-D DST LEVEL 10.23/ B(EL)

76MA1

0

20CA48 G/N ABY 10- 68 C 30- 68 ACT-I 4PI

SCANDIUM Z=21

A

45

ABUND.

100.

G/N

11.3

SEPARATION ENERGIES (MEV)

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

6.9 17.5 21.0 7.9 21.0 18.0

G/2P

19.1

REF

NUCLIOE

Z A REACTION

IN/OUT

RES EXCIT SOURCE DETECTOR

TYPE ANG REMARKS

77K04 21SC41 $ P/G LFT 3/ 5 0 1/ 5 SCO-D DST POL SCAT G/ 2.8 MEV

78VL2 21 SC43 P/G ABX 6- 11 0 1- 6 NAI-0 4PI

77011 21 SC45 E/P ABX 14- 25 0 14- 25 MAG-D 90

73AR1 21 SC45 G/G LFT 0- 3 C 0- 3 SCD-D 125 13 LEVELS

75ME4 21 SC45 G/G LFT 1- 3 C 0- 3 SCD-D DST 5 LVS .72-2.09 MEV

73ER1 21 SC45 G/N NOX 11- 800 G100-800 ACT-I 4PI SC44 ISOMER RATIO

74VE1 21 SC45 G/N ABX 11- 28 0 11- 28 BF3-I API

75ER2 21 SC45 G/N ABY 11 - 800 C100-800 ACT-I API ISOMER RATIO

74VE1 21 SC45 G / 2 N ABX 21- 28 0 21- 28 BF3-I API

29
NUCLIDE REACTION RES EXC IT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

73SA5 21 SC45 Gr XN ABX 11- 25 C 10- 25 BF3-I 4PI

73SA5 21 SC45 G/ XN ABX 11- 25 c 11- 25 6F3-I API

75WE4 21SC45 G^P ABX 18 D 1 8 5CD-D 90 18=17.6 MEV

76BA7 21 SC45 Gr JNKP AB Y THR* 2 C * 2 ACT-I API GEVr K=1-10/ J=1-19

75VIZ 21 SC47 P/G LFT 10 D 1- 2 NAI-D 55 PROTON E 1.82-1.90

73AD1

4

21 SC49 P/G SPC 1 2 D 2 SCD-D DST 12=11.559 MEV, J-PI

76DI2 21 SC49 P,Q LFT 15 D 6- 7 NAI-D DST EXC 15.55, 15.61 MEV

A ABUNO.

G,N

TITANIUM Z=22

SEPARATION ENERGIES

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

(MEV)

G,2N G,NP G,2P

A 6 8.1 13.2 10.3 22.9 20.6 8.0 22.7 21.7 17.2

A7 7. A 8.9 10.5 22.1 18. A 9.0 22.1 19.2 18.7

A8 73.8 11.6 11 .A 22.

A

22.6 9.

A

20.5 22.1 19.9

A9 5. A 8.1 11 .A 21.7 20. A 10.2 19.8 19.6 20.8

50 5.3 10.9 12.2 22.1 2A.0 10.7 19.1 22.3 21.8

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG REMARKS

81 AR1 22TI G,MU-T ABX 215-386 021 5-3S6 TOF-D API DATA ALSO IN 81AR3

81 AR3 22TI G,MU-T ABX 215-386 021 5-386 TOF-O API

72K0S 22TI G,N NOX 3- 22 C 22 THR-I DST

738A20 22TI G,N NOX 8- 27 C 10- 27 BF3-I API MEAN NEUTRON ENERGY

7APE3 22TIAA A,G ABX 11- 21 0 7- 17 NAI-O DST

77011 22TIA6 E,P ABX 13- 25 D 13- 25 MAG-D 90

77011 22TIA6 E, A ABY 12- 19 D 12- 19 MAG-D 90

76RA1 22TIA6 G,G LFT 3, A C 1- 5 SCD-D DST 3168, 4316 KEV

7SMA1

0

22TIA6 G,N ABY 13- 68 C 30- 68 ACT-I API

79PY5 22TIA6 G,N ABX 12- 25 c 12- 26 ACT-I API NOT PURE G,N

76RA1 22TIA7 G,G LFT 2, 2 c 1- 5 SCD-D DST 2162, 2297, 2548 KEV

76RA1 22TIAS G,G LFT 2- A c 1- 5 SCD-D DST A LV 2A21-3739 KEV

31CA2 22TIA3 G/G LFT 1 c 0- 2 SCD-D DST .984 MEV

30SU6 22TIA8 G,XN ABX 11- 28 c 11- 28 BF3-I API

78MA1

0

22TI A8 G,P ABY 11- 68 c 30- 68 ACT-I API

76RA1 22TIA9 G/G LFT 1 , 1 c 1- 5 SCD-D DST 1623, 1763 KEV

813E10 22TIA9 G , G NOX 9 D 9 SCD-D DST 8.88A MEV, J-PI=7/2+

S1SE10 22TIA9 G,N SPC 9 0 9 MOD-D OST DECAY 8.88A MEV LEVEL

78MA1

0

22TIA9 G,P ABY 11- 68 c 30- 68 ACT-I API

73H0A 22TI 50 E,E/ FMF 1- 5 D209 MAG-D DST 1.55, 2.63, A. AO MEV

76R A1 22TI50 G,G LFT 1 , 5 C 1- 5 SCO-D DST 1554,4311 KEV

79PY6 22TI50 G,N RLX 10- 26 c 15- 26 SCI-D 90

79PY6 22TI50 G,XN ABX 10- 27 c 10- 27 BF3-I API

7APE3 22TI52 A,G ABX 13- 20 D 6- 1A NAI-D 90

30
VANADIUM Z=23

A ABUNO.

G/N GrP

SEPARATION ENERGIES

G/T G/HE3 G..A (MEV)

Gyr2N G^NP G/2P

50 0.25 9.3 7.9 19.2 19.8 9.9 20.9 16.1 19.3

51 99.75 11.1 •3.1 18.7 22.6 10.3 20.4 19.0 20.2

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A INyOUT TYPE ANG REMARKS

72DE9 23V 51 Ey E/ FMF 1y 2 D 25- 85 MAG-D DST 1=1.61y2=2.41 MEV

72PE3 23V 51 Ey E/ FMF 0- 4 Ol83y250 MAG-0 DST 7 LEVELS

73PE1 23V 51 Ey E/ FMF 0- 4 Dl83y250 MAG-0 DST 7 LEVELS

72HI& 23V 51 EyE/P NOX 0* 60 0700 MAG-0 DST *SEP ENERGY RANGE

76NA3 23V 51 EyE/P SPC 0*130 0700 MAG-0 DST *SEP ENERGY RANGE

77KU3 23V 51 Ey PI + RLX 1 50-999 C600-999 ACT-I 4PI 999=1.2 GEVy G/E

78TS1 23V 51 EyXP ABX 15- 29 0 15- 29 MAG-0 90 VIRTUAL PHOTON ANAL

763L1

2

23V 51 Ey SPL ABY THR-580 Cl 30-580 ACT-I 4PI GIVES YLD RATIO G/E

71 KU5 23V 51 GyPI + AB Y THR-999 C200-999 ACT-I 4PI 999=2.2 GEV

73BE10 23V 51 GyN ABX 13- 28 0 13- 28 BF3-I 4PI

738A20 23V 51 Gy N NOX 11- 27 C 10- 27 BF3-I 4PI MEAN NEUTRON ENERGY

74VE1 23V 51 GyN ABX 13- 29 0 13- 29 BF3-I 4PI

73BE1

0

23V 51 Gy 2N ABX 20- 28 0 20- 28 BF3-I 4PI

74VE1 23V 51 Gy 2N ABX 20- 29 0 20- 29 BF3-I 4PI

77DI6 23V 51 Gy3N ABY THR-999 C300-999 ACT-I 4PI 999=1 GEV

75WE4 23V 51 Gyp ABX 18 0 18 SCO-D 90 18=17.6 MEV

79TS2 23V 51 GyP ABX 14- 26 C 15- 26 MAG-D DST VIRTUAL PHOTON ANAL

78MA1

0

23V 51 Gy NA ABY 18- 68 C 30- 68 ACT-I 4PI

76BU1

1

23V 51 Gy JNKP ASX THR-800 C 75-800 ACI-1 4PI K=2-11y J-2-16

74DA2 23V 51 GyT ABY 24-450 C450 TEL-D 90

74DA2 23V 51 GyHE3 ABY 33-450 C450 TEL-D 90

74DA2 23V 51 Gy A ABY 20-450 C450 TEL-D 90

78MA1

0

23V 51 Gy A ABY 10- 68 C 30- 68 ACT-I 4PI

73JA3 23V 51 GyNA24 ABY THR-999 C100-999 ACT-I 4PI 999=1 GEV

78DA1

3

23V 51 Gy SC44 ABX THR* 5 C 2* 5 ACT-D 4PI *GEVy ISOMER YLD

71 KU5 23V 51 Gy SPL ABY THR-999 C 999 ACT-I 4PI 999=1.5 GEV

76BL1

2

23V 51 Gy SPL ABY THR-580 C130-580 ACT-I 4PI GIVES YLD RATIO G/E

770A3 23V 51 Gy SPL ABY THR* 5 C 2* 5 ACT-I 4PI *ENERGY IN GEV

78DI1

2

23V 51 Gy SPL ABY THR-999 C300-999 ACT-I 4PI YLOS 24NE TO 49CR

CHROMIUM Z = 24

A ABUND. SEPARATION E NERGIES (MEV)

GyN GyP GyT GyHE3 GyA Gy 2N Gy NP Gy2P

50 h.3 5 13.0 9.6 23.2 20.3 8.6 23.6 21.1 16.3

52 83.79 12.0 10.5 22.4 21.8 9.4 21 .3 21.6 18.6

53 9.50 7.9 11.1 21.0 18.8 9.1 20.0 13.4 20.1

54 2.36 9.7 12.4 19.7 22.1 7.9 17.7 20.9 22.0

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A INy OUT TYPE ANG REMARKS

60 1 So 24CR GyG ABX 14- 31 C 13- 31 NAI-O 90

733A20 24CR GyN NOX 8- 27 C 10- 27 BF3-I 4PI MEAN NEUTRON ENERGY

77WE2 24CR Gy XN RLX 12- 28 c 8- 27 BF-3 4PI

31
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

73DE5 24CR50 GyN ABX 20- 23 D 20- 23 ACT-I 4PI

73DES 24CR50 Gy N ABX 20- 22 0 20- 22 ACT-I 4PI

78MA1

0

24CR50 Gy 2N ABY 24- 68 c 30- 68 ACT-I 4PI

78MA1

0

24CR50 Gy NP ABY 23- 66 c 30- 68 ACT-I 4PI

72DE8 24CR52 Ey 6/ FMF 1 y 3 D 80 MAG-D DST 1 =1.43y 0=3.6 MEV

72PE2 24CR52 Ey E/ FMF 1y 3 D 40- 110 MAG-0 128 1 =1.434y 3.3.16 MEV

73H04 24CR52 Ey£/ FMF 1- 5 0209 MAG-D DST 1 .43y 2.37y 4.56

76LI5 24CR52 Ey E/ FMF 1 y 3 0 39- 111 MAG-D 127 LEVELS 1.43y 3.16

78P03 24CR52 Ey E/ NOX 1 0l20y 227 MAG-D DST 1 .43 MEV LEVELy B<EL)

79KU4 24CR52 GyG LFT 7- 10 C 14 SCD-D DST 7 LEVELS

81 AH6 24CR52 GyG LFT 1 D 1 NAI-D 100 B(EL)y LEV 1.434 MEV

SI 6E9 24CR52 $ GyG SPC 7- 10 C 20 SCD-D 90 COH-BRMS

81 BOS 24CR52 GyG ABX 15- 23 0 15- 23 NAI-D 90

81 IS5 24CR52 GyG ABX 5- 17 c 6- 1 7 NAI-D 90

78MA1

0

24CR52 GyN ABY 12- 68 c 30- 68 ACT-I 4PI

81 IS6 24CR52 Gy NG ABX 12- 32 c 10- 32 SCD-D 135

79TS2 24CR52 Gy PL ABX 15- 26 c 15- 26 MAG-D DST L =Oy 1 VIR PHOT ANAL

81 IS6 24CR52 GyPG ABX 10- 32 c 10- 32 SCD-D 135

73BR7 24CR52 AyG ABI -UXN OUKN NAI-D DST NO ANG DST DATA

74F04 24CR52 AyG ABX 15- 20 D 6- 11 NAI-D 90

76F02 24CR52 AyG ASX 15- 21 D 6- 12 NAI-D DST

78P05 24CR53 Ey E/ FMF 0- 2 D 90y 120 MAG-D DST LVS .56y1.01y1.3 y1 .97

75RA2 24CR53 Gyp RLY 11- 14 C 12- 1 4 ACT-I 4PI

MANGANESE Z=25

A ABUND.

GyN

SEPARATION ENERGIES (MEV)

GyP GyT GyHE3 GyA Gy2N GyNP Gy2P

55 100. 10.2 S.1 17.2 21.2 7.9 19.2 17.8 20.4

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A INyOUT TYPE ANG REMARKS

743E1

3

23MN5 3 PyG SPC 6- 11 D 3- 5 SCD-D DST

74TE1 25MN55 GyG LFT 7 D 4- 8 SCO-D DST 7=7.491

78BE6 25MN55 GyG ABX 6- 10 0 6- 10 SCD-D 140

7 8 3 E 6 2 5 M N 5 5 GyG ABX 11 0 11 NAI-D 140

73ALO 25MN55 GyN ABX 10- 37 D 10- 37 BF3-I 4PI

73BA20 2 5mn 5 5 GyN NOX 10- 27 C 10- 27 BF3-I 4PI MEAN NEUTRON ENERGY

73CA8 25MN55 GyN ABY 1 0-999 C300- 999 ACT-I 4PI

73DE7 25MN55 GyN ABY 10-999 C 300- 999 ACT-I 4PI 999 = 1 GEV

77HI5 25MN55 GyN ABI 10- 30 c 18- 30 ACT-I 4PI THICK BRMS TARGET

73MA10 25MN55 G.N ABY 10- 68 c 30- 6 8 ACT-I 4PI

79AL2 25MN5 5 Gy 1 N ABX 10- 37 D 10- 37 BF3-I 4PI

73AL6 25MN55 Gy 2N ABX 19- 37 D 17- 37 BF3-I 4PI

79AL2 25MN55 G y 2 N ABX 19- 37 0 1 7- 37 BF3-I 4PI

73AL6 25MN55 Gy 3N ABX 31- 37 0 29- 37 BF3-I API

73CA3 25MN55 G y 3 N ABY 31-999 C300- 999 ACT-I API ISM YLDy ANAL 79DI1

73DE7 25MN55 C-y 3N ABY 31-999 C300- 999 ACT-I API 999 = 1 GEV

74DI8 25MN55 Gy 3N ABY 31-999 C100- 999 ACT-I API 999 = 1 GEV

78DA1

3

25MN55 G y 3 N ABY THR* 5 c 2* 5 ACT-D API *GEVy ISOMER YLO

79AL2 25MN55 Gy 3N ABX 31- 37 D 29- 37 8F3-I API

32
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

73CA3 25MN55 G/4N ABY 33-999 C300-999 ACT-I 4PI

73DE7 25MN55 G/-4N ABY 41-999 C300-999 ACT-I 4PI 999 = 1 GEV

70IS7 25MN55 G/XN ABX 10- 30 C 7- 30 BF3-I 4PI

73VA5 25MN55 GxXN ABX 10- 23 C 10- 23 BF3-I 4PI

74CA6 25MN55 G/-XN ABX 10- 23 C 10- 23 BF3-I 4PI

73JA3 25MN55 GrNA24 ABY THR-999 C100-999 ACT-I 4PI 999=1 GEV

75ER2 25MN55 G/SC44 ABY THR-800 C250-800 ACT-I 4PI ISOMER RATIO

78DA1

3

25MN55 G/SC44 ABY THR* 5 C 2* 5 ACT-D 4PI *GEVr ISOMER YLO

73ER1 25MN55 GrSPL NOX o-soo C100-B00 ACT-I 4PI SC44 ISOMER RATIO

770A3 25MN55 G/’SPL ABY THR* 5 C 2* 5 ACT-I 4PI ENERGY IN GEV

78DI1 2 25MN55 Gr SPL ABY THR-999 C300-999 ACT-I 4PI YLDS 24NA TO 51CR

A ABUND.

G/N G/-P

IRON Z=26

SEPARATION ENERGIES

G/T G>>HE3 G<A

(MEV)

G^2N G/NP G/2P

54 5.3 13.4 8.9 23.0 19.7 8.4 24.1 20.9 15.4

56 91.8 11.2 10.2 20.9 20.3 7.6 20.5 20.4 18.3

57 2.1 7.6 10.6 19.6 IS. 2 7.3 18.8 17.3 19.6

58 0.3 10.0 11.9 19.4 22.0 7.6 17.7 20.6 21.5

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

73BA20 2oFE G^N NOX 11- 27 C 10- 27 BF3-I 4PI MEAN NEUTRON ENERGY

74AB1

1

26FE G/N ABX 11- 13 C 11/ 13 TOF-D 78

74AB1

2

26FE G/N ABX 11- 13 C 11/ 13 TOF-D 78

76KI7 26FE G/N ABX 10- 11 C 11- 14 TOF-0 78 11.25-13.25 BRMS

75ER2 26FE G/SC44 ABY THR- 800 C250-800 ACT-I 4PI ISOMER RATIO

78DI1 2 26FE G/ SPL ABY THR- 999 C300-999 ACT-I 4PI YLOS 24NA TO 54MN

76EM2 26FE G/F ABY THR- 999 C999 TRK-I 4PI 999=1 GEV

72LI3 26FE54 E/E/ FMF 1/ 5 D150/225 MAG-D DST B(EL) LV 1.17/ 3.75

73H04 26FE54 E/E/ FMF 1 / 5 0209 MAG-D OST 1.41/ 2.54/ 4.78

81 LI2 26FE54 E/E/ FMF 13 D131-338 MAG-D DST 5 M8 STATES 8“14 MEV

76LA1 26FE54 G/G LFT 6 D 6 SCD-D DST 6=6.13 MEV

76VE3 26FE54 G/N RLX 13- 27 C 13- 27 SCI-D UKN

77HI5 26FE54 G/N ABI 13- 30 C 18- 30 ACT-I 4PI thick BRMS TARGET

77RA3 26FE54 G/N SPC 16- 26 C 15- 26 SCI-D UKN FAST NEUTS

7SN02 26FE54 G/N ABX 13- 25 C 12- 18 ACT-I 4PI

7BMA1

0

26FE54 G / 2 N ASY 24- 68 C 30- 68 ACT-I 4PI

78MA1

0

26FE54 G/NP ABY 21- 68 C 30- 68 ACT-I 4PI TO GROUND STATE

72LI3 26FE56 E/E/ FMF 1 0150/225 MAG-D DST B(EL) LV .85

72T06 26FE56 E/E/ SPC 0- 37 D250 MAG-D 35

73T01 26FE56 E/E/ FMF 10- 35 D150/250 MAG-D DST FMF OF 16.1 MEV LV

30AL1 2BFE56 m s m RLX 0- 70 0100-373 MAG-0 DST Q 210-410 MEV/C

30MC3 26FE56 E/E/ ABX 10*200 0100-999 MAG-D DST 999=14 GEV/ *DLTE

81 D02 26FE56 E/P ABX 10- 100 0 16-100 MAG-D OST VIRTUAL PHOTON ANAL

80SK5 26FE56 E/A ABX 7- 50 0 26- 50 MAG-D DST VIRTUAL PHOTON ANAL

81 D02 26FE56 E/

A

ABX 7- 100 D 16-100 MAG-O OST VIRTUAL PHOTON ANAL

79KU4 26F656 G/G LFT 6- 12 C 14 SCO-D DST 7 LEVELS

81 B05 26FE56 G/G ABX 15- 23 0 15- 23 NAI-D 90

73VE3 26FE56 G/N ABX 11- 14 C 11/ 13 TOF-D 93

33
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/-OUT TYPE ANG REMARKS

76AB9 26FE56 G/-N ABX 11- 14 C 11- 14 TOF-D 78

78MA10 26FE56 GxNP ABY 20- 68 C 30- 68 ACT-I 4PI

78MA1

0

26FE56 G/NA ABY 20- 68 C 30- o8 ACT-I 4PI

76RI2 26FE56 P/G ABX 14- 22 D 3- 12 NAI-D 90

76RI2 26FE56 ArG ABX 14- 22 D 7- 16 NAI-D 90

72LI3 26FE53 ErE/ FMF 1 < 4 D1 50/-225 MAG-D DST 0(EL) LV .31-^3.36

COBALT 1-11

A

59

ABUND.

1 00.

G/N

10.5

SEPARATION ENERGIES (MEV)

G/P G/T G/-HE3 G/-A G/-2N G/NP

7.4 16.6 20.3 7.0 19.0 17.4

G/-2P

19.3

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN^OUT TYPE ANG REMARKS

74MA1 27C055 P/-G ABX 9- 22 0 4- 17 NAI-D DST

76CA4 27C055 S P/-G ABX 14- 22 D 8- 1 5 NAI-D DST POLARIZED PROTONS

78WE4 27C055 $ P/G RLX 13- 20 0 8- 15 UKN-D DST POLARIZED PROTONS

30HA5 27C055 P/G JPI 6- 7 D 1- 2 SCD-D DST 10 STATES 6. 2-7.3 MEV

80UL2 27C055 P/G RLY 6 D 1 SCD-D DST J-PI/ 6.754 MEV

74ES3 27C057 P/G lft 7- 8 D 1- 2 SCO-D DST

74MA1 27C057 P/G ABX 10- 24 D 4- 18 NAI-D DST

76CA4 27C057 $ P/G ABX 14- 24 0 8- 1 5 NAI-D DST POLARIZED PROTONS

78F03 27C057 P/G LFT 9 D 4 SCD-D DST 9=9.689/9.696

78WE4 27C057 S P/G RLX 14- 31 D 3- 1 5 UKN-D DST POLARIZED PROTONS

81 ELI 27C057 P/G LFT 7 D 1. SCD-D DST LEVEL 7.598/ J-PI

81 D02 27C059 E/P ABX 7- 100 D 16- 100 MAG-D DST VIRTUAL PHOTON ANAL

7STS1 27C059 E/XP ABX 1 5- 29 0 15- 29 MAG-D 90 VIRTUAL PHOTON ANAL

81 D02 27C059 E/A ABX 7- 100 0 16- 100 MAG-D DST VIRTUAL PHOTON ANAL

75B011 27C059 G/G LFT 1 C 2 UKN UKN 1190 KEV

81 CA2 27C059 G/G LFT 1- 2 c 0- 2 SCO-D DST 1.10/ 1.46/ 1 .48 MEV

73AL6 27C059 G/N ABX 10- 37 0 10- 37 BF3-I 4PI

73BA20 27C059 G/N NOX 10- 27 c 10- 27 BF3-I 4PI MEAN neutron ENERGY

74AB1

2

27C059 G/N ABX 10- 13 c 11/ 13 TOF-D 73

78MA1

0

27C059 G/N ABY 10- 68 c 30- 68 ACT-I 4PI

79AL2 27C059 G/1 N ABX 10- 37 D 10- 37 BF3-I API

73AL6 27C059 G / 2 N ABX 19- 37 D 17- 37 BF3-I 4PI

77016 27C059 G/2N ABY THR- 999 ^ 300- 999 ACT-I API 999=1 GEV

78MA1

0

27C059 G/ 2N ABY 19- 68 C 30- 6 8 ACT-I API

79AL2 27C059 G/2N ABX 19- 37 0 17- 37 BF3-I API

73AL6 27C059 G/ 3N ABX 29- 37 0 29- 37 BF3-I API

77DI6 27C059 G/3N ABY THR- 999 C300- 999 ACT-I API 999=1 GEV

79AL2 27C059 G/3N ABX 30- 37 D 29- 37 8F3-I API

77DI6 27C059 G/4N ABY THR- 999 C300- 999 ACT-I API 999=1 GEV

74D A2 27C059 G/P ABY 10- 450 C450 TEL-D 90

75WE4 27C059 G/P ABX 18 D 18 SCD-D 90 18 = 17.6 MEV

73FI7 27C059 G/P NOX 45- 85 C 60- 100 MAG-D DST

74DA2 27C059 G/T ABY 22- 450 C450 TEL-D 90

740A2 27C059 G/HE3 ABY 30- 450 C450 TEL-D 90

74DA2 27C059 G/

A

ABY 17- 450 C450 TEL-D 90

73JA3 27C059 G/NA24 ABY THR- 999 C100- 999 ACT-I API 999=1 GEV

34
REF

NUCLIDE

Z A REACTION

IN/OUT

RES EXCIT SOURCE DETECTOR

TYPE ANG REMARKS

75ER2 27C059 G^SC44 ABY THR-800 C250-800 ACT-I 4PI ISOMER RATIO

73ER1 27C059 G/SPL NOX THR-800 C100-800 ACT-I 4PI SC44 ISOMER RATIO

78011

2

27C059 G/SPL ABY THR-999 C300-999 ACT-I 4PI YLDS 24NA TO 52FE

76CA4 27C059 $ P/G ABX 12- 23 D 5-15 NAI-D DST POLARIZED PROTONS

78WE4 27C059 $ PrG RLX 14- 23 D 7-15 UKN-0 DST POLARIZED PROTONS

A ABUND.

G/N

NICKEL Z=28

SEPARATION ENERGIES

G/P G/T G/HE3 GxA

(MEV)

G^2N GxNP G/2P

58 68.27 12.2 8.2 21.2 17.7 6.4 22.5 19.6 14.2

60 26.10 11.4 9.5 20.1 19.2 6.3 20.4 20.0 16.9

61 1.13 7.8 9.9 19.3 17.0 6.5 19.2 17.4 18.1

62 3.59 10.6 11.1 19.5 21.0 7.0 18.4 20.5 19.9

64 0.91 9.7 12.5 19.1 23.0 8.1 16.5 20.9 22.7

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

74WH3 28NI E/E/ ABX 0- 300 0500 MAG-D 60 QUASI-ELASTIC

76VL1 28NI E/E/ ABX 100- 500 0 1* 2 MAG-D DST *E IN GEV/ 1 .2/ 1.36

79FL2 2bNI E/

A

SPC 10- 120 01 20 MAG-D DST PREEQUILIB ALPHAS

80MC6 23NI E/A ABX 28- 120 D 28-120 MAG-D DST

73BA20 28NI G/N NOX 11- 27 C 10- 27 BF3-I 4PI MEAN NEUTRON ENERGY

68C03 23NI G/XN ABX 11- 34 C 11- 34 BF3-I 4PI

80MC6 28NI G/

A

ABY 6- 120 C 28-120 mag-d DST

76EM2 28NI G/F ABY THR- 999 C999 TRK-I 4PI 999=1 GEV

73IT1 28NI58 E/E/ FMF 0- 7 D183/250 MAG-D 82 LEVEL AT 5.15 MEV

76LI6 28NI58 E/E/ ABX 9- 11 D 40- 75 MAG-D DST 4 Ml STATES

78LI3 28NI58 E/E/ FMF 5 D1 20-264 MAG-O DST

30PI2 2 3 N I 5 5 m \ m ABX 7- 40 0102 MAG-D DST B(EL)

76M05 28NI58 E/E/P ABX 8* 80 D497 MAG-D 53 MISSING ENERGY

81 BR2 28NI55 E/N ABX 40/ 80 D 40/ 80 ACT-I 4PI NI57 PRODUCTION RATES

73MI7 28NI58 E/P ABX 14- 26 0 0- 26 MAG-D DST

79V04 28NI58 E/P ABX 1 2- 35 0 12- 35 MAG-D UKN VIRTUAL PHOTON ANAL

80V02 28NI58 E/P ABX 8- 35 C 12- 30 TEL-D DST VIRTUAL PHOTON ANAL

79W03 28NI53 E/XP ABX 8- 50 0 16- 50 MAG-D 4PI VIRTUAL PHOTON ANAL

80W01 2SNI58 5/XP ABX 8- 50 0 16- 50 MAG-D DST VIRTUAL PHOTON ANAL

79W03 28NI58 E/X A ABX 6- 50 D 16- 50 MAG-D 4PI VIRTUAL PHOTON ANAL

80W01 23NI58 E/XA ABX 6- 50 0 1 6- 50 MAG-D DST VIRTUAL PHOTON ANAL

79V04 28M58 E/

A

ABX 12- 35 D 12- 35 MAG-D UKN VIRTUAL PHOTON ANAL

80V02 28NI58 E/

A

ABX 6- 35 C 1 2- 30 TEL-D DST VIRTUAL PHOTON ANAL

31 AC1

1

28NI58 G/G LFT 6- 10 C 6- 10 SCD-0 DST 10 LEVELS

73FU4 28NI53 G/N ABX 12- 34 0 12- 34 BF3-I 4PI

74FU3 28NI58 G/N ABX 12- 34 D 12- 34 3F3-^I 4PI SEP ISOTOPES

78MA1

0

28NI53 G/N ABY 12- 68 C 30- 68 ACT-I 4PI

81 BR2 28NI 58 G/N ABY 12- 80 C 40/ 30 ACT-I 4PI NI57 PRODUCTION RATES

73FU4 23NI58 G/ 2N ABX 22- 34 D 22- 34 BF3-I 4PI

74FU3 28NI58 G/2N ABX 22- 34 D 22- 34 BF3-I 4PI SEP ISOTOPES

78MA1

0

23NI58 G/ 2N ABY 22- 68 C 30- 68 ACT-I 4PI

72SH10 25NI56 G/P ABX 13- 24 C 13- 24 MAG-D 90 ISOB ANALOG STATES

75VA1 28N:58 G/P SPC 8- 22 C 18- 22 SCD-O UKN

75WE4 28NI58 G/P ABX 18 D 18 SCD-D 90 18=17.6 MEV

77IS1 26NI55 G/P NOX 12- 32 C 18- 32 SCD-D 90 DECAY BRANCHING

35
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

7SMA1

0

23NI55 Gr NP ABY 20- 68 C 30- 68 ACT-I 4PI

80AR1

1

2SNI 58 G/.SPL ABY THR-999 C999 ACT-I 4PI 999=4.5 GEV

78ME1 28NI58 ArG ABX 13- 19 0 7- 14 NAI-D DST

73GU7 28NI60 E/-E/ SPC 10- 30 01 98-201 MAG-D DST FMF/13.0/ 16.3 MEV

73IT1 23NI60 E/E/ FMF 0- 7 0183/250 MAG-D 82 LEVEL AT 5.53 MEV

74YE1 23NI60 E/E/ FMF 1 0 30- 60 MAG-0 DST 1.332 MEV 2+

76LI6 23NI60 E/E/ ABX 11- 14 0 40- 60 MAG-D 180 4 Ml STATES

80PI2 28NI60 E/E/ ABX 7- 40 0102 MAG-D DST B(EL)

81 LI4 23NI60 E/E/ FMF 7- 15 0 1* 3 MAG-0 DST *DLTQ 1.5-2. 7 FM-1

73MI7 2oNI60 E/P ABX 14- 26 0 0- 26 MAG-D DST

80V02 23NI60 E/P ABX 9- 30 c 12- 35 TEL-D DST VIRTUAL PHOTON ANAL

79W03 23NI60 E/XP ABX 9- 30 0 16- 50 MAG-D API VIRTUAL PHOTON ANAL

30W01 23NI60 E/XP ABX 50 D 16- 50 MAG-D DST VIRTUAL PHOTON ANAL

79W03 23NI60 E/XA ABX 6- 30 0 16- 50 MAG-D 4PI VIRTUAL PHOTON ANAL

aOkJOl 28NI60 E/XA ABX 6- 50 0 16- 50 MAG-D DST VIRTUAL PHOTON ANAL

78FL1 28NI60 E/

A

SPC 6-1 20 D 33-120 MAG-D DST

30V02 28NI60 E/

A

ABX 9- 30 C 12- 35 TEL-D DST VIRTUAL PHOTON ANAL

81 B05 28NI60 G / G ABX 15- 23 0 15- 23 NAI-D 120

78505 28NI60 G/G/ ABX 15- 22 D 15- 22 NAI-D 120

73FU6 23NI60 G/N ABX 11- 34 D 11- 34 BF3-I 4PI

73VE3 23NI60 G/N ABX 11- 14 C 12/ 13 TOF-D 93

74FU3 23NI60 G/N ABX 11- 34 0 11- 34 BF3-I 4PI SEP ISOTOPES

75KI1

2

28NI60 G/N ABX 11- 13 C 11- 13 TOF-D 78

73FU6 28NI60 G/2N ABX 19- 34 0 19- 34 BF3-I 4PI

74FU3 23NI60 G/ 2N ABX 20- 34 D 20- 34 8F3-I 4PI SEP ISOTOPES

72SH1

0

28NI60 G/P ABX 15- 25 C 15- 25 MAG-D 90 ISOB ANALOG STATES

77IS1 2SNI60 G/P NOX 13- 28 C 17- 28 SCD-D 90 DECAY BRANCHING

78^1A1 0 28NI60 G/NP ABY 20- 68 C 30- 68 ACT-I 4PI

74F02 23NI60 P/G ABX 16- 17 D 7- 18 NAI-D 90

78TU2 23NI60 $ P/G ABX 10- 25 0 6- 17 NAI-D DST POLARIZED PROTONS

78WE4 28M60 $ P/G RLX 16- 23 D 6- 13 UKN-D DST POLARIZED PROTONS

733R7 23NI60 A/G ABX 14- 22 D 8- 16 NAI-D DST NO ANG DST DATA

74F02 28NI60 A,G ABX 13- 23 0 8- 18 NAI-0 DST

74F04 28NI60 A/G ABX 14- 22 0 8- 17 NAI-D 90

81CA2 28NI61 G/G LFT 1 C 0- 2 SCD-D DST 1.186 MEV

72LI5 28NI62 E/E/ FMF 1/ 4 01 50/225 MAG-D DST B(EL) LV 1.17/ 3-75

73MI7 23NI62 E/P ABX 16- 29 0 0- 29 MAG-D DST

79W03 28NI62 E/XP ABX 11- 30 0 16- 50 MAG-D 4PI VIRTUAL PHOTON ANAL

3CW01 2SNI62 E/XP ABX 11- 50 0 16- 50 MAG-D DST VIRTUAL PHOTON ANAL

79W03 23NI62 E/XA ABX 7- 30 0 16- 50 MAG-D 4PI VIRTUAL PHOTON ANAL

30W01 23NI62 E/XA ABX 7- 50 0 16- 50 MAG-O DST VIRTUAL PHOTON ANAL

74M04 28NI62 G/G LFT 7 0 7 SCD-D DST 7=7.646 MEV

74M07 23NI62 G/G NOX 7 0 7 NAI-O 135 7=7.646 F(TEMP)

81 CA2 2SNI62 G/G LFT 1 C 0- 2 SCD-D DST 1.173 MEV

72SH1

0

28NI62 G/P ABX 16- 27 C 16- 27 MAG-D 90 ISOB ANALOG STATES

75RA2 28NI62 G/P RLY 11- 16 C 14- 16 ACT-I 4PI

75R A2 23NI64 G/P RLY 12- 17 C 15- 17 ACT-I 4PI

8CAR1

1

28NI64 G/SPL ABY THR-999 C999 ACT-I 4PI 999=4.5 GEV

36
COPPER Z=29

A ABUNO.

G>>N G/P

SEPARATION 5 G/’T G/-HE3

NERGIES

G/A

(MEV)

G/2N G/NP G/2P

63 69.17 10.9 6.1 16.1 13.9 5.8 19.7 16.7 17.2

65 30.83 9.9 7.4 15.5 20.7 6.8 17.8 17.1 20.0

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

74TI3 29CU E/E/ ABX 0-600 0999 MAG-0 DST 999=1.2 GEV

77MU3 29CU E/A ABX 1 2-100 0100 MAG-0 DST

74N02 29CU E/C058 RLX THR-999 C300-999 ACT-I 4PI 999=1.2 GEV/ E/G

76WA3 29CU G/PI + ABY 140-250 C250 MAG-0 90

793AS 29CU G/PI + SPC 568*668 C750 MAG-0 DST *AVG PHOTON ENERGY

76WA3 29CU G/PI- ABY 140-250 C250 MAG-0 90

79BA8 29CU G/PI" SPC 418*718 C750 MAG-0 DST *AVG PHOTON ENERGY

31 AR1 29CU G^MU-T ABX 215-386 D215-386 TOF-D 4PI DATA ALSO IN 81AR3

81 AR3 29CU G/MU-T ABX 215-386 0215-386 TOF-D 4PI

72K08 29CU G/N NOX 10- 22 C 12- 22 THR-I DST

73BA20 29CU G/N NOX 10- 27 C 10- 27 BF3-I 4PI MEAN neutron ENERGY

62MI3 29CU G/XN ABX 10- 20 0 10- 20 BF3-I 4PI

73EY3 29CU G/XN SPC 22-243 C234 TOF-D 90 NEUTS E ABOVE 12 MEV

S0AD10 29CU G/P ABY THR-500 C500 TEL-D DST

73D09 29CU G/XP ABY 86-400 C400 TEL-D DST

73D011 29CU G/XP ABY 90-400 C400 TEL-D DST

76BA7 29CU G/ JNKP ABY THR* 2 C * 2 ACT-I 4PI *GEV/ K=1-10/ J=1-19

80AD10 29CU G/D ABY THR-500 C500 TEL-D DST

80AD1

0

29CU G/T ABY THR-500 C500 TEL-D DST

80AD1

0

29CU G/HE3 RLY THR-500 C500 TEL-0 DST

80A01

0

29CU G/A ABY THR-500 C500 TEL-D DST

73JA3 29CU G/NA24 ABY THR-999 C100-999 ACT-I 4PI 999=1 GEV

77JA2 29CU G / N A 2 4 ABY THR-999 C400-999 ACT-I 4PI 999=1 GEV

78DA13 29CU G/SC44 ABY THR* 5 C 2* 5 ACT-D 4PI *GEV/ ISOMER YLO

78DA13 29CU G/MN52 ABY THR* 5 C 2* 5 ACT-D API *GEV/ ISOMER YLD

74N02 29CU G/C058 RLX THR-999 C300-999 ACT-I API 999=1.2 GEV/ E/G

77DA3 29CU G/SPL ABY THR* 5 C 2* 5 ACT-I API *ENERGY IN GEV

76EM2 29CU G/F ABY THR-999 C999 TRK-I API 999=1 GEV

77JA1 29CU G/F NOX THR-800 C800 ACT-I DST MEAN FRAGMENT RANGES

74SE1

2

29CU59 P/G SPC 8- 9 0 4-6 SCD-D DST

77KR7 29CU59 P/G LFT 4- 5 0 1-2 SCD-D 90 5 STATES/ 4.35/ 5.31

74KR3 29CU61 P/G LFT 6- 7 0 1-2 SCD-D 90 B(M1 ) 75KR1

5

29CU61 P/G LFT 6- 7 0 1-2 NAI-D 90

72KL7 29CU63 E/E/ FMF 1 0 25- 85 MAG-0 DST 1=0.96

77KN2 29CU63 E/N ABX 11- 32 0 20- 32 ACT-I API

80GA3 29CU63 E/N ABY 10-999 0320-999 ACT-I API 999=1.2 GEV

78MU9 29CU63 E/A ABX 5-100 0100 MAG-0 DST

77KN2 29CU63 E + /N ABX 11- 32 0 20- 32 ACT-I API

78AR9 29CU63 G/MU-T ABX THR* 30 C 12* 30 NAI-D API *ENERGY IN GEV

75B011 29CU63 G / G LFT 670*962 C 2 UKN UKN *KEV

76SW7 29CU63 G/G LFT 1- 5 C 1- 5 SCD-D DST 24 LV 1.32-4.51 MEV

81CA2 29CU63 G/G LFT 1 / 1 C 0- 2 SCD-0 DST 1.327/ 1.412 MEV

790Z2 29CU63 G/N ABX 12- 25 0 12- 25 ACT-D API

80GA3 29CU63 G/N ABY 10-999 0320-999 ACT-I API 999=1.2 GEV

7SMA1

0

29CU63 G/2N ABY 20- 68 C 30- 68 ACT-I API

75WE4 29CU63 G/P ABX 18 0 18 SCD-D 90 18=17.6 MEV

77AL9 29CU63 G/P ABX 70-999 C 2* 5 TEL-D DST *E IN GEV/ 999=4. 5GE

37
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN, OUT TYPE ANG REMARKS

81 ALS 29CU63 G,P ABY 6-999 C999 TEL-O OST 999=4.5 GEV

79EG3 29CU63 G/XP RL Y 6-250 C130/250 MAG-0 OST

78MA1 0 29CU63 G,NA ABY 16- 68 C 30- 68 ACT-I 4PI

74WIS 29CU63 P,G LFT 9 0 2- 3 SCD-0 55 14 LVS 2.612-2.670

75KR14 29CU63 P/G SPC 3-9 0 2- 3 SCD-D UKN

75KR1 5 29CU63 P,G LFT 8-9 0 2- 3 NAI-D 90

77KR6 29CU63 P,G NOX 3- 9 D 2- 3 SCO-0 DST 3.57/ 8.74/ 3.64 MEV

77=>03 29CU65 E,E/ FMF 0- 5 D120 MAG-0 DST 8 STATES .77-4.26 MEV

71CL1 29CU65 $ G/G NOX 3 D 3 SCD-0 DST 3=3.484 MEV

74W02 29CU55 $ G , G LFT 6-8 0 6- 8 SCD-D DST 6.556 MEV

75301 1 29CU65 G,G LFT 0- 1C 2 UKN UKN 771 AND 1115 KEV

7 6 S W 7 29CJ65 G , G LFT 1 - 5 C 1- 5 SCD-0 DST 30 LV 1.48-4.53 MEV

81 CA2 29CU65 G,G LFT 1 C 0- 2 SCD-D DST 1.482 MEV

75i^02 29CU65 G/N RLY 20- 40 C 20- 40 ACT-I 4PI RATIO (G/N)/(E/N)

73MA1

0

29CU65 G/N ABY 10- 68 C 30- oS ACT-I 4PI

75W02 29CU65 G, 2N RLY 21- 38 C 21- 38 ACT-I 4PI RATIO (G/2N) / (E/2N)

81 AVI 0 29CU65 S G/XP RLX 0* 2 C 0* 2 TEL-D 100 COH-BRMS .69*1.95 GEV

81 AVI 3 29CU65 $ G/XP ASM 0* 2 C 0* 2 TEL-D 100 C0H-3RMS .69*1.95, GEV

ZINC Z = 3C

A ABUNO. SEPARATION ENERGIES (MEV)

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

6 4 4 3.6 11.9 7. 7 19 .0 16.7 4.0 21.0 18.6 13.8

66 27.9 11.1 8. 9 18 .3 18.3 4.6 19.0 18.3 16.4

67 4.1 7.1 S. 9 1

7

.4 15.7 4.8 18.1 16.0 17.3

68 13.8 10.2 10. 0 1 7 .7 19.8 5.3 17.3 19.1 18.5

70 0.6 9.2 10. 9 17 .2 21.0 6.0 15.7 19.5 *

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

73BA20 30ZN G/N NOX 10- 27 C 10- 27 BF3-I 4FI MEAN NEUTRON ENERGY

76EM2 30ZN G/p ABY THR-999 C999 TRK-I 4PI 999=1 GEV

73NE4 30ZN54 E/E/ FMF 0- 3 D150/275 MAG-D OST

76NE1 30ZN64 E/E/ A3X 1 - 3 0 40-112 MAG-D DST 2+/ 2+/ 3- STATES

77NE3 30ZN64 E/E/ FMF 1- 3 0100-275 MAG-D DST LVS .992/ 1.80/ 2.305

7 7N E 4 3CZN64 E/ E/ FMF 10- 35 C UXN MAG-D UKN B (EL)

31 DC 2 30ZN 04 E/P ABX 7-100 D 16-100 MAG-D DST VIRTUAL PHOTON ANAL

8 1 D C 2 30ZN64 E / A ABX 4-1CC D 1 6-100 MAG-O DST VIRTUAL PHOTON ANAL

21 CA2 3 0 Z N 6 4 G/G LFT 0 c 0- 2 SCD-D DST .992 MEV

730E3 3 0 Z N 0 4 G/N RLX 20- 22 0 20- 22 ACT-I 90

73DE3 3QZN64 G/N ABX 20- 22 0 20- 22 ACT-I API

73YA1 30ZN64 G/N RLX 11- 30 C 12- 30 ACT-I API

76CA1 30ZN64 G/N ABX 12- 30 0 12- 30 MOD-I API

76CA1 30ZN64 G/ 2N ABX 15- 30 0 12- 30 MOD-I API

741 S3 30ZN64 G/XN ABX 11- 27 C 11- 27 BF3-I API SEPERATED ISOTOPES

75G01 30ZN64 G/XN ABX 12- 25 C 9- 25 BF3-I API

78VE6 30ZN64 G/XN ABX 16- 26 C 12- 27 SCI-D API NEUTS ABOVE 3.7 MEV

78VE7 3 0 Z N 64 G/XN SPC 16- 26 C 1 5- 27 SCI-D API NEUTS ABOVE 3 MEV

73CL6 30ZN64 G/XP ABX 8- 26 C 15- 26 SCD-D DST

73YA1 30ZN64 G/NP RLX 19- 30 C 19- 30 ACT-I API

33
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

76NE1 30ZN66 E/E/ ABX 1‘ 3 D 40-112 MAG-D DST 2+/ 3- states

77NE3 30‘ZN66 E,E/ FMF 1- 3 D100-275 MAG-D DST LEVELS 1.039/ 1 73SZ2 3CZN66 G/-G LFT 8 0 8 SCD-D DST 8=7.693

81CA2 30ZN66 GrG LFT 1 C 0- 2 SCD-D DST 1.040 MEV

75G01 30ZN66 G/-XN ABX 11- 25 C 9- 25 BF3-I 4PI

73LI3 30ZN63 E/-E/ FMF 1/ 3 0225 MAG-O DST LEVELS 1.08/ 2.

76NE1 30ZN68 E/E/ ABX 1- 3 D 40-112 MAG-D DST 2+/ 3- STATES

77NE3 30ZN63 E/E/ FMF 1- 3 DlOO-275 MAG-D DST LEVELS 1.077/ 1 81 C A2 30ZN68 G/-G LFT 1 C 0- 2 SCD-D DST 1 .077 MEV

74IS3 30ZN63 GxXN ABX 10- 27 C 10- 27 BF3-I 4PI SEP ISOTOPES

75G01 30ZN68 G/XN ABX 10- 25 C 9- 25 BF3-I 4PI

77BU1

1

30ZN68 G^P ASX 10-800 C 75-800 ACT-I 4PI

76NE1 30ZN70 E/E/ ABX 1- 2 D 40-112 MAG-D DST 2+/ 2+ STATES

GALLIUM II

A ABUNO. SEPARATION ENERGIES (MEV)

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

69 60.1 10.3 6. 6 1 5 .4 18.0 4.5 18.6 16.8 16.6

71 39.9 9.3 7. 9 15 .1 19.7 5.3 17.0 17.1 18.8

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

76CA1 31GA G/N ABX 9- 26 D 9- 26 MOD-I 4PI

76CA1 31GA G/2N ABX 17- 26 D 9- 26 MOO-I 4PI

73AR1 31GA69 G/G LFT 0- 2 C 0- 2 SCD-D 125 12 LEVELS

73M02 31GA69 G/G LFT 6 / 8 D 6/ 8 SCD-D DST LEVELS 7.306/ 6

7SRA4 31GA69 P/G LFT 9 D 3 SCD-D 55 9.858 MEV LEVEL

73AR1 31GA71 G/G LFT 0- 2 C 0- 2 SCD-D 125 6 LEVELS

GERMANIUM Z=32

A ABUND.

G/N G/P

SEPARATION ENERGIES

G/T G/HE3 G/A

(MEV)

G/2N G/NP G/2P

70 20.5 11.5 8.5 18.6 17.6 4.1 19.7 18.8 15.1

72 27.4 10.7 9.7 18.2 19.1 5.0 18.2 1 9.0 17.6

73 7.8 0.8 10.0 17.3 16.7 5.3 17.5 16.5 18.5

74 36.5 10.2 11.0 18.2 21.0 6.3 17.0 20.2 19.9

76 7.8 9.4 12.0 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 0 84-1 20 MAG-D DST 1.04/ 2.562 MEV

75MC1 32GE70 G/N ABX 11- 40 c 10- 40 MOD-I 4PI

76CA1 32GE70 G/N ASX 11- 26 D 11- 26 MOD-I 4PI

873

MEV

883

874

39
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/ OUT TYPE ang remarks

75MC1 32GE70 G/2N ABX 20- 40 C 10- 40 MOD-I 4PI

76CA1 32GE70 G / 2 N ABX 20- 26 0 11- 26 MOO-I 4PI

75G01 32GE70 G/ XN ABX 11- 25 C P- 25 BF3-I 4PI

73MC1

0

32GE70 G/NP ABX 19- 40 C 12- 42 ACT-I 4PI

75MC1 32GE70 G/NP ABX 19- 40 C 10- 40 ACT-I 4PI

7 5 K L 9 32GE72 E/E/ LFT 1 / 2 D 34-120 MAG-D DST 0.835/ 2.515

75MC1 32GE72 G/N AEX 10- 40 C 10- 40 MOO-I 4PI

76C A1 32GE72 G/N ABX 10- 26 0 10- 26 MOD-I 4PI

75MC1 32GE72 G / 2 N ABX 13- 40 U 10- 40 MOD-I 4PI

76CA1 32GE72 G / 2 N ABX 18- 26 D 10- 26 MOD-I 4PI

75GC1 32GE72 G/ X N ABX 11- 25 C 25 iF3-I 4PI

7 3 MCI 0 32GE72 G/NP ABX 19- 40 C 1 2- 42 ACT-I 4PI

75MC1 32GE72 G/NP ABX 19- 40 r 10- 40 ACT-I 4PI

75MC1 32GE74 G/N ABX 10- 40 C 10- 40 MOD-I API

76CA1 32GE74 G/N ABX 10- 26 D 10- 26 MOD-I 4PI

75MC1 32GE74 G/2N ABX 17- 40 C 10- 40 MOD-I 4PI

76CA1 32GE74 G/ ?N ABX 17- 26 Q 10- 26 MOD-I 4PI

75G01 32GE74 G/XN ABX 10- 25 c 9- 25 BF3-I 4PI

73MC1C 32G574 G/P ABX 11- 40 c 9- 40 ACT-I 4PI

75MC1 32GE74 G/P ABI 11- 40 c 10- 40 ACT-I 4PI

75MC1 32GE74 G/NP ABI 20- 40 c 10- 40 ACT-I 4PI

75MC1 32GE76 G/N ABX 9- 40 c 10- 40 MOD-I 4PI

76CA1 32GE76 G/N AEX 9- 26 0 S- 26 MOD-I 4PI

75MC1 32GE76 G/ 2N ABX 16- 40 c 10- 40 MOD-I 4PI

76CA1 32GE76 G/ 2N ABX 16- 26 D S- 26 MOD-I API

75G01 32GE76 G/XN ABX 9- 25 C 9- 25 BF3-I API

73MC1

0

32GE76 G/NP ABX 20- 40 C 12- 42 ACT-I API

75MC1 32GE76 G/NP ABI 20- 40 c 10- 40 ACT-I API

ARSENIC Z=33

ABUNO

.

SEPARATION ENERGIES (MEV)

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

75 1 00. 10.2 6. 9 1 5 .4 19.4 5. 3 18.2 17.1 17.9

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

81CA2 33AS75 G/G LFT 0- 2 0- 2 SCD-D DST 7 LVS/ .57-1. 37 MEV

73BA20 33AS75 G/N NOX 10- 27 C 10- 27 BF3-I API MEAN NEUTRON ENERGY

76CA1 33AS75 G/N ABX 10- 26 D 10- 26 MOD-I API

76CA1 33AS75 G/2N ABX 15- 26 D 10- 26 MOD-I API

75ER2 33AS75 G/SC44 ABY THR- 800 C250- 800 ACT-I API ISOMER RATIO

40
SELENIUM Z=34

A ABUND.

G/N G/P

SEPARATION ENERGIES

G/T G/HE3 G/A

(MEV)

G/-2N G^NP G/2P

74 j. 9 12.1 8.5 19.3 17.2 4.1 20.7 19.3 14.2

76 V.C 11.2 9.5 19.3 18.9 5.1 19.2 19.8 16.4

77 7.6 7.4 9.6 18.7 16.1 5.7 18.6 16.9 17.3

78 23.5 10.5 10.4 IS.

9

20.1 6.0 17.9 20.1 18.4

80 49.6 9.9 11.3 1 8.S 21.5 7.0 16.9 20.4 20.6

82 9.4 9.3 12.2 1 8.S 23.0 8.2 16.0 20.2 22.7

NUCLIDE REACTION RES EXC IT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

73BA20 34SE GrN NOX 10- 27 C 10- 27 BF3-I 4PI MEAN NEUTRON ENERGY

76CA1 34SE76 G/N ABX 11- 2o 0 10- 26 MOD-I 4PI

76CA1 34SE76 G/2N ABX 19- 26 0 10- 26 MOD-I API

75G01 34SE76 G/XN ABX 11- 25 C 9- 25 BF3-I API

76CA1 34SE73 G/N ABX 10- 26 D 10- 26 MOD-I API

76CA1 34SE7S G/2N ABX 18- 26 D 10- 26 MOD-I API

75G01 34SE78 G/XN ABX 10- 25 C 9- 25 BF3-I API

73SZ1

7

34SE80 G/G LFT 8 D 8 SCD-D DST 8=7.819 MEV

76CA1 34SE80 G/N ABX 10- 28 D 10- 28 MOD-I API

76CA1 34SE80 G/2N ABX 17- 28 D 10- 28 MOD-I API

75G01 34SE80 G/XN ABX 9- 25 C 9- 25 BF3-I API

76CA1 34SE32 G/N ABX 9- 26 0 9- 26 MOD-I API

76CA1 34SE82 G/2N ABX 16- 26 D 9- 2 6 MOD-I API

75G01 34SE82 G/XN ABX 9- 25 C 9-2 5 BF3-I API

BROMINE Z=35

A ABUND. SEPARATION ENERGIES (MEV)

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

79 50.69 10.7 6.3 15.8 18.7 5.5 19.0 16.8 16.7

SI 49.31 10.2 7.5 15.9 20.

2

6.5 18.0 17.4 18.8

NUCLID E REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

73BA20 35BR G/N NOX 10- 27 C 10- 27 BF3-I API MEAN NEUTRON ENERGY

77JA2 35BR G/NA24 ABY THR-999 C400-999 ACT-I API 999 = 1 GEV

41
i

KRYPTON Z=36

A ABUND. SEPARATION E NERGIE S (MEV)

G/N GrP G/T G/HE3 G/

A

G/-2N G/NP G^2P

78 0.3 5 12.3 8.2 19.9 16.9 4.4 21.2 19.4 13.5

80 2.25 11.5 9.1 19.6 18,2 5.1 19.9 19.8 15.4

82 11.6 11 .0 9.9 19.5 19.6 6.0 18.8 20.1 17.4

83 11.5 7.5 9.8 19.1 17.2 6.5 18.4 17.4 18.2

84 57.0 10.5 10.7 19.4 21.0 7.1 18.0 20.3 19.4

86 17.3 9.9 11.9 19.2 22.8 8.1 17.0 20.9 21.9

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG

NO DATA NO DATA NO Di

REMARKS

RUBIDIUM Z=37

ABUND. SEPARATION ENERGIES (MEV)

G/-N GrP G GrHE3 Gr A Gr2N GrNP G/2P

85 72.17 10.5 7.0 16 .5 19.6 6.6 19.4 17.5 17.7

87 27.83 9.9 8.6 17 .1 21.8 8.0 18.6 18.5 20.5

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN^OUT

NO DATA

TYPE ANG REMARKS

IN VJ U M t M NO DATA

STRONTIUM Z = 38

A A B J N 0 . SEPARATION ENERGIES (MEV)

G/N G,P G /T G/HE3 G/’

A

Gx2N G/NP G/2P

84 0.5 12.0 9.0 20 .2 17.9 5.2 21.2 19.8 14.6

86 9.9 11.5 9.6 20 C• 19.5 6.3 20.0 20.1 16.7

87 7.0 8.4 9.4 20 .1 17.4 7.3 19.9 18.1 18.0

58 82.6 11.1 10.6 20 .7 21.4 7.9 19.5 20.5 19.2

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/-OUT TYPE ANG REMARKS

733A20 38SR G/’N NOX 11- 27 C 10- 27 BF3-I 4PI MEAN NEUTRON ENERGY

77JA2 3sSR G/-NA24 ABY THR- 999 C400-999 ACT-I 4PI 999=1 GEV

7 3 W 1

6

33SR87 G/’N ABX 3- 11 C 9- 12 TOF-O 130 NO PEAK OBSERVED

74FI1 33SR3S ErE/ FMF 1- 3 C 45-121 MAG-D DST LEVELS 1.84/ 2.74

72SH1

0

38SR88 EyP SPC 17 C 16-18 MAG-0 UKN ISOS ANALOG STATES

745H6 38SRB8 z^P ABX 14- 26 0 14- 30 MAG-D DST

75SH4 38SR88 E r P ABX 16- 26 0 14- 25 MAG-D 90

73DA1

0

38SR88 G ^ G ABX 8- 12 D 8- 12 NAI-D 131

75ME5 38SR88 G r G L F T 4 C 4 SCO-D DST 4=4.744 MEV

77ME5 3SSR36 G/G LFT 1 C 2- 3 SCD-D DST 1=1.836 MEV

42
NUjCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A INxOUT TYPE ANG REMARKS

80IS1 38SR83 G/G LFT 6- 8 C 14 SCO-0 DST SIX SPIN 1 STATES

81WI1 38SR88 $ G/ G NOX 6- 8 C UKN SCD-D 90 $G SOURCE

7ZLII 38SR89 NrG RLX 13- 17 D 7- 11 NAI-D DST

YTTRIUM Z=39

A ABUNO. SEPARATION ENERGIES <MEV)

G/N G/P G/T G^HE3 G/A G/-2N GrNP G/2P

89 100. 11.5 7.1 18.1 19.9 8.0 20.8 18.2 17.7

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A INxOUT TYPE ANG REMARKS

74FI1 39Y 89 E/E/ FMF 1- 4 C 45- 121 MAG-D DST 6 LEVELS

74WH3 39Y 89 . E/E/ ABX 0- 300 D500 MAG-D 60 QUASI-ELASTIC

77PI1 39Y 89 E/E/ ABX 2- 55 C 93 MAG-D DST

74SH6 39Y 89 E/P ABX 10- 24 0 IQ- 30 MAG-D 90

75SH4 39Y 89 E/P ABX 15- 24 D 14- 25 MAG-D 90

73LI3 39Y 89 G/G/ ABX 0- 800 C100- 800 ACT-I 4PI

733A20 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

78MA10 39Y 89 G/N ABY 12- 68 C 30- 68 ACT-I 4PI

72WA3 39Y 89 G/ 2N NOX 20- 50 D 23- 50 ACT-I 4PI ISOMERS

70IS8 39Y 89 G/XN ABX 11- 29 C 11- 29 BF3-I 4PI

80VA1 39Y 89 G/P1 ABX 15- 25 c 13- 25 SCD-D DST

81 VA1 39Y 89 G/PL ABX 7- 25 c 14- 25 SCD-D DST

71G03 39Y 89 G/P ABX 10- 29 c 10- 29 UKN 4PI

30VA1 39Y 89 G/P ABX 13- 25 c 13- 25 SCD-D DST

81 VA1 39Y 89 G/P ABX 7- 25 c 14- 25 SCD-D DST

72PA4 39Y 89 P/G LFT 13- 15 0 5- 9 NAI-D DST

7 8 W E 4 39Y 89 $ P/G RLX 14- 24 0 6- 16 UKN-O DST POLARIZED PROTONS

73NI2 39Y 90 N/G RLY 14- 16 0 6- 9 NAI-D

78BE1 39Y 90 N/G ABX 13- 23 0 6- 16 NAI-D 90

78LI2 39Y 90 N/G RLX 14- 18 D 7- 11 NAI-D DST

A ABUND.

G/N

ZIRCONIUM Z=40

SEPARATION ENERGIES

G/P G/T G/HE3 G/A

(MEV)

G/2N G/NP G/2P

90 51.5 12.0 8.4 20.7 18.8 6.7 21.3 19.8 15.4

91 11.2 7.2 2.7 18.6 14.9 5.5 19.2 15.6 16.3

92 17.1 8.6 9.4 15.7 17.2 3.0 15.8 17.3 17.1

94 17.4 8.2 10.3 15.9 18.5 . 3.8 14.9 17.3 18.9

96 2.8 7.8 11.5 16.1 20.4 4.9 14.3 18.5 21.3

REF

NUCLIDE

Z A REACTION

IN/OUT

RES EXCIT SOURCE DETECTOR

TYPE ANG REMARKS

73BA20 40ZR G/N NOX 8- 27 C 10- 27 BF3-I 4PT MEAN NEUTRON

43
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/’OUT TYPE ANG REMARKS

72FU6 40ZR90 E,E/ FMF 7- 33 D1 50- 250 MAG-D DST B(EL)

72T06 40ZR90 E/E/ FMF 0- 37 D150- 250 MAG-D DST LEVELS 1A/ 16.65

73CE3 40ZR90 E/E/ LFT 9 D 37- 61 MAG-0 180

73H04 40ZR90 E/E/ FMF 2- 3 0209 MAG-D DST 2.19/ 2.75/ 3.08

73T01 40ZR90 E/E/ FMF 5- 37 0150- 250 MAG-D DST

75SI11 40ZR90 E/E/ FMF 2- 6 0 53- 112 MAG-D DST 13 STATES/ 2.18-5.3

76FU1 40ZR90 E/E/ FMF 6- 30 01 50- 250 MAG-D DST ANALYSIS FOR EO

78KN7 40ZR90 E/E/ RLY 3- 10 DUKN MAG-D DST M2 LEVELS

80ME7 4CZR90 E/ E / FMF 3- 10 0 24- 66 MAG-D DST B(ML)/ 21 LEVELS

72SH10 40ZR90 E/P SPC 16- 30 C 16- 30 MAG-D UKN ISOB ANALOG STATES

73AS9 40ZR90 E/P SPC 12- 26 0 30 MAG-D DST

74AS4 40ZR90 E/P SPC 8- 30 D 20- 30 MAG-D 90

74SH6 40ZR90 E/P ABX 12- 24 0 12- 30 MAG-D DST

75SH4 40ZR90 E/P ABX 14- 24 0 14- 25 MAG-D 90

30TA2 40ZR90 E/A ABX 7- 67 0 13- 67 SPK-D DST VIRTUAL PHOTON ANAL

72ME5 40ZR90 G/G LFT 2 c SCD-D DST 2=2.186

74ME2 40ZR90 G/G LFT 2- 6 c 3- 6 SCD-D DST 5 LEVELS 2-6 MEV

768R5 40ZR90 G/N ABX 13- 30 c 13- 32 ACT-I API ISOMER YIELD

78MA10 40ZR90 G/N ABY 12- 68 c 30- 68 ACT-I API

73BR1

2

40ZR90 G/ 2N ABX 21- 28 c 20- 28 ACT-I UKN

763R5 40ZR90 G/2N ABX 20- 31 c 13- 32 ACT-I API

71G03 40ZR90 G/XN ABX 12- 28 c 12- 28 MOD-I API

72AS1

0

40ZR90 G/XN SPC 12- 15 c 20- 24 SCI-D API

72AS1

0

40ZR90 G/XN ABX 12- 28 c 11- 28 BF3-I API

73AS2 40ZR90 G/XN ABX 12- 28 c 1 2- 28 BF3-I API N SPC GIVEN

72AS10 40ZR90 G/P SPC 13- 30 c 35 SCD-D 90

73AS2 40ZR90 G/P SCO 14- 29 c 31 SCD-D 90

733R12 40ZR90 G/P ABX 8- 24 c 14- 24 SCD-D DST

74AS4 40ZR90 G/P SPC 8- 30 c 30 SCD-D 90

76BR5 40ZR90 G/P ABX 8- 23 c 14- 24 SCD-D DST TOTAL AND EXCT STATE

76BR5 40ZR90 G/P ABX 13- 23 c 14- 24 SCD-D DST

76BR5 40ZR90 G/P ABX 14- 31 c 14- 32 ACT-I API ISOMER YIELD

73BR1

2

40ZR90 G/NP ABX 19- 28 c 20- 28 ACT-I UKN

763R5 40ZR90 G/NP ABX 20- 31 c 1 3- 32 ACT-I API

78MA1

0

4CZR90 G/NP ABY 20- 68 c 30- 68 ACT-I API

72HA9 40ZR90 $ P/G ABX 13- 25 0 5- 17 NAI-D OST POLARIZED PROTONS

73HA1

3

40ZR90 P/G ABX 13- 25 0 5- 17 NAI-D DST

74RA3 40ZR90 P/G ABX 13 D 4 SCD-0 55 A=A.75-A.88 MEV

80RA3 40ZR90 A/G ABX 15- 19 0 9- 13 NAI-D DST

73AS9 40ZR91 E/P SPC THR- 26 0 30 MAG-D DST

74A54 40ZR91 E/P SPC 8- 30 0 20- 30 MAG-D 90

77ME6 40ZR91 G/G LFT 1- 5 c 1- 5 SCD-D DST 1 A LVS 1 .2-A.7 MEV

73WI6 40ZR91 G/N ABX 7- 11 c 7- 11 TOF-D 130 PEAK AT 9.1 MEV

74T02 40ZR91 G/N LFT 7- 9 c 9 TOF-D 135

74AS4 40ZR91 G/P SPC 8- 30 c 30 SCD-D 90

44
NIOBIUM Z=41

A ABUND.

G^N G/’P

SEPARATION ENERGIES (MEV)

G/T G/-HE3 G/A Gr2N G/NP G/2P

93 100. 8.8 6.0 13.4 15.7 1.9 16.7 14.7 15.4

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A INrOUT TYPE ANG REMARKS

73G05 41NB93 G/PI + ABY 170-400 C400 BBL-D 90

75T04 41N893 G/PI + ABY 150-400 C300/400 BBL-D 90

73G05 41NB93 G/PI- ABY 170-400 C400 BBL-D 90

75T04 41NB93 GxPI” ABY 150-400 C300/400 BBL-D 90

73SU1

2

41NB93 G^MU-T ABX 10- 26 C 18/ 26 MGP-D API

78BE2 41NB93 GrG LFT 1- 6 D 4- 6 SCD-D DST ALSO G/G/ DATA

733A20 41NB93 G/N NOX 9- 27 C 10- 27 BF3-I API MEAN NEUTRON ENERGY

73MA10 41NB93 G/N ABY 9- 68 C 30- 68 ACT-I API

73G05 41N6P3 G^P ABY 76-400 C400 BBL-D 90

75T04 41NB03 G/P ABY 36-400 C300/400 BBL-D 90

78FI7 41 NB93 G/P NOX 45- 35 C 60-100 MAG-D OST

73MA10 41NB93 G/NA ABY 13- 68 C 30- 68 ACT-I API

740A2 41NB93 G/A ABY 10-450 C450 TEL-D 90

MOLYBDENUM Z = 42

A ABUND. SEPARATION ENERGIES (MEV)

G/N G/P G/T G/HE3 G/A G/2N G/NP 6/2P

92 14.84 12.7 7.5 20.8 16.9 5.6 22.8 19.5 12.6

94 9.25 9.7 8.5 16.7 15.4 2.1 17.7 17.3 14.5

95 15.92 7.4 8.6 16.2 14.2 2.2 17.0 15.9 15.1

96 16.68 9.2 9.3 16.5 16.6 2.8 16.5 17.8 16.1

97 9.55 6.8 9.2 16.1 15.2 2.8 16.0 16.1 16.5

98 24.13 8.6 9.8 16.3 17.4 3.3 15.5 17.9 17.3

100 9.63 8.3 10.6 15.5 13.2 3.2 14.2 18.0 19.5

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

76VL1 42M0 E/E/ ABX 100-500 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

73BA20 42M0 G/N NOX THR- 27 C 10- 27 BF3-I 4PI MEAN NEUTRON ENERGY

77JA2 42M0 G/NA24 ABY THR-999 C400-999 ACT-I 4PI 999=1 GEV

72H06 42M092 E/E/ ABX 1/ 2 D209 MAG-0 DST 1=1.51 / 2=2.85 MEV

72H010 42M092 E/E/ ABX 1 / 2 D209 MAG-D OST 1.5/ 2 .85 MEV

73H04 42M092 E/E/ FMF 1- 3 0209 MAG-0 DST 1.51/ 2.28/ 2.85

75SH4 42M092 E/P ABX 14- 26 D 14- 25 MAG-D 90

78MU9 42M092 E/A ABX 5-100 DlOO MAG-0 DST

79FL2 42M092 E/A SPC 32-120 D1 20 MAG-D 30 PREEQUILIB ALPHAS

81B05 42M092 G/G ABX 15- 23 b 15- 23 NAI-D 90

74BE3 42M092 G/N ABX 12- 30 D 12- 30 BF3-I 4PI

76BA1 42M092 G/N RLY 1 2-UKN C UKN SCO-D 4PI ISOMER RATIO

74BE3 42M092 G/2N ABX 22- 30 D 22- 30 BF3-I 4PI

78MA10 42M092 G/2N ABY 23- 68 C 30- 68 ACT-I 4PI

738E10 42M092 G/ SN ABX 12- 28 0 12- 28 BF3-I 4PI

78BA11 42M092 G/NPG LFT 1 23* C 20/ 40 SCO-D 135 *KEV/ ISOMER LFT

45
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF 1 A IN, OUT TYPE ANG REMARKS

79FL2 42M094 E / A SPC 29-1 2G 0120 MAG-0 30 PREEQUILIB ALPHAS

74BE3 42M094 G,N ABX 9- 28 D 9- 28 BF3-I 4PI

74BE3 42M094 G,2N ABX 15- 28 D 15- 28 BF3-I 4PI

73BE10 42M094 G,SN ABX 9- 28 0 9- 28 BF3-I 4PI

78MA10 42M0<54 G,NP ABY 17- 68 C 30- 68 ACT-I 4PI TO NB92M

78BA1 1 42M094 G,NPG LFT 91* C 20, 40 SCD-D 135 *KEV, ISOMER LFT

78MA1

0

42M094 G/NA ABY 14- 68 c 30- 68 ACT-I 4PI TO ZR89M

81 BC5 42M096 G,G ABX 14- 23 D 14- 23 NAI-D 90

746E3 42M096 G,N ABX 9- 28 D 9- 28 BF3-I 4PI

743E3 42M096 G,2N ABX 16- 28 0 16- 28 BF3-I 4PI

74BE3 42M09O G/3N ABX 26- 29 0 26- 29 BF3-I 4PI

733E10 42M096 G/SN ABX 9- 28 D 9- 28 BF3-I 4PI

78MA1

0

42M096 G,P ABY 9- 68 C 30- 68 ACT-I 4PI TO N895M

73WI6 42M097 G,N ABX 6- 10 c 7- 10 TOF-D 130 PEAK AT 8.1 MEV . 78MA1

0

42M097 G/-P ABY 9- 68 c 30- 68 ACT-I 4PI

74BE3 42M098 G,N ABX 8- 28 D 8- 28 BF3-I 4PI

74BE3 42M09S G,2N ABX 15- 28 D 15- 28 BF3-I 4PI

74BE3 42M098 G/3N ABX 24- 29 D 24- 29 BF3-I 4PI

73BE10 42M098 G,SN ABX 8- 28 0 8- 28 8F3-I 4PI

73M01

2

42M01 GO G,G LFT 5- 8 D 5- 8 SCD-D DST

74W02 42M01 GO $ G,G LFT 6- 8 0 6- 8 SCD-D DST 6.418, 7.637

743E3 42M01 GO G/N ABX 8- 27 0 8- 27 BF3-I 4PI

768A1 42M01 GO G,N RLY THR-UKN C UKN SCD-D 4PI ISOMER RATIO

788A14 42M010G G,N RLY 8- 65 C 65 SCD-D 4PI

78MA1

0

42M01 OG G,N ABY 8- 68 c 30- 68 ACT-I 4PI

78BA1

1

42M01 GO G/-NG LFT 98*450 c 20, 40 SCD-D 135 *KEV, ISOMER LFT

74BE3 42M01 GO G/2N ABX 14- 27 0 14- 27 BF3-I 4PI

74BE3 42MO10G G,3N ABX 21- 28 D 21- 28 BF3-I 4PI

733E10 42M01 OG G,SN ABX 8- 28 D 8- 28 BF3-I 4PI

RUTHENIUM Z=44

A ABUND.

G,N G,P

SEPARATION ENERGIES

G,T G,HE3 G,A

. (MEV)

G,2N G,NP G,2P

96 5.5 10.7 7.4 17.4 14.2 1 .7 19.6 17.3 12.2

98 1 .9 10.3 8.3 17.2 15.4 2.2 13.3 17.7 14.0

99 12.7 7.5 8.4 16.7 13,8 2.3 17.7 15.8 14.7

100 12.6 9.7 9.2 17.0 16.6 2.9 17.1 18.1 15.7

101 17.0 6.8 9.4 16.4 14.8 2.8 16.5 16.0 16.6

102 31.6 9.2 10.1 16.7 18.1 3.4 16.0 13.6 17.5

104 13.7 8.9 10.5 16.7 19.5 4.3 15.1 18.9 19.1

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF 1 A IN, OUT TYPE ANG REMARKS

78BA11 44RU99 G,PG LFT 22* 44 C 20, 40 SCD-D 135 *KEV, ISOMER LFT

783 A1

1

44RU1 01 G,PG LFT 29*173 C 20, 40 SCD-D 135 *KEV, ISOMER LFT

78BA1 1 44RU1 02 G , N G LFT 221*307 c 20, 40 SCO-D 135 *KEV, ISOMER LFT

78BA1

4

44RU1 02 G,D RLY 9- 65 c 65 SCD-D 4PI

783A11 44RU1 02 G,PG LFT 1 92* c 20, 40 SCD-D 135 *KEV, ISOMER LFT

46
RHODIUM Z=45

A ABUND.

G/N G/P

SEPARATION ENERGIES (MEV)

G/T GrHE3 G/A G/2N G^NP G/2P

103 100. 8.1 5.3 14.5 13.3 2.2 15.6 12.7 13.7

REF

NUCLIDE

Z A REACTION

IN/OUT

RES EXCIT SOURCE DETECTOR

TYPE ANG REMARKS

S1CA2 45RH103 G / 3 LFT 0/ 2 C 0- 2 SCD-O DST .803/ 1.277 MEV

72AU13 45RH103 G/N ABY 8-900 C400-900 ACT-I 4PI

74LE1 45RH103 G ^ N ABX 8- 24 0 9- 24 MOD-I 4PI

72AU13 45RH103 G^2N ABY 19-900 C400-900 ACT-I 4PI

74LE1 45RH103 G/2N ABX 19- 24 D 9- 24 MOD-I 4PI

74LA5 45RH103 G^XN SPC 8- 29 C 29 EMU-D DST

72AU13 45RH103 G/Y88 ABY THR-900 C400-900 ACT-I 4PI

PALLADIUM Z=46

A ABUND.

G/N G/P

SEPARATION ENERGIES

G/T G/HE3 G/A

(MEV)

G/2N G/NP G/2P

102 1.0 10.6 7.8 17.3 15.2 2.1 18.9 17.7 13.3

104 11.0 10.0 8.7 17,0 16.4 2.6 17.6 18.0 14.9

105 22.2 7.1 8.8 16.6 14.2 2.9 17.1 15.8 15.7

106 27.3 9.6 9.3 16.8 17.6 3.2 16.6 18.3 16.4

108 26.7 9.2 10.0 16.6 18.5 3.9 15.8 18.5 17.8

110 11.8 8.3 10.5 16.4 19.6 4.4 15.0 18.7 19.2

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

74LE1 46PD G/N ABX 9- 22 0 9- 22 MOO-I 4PI

74LE1 46P0 G/2N ABX 15- 22 D 9- 22 MOD-I 4PI

72H07 46PD106 E/E/ FMF 0/ 1 D250 MAG-D DST 0=.51/ 1=1 .13 MEV

72T06 46PD106 E/E/ SPC 0- 37 0183 MAG-D 35

73H02 46P0106 E/E/ FMF 0- 2 0183/250 MAG-D DST .5/ 1. 1 COMPLX

78AR4 46PD108 E/E/ FMF 0- 2 D 21-121 MAG-D 140

76BA1 46PD108 G/N RLY 9-UKN C UKN SCD-D 4PI ISOMER RATIO

72PE2 46P0110 E/E/ FMF 0/ 0 0 40-110 MAG-D 128 0=.374 / 0=.81 MEV

76LI5 46PD110 E/E/ FMF 0/ 1 0 39^111 MAG-D 127 LEVELS .374/ . 81

768A1 46PD110 G/N RLY 9-UKN C UKN SCD-O 4PI ISOMER RATIO

47
SILVER Z=47

A ABUND.

GrN G/-P

SEPARATION ENERGIES

G/T G/HE3 G/A

(MEV)

G/2N G/NP G^2P

107 51.83 9.6 5.8 13.9 16.4 2.8 17.5 15.4 15.1

109 48.17 9.2 6.5 13.8 17.3 3.3 16.5 15.7 16.4

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

74TI3 47AG E/E/ ASX 0-600 0999 MAG-D DST 999 = 1 .2 GEV

77MU5 47AG E/A ABX 13-100 D1 00 MAG-D 50

73BA20 47AG G/N NOX 9- 27 C 10- 27 BF3-I 4PI MEAN NEUTRON ENERGY

74LE1 47AG G/N ABX 9- 25 D 9- 25 MOD-I 4PI

74LE1 47AG G / 2 N ABX 16- 25 0 9- 25 MOD-I 4PI

74DA2 47AG G/P ABY 10-450 C450 TEL-D 90

80AD1

0

47AG G/P ABY THR-500 C500 TEL-D OST

73D09 47AG G/ XP ABY 89-400 C400 TEL-D DST

80 A01

0

47AG G/D ABY THR-500 C500 TEL-D DST

740A2 47AG G/T ABY 1 9-450 C450 TEL-D 90

80A01

0

47AG G/T ABY THR-500 C500 TEL-D DST

74DA2 47AG G/HE3 ABY 27-450 C450 TEL-D 90

30AD10 47AG G/HE3 RLY THR-500 C500 TEL-D OST

740A2 47AG G/ A ABY 13-450 C450 TEL-D 90

80AD1

0

47AG G/A ABY THR-500 C500 TEL-D DST

77JA1 47AG G/NA24 NOX THR-800 C800 ACT-I DST MEAN FRAGMENT RANGES

77JA2 47AG G/NA24 ABY THR-999 C400- 999 ACT-I 4PI 999 = 1 GEV

76EM2 47AG G/F ABY THR-999 C999 TRX-I 4PI 999=1 GEV

77KN2 47AG1 07 E/ N ABX 10- 32 D 20- 32 ACT-I 4PI

77KN2 47AG107 C + /N ABX 10- 32 D 20^ 32 ACT-I 4PI

76KI6 47AG108 G/F ABY THR-580 C580 TRK-O 4PI

A ABUND

.

G/N

CADMIUM Z=4S

SEPARATION ENERGIES

G/P G/T G/HE3 G/A

(MEV)

G/2N G/NP G/2P

106 1 .3 10.9 7.3 17.3 14.6 1.6 19.3 17.2 12.3

108 0.9 10.3 8.1 17.1 15.8 2.3 18.3 17.7 13.9

110 12.5 9.9 8.9 16.9 16.9 2.9 17.2 18.1 15.4

111 12.8 7.0 9.1 16.6 14.7 3.3 16.9 15.9 16.2

112 24.1 9.4 9.6 16.8 17.9 3.5 16.4 18.5 16.8

113 12.2 6.5 9.8 16.5 15.6 3.9 15.9 16.2 17.6

114 28.7 9.0 10.3 16.7 18.9 4.1 15.6 18.8 18.3

116 7.5 8.7 11.1 16.6 16.6 4.9 14.8 19.1

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

77JA4 43CD G/MU-T LFT 7 D 7 NAI-D 0 7.28/7.63MEV/ RES ABS

72BA1

6

48CD $ G / G RLX 15 D 1 5 NAI-D 90 POL G/ ALSO G/

73HA3 48CD $ G/G RLY 15 D 1 5 NAI-D 90 POLARIZED BEAM

73BA20 48C0 G/N NOX 7- 27 C 10- 27 BF3-I 4PI MEAN NEUTRON ENERGY

74LE1 43CD G/N ABX 9- 25 D 9- 25 MOD-I 4PI

74LE1 48CD G/ 2N ABX 15- 25 D 9- 25 MOD-I 4PI

48
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

73EY3 48C0 G/XN SPC 19-234 C234 TOF-D 90 NEUTS E ABOVE 12 MEV

76EM2 48C0 G/F ABY THR-999 C999 TRK-I 4PI 999=1 GEV

77GI1 48C0110 LFT 1/ 1 D 68/112 MAG-0 DST 2+/ .657/ 1.475 MEV

71G03 43CD110 GrP ABX 11- 30 C 11- 30 UKN 4PI

74L43 43CD111 G/G/ ABY 1 C 1 ACT-I 4PI 1=1.3 MEV

77GI1 ASCD112 E/E/ LFT 1 / 1 D 68/112 MAG-0 DST 2 + / .617/ 1.312 MEV

73WI6 48CD113 G/N ABX 6- 10 C 7- 10 TOF-D 130 PEAK AT 27 MEV

72H07 43CD114 E/E/ FMF 0/ 1 D250 MAG-D DST 0=.56/ 1=1.21 MEV

72PE2 43CD114 E/E/ FMF 0/ 1 0 40-110 MAG-0 128 0=.558/ 1=1.208 MEV

72T06 48CD114 E/E/ SPC 0- 37 D183 MAG-0 35

73H02 43C0114 E/E/ FMF 0- 2 0183/250 MAG-D DST LVS .6/ 1.2 COMPLEX

74YE1 48C0114 E/E/ FMF 1 0 30- 60 MAG-0 DST 0.558 MEV 2+

76GI1 48CD114 E/E/ FMF 0- 3 0 68/112 MAG-D DST .6-2.4 MEV

76LI5 48CD114 E/E/ FMF 0/ 1 0 39-111 MAG-D 127 LEVELS .558/ 1. 208

77GI1 48C0114 E/E/ LFT 1/ 1 0 68/112 MAG-D DST 2+/ .553/ 1.209 MEV

77GI1 48C0116 E/E/ LFT 1/ 1 D 68/112 MAG-D DST 2+/ .513/ 1.214 MEV

INDIUM Z = 49

A ABUNO. SEPARATION ENERGIES (MEV)

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

113 4.3 9 .4 6

.

1 13. 9 16. 8 3. 0 17.1 15.5 15.7

115 95.7 9 .0 6. 8 13. 9 17. 9 3. 7 16.3 15.9 17.1

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

74HA4 49IN S G/G ABX 15 0 15 NAI-D 90 POLARIZED PHOTONS

73BA20 49IN G/N NOX 9- 27 C 10- 27 BF3-I 4PI MEAN NEUTRON ENERGY

79RI1 49IN111 P/G ABX 13- 27 D 8- 22 NAI-D DST

81CA2 49IN113 G/G LFT 1 / 2 C 0- 2 SCD-D DST 1.177/ 1 .510 MEV

73301 49IN115 G/G LFT 1- 2 c 2 SCD-0 123 7 LEVELS

75B011 49IN115 G/G LFT 1 c 2 UKN UKN 1133 KEV

81CA2 49IN115 G/G LFT 1- 2 c 0- 2 SCO-D DST 6 LVS/ 1.18-1.61 MEV

73LI3 49IN115 G/G/ ABX 0- 800 C100- 800 ACT-I 4PI

74LA3 49IN115 G/G/ ABY 1 c 1 ACT-I 4PI 1=1.1 MEV

74LE1 49IN115 G/N ABX 9- 24 D 9- 24 MOO-I 4PI

77HI5 49IN115 G/N ABI 9- 30 C 18- 30 ACT-I 4PI THICK BRMS TARGET

74LE1 49IN115 G/2N ABX 16- 24 D 9- 24 MOD-I 4PI

49
TIN Z=50

A ABUND. SEPARATION ENERGIES^ (MEV)

GrN GrP G^T G/HE3 G/A G-f 2N G<NP G/2P

112 1.0 10.8 7.5 17.1 15.0 1.8 19.0 17.6 12.9

114 0.7 10.3 8.5 17.1 16.2 2.6 18.1 17.9 14.6

115 0.4 7.5 S.7 17.0 14.4 3.2 17.9 16.0 15.6

116 14.7 9.6 9.3 17.1 17.4 3.4 17.1 18.3 16.1

117 7.7 6.9 9.4 16.8 15.3 3.8 16.5 16.2 16.9

118 24.3 9.3 10.0 17.1 13.5 4.1 16.3 18.8 17.5

1 1 9 8.6 6.5 9.9 16.8 16.3 4.4 15.8 16.5 18.2

1 20 32.4 9.1 1C.

7

17.1 19.6 4.8 15.6 19.0 19.0

122 4.6 8.3 11.4 17.2 20.7 5.7 15.0 19.8 V

1 24 5.6 8.5 12.1 17.4 6.7 14.4 20.0 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-0 60 QUASI-ELASTIC

31 AR1 50SN Gr MU-T ABX 215- 386 D21 5- 386 TOF-D 4PI DATA ALSO IN 81AR3

81 AR5 50SN GrMU-T ABX 215- 386 0215- 386 TOF-D 4PI

72BA16 50SN $ G^G RLX 15 0 1 5 NAI-0 90 POL Gy ALSO G/

73HA3 50SN $ G/-G RLY 15 D 1 5 NAI-D 90 POLARIZED BEAM

73BA20 50SN G/N NOX 9- 27 C 10- 27 BF3-I 4PI MEAN NEUTRON ENERGY

81LE1 50SN G/ SN ABX 25- 140 0 25- 140 MOD-I 4PI NO GylN IN GySN

S1L51 50SN Gy XN ABX 25- 140 0 25- 140 MOD-I 4PI

77JA2 50SN G y N A 2 4 ABY THR- 999 C400- 999 ACT-I 4PI 999=1 GEV

76EM2 50SN Gy F ABY THR- 999 C999 TRK-I 4PI 999=1 GEV

74S010 50SN1 1

2

Gy XN ABX 10- 27 C 10- 28 BF3-I 4PI

75S01

2

50SN11

2

Gy XN ABI 10- 27 C 10- 27 BF3-I 4PI SEE 74S010

72S01

1

50SN114 Gy XN ABX 10- 27 C 10- 27 BF3-I 4PI

75S01

2

50SN1 1

4

Gy XN ABX 9- 27 C 9- 27 8F3-I 4PI SEE 72S011

72H06 50SN1 1

6

EyE/ FMF 1y 2 0209 MAG-0 D3T 1=1. 29y 2=2.27 MEV

72H07 50SN1 16 Ey E/ FMF 1 0lS3y 250 MAG-0 OST 1=1.29 MEV

72PE2 50SN1 1

6

EyE/ FMF 1y 2 0 40- 110 MAG-0 128 1=1.293y 2=2.109

72T06 50SN1 16 EyE/ SPC 0- 37 0183 MAG-0 35

73h04 50SN1 1

6

EyE/ FMF 1- 3 0209 MAG-D DST 1.29y 2.27

75H03 50SN1 1

6

EyE/ ABX 0- 160 0130- 250 MAG-0 DST

76LI5 5GSN1 1

6

EyE/ FMF 1- 3 0 39- 111 MAG-D 127 1.3y 2.1y 2.3 MEV

31CA2 50SN1 1

6

Gy G LFT 1 c 0- 2 SCD-D DST 1.294 MEV

74LE1 50SN1 1

6

Gy N ABX 9- 22 0 9- 22 MOO-I 4PI

74LE1 50SN116 Gy 2N ABX 17- 22 0 9- 22 MOD-I 4PI

733E10 50SN1 1

6

Gy SN ABX 8- 23 0 8- 23 BF3-I 4PI

72S01

1

5USN1 16 Gy XN ABX 9- 27 c 9- 27 BF3-I 4PI

75S01

2

50SN1 16 Gy XN ABX 8- 27 c 8- 27 BF3-I 4PI SEE 72S011

79RI1 50SN1 16 PyG ABX 17- 30 0 8- 22 NAI-D 90

78KA11 50SN1 17 Gy G ABX 6 0 6 SCD-D OST LV AT 6.517y G-WIOTH

74LE1 5QSN117 Gy N ABX 9- 22 0 9- 22 MOD-I 4PI

74LE1 50SN117 Gy 2N ABX 16- 22 ,0 9- 22 MOD-I 4PI

73BE10 50SN117 Gy SN ABX 9- 22 0 9- 22 BF3-I 4PI

72S01

1

50SN117 Gy XN ABX 7- 27 c 7- 27 BF3-I 4PI

75S01

2

50SN117 Gy XN ABX 7- 27 c 7- 27 BF3-I 4PI SEE 72S011

74W02 50SN1 1

8

$ GyG LFT 6- 8 0 6- 8 SCD-D OST POL SCAT Gy 6.988

81CA2 50SN1 1

8

GyG LFT 1 c 0- 2 SCD-D OST 1.230 MEV

74LE1 50SN1 1

8

Gy N ABX 9- 22 0 9- 22 MOD-I 4PI

50
NUCLIDE REACTION RES EXCIT SOURCE OETECTOR

REF 1 A INzOUT TYPE ANG REMARKS

74LE1 50SN118 G/2N ABX 16- 22 D 9- 22 MOO-I 4PI

736E10 50SN118 G/SN ABX 9- 22 0 9- 22 BF3-I 4PI

74S010 50SN118 G/XN ABX 9- 27 C 10- 28 BF3-I 4PI

75S012 50SN118 G/>XN ABI 9- 27 C 9- 27 BF3-I 4PI SEE 74S010

756U6 50SN118 G/P ABY 10-800 D 75-800 ACT-I 4PI

77AL9 50SN11S GrP ABX 74-999 C 2* 5 TEL-D DST *E IN GEV/ 999 =4.5GEV

79EG3 50SN118 G/XP RLY 10-250 C130/250 MAG-0 DST

758U6 50SN118 G/ JNP ABY THR-800 0 75-800 ACT-I 4PI J=1 / 2/ 4/ 6/ 7/ 8/ 9

778E5 50SN118 % N/G NOX 10 0 1 NAI-D DST POLARIZED NEUTRONS

72S011 50SN119 G/XN ABX 6- 27 C 6- 27 BF3-I 4PI

75S012 50SN119 G/XN ABX 7- 27 C 7- 27 BF3-I 4PI SEE 72S011

72ri06 50SN120 E/E/ FMF 1/ 2 D209 MAG-0 DST 1=1.17/ 2=2.41 MEV

73H04 50SN120 E/E/ FMF 1- 3 0209 MAG-0 DST 1.17/ 2.41

72SH10 50SN1 20 E/P SPC 19 C 19 MAG-0 UKN ISOB ANALOG STATES

73KA4 50SN120 G/G LFT 6 0 6 SCD-D UKN 6=6.730

73SZ2 50SN120 G/G LFT 8 0 3 SCD-D DST 8=7.693

78KA10 50SN120 G/G ABX 6 D 6 SCD-D DST LEVEL AT 6.73 MEV

78KA11 50SN120 G/G ABX 7 D 7 SCO-0 DST LV AT 7.310/ G -WIDTH

81CA2 50SN1 20 G/G LFT 1 C 0- 2 SCD-D DST 1.172 MEV

74LE1 50SN120 G/N ABX 9- 22 0 9- 22 MOD-I 4PI

74LE1 50SN1 20 G/2N ABX 15- 22 D 9- 22 MOO-I 4PI

733E10 50SN120 G/SN ABX 9- 23 D 9- 23 BF3-I 4PI

74S010 50SN1 20 G/XN ABX 8- 27 C 10- 28 3F3-I 4PI

75S01

2

50SN120 G/XN ABI 9- 27 c 9- 27 BF3-I 4PI SEE 74S010

72S011 50SN122 G/XN ABX 9- 27 c 9- 27 BF3-I 4PI

75S01

2

50SN122 G/XN ABX 8- 27 c 8- 27 BF3-I 4PI SEE 72S011

72H06 50SN124 E/5/ FMF 1/ 2 D209 MAG-0 DST 1=1.14/ 2=2.41 MEV

73H04 50SN1 24 E/E/ FMF 1- 3 0209 MAG-0 DST 1.14/ 2.61

77NE4 50SN124 E/E/ FMF 0- 30 C UKN MAG-0 UKN B(EL)

78NE4 50SN1 24 E/E/ FMF 0- 30 0150/225 MAG-0 DST B(EL)

74LE1 50SN1 24 G/N ABX 9- 22 0 9- 22 MOO-I 4PI

74LE1 50SN1 24 G/2N ABX 14- 22 0 9- 22 MOD-I 4PI

733E10 50SN1 24 G/SN ABX 9- 23 0 9- 23 BF3-I 4PI

72S011 50SN1 24 G/XN ABX 8- 27 c 8- 27 BF3-I 4PI

75S01

2

50SN1 24 G/XN ABX 8- 27 c 8- 27 BF3-I 4PI SEE 72S011

ANTIMONY II

A ABUND. SEPARATION ENERGIES (MEV)

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

121 57.3 9.2 5.8 12.9 17.1 3.1 16.3 14.9 16.5

123 42.7 9.0 6.6 13.1 18.7 3.9 15.8 15.4 18.0

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

74HA4 51S3 S G/G ABX 15 D 15 NAI-D 90 POLARIZED BEAM

738A20 51SB G/N NOX 9- 27 C 10- 27 BF3-I 4PI MEAN NEUTRON ENERGY

74LE1 51SS G/N ABX 9- 26 D 9- 26 MOD^I 4PI

74LE1 51SB . G/2N ABX 16- 26 D 9- 26 MOD-I 4PI

765M2 51SB G/F ABY THR- 999 C999 TRK-I 4PI 999 = 1 GEV

51
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

73B02 51 SE1 21 G / G LFT 0- 3 C 0- 3 SCD-D 125

30MU4 51SB1 21 G/G ABX 3 D 2- 4 UKN-D OST LFT/ LEVEL AT 3.452

81CA2 51SB121 G,G LFT 1- 2 C 0- 2 SCD-O DST 4 LVS/1 .023-1 .087 MEV

31 EN2 51 SB1 21 G/G LFT 3 0 3 OSA-D UKN

73302 51SB1 23 G/G LFT 0- 3 c 0- 3 SCD-D 125

78SE2 51 SB1 23 G/G LFT 0- 7 D 5- 7 SCD-D DST ALSO G/G/ data

81CA2 51SB1 23 G/G LFT 1 / 1 C 0- 2 SCD-D OST 1.030/ 1.087 MEV

A ABUND.

G/N

TELLURIUM Z=52

SEPARATION ENERGIES (MEV)

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

1 20 0.1 10.3 7.2 15.7 13.9 0.3 17.9 16.8 12.3

122 2.5 9.8 8.0 15.8 15.2 1.1 17.0 17.3 13.8

123 0.9 6.9 8.1 15.7 13.0 1.5 16.7 14.9 14.5

124 4.6 9.4 8.6 15.9 16.2 1.8 16.4 17.5 15.2

125 7.0 6.6 8.7 15.7 14.0 2.2 16.0 15.2 15.8

1 26 18.7 9.1 9.1 15.8 17.2 2.6 15.7 17.8 16.4

128 31.7 8.8 9.6 15.7 18.0 3.2 15.1 18.0 17.6

130 34.5 8.4 10.0 15.6 18.8 3.8 14.5 18.0 18.5

NUCLIDE reaction RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

733A20 52TE G/N NOX 8- 27 C 10- 2 7 BF3-I 4PI MEAN NEUTRON ENERGY

74LE1 52TE G/N ABX 10- 26 D 10- 26 MOD-I 4PI

74LE1 52TE G/2N ABX 14- 26 0 10- 26 MOD-I 4PI

76EM2 52TE G/F ABY THR- 999 C999 TRK-I 4PI 999=1 GEV

76LE2 52TE1 24 G/N ABX 8- 23 0 8- 26 MOD-I 4PI

76LE2 52TE1 24 G / 2 N AEX 16- 26 d 8- 26 MOD-I 4PI

74W02 52TE1 26 $ G/G LFT 6- 8 0 6- 8 SCD-D DST 7.915/ POL SCTO G 76LE2 52TE1 26 G/N ABX 5- 23 d 8- 26 MOD-I 4PI

76LE2 52TE1 26 G/ 2N ABX 15- 25 0 8- 26 MOD-I 4PI

76LE2 52TE1 28 G/N ABX 8- 24 D 8- 26 MOD-I 4PI

76LE2 52TE128 G/2N ABX 1 5- 26 D 8- 26 MOD-I API

76KI6 52TE1 28 G/F ABY THR- 580 C580 TRK-O API

74W02 52TE1 30 $ G/G LFT 6- 8 0 6- 8 SCD-D DST 7.637/ POL SCTD G 76LE2 52TE130 G/N ABX 8- 23 D 8- 26 MOD-I API

76LE2 52TE130 G/ 2N ABX 14- 26 D 8- 26 MOD-I API

77BU1

1

52TE1 30 G/P ABX 10- 800 C 75-800 ACT-I API

52
IODINE Z=53

A A BUND.

G/N G/P

SEPARATION ENERGIES (MEV)

GxT G/HE3 G/A G/-2N G/NP G/2P

127 100. 9.1 6.2 13. A 16.3 2.2 16.2 15.3 15.3

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN^OUT TYPE ANG REMARKS

78KA1

5

531 127 ErSPL ABY THR-999 D *999 ACT-I 4PI *999=4 GEV

78KA15 531 127 E/F ABY THR-999 D *999 ACT-I 4PI *999=4 GEV

73BA20 531 127 G/N NOX THR- 27 C 10- 27 BF3-I 4PI MEAN neutron ENERGY

72ANS 531 127 G/ JNKP ABX 1* 7 C 1* 7 ACT-I 4PI *GEVy- J = 1-18/ K = 0-8

77JA2 531 127 G/NA24 ABY THR-999 C400-999 ACT-I 4PI 999=1 GEV

XENON Z=54

A ABUNO. SEPARATION ENERGIES (MEV)

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

1 24 0.1 10.2 6.8 16.2 13.8 0.5 18.5 16.6 11.7

126 0.1 10.1 7.6 16.2 14.9 1.3 17.9 17.2 13.2

128 1.9 9.6 8.2 15.9 15.8 1.8 16.8 17.3 14.4

129 26.4 6.9 8.2 15.7 13.6 2.1 16.5 15.1 15.0

130 4.1 9.3 8.7 15.8 16. 5 2.2 16.2 17.5 15.5

131 21.2 6.6 8.8 15.6 14.4 2.6 15.9 15.3 16.0

132 26.9 8.9 9.1 15.7 17.2 2.7 15.5 17.8 16.5

134 10.4 8.5 9.6 15.6 17.9 3.2 15.0 17.8 17.5

136 8.9 8.0 9.9 15.5 18.5 3.7 14.4 17.8 18.4

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

NO DATA NO DATA NO DATA

CESIUM Z=55

A ABUNO.

G/N G/P

SEPARATION ENERGIES (MEV)

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

133 100. 9.0 6.1 13.2 16.1 2.0 16.215.0 15.2

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

74LE1 55CS133 G/N ABX 9- 24 0 9- 24 MOD-I 4PI

74LE1 55CS133 G/2N ABX 16- 24 0 9- 24 MOD-I 4PI

53
BARIUM Z=56

A ABUND.

GrN G/P

SEPARATION ENERGIES

GrT GxHE3 G/A

. (MEV)

G^2N G/’NP G/2P

130 0.1 10.2 7.0 16.0 13.9 0.6 18.2 16.7 12.0

132 0.1 9.8 7.7 15.8 14.7 1.0 17.3 17.0 13.1

134 2.4 9.5 8.2 15.9 15.5 1.5 16.7 17.1 14.3

135 6.6 7.0 8.3 15.6 13.5 1.9 16.4 15.1 14.8

136 7.9 9.1 8.5 15.8 16.2 2.1 16.1 17.4 15.4

137 11.2 6.9 8.7 15.8 14.5 2.5 16.0 15.4 15.8

1 38 71.7 8.6 9.0 15.6 16.7 2.6 15.5 17.3 16.4

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

73BA20 568A G/N NOX THR- 27 C 10- 27 BF3-I 4PI MEAN NEUTRON ENERGY

78ME7 56BA1 36 $ GrG LFT 1- 5 C 1- 5 SCD-D DST POL SCATTERED PHOTONS

77SW8 56BA1 33 $ G/G LFT 1- 5 C 1- 5 SCD-D DST POL SCATTERED PHOTONS

78ME7 56BA1 38 G/G LFT 2- 6 C 1- 5 SCO-D DST

75H02 568A138 G/N LFT 8 C UKN TOF-D DST

LANTHANUM Z = 57

A ABUND. SEPARATION NERGIES (MEV)

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

138 0.09 7.3 6.0 13 .6 13. 8 2. 0 16.6 12.9 14.7

1 39 99.91 8.8 6.2 13 .2 15. 8 2. 0 16.1 14.8 15.2

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

73BU14 57LA139 E/E/ SPC 2- 20 C 50/ 65 MAG-D DST

73PI3 57LA139 E/E/ ABX 7- 21 0 50 MAG-D 165

78UE1 57LA1 39 E/P ABX 14- 1 7 D 1 5- IS MAG-O 125

30UE1 57LA139 E/P ABX 11- 25 0 1 5- 25 MAG-D 125 VIRTUAL PHOTON ANAL

77JA4 57LA1 39 G/MU-T LFT 7 D 7 NAI-D 0 7.28/ 7.63MEV RES ABS

733A20 57LA1 39 G/N NOX 3- 27 C 10- 27 BF3-I 4PI MEAN 1NEUTRON ENERGY

77JA2 57LA1 39 G/NA24 ABY THR- 999 C400- 999 ACT-I 4PI 999 = 1 GEV

76EM2 57LA139 G/F ABY THR- 999 C999 TRK-I 4PI 999=1 GEV

54
CERIUM Z=58

A ABUNO.

G/N GrP

SEPARATION ENERGIES

G/ T Gr H E 3 G^ A (MEV)

G/2N G/NP G/2P

136 0.2 10.0 6.9 15.7 13.8 0.4 17.9 16.6 12.1

138 0.3 9.6 7.6 15.7 14.6 1.0 17.2 16.9 13.2

140 88.4 9.2 8.1 15.8 15.2 1.6 16.7 16.9 14.3

142 11.1 7.2 8.8 12.3 14.5 -1.4 12.6 15.6 15.8

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

73BU14 58CE E/E/ SPC 2- 20 C 50/ 65 MAG-D DST

73PI3 58CE E/E/ ABX 7- 21 0 50/ 65 MAG-D DST

78PI2 58CE E/E/ FMF 5- 45 0 0* 1 MAG-O DST *DLTQ=0.3-0.7 FM-1

79PI4 58CE E/E/ ABX 6- 38 0 50/ 92 MAG-D DST ASSUMED TO BE CE140

77JA4 58CE G/MU-T LFT 7 0 7 NAI-D 0 7.28/ 7.63MEV RES ABS

73BA20 58CE G/N NOX 7- 27 c 10- 27 BF3-I 4PI MEAN NEUTRON ENERGY

81LE1 58CE G/SN ABX 25- 140 D 25-140 MOD-I 4PI NO G/IN IN G/SN

81LE1 58CE G/XN ABX 25- 140 0 25-140 MOD-I 4PI

76EM2 58CE G/F ABY THR- 999 C999 TRK-I API 999=1 <;ev 73PI3 58CE140 E/E/ LFT 1- 3 0 50/ 65 MAG-D DST 2+/ 3-/ 4+ LEVELS

31ME2 58CE140 E/E/ ABX 6- 11 0 30- 50 MAG-D DST

74TE1 58CE140 G/G LFT 5 0 4- 8 SCD-D DST 5=5.66

76LE2 58CE140 G/N ABX 8- 26 0 8- 26 MOD-I API

76LA4 58CE140 G/ N RLX 9 c 9 TOF-D DST THRESHOLD MEASUREMENT

76LE2 58CE140 G/2N ABX 16- 26 0 8- 26 MOD-I API

78BE1 58CE141 N/G ABX 11- 21 0 6- 16 NAI-D 90

73PI3 58CE142 E/E/ LFT 0- 2 D 50/ 65 MAG-D DST 2+/ 3-/ 4+ LEVELS

76LE2 53CE142 G/N ABX 8- 20 0 8- 26 MOD-I API

76LE2 53CE142 G/2N ABX 12- 24 0 8- 26 MOD-I API

PRASEODYMIUM Z=59

A ABUND. SEPARATION ENERGIES (MEV)

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

141 100. 9.4 5.2 13.4 14.4 1.2 17.3 1 4.4 13.4

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

73BU14 59PR141 E/E/ SPC 2- 20 C 50/ 65 MAG-D DST

73PI3 59PR141 E/E/ ABX 7- 21 0 50 MAG-D 165

78UE1 59PR141 E/P ABX 12- 1 5 0 14- 17 MAG-D 125

80UE1 59PR1 41 E/P ABX 10- 25 D 14- 25 MAG-0 125 VIRTUAL PHOTON ANAL

74TE1 59PR141 G/G LFT 6 0 4- 8 SCO-D DST 6=6.877

75JA1 59PR141 G/G ABX 11 0 11 SCO-D 1 50 RATIO RAMAN/ELASTIC

73BA20 59PR141 G/N NOX THR- 27 c 10- 27 BF3-I API MEAN NEUTRON ENERGY

72017 59PR141 G/P ABY THR- 300 C106-300 ACT-I API

55
NEODYMIUM Z=6Q

A A6UN0. SEPARATION ENERGIES (MEV)

G/'N G/P G/T G/HE3 G/A G/2N G/NP GeZP

142 27.16 9.8 7.2 16.1 13.9 0.8 17.9 16.6 12.5

143 12.18 6.1 7.5 14.3 10.9 -0.5 15.9 13.4 13.1

144 23.80 7.8 8.0 12.7 13.2 -1.9 13.9 15.3 13.8

145 8.29 5.8 8.0 12.6 11.8 -1.6 13.6 13.7 14.4

146 17.19 7.6 8.6 12.8 14.2 -1.2 13.3 15.5 15.1

148 5.75 7.3 9.2 12.7 15.2 -0.6 12.6 15.9 16.2

1 50 5.63 7.4 9.6 13.2 16.4 0.4 12.4 16.5 17.6

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

74HA4 60ND S G/G A9X 15 D 15 NAI-D 90 POLARIZED BEAM

80MU4 60ND G/G ABX 2- 4 D 2- 4 UKN-D DST LVS 2.754,3.205/3.254

76EM2 60ND G/F ABY THR- 999 C999 TRK-I 4PI 999=1 GEV

75SC2 60N01 42 E/E/ NOX 5- 28 D 50/ 64 MAG-D 93 E/E/ E2 SPECTRA

73SA7 60ND1 42 E/P ABX 13- 26 C 15- 26 MAG-D UKN

77SA5 60ND142 E/P ABX 15- 26 0 15- 26 MAG-D DST

74TE1 60ND1 42 G/G LFT 6 0 4- 8 SCO-D DST 6=6.877

78ME8 60ND142 $ G/G LFT 1- 5 c 1- 5 SCD-O DST POL SCATTERED GAMMA

76BA1 60ND142 G/N RLY 10- UKN c UKN SCD-D 4PI ISOMER RATIO

72SH10 60ND1 42 G/P ABX 15- 22 c 15- 22 MAG-D UKN ISOB ANALOG STATES

77BE6 60ND146 G/G LFT 7 D 7 SCD-D DST 7=7.163 MEV

75SC2 60ND1 50 E/E/ NOX 5- 28 D 50/ 64 MAG-0 93 E/E/ E2 SPECTRA

78CR1 60ND1 50 E/E/ ABX 850*931 D la 2 MAG-D UKN *KEV/ a. 8-2./ FM-1

SAMARIUM Z=62

A ABUND. SEPARATION ENERGIES (MEV)

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

144 3.1 10.6 6.3 16.4 12.7 -0.1 19.0 16.2 10.6

147 15.1 6.4 7.1 12.9 10.5 -2.3 14.8 13.4 12.4

148 11.3 3.1 7.6 13.0 1 2.8 -2.0 14.5 15.3 13.0

149 13.9 5.9 7.6 12.6 11.2 -1.9 14.0 13.5 13.6

150 7.4 8.0 3.3 13.0 13.8 -1.4 13.9 15.5 14.2

152 26.6 8.3 8.7 13.7 15.3 -0.2 13.9 16.6 15.7

154 22.6 8.0 9.0 14.0 16.5 1.2 13.8 16.5 16.9

NUCLIDE 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 62SM1 44 G/G LFT 9 0 9 SCD-D DST 9=8.995

76ME6 62SM1 44 $ G/G LFT 3 c 1- 4 SCD-D DST SOUTGOING PHOTONS

78ME2 62SM1 44 G/G LFT 1- 5

r* W 5 SCD-O DST 12 LEVELS SELF-ABS

74CA5 62SM1 44 G/N ABX 10- 21 0 10- 21 BF3-I 4PI

74CA5 62SM1 44 G / 2 N ABX 18- 21 D 18- 21 BF3-I 4PI

73BE1

0

62SM1 44 G/ SN ABX 10- 21 D 10- 21 BF3-I 4PI

56
REF

NUCLIDE

Z A REACTION

IN/OUT

RES EXCIT

76ME6 62SM148 G/G LFT 2 74CA5 62SM148 G^N ABX 8- 20

74CA5 628M148 G/2N ABX 13- 20

73BE10 62SM148 G/SN ABX 8- 20

76ME6 62SM1 50 G/G LFT 2 74CA5 62SM1 50 G/N ABX 8- 20

74CA5 62SM150 G/ 2N ABX 13- 20

733E10 62SM1 50 Gr SN ABX 8- 20

72BE13 62SM152 E/^E/ FMF 0/ 0

72T06 62SM152 E/E/ SPC 0- 31

76C03 62SM152 E/E/ FMF 1/ 1 77NA2 62SM1 52 E/E/ LFT 0- 1 74CA5 62SM152 G/N ABX 8- 20

74CA5 62SM152 G/2N ABX 13- 20

73BE10 62SM152 G/SN ABX 8- 20

73G06 62SM152 G/XN ABX 8- 20

76C03 62SM1 54 E/E/ FMF 1/ 1 78GU7 62SM154 G/MU-T ABX THR- 31

81GU2 62SM154 G/MU-T ABX THR- 20

76ME6 62SM1 54 G/G LFT 1 77BE6 62SM154 G/G LFT 6

74CA5 62SM1 54 G/N ABX 8- 21

74CA5 62SM1 54 G/2N ABX 13- 21

73BS10 62SM154 G/SN ABX 8- 22

EUROPIUM Z=63

A ABUND. SEPARATION

G/N G/P G/T G/HE

1 51 47.9 8.0 4.9 10.3 12.7

153 52.1 8.6 5.9 11.3 14.8

NUCLIDE REACTION RES EXCIT

REF Z A IN/OUT

NO DATA NO DATA

SOURCE DETECTOR

TYPE ANG REMARKS

1- 4 SCD-D DST

8- 20 BF3-I 4PI

13- 20 BF3-I 4PI

8- 20 BF3-I 4PI

1- 4 SCD-D DST

8- 20 BF3-I 4PI

13- 20 BF3-I 4PI

8- 20 BF3-I 4PI

50- 105 MAG-D DST 0=.122/ 0=.367

150- 250 MAG-0 35 LEVELS 11.5/ 15.5

49- 106 MAG-D DST LEVELS .3665/ .1218

252 MAG-D DST 2+/ 4+/ 6+ STATES

8- 20 BF3-I 4PI

13- 20 BF3-I 4PI

8- 20 BF3-I 4PI

8- 20 3F3-I 4PI

44- 106 MAG-D DST LEVELS .082/ .267

UKN NAI-0 4PI

27 NAI-D 4PI

1- 4 SCO-D DST

6 SCD-D DST 6=6.465 MEV

8- 21 BF3-I 4PI

13- 21 BF3-I 4PI

8- 22 BF3-I 4PI

NERGIES

G/A

(MEV)

G/2N G/MP G/2P

-2.0 14.4 12.9 13.2

-0.3 14.9 14.2 14.6

SOURCE DETECTOR

TYPE ANG

NO DJ

C

00

0

c00

0

0

D0

0D

D0

C

0

C

c

c

00

D

0

E3

57
GADOLINIUM Z=64

A ABUND.

G/N G/P

SEPARATION ENERGIES

GrT G/HE3 G/A

(MEV)

G/2N GrNP G/-2P

152 0.2 8.6 7.4 13.3 12.5 -2.2 15,1 15.3 12.2

1 54 2.1 8.7 7.6 14.0 14.1 -0.9 15.1 16.2 13.5

155 14.8 6.4 7.6 14.2 12.2 -0.1 15.1 14.1 14.1

1 56 20.6 8.5 8.0 14.1 14.9 0.2 15.0 16.2 14.7

1 57 15.7 6.4 8.0 14.1 13.3 0.7 14.9 14.4 15.2

158 24.8 7.9 S.5 13.8 15.4 0.7 14.3 16.0 15.9

160 21.8 7.5 9.3 13.4 16.0 1.0 13.4 16.0

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/'OUT TYPE ANG REMARKS

76EM2 64GD G/-F ABY THR-999 C999 TRK-I 4PI 999=1 GEV

78GU7 64GD1 56 G/’MU-T ABX THR- 33 C UKN NAI-O 4PI

81 GU2 64GD1 56 GrMU-T ABX THR- 20 C 27 NAI-O 4PI

TERBIUM Z=65

A

1 59

ABUND.

100.

G^N

8.1

SEPARATION ENERGIES (MEV)

GrP G/T G/-HE3 GxA G^2N G/NP

6.1 11.9 14.4 0.1 14.9 14.0

G/-2P

14.6

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A INr OUT TYPE ANG REMARKS

76SU2 65TB1 5P E/P ABX 11- 18 0 15- 18 MAG-D 125

77MU3 65TB1 59 Ex A ABX 1 2-100 D100 MAG-D 50

78MU9 65T31 59 Ex A ABX 5-100 DlOO MAG-D DST

72DA14 65TB159 GxG ABX 364* D364* SCD-D 92 ENERGY IN KEV

74JA2 65TB1 59 GxG ABX 10 D 10 SCD-D 90

75JA1 65TB1 59 GxG ABX 11 0 11 SCD-O 150 RATIO RAMAN/ELASTIC

77BA7 65TB1 59 GxG ABX 3- 12 D 8-12 SCD-D DST

738A20 65T51 59 GxN NOX 8- 27 C 10- 27 BF3-I 4PI MEAN NEUTRON ENERGY

81 J A1 65TB1 59 GxNA24 ABY THR-800 C400-800 ACT-I API

76EM2 65TB1 59 GxF ABY ThR-999 C999 TRK-I API 999 = 1 GEV

58
DYSPROSIUM Z=66

A ABUNO. SEPARATION ENERGIES (MEV)

G/N GxP GrT G^HE3 G/A G/2N G^NP G/2P

156 0.06 9.4 6.6 14.1 12.3 -1.8 16.3 15.6 11.4

158 0.10 9.1 6.9 14.1 13.3 -0.9 16.0 15.5 12.4

160 2.34 8.6 7.4 13.8 13.8 -0.5 15.4 15.6 13.5

161 19.0 6.5 7.5 13.5 12.3 -0.4 15.0 13.9 14.1

162 25.5 8.2 8.0 13.6 14.5 -0.1 14.6 15.7 14.8

163 24.9 6.3 8.0 13.5 13.3 0.2 14.5 14.3 15.4

164 28.1 7.7 8.6 13.4 15.4 0.4 13.9 15.6 16.2

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

733A20 66DY G ^ N NOX 8- 27 C 10- 27 BF3-I 4PI MEAN NEUTRON ENERGY

76EM2 660Y G/F ABY THR-999 C999 TRK-I 4PI 999=1 GEV

78MU9 66DY162 E/A ABX 8-100 D100 MAG-D 50

HOLMIUM Z-67

A ABUNO.

G/N G/P

SEPARATION ENERGIES (MEV)

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

165 100. 8.0 6.2 11.7 14.1 -0.1 14.7 13.9 14.8

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

76M011 67H0165 E/E/ ABX 7- 40 D 75/105 MAG-D 75 E2 STRENGTH

76M011 67H0165 E/E/ ABX 7- 40 0 75-105 MAG-D 75 E2 STRENGTH

76SU2 67H0165 E/P ABX 11- 18 0 15- 18 MAG-D 125

77MU3 67H0165 E/A ABX 14-100 0100 MAG-D 50

76GU5 67H0165 G/MU-T ABX 8- 21 c 35 NAI-D 4PI

81GU2 67H0165 G/MU-T ABX THR- 20 c 27 NAI-D 4PI

73KA3 67M0165 G/G ABX 95* 0 95* SCD-D UKN *ENERGY IN KEV

75JA1 67H0165 G/G ABX 11 D 11 SCD-D 150 RATIO RAMAN/ELASTICT

77BA7 67H0165 G/G ABX 3- 12 D 8- 12 SCO-O DST

733A20 67H0165 G/N NOX 8- 27 C 10- 27 BF3-I 4PI MEAN NEUTRON ENERGY

74CA7 67H0165 G/XN ABX 8- 23 C 8- 23 BF3-I 4PI

76EM2 67H0165 G/F ABY THR-999 C999 TRK-I 4PI 999 = 1 GEV

73MC6 67H0166 N/G RLX 14- 20 D 7- 14 NAI-D UKN

59
ERBIUM Z=68

A ABUND.

G/'N G/P

SEPARATION ENERGIES

G/T G/HE3 G/A

(MEV)

G/2N G^NP G/2P

162 0.1 9.2 6.4 13.8 12.1 -1 .7 16.5 14.9 11.2

164 1 .6 8.9 6.9 13.7 12.8 -1.3 15.8 15.3 12.3

166 33.4 8.5 7.3 13.5 13.5 -0.8 15.1 15.3 13.5

1 67 22.9 6.4 7.5 13.3 12.3 -0.7 14.9 13.8 14.3

168 27.1 7.8 8.0 13.0 14.3 -0.5 14.2 15.3 15.0

170 14.9 7.3 8.6 12.7 0.0 13.3 15.3

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ang REMARKS

73BA20 68ER GxN NOX 7- 27 C 10- 27 BF3-I 4PI MEAN NEUTRON ENERGY

76C03 63ER106 E/-E/ FMF U 1 D 34- 111 MAG-D DST LEVELS '.081/ .265

78MU9 63ER166 E,A ABX 7-100 D100 MAG-D DST

73ME4 68ER1 66 $ GxG LFT 2 C 2 SCO-D DST POL SCTO PHOTONS

76ME4 63ER1 66 G / G LFT 1- 4 C 2- 4 SCD-D DST 13 STATES/ 1.66-3.19

80N A1 63ER166 GrG/ SPC 16 D 14- 17 MAG-D DST VIBRATIONAL LEVELS

74G04 68ER166 G/’XN ABX S- 21 C 8- 21 BF3-I 4PI

78GU7 6SER1 68 G/MU-T ABX THR- 30 C UKN NAI-D 4PI

81 GU2 63ER168 G/’MU-T ABX THR- 20 C 27 NAI-D 4PI

73ME4 68ER168 $ G^G LFT 2 C 2 SCD-D DST POL SCTD PHOTONS

76ME4 63ER1 68 G/G LFT 1- 4 c 1- 4 SCD-D DST 20 STATES/ 1.79-3.48

73ME4 68ER1 70 $ G / G LFT 2 c 2 SCD-D DST POL SCTD G/ 1.824

76ME4 68ER170 GrG LFT 1- 4 c 1- 4 SCD-D DST 10 STATES/ 1.82-3.41

thulium Z=69

A

169

ABUND.

100.

G/N

8.1

SEPARATION ENERGIES (MEV)

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

5.6 11.3 13.1 -1.2 14.9 13.3

G/2P

13.5

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

73SU10 69TM1 o9 E/P RLY 5- 20 D 15- 20 MAG-D 125

76SU2 69TM1 69 E/P ABX 10- 18 D 15- 13 MAG-D 125

77MU3 69TM1 69 E/A ABX 13-100 DlOO MAG-D DST

73BA20 69TM1 69 G/N NOX 8- 27 C 10- 27 8F3-I 4PI MEAN neutron ENERGY

76EM2 69TM1&9 G/F ABY THR-999 C999 TRK-I 4PI 999 = 1 GEV

60
YTTERBIUM Z=70

A ABUNO.

GrN G/P

SEPARATION ENERGIES

G/T G/HE3 G^A

(MEV)

Gr2N G^NP G^2P

168 0.1 9.1 6.3 13.6 12.0 -1.9 16.1 15.0 11.2

170 3.1 8.5 6.8 13.2 12.4 -1.7 15.3 14.8 12.4

171 14.4 6.6 6.8 13.0 11.3 -1.6 15.1 13.4 13.0

172 21.9 8.0 7.3 12.9 13.3 -1.3 14.6 14.8 13.7

173 16.2 6.4 7.5 12.7 12.4 -0.9 14.4 13.7 14.4

174 31.7 7.5 8.0 12.7 14.2 -0.7 13.8 14.9 15.0

176 12.6 6.9 8.5 12.2 15.0 -0.6 12.7 15.0 *

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF 1 A IN/OUT TYPE ANG REMARKS

76EM2 70YB G/F ABY THR-999 C999 TRK-I 4PI 999=1 GEV

78GU7 70YB174 G/MU-T ABX THR- 31 C UKN NAI-D 4PI

81GU2 70YB174 G^MU-T ABX THR- 20 C 27 NAl-0 4PI

76C03 70Y31 76 E/E/ FMF 1/ 1 D 34-111 MAG-0 OST LEVELS .082/

LUTETIUM Z=71

A ABUNO. SEPARATION ENERGIES (MEV)

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

175 97.39 7.7 5. 5 10. 9 12.7 -1.6 14.4 13.0 13.5

176 2.61 6.3 6. 0 10. 8 12.1 -1.6 14.0 11.3 14.1

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

69BE6 71LU G/N ABX 7- 24 D 7- 28 MOD-I 4PI

76SU2 71LU175 E/P ABX 11- 20 D 15- 20 MAG-D 125

77BA9 71LU175 G/G ABX 8- 12 0 8- 12 SCD-D 140

A ABUNO.

G/N

HAFNIUM Z=72

SEPARATION ENERGIES

G/P G/T G/HE3 G/A

(MEV)

G/2N G/NP G/2P

174 0.2 8.6 6.2 1 2.8 11.4 -2.6 15-6 14.4 11.1

176 5.2 8.1 6.7 12.7 12.0 -2.3 14.9 14.4 12.2

177 18.6 6.4 6.8 12.3 10.9 -2.2 14.5 13.1 12.8

178 27.1 7.6 7.3 12.2 12.7 -2.1 14.0 14.4 13.5

179 13.7 6.1 7.6 12.0 11.9 -1.8 13.7 13.4 14.1

1 80 35.2 7.4 8.0 12.3 13.7 -1.3 13.5 15.0 14.9

REF

NUCLIDE

Z A REACTIONIN/OUT

RES EXCIT SOURCE DETECTOR

TYPE ANG REMARKS

76EM2 72HF G/F ABY THR-999 C999 TRK-I 4PI 999=1 GEV

267

61
NUCLIDE REACTION RES EXCIT SOURC E DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

77G04 72HF1 76 G/XN ABX 8- 22 C 8- 22 BF3-I API N MULTIPLICITY MEAS

72DA1

4

72HF177 G/G ABX 250* D250* SCD-D 92 ENERGY IN KEV

76GU5 72HF178 GrMU-T ABX 8- 21 C 35 NAI-D 4PI

81GU2 72HF178 G<MU-T ABX THR- 20 C 27 NAI-D 4PI

74G04 72HF1 73 G/XN ABX 7- 20 C 7- 20 BF3-I 4PI

77G04 72HF178 G/XN ABX 7- 22 C 8- 22 BF3-I 4PI N MULTIPLICITY MEAS

81 GU2 72HF1 80 G/MU-T ABX THR- 20 c 27 NAI-D 4PI

77G04 72HF1 30 G/XN ABX 7- 22 c 8- 22 BF3-I 4PI N MULTIPLICITY MEAS

TANTALUM Z = 73

A ABUND

.

SEPARATION ENERGIES (MEV)

G / N G / P G /T G/HE3 G/ A G/2N 1G/NP G/2P

1 80 0.01 2 6 .6 5. 7 10 .9 11.'4 -2. 1 14.5 11.8 13.3

1 81 99.983 7 .6 5. 9 10 .9 13. 2 -1

.

5 14.2 13.3 13.9

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

81LE1 73TA G/SN ABX 25- 140 0 25- 140 MOD-I 4PI NO G/1N IN G/SN

81LE1 73TA G/XN ABX 25- 140 D 25- 140 MOD-I 4PI

74WH3 73TA1 81 E/E/ ABX 0- 300 0500 MAG-D 60 QUASI-ELASTIC

77HI2 73TA1 31 UJ Ui LFT 3- 30 D 79- 118 MAG-D OST

77MI8 73TA1S1 E/E/ FMF 8- 30 D1 50- 250 MAG-D DST G-WIDTH/ B(EL)/ J-PI

78RA1 73TA181 E/E/ FMF 0- 1 D 0* 3 MAG-D OST EFFECTIVE C/FM-1

30RA1 73TA1 31 E/E/ FMF 0- 1 0 0* 3 MAG-D 1 80 TWO LVS .136/. 302 MEV

73SU10 73TA1 81 E/P RLY 5- 20 D 1 5- 20 MAG-D 125

73SU11 73TA1 81 E/P RLY 5- 22 0 1 s- 22 MAG-D 90

76SU2 73TA1 31 E/P ABX 12- 23 D 16- 23 MAG-D 125

76SU3 73TA1 51 E/P ABX 16- 28 D 1 6- 23 MAG-D 90 G/P SIG DERIVED

77MU3 73TA1 81 E/A ABX 14- 100 D100 MAG-D 50

78MU9 73TA1 81 E/

A

ABX 5- 1 00 DlQO MAG-D DST

73G05 73TA1 81 G/PI + ABY 170- 400 C400 BBL-D 90

75T04 73TA1 51 G/PI + ABY 150- 400 C300/ 400 B3L-D 90

73G05 73TA1 81 G/PI- ABY 170- 400 C400 BBL-D 90

75T04 73TA1 81 G/PI- ABY 150- 400 C300/ 400 SBL-D 90

76GU5 73TA1 81 G/MU-T ABX 8- 21 C 35 NAI-D 4PI

80SH10 73TA1 31 G / M U“

T

ABX 3- 30 C 42 TOF-D 4PI D(G/N) SPECTROMETER

81GU2 73TA1 81 G/MU-T ABX THR- 20 C 27 NAI-D 4PI

72BA16 73TA1 81 $ G/G RLX 15 D 1 5 NAI-D 90 POL G/ ALSO G/

73HA3 73TA1 81 $ G/G RLX 1 5 0 1 5 NAI-D 90 POLARIZED BEAM

74JA2 73TA1 81 G/G ABX 10 D 10 SCD-D 90

74KA9 73TA1 81 G/G ABX 8 D 8 SCO-D DST 8=7.9 MEV

75JA1 73TA1 81 G/G ABX 11 0 11 SCD-D 150 RATIO RAMAN/ELASTIC

77BA9 73TA131 G/G ABX 8- 1 2 D 8- 1 2 SCD-D 140

78KA6 73TA1 81 G/G ABX 6- 12 C 6- 1 2 SCD-0 DST

78RU3 73TA181 G/G ABX 3 0 3 SCD-D OST 3=2.754

80MU4 73TA1 81 G/G ABX 3 D 2- 4 UKN-D DST LFT/ LEVEL AT 3.010

733A20 73TA181 G / N NOX 7- 27 C 10- 27 BF3-I 4PI MEAN NEUTRON ENERGY

75EV1 73TA1 31 G/N SPC 7- 31 c 31 SCI-D 140

76BA1 73TA1 81 G/ 3N RLY 22- UKN c UKN SCD-D 4PI ISOMER RATIO

62
NUCLIOE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

73HI6 73TA131 G/XN ABX 7- 29 C 7- 29 BF3-I 4PI

74LA5 73TA181 G/XN SPC 7- 29 C 29 EMU-D OST

80HA6 73TA1S1 G/XN SPC 7- 60 C 30/ 60 TOF-D DST ANG DST BY ACT

73605 73TA181 G/P ABY 76-400 C400 BBL-D 90

75T04 73TA181 G/P ABY S6-400 C300/400 BBL-D 90

740A2 73TA181 G/A ABY 10-450 C450 TEL-0 90

77MI11 73TA181 G/SPL ABY THR-999 C600-999 ACT-I 4PI 999=1.3 GEV

72DE12 73TA181 G/F NOX THR* 6 C 1* 6 TRK-I OST ENERGIES IN GEV

76EM2 73TA181 G/P ABY THR-999 C999 TRK-I 4PI 999=1 GEV

78BE10 73TA181 G/P RLX 1:0-999 C220-999 TRK-0 4PI COHERENT BRMS

TUNGSTEN (WOLFRAM) Z=74

A ABUND.

G/N G/P

SEPARATION ENERGIES

G/T G/HE3 G/A

(M5V)

G/2N G/NP G/2P

180 0.1 8.5 6.6 12.9 11.7 -2.5 15.4 14.5 11.8

182 26.3 8.1 7.1 12.8 12.7 -1.8 14.7 14.7 13.0

183 14.3 6.2 7.2 12.4 11.5 -1.7 14.2 13.3 13.5

184 30.7 7.4 7.7 12.2 13.2 -1.7 13.6 14.6 14.3

186 28.6 7.2 8.4 12.2 14.2 -1.0 13.0 15.2 15.6

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

76VL1 74W E/E/ ABX 100- 500 D 1A 2 MAG-D DST *E IN GEV/ 1.2/ 1.36

77MI11 74W E/SPL ABY THR- 999 D999 ACT-I API 999 =1.27 GEV

73HA3 74W $ G/G RLY 15 0 15 NAI-D 90 POLARIZED BEAM

72K08 74W G/N NOX 6- 22 C 22 THR-I DST

73BA20 74W G/N NOX 6- 27 C 10- 27 8F3-I API MEAN NEUTRON ENERGY

75VE5 74W G/N ABX 8- 22 D 8- 22 MOD-I API

75VE5 74W G/2N ABX 13- 22 0 8- 22 MOD-I API

77MI11 74W G/SPL ABY THR- 999 C600- 999 ACT-I API 999 =1.3 GEV OST NA24

76EM2 74W G/F ABY THR- 999 C999 TRK-I API 999 = 1 GEV

783E10 74W G/F RLX 180- 999 C220- 999 TRK-D API COHERENT BRMS

30GU1 74W 182 E/F NOX THR- 55 0 35- 55 TRK-D API

76GU5 74W 182 G/MU-T ABX 8- 21 c 35 NAl-0 API

81GU2 74W 182 G/MU-T ABX THR- 20 c 27 NAI-D API

73S016 74W 182 G/XN ABX 8- 28 c 0- 28 BF3-I API

75S01

2

74W 182 G/XN ABI 3- 27 c 8- 27 3F3-I API SEE 73S016

80GU1 74W 184 E/F ABX THR- 55 0 35- 55 TRK-D API

78GU7 74W 134 G/MU-T ABX THR- 37 c UKN NAI-D API

81GU2 74W 184 G/MU-T ABX THR- 20 c 27 NAI-D API

73G06 74W 184 G/XN ABX 8- 20 c 8- 20 BF3-I API

73S016 74W 154 G/XN ABX 8- 28 c 0- 28 BF3-I API

75S012 74W 134 G/XN ABI 7- 27 c 7- 27 8F3-I API SEE 73S016

80GU1 74W 136 E/F NOX THR- 55 0 35- 55 TRK-D API

78GU7 74W 186 G/MU-T ABX THR- 28 c UKN NAI-D API

31GU2 74W 186 G/MU-T ABX THR- 20 c 27 NAI-D API

74W02 ’74W 186 $ G/G LFT 6- 8 D 6- 8 SCO-D DST POL SCTD G/ 6.418

73G06 74W 1 86 G/XN ABX 8- 20 c S- 20 BF3-I API

63
RHENIUM Z=75

A

185

187

REF

75VE5

75VE5

76EM2

78BE10

73G06

73G06

A

184

186

1 87

1 83

1 89

190

192

REF

77SU10

79EE4

793E4

793E4

79BE4

798E4

79BE4

796E4

79BE4

79BE4

79BE4

793E4

73G06

796E4

79BE4

793E4

ABUND.

G/’N G/P

SEPARATION ENERGIES

G/T G/-HE3 G/A

(MEV)

G/2N GrNP G/2P

37.40 7.8 5.4 10.5 12.3 -2.2 14.1 12.8 13.1

62.60 7.4 6.0 10.5 13.5 -1.7 13.6 13.2 14.4

NUCLIOE REACTION RES EXCIT SOURCE DETECTOR

Z A IN/OUT TYPE ANG REMARKS

75RE GxN A6X 8- 22 D 8- 22 MOD-I 4PI

75RE Gx2N ABX 13- 22 0 S- 22 MOD-I 4PI

75RE G/P AEY THR-999 C999 TRK-I 4PI 999=1 GEV

75RE G/p RLX 1 80-999 C220-999 TRK-D 4PI COHERENT BRMS

75RE1 35 G/ XN ABX 8- 20 C 8- 20 BF3-I 4PI

75RE1 37 G/XN ABX 8- 20 C 3- 20 BF3-I 4PI

OSMIUM Z = 76

ABUND. SEPARATION E NERGIES. (MEV)

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

0.02 8.9 5.7 12.7 10.9 -3.1 16.1 14.2 10.5

1.53 8.3 6.5 12.1 11.6 -2.8 14.9 14.3 11.9

1 .6 6.3 6.6 12.1 10.4 -2.7 14.6 12.8 12.4

13.3 8.0 7.2 12.3 12.7 -2.1 14.3 14.6 13.2

16.1 5.9 7.3 12.0 11.4 -2.0 13.9 13.1 13.7

26.4 7.8 8.0 12.4 13.7 -1.4 13.7 15.1 14.6

41.0 7.6 8.8 12.9 15.3 -0.4 13.3 15.7 16.2

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

Z A IN/OUT TYPE ANG REMARKS

76CS G / S N ABX 6- 27 C 7- 27 SF3-I 4PI STAT MODEL XN

760S1 36 G/1 N ABX 11- 20 D 11- 20 BF3-I 4PI

7oOSl 86 G/2N ABX 14- 20 D 14- 20 BF3-I 4PI

760S1 38 G/1 N ABX S- 30 0 8- 30 BF3-I 4PI

760S1 88 G/2N ABX 14- 30 D 14- 30 3F3-I 4PI

760S1 88 G/3N ABX 21- 30 D 21- 30 BF3-I 4PI

760S1 59 G/1 N ABX 6- 30 0 6- 30 BF3-I 4PI

760S139 G/ 2N ABX 14- 30 0 14- 30 BF3-I 4PI

760S1 39 G/3N ABX 19- 30 D 19- 30 8F3-I 4PI

760S190 G/1 N ABX 8- 30 0 S- 30 BF3-I 4PI

760S1 90 G/ 2N ABX 14- 30 0 14- 30 BF3-I 4PI

7o0S1 90 G/ 3N ABX 20- 30 D 20- 30 BF3-I 4PI

760S1 90 G/XN ABX 8- 20 C 8- 20 BF3-I 4PI

760S1 92 G/IN ABX 7- 30 D 7- 30 BF3-I 4PI

760S192 G/2N ABX 13- 30 0 13- 30 BF3-I 4PI

760S192 G/3N ABX 20- 30 D 20- 30 BF3-I 4PI

64
9

IRIOIUM 1=77

A ABUNO. SEPARATION ENERGIES (MEV)

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

191 37.3 8.1 5.3 10. 5 12. 6 -2.1 14.4 13.1 13.3

193 62.7 7.8 5.9 10. 8 13. 9 -1 .0 14.0 13.5 14.6

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

75VE5 77IR G/N ABX 8- 22 D 8- 22 MOO-I 4PI

75VE5 77IR G/2N ABX 13- 22 D 8- 22 MOO-I 4PI

78G03 77IR191 G/XN ABX 8- 21 C 8- 21 BF3-I 4PI N. MULTIPLICITY MEAS

78G03 77IR193 G/XN ABX 7- 21 C 8- 21 BF3-I 4PI N MULTIPLICITY MEAS

PLATINUM 1=78

A ABUNO. SEPARATION ENERGIES (MEV)

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

190 0.01 8.8 6.1 12.6 11.0 -3.2 15.7 14.4 10.8

192 0.79 8.7 6.9 12.8 12.2 -2.4 15.1 15.0 12.2

194 32.9 8.4 7.5 13.0 13.3 -1.5 14.6 15.3 13.5

195 33.8 6.1 7.6 12.9 11.9 -1.2 14.5 13.6 14.0

196 25.3 7.9 3.1 13.1 14.2 -0.3 14.0 15.5 14.8

198 7.2 7.6 8.3 13.0 15.0 -0.1 13.4 15.8

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF 1 A IN/OUT TYPE ANG REMARKS

73HA3 78PT $ G/G RLY 15 D 1 5 NAI-D 90 POLARIZED BEAM

75VE5 78PT G/N ABX 3- 22 0 8- 22 MOD-I 4PI

75VE5 78PT G / 2 N ABX 13- 21 0 8- 22 MOD-I 4PI

69RA4 78PT G/F ABX 35-140 C 40-140 TRK-I 4PI

76B014 78PT G/F RLX 220-500 0220-500 TRK-I 4PI COHERENT 3RMS

76EM2 73PT 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 *ENERGY IN KEV

78G03 78PT194 G/XN ABX 8- 21 C 8- 21 BF3-I 4PI N MULTIPLICITY MEAS

72SH1

3

78PT1 95 G/G ABX 99*328 D 99*328 SCO-D UKN *ENERGY IN KEV

78G03 78PT195 G/XN ABX 6- 21 C 8- 21 BF3-I 4PI N MULTIPLICITY MEAS

78G03 78PT196 G/XN ABX 7- 21 C 3- 21 BF3-I 4PI N MULTIPLICITY MEAS

78G03 73PT198 G/XN ABX 7- 21 C 8- 21 BF3-I 4PI N MULTIPLICITY MEAS

65
GOLD Z=79

A ABUNO.

G^N G^P

SEPARATION ENERGIES (MEV)

G/T G/HE3 G/A Gr2N G/NP G/-2P

197 1 00. 8.1 5.8 11.4 13.6 -0.9 14.8 13.7 13.9

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

73BU1

4

79AU1 97 E/-E/ SPC 2- 20 C 50y 65 MAG-D DST

74PI2 79AU1 97 E/E/ FMF 3- 40 D 90 MAG-D DST B(EL)

79PR7 79AU1 97 Er NL ABX THR-147 D 37y147 ACT-I 4PI L=1-12y VIR PHOTONS

81 DZ5 79AU1 97 E/N RLY 8- 90 C 10- 90 ACT-I 4PI ISOMERIC YIELDS

7SMU9 79AU1 97 E, A ABX 6-100 0100 MAG-D 50

79FL2 79AU197 E/A SPC 20-1 20 D120 MAG-D DST PREEQUILIB ALPHAS

79BU9 79AU1 97 GrPl2N ABY THR-750 C100-750 ACT-I 4PI PI IS Pl-y ISOMER YLD

79BU9 79AU197 G/’PIAN ABY THR-750 C100-750 ACT-I 4PI PI IS Pl-y ISOMER YLD

79SU9 79AU1 97 Gx PI5N ABY THR-750 C100-750 ACT-I 4PI PI IS PI78BL7 79AU197 G^PI- ABY 100-750 C100-750 ACT-I UKN

76GU5 79AU197 GrMU-T ABX £- 21 C 35 NAI-D 4PI

81GU2 79AU197 G/’MU-T ABX THR- 20 C 27 NAI-D 4PI

723A1

6

79AU1 97 $ GxG RLX 15 D 15 NAI-D 90 POL Gy ALSO G/

73HA3 79AU1 97 $ G/G RLY 15 D 15 NAI-D 90 POLARIZED BEAM

73LI3 79AU1 97 G,G/ ABX 0-800 C100-800 ACT-I 4PI

71015 79AU1 97 Gr N ABY 8-999 C30C-999 ACT-I 4PI 999=1 GEV

73BA20 79AU1 97 G/’N NOX 3- 27 C 10- 27 BF3-I 4PI MEAN NEUTRON ENERGY

77HI5 79AU1 97 Gy N A8I 8- 30 C 18- 30 ACT-I 4PI THICK BRMS TARGET

81DZ5 79AU1 97 GyN RLY 8- 90 C 10- 90 ACT-I 4PI ISOMERIC YIELDS

73S019 79AU1 97 Gy XN ABX 8- 28 C 8- 28 BF3-I 4PI

74LA5 79AU197 Gy XN SPC S- 29 C 29 EMU-D DST

75S01

2

79AU1 97 Gy XN ABI 8- 27 C 8- 27 BF3-I 4PI SEE 73S019

73DA6 79AU1 97 Gy P SPC 10-450 C450 TEL-D 90

74DA2 79AU197 Gy P ABY 9-450 C450 TEL-D 90

80AD1

0

79AU1 97 GyP ABY 5-500 C500 TEL-D DST

73D09 79AU1 97 Gy XP ABY 86-400 C400 TEL-D DST

73001

1

79AU1 97 Gy XP ABY 90-400 C400 TEL-D DST

80A010 79AU1 97 GyO ABY 11-500 C500 TEL-D DST

730A6 79AU1 97 GyT SPC 11-450 C450 TEL-D 90

740A2 79AU1 97 GyT ABY 16-450 C450 TEL-D 90

80A010 79AU1 97 GyT ABY 11-500 C500 TEL-D DST

730A6 79AU1 97 G y H E 3 SPC 14-450 C450 TEL-D 90

74DA2 79AU1 97 Gy HE3 ABY 24-450 C450 TEL-D 90

80AD1

0

79AU1 97 GyHE3 RLY 13-500 C500 TEL-D DST

73AD3 79AU197 Gy A SPC 10-500 C500 TEL-D DST

73DA6 79AU1 97 Gy A SPC 10-450 C450 TEL-D 90

74A02 79AU197 Gy A ABY 10-500 C500 TEL-D DST

740A2 79AU1 97 Gy A ABY 10-450 C450 TEL-D 90

80AD1

0

79AU197 Gy A ABY 0-500 C500 TEL-D DST

77JA1 79AU1 97 Gy NA24 NOX THR-800 C800 ACT-I DST MEAN FRAGMENT RANGES

77JA2 79AU1 97 Gy NA24 ABY THR-999 C400-999 ACT-I 4PI 999=1 GEV

69RA4 79AU1 97 Gy F ABX 35-140 C 40-140 TRK-I 4PI

72AN3 79AU197 GyF ABX 1* 7 C 1* 7 ACT-I 4PI ENERGY IN GEV

72DE1

2

79AU1 97 Gy F NOX THR-999 C600-999 TRK-I DST 999=4 GEV

73DA6 79AU197 GyF ABY THR-999 C800-999 TRK-I 4PI 999=2.2 GEV

74AR3 79AU197 GyF NOX THR-600 C600 ACT-I 4PI REL FRAG YLDS

74B01

0

79AU1 97 GyF RLX 200-500 D200-500 TRK-I 4PI COHERENT BRMS

76B01

4

79AU197 GyF RLX 220-500 D220-500 TRK-I 4PI COHERENT BRMS

76EM2 79AU1 97 GyF ABY THR-999 C999 TRK-I 4PI 999=1 GEV

76KI6 79AU1 97 GyF ABY THR-580 C580 TRK-D 4PI

66
MERCURY Z=30

A ABUND. SEPARATION ENERGIES (MEV)

G/N G/P GrT G/HE3 G/A G/2N G/NP Gr2P

196 0.2 8.8 6.6 13.4 12.3 -2.0 15.8 15.0 11.7

198 10.1 3.3 7.1 13.4 13.1 -1.3 15.3 15.2 12.9

199 17.0 6.6 7.2 13.3 11.8 -0.8 14.9 13.8 13.7

200 23.1 8.0 7.7 13.3 14.0 -C.7 14.7 15.3 14.2

201 13.2 6.2 7.6 13.0 12.7 -0.3 14.3 13.9 14.8

202 29.6 7.8 8.5 13.2 14.9 -0.1 14.0 15.4 15.3

204 6.8 7.5 9.0 13.2 15.9 0.5 13.5 16.2 *

REF

NUCLIDE

Z A REACTION

IN/OUT

RES EXCIT SOURCE DETECTOR

TYPE ANG REMARKS

73M51 80HG G/G NOX 5 0 5 SCO-D 135 5=4.924

74HA4 80HG S G / G ABX 15 0 15 NAI-D 90 POLARIZED BEAM

79LA1 80HG GrG ABX 4- 7 0 4- 7 NAI-D 135

75VE5 80HG G^N ABX 8- 22 D 8- 22 MOD-I 4PI

75VE5 80HG G/2N ABX 13- 22 0 8- 22 MOD-I 4PI

78MA1

0

80HG198 G/N ABY 8- 68 C 30- 68 ACT-I 4PI TO HG197M

78MA10 80HG199 GrP A6Y 7- 68 c 30- 68 ACT-I 4PI

74TE1 80HG202 G/G LFT 4 D 4- 8 SCD-D DST 4=4.922

78MA1

0

80HG204 G/N ABY 8- 68 C 30- 68 ACT-I 4PI

THALLIUM Z=81

A ABUND.

G/N G/P

SEPARATION ENERGIES

G/T G/HE3 G/A

(MEV)

G / 2 N G / N P G/2P

203 29.5 7.7 5.7 11.2 13.4 -0.9 14.7 13.5 14.2

205 70.5 7.5 6.4 11.4 14.9 0.1 14.2 13.9 15.6

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

79LA1 81TL G/G ABX 4- 7 D 4- 8 NAI-D 135

76EM2 81TL G/F ABY THR- 999 C999 TRK-I 4PI 999=1 GEV

74AL10 81TL203 G/G RLY 6 D 6 SCD-D 135 6=6.419 MEV

78MA10 81TL203 G/N ABY 8- 68 C 30- 68 ACT-I 4PI

78MA10 81TL203 G/2N ABY 15- 68 C 30- 68 ACT-I 4PI

78MA10 81TL203 G/3N ABY 25- 68 C 30- 68 ACT-I 4PI

76EA1 81TL205 G/G ABX 3- 8 0 3- 3 NAI-D 90

67
LEAD 1-61

A ABUND.

G/N G/P

SEPARATION ENERGIES

G^T GrHE3 G/A

(MEV)

Gr 2N GyNP Gr2P

204 1.4 3.4 6.6 12.3 12.4 -2.0 15.2 14.4 12.3

206 24.1 3.1 7.3 13.0 13.4 -1.1 14.3 14.3 13.7

207 22.1 6.7 7.5 13.1 12.7 -0.4 14.8 14.0 14.7

208 52.4 7.4 3.0 12.9 14.4 -0.5 14.1 14.9 15.4

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/'OUT TYPE ANG REMARKS

79N02 82PB ExN RLY 6-999 D230-999 ACT-D 4PI 999=1.2 GEV

73EY3 82PB ErXN SPC 20-270 0150-270 TOF-D 90 NEUTS ABOVE 12 MEV

79BA8 82PB G, PI* SPC 668* C700 MAG-D 44 *AVG PHOTON ENERGY

79BA8 82PB Gr PI- SPC 668* C700 MAG-D 44 *AVG PHOTON ENERGY

81 AR1 82PB G^MU-T ABX 215-336 D21 5-386 TOF-D 4PI DATA ALSO IN 81AR3

81 AR3 82PB G^MU-T A6X 215-336 0215-336 TOF-D 4PI

74HA4 82PB $ G/G ABX 15 D 15 NAI-D 90 POLARIZED BEAM

74JA2 32PB GrG ABX 10 D 10 SCD-D DST

78KA6 82PB G/G ABX 6- 12 C 6- 12 SCD-D DST

72K08 82P6 G/N NOX 6/ 22 C 22 THR-I DST

733A20 82P3 G/N NOX 6- 27 C 10- 27 BF3-I 4PI MEAN NEUTRON ENERGY

75EV1 82PB G/N SPC 6- 31 c 31 SCI-D 140

S1LE1 82PB G/SN ABX 25-1 40 D 25-140 MOD-I 4PI NO G/1N IN G/SN

73EY3 82PB G/ XN SPC THR-234 C234 TOF-D 90 NEUTS ABOVE 12 MEV

80HA6 82PB G/ XN SPC 7- 60 C 30/ 60 TOF-D DST ANG DST BY ACT

81 LEI 82PB G/ XN ABX 25-140 D 25-140 MOD-I 4PI

7 2 A N S 82PB G/F ABX 1* 7 C 1* 7 ACT-I 4PI ENERGY IN GEV

76B01

4

S2PB G/F RLX 220-500 D220-500 TRK-I 4PI COHERENT BRMS

76EM2 82PB G/F ABY THR-999 C999 TRK-I 4PI 999=1 GEV

78MA1

0

82PB204 G/N ABY 8- 68 C 30- 68 ACT-I 4PI

78MA1 0 82P3204 G/2N ABY 15- 68 C 30- 68 ACT-I 4PI TO P8202M

78MA1

C

82PB204 G/ 3N ABY 24- 68 c 30- 68 ACT-I 4PI

81 PA1 82PB206 E/E/ ABX 4- 5 D 0* 3 MAG-D DST *FM-1/ 2 E10 LVS

73SW1

3

82PB206 G/G LFT 3- 5 C 5 SCO-D DST J-PI/ 3 LEVELS

74SW11 82PB206 G/G LFT 3- 5 c 4- 5 SCD-D DST 6 LVS 3744-5038 KEV

77CC3 82PB206 G/G LFT 4- 7 c 6/ 10 SCD-D 125 10 LEVELS 5. -6. 8 MEV

79LA1 82PB206 G/G ABX 4- 8 D 5- 3 NAI-D 135

80CH3 82P3206 G/G SPC 4- 8 C 9 SCD-D DST

82ST1 82PB206 G/G ABX 9- 12 D 9- 1 2 NAI-D DST

76MC3 82P3206 G/N ABX 8- 9 D 8- 9 lON-D 90 8999/8533/8120 KEV

798113 82PB206 G/N RLY 3- 12 D 8- 12 SCI-D DST

73SC21 82PB206 G/XN ABX 8- 27 C 8- 27 8F3-i 4PI SEE ALSO 75S012

75S01

2

82PB206 G/XN ABI 8- 27 C 8- 27 SF3-I 4PI SEE 73S021

7SPA1 82PB207 m N m FMF 1- 4 D 50-320 MAG-D 90

80PA1 82PB207 E/E/ ABX 0- 4 D 0* 3 MAG-D DST *Q .5-3 FM-1/ 6 LEVELS

81 PA1 82PB207 E/E/ ABX 4- 6 D 0* 3 MAG-D DST *FM-1/ 4 E10 LVS

72SH10 82PB207 E/P ABI 19 C 17- 21 MAG-D UKN ISOB ANALOG STATES

73SW4 82PS207 G/G LFT 7 D 7 SCD-D UKN 7=7.19/ 7.21

73SW1

3

82PB207 G/G LFT 3- 5 C 5 SCD-D DST J-PI/ 7 LEVELS

74SW1

1

82PB207 G/G LFT 3- 5 C 4- 5 SCD-D DST 7 LVS 3300-4982

77C03 •82PB207 G/G LFT 4- 7 c 6/ 10 SCD-D 1 25 9 LEVELS 4. 8-6.7 MEV

79LA1 82P8207 G/G ABX 4- 7 D 4- 7 NAI-D 135

80CH3 82PB207 G/G SPC 4- 8 C 7/ 8 SCD-D 127

74ME3 82PB207 G/N SPC 6- 9 c 7/ 9 TOF-0 DST J-PI G-WIOTH

76MC3 82PB207 G/N ABX 8- 9 D 8- 9 lON-D 90 8999/8533/8120 KEV

68
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF 1 A IN/OUT TYPE ANG REMARKS

81 BI6 82PB207 G/N RLY 6- 11 D 7- 12 SCI-D DST

81 AV10 82PB207 S G/XP RLX 0* 2 0 0* 2 TEL-D 100 C0H-3RMS .69*1.95 GEV

81AV1

3

82PB207 $ G/XP ASM 0* 2 C 0* 2 TEL-D 100 COH-BRMS .69*1.95 GEV

72BU14 82PB208 E,E/ FMF 7- 22 0 50/ 65 MAG-D DST LEVELS 7.3-14.1

72BU19 82PB206 ErE/ ABX 9- 17 D 50/ 65 MAG-D DST

72T06 82PB208 ExE/ SPC 0- 26 D183 MAG-0 35

73BU14 82PB208 E^E/ SPC 2- 20 0 50/ 65 MAG-D DST

73FA5 82PB208 E/E/ ABX 0- 15 D 50 MAG-D 160 PEAKS 7.3/ 7.9/ 9.3

73NA1 82PB208 E/E/ FMF 6- 30 D124-250 MAG-0 DST 8 LEVELS DETECTED

73T01 82PB208 E/E/ FMF 6- 32 0124-250 MAG-D DST LEVELS 8.9-14.1

74PI2 82PB208 E/E/ FMF 3- 40 D 90 MAG-D DST B(EL)

74WH3 82PB208 E/E/ ABX 0-300 D500 MAG-D 60 QUASI-ELASTIC

75LI1 82P3208 E/E/ ABX 2- 9 0 37- 61 MAG-D 180 LVS 7.91/ 6.93

75LI1 82PB208 E/E/ ABX 2- 9 0 37- 61 MAG-D 180 LEVELS AT 7.91/ 6.93

75SC3 82PB208 E/E/ ABX 6- 11 0 50 MAG-D 129 BROAD PEAK AT 8.9

76FRft 82PB208 E/E/ FMF 2- 7 0120-290 MAG-D DST 17 LEVELS

77PI2 82P8208 E/E/ SPC 8- 12 0 50/ 65 MAG-D DST REANALYSIS OF 75BU19

78FR5 82PB208 E/E/ ABX 6- 8 0 50/ 64 MAG-D DST

78KN7 82P3208 E/E/ RLY 7- 9 0 24- 64 MAG-D DST M2 LEVELS

78LI4 82P8208 E/E/ ABX 5- 7 D 50-335 MAG-D DST M12/ M14 TRANSITIONS

79LI2 82PB208 E/E/ ABX 6- 7 0 50-335 MAG-D DST 6.43/ 6.74/ 7.06 MEV

79W04 82PB208 E/E/ SPC 19- 26 0 60 MAG-D 180 SEARCH FOR Ml EXCT

80G02 82PB208 E/E/ ABX 2 0 52-502 MAG-D DST 3(EL) 2.615 MEV

80LI1 82PB208 E/E/ ABX 4- 7 0 70-335 MAG-D DST 4 HI-SPIN/ 4.9-6.1MEV

8UU3 82PB208 E/E/ SPC 8- 12 D 30- 50 MAG-I DST El/ E2 STRENGTH

72SH10 82PB208 E/P ABI 15- 27 C 24- 27 MAG-D UKN ISOB ANALOG STATES

753H5 82PB208 E/P NOX 8- 40 0 25/ 40 MAG-D DST

75SH6 82PB208 E/P ABX 20- 29 0 19- 29 MAG-D DST

76DR1 82PB208 E/F ABX 25- 45 D 25- 45 TRK-I DST

78AR9 82PB203 G/MU-T ABX THR<r 30 C 12* 30 NAI-D 4PI *ENERGY IN GEV

81BI7 82PB208 s G/MU-T LFT 4- 7 0 4- 7 NAI-D DST POL G/ AZMUTH ANG DST

73SW4 82P6208 G/G LFT 7 0 7 SCD-D UKN 7=7.07/ 7.09

73SW1

3

82PB208 G/G LFT 4- 5 c 5 SCD-D DST J-PI/ 2 LEVELS

74M07 82PB208 G/G NOX 7 0 7 NAI-D 135 7=7.279 F(TEMP)

74SC2 82PB208 G/G LFT 7 0 7 SCD-D DST LEVEL 7.084 MEV

74SW7 82P5208 i G/G LFT 5 c 5 SCD-D DST 4343 KEV POL PHOTON

74SW11 82PB208 G/G LFT 3- 5 c 4- 5 SCD-D DST 2 LVS 4087/ 4843 KEV

76SP1 S2PB208 G/G LFT 7 0 7 SCD-D 90 7=7.064 MEV

76SM4 82P8208 G/G LFT 7 0 7 NAI-D 90 resonance absorption

77C03 82PS2CS G/G LFT 4- 7 c 6/ 10 SCD-D 125 11 LVS 4.1-7. 3 MEV

77SW7 82PB208 % G/G LFT 4 c 5 SCD-D 126 POL SCAT 4.643 PHOT

77YE1 82PB208 G/G LFT 8/ 8 0 2 SCD-D 85 LEVEL 7.06/ 7.08 MEV

78KN14 82PB208 G/G RLX 5- 9 0 4- 9 SCD-D DST

79LA1 82PB208 G/G ABX 4- 8 0 4- 8 NAI-D 135

79NA1 82PB208 $ G/G NOX 5- 8 c 14 NAI-D DST POL PHOT IN/OUT J-PI

80CH3 82PB208 G/G SPC 4- 8 c 7- 11 SCD-D DST

81AC11 82P3208 G/G LFT 5- 8 c 10 SCD-D DST 7 LEVELS

81LE3 82PS208 G/G ABX 10-100 0 10-100 NAI-D DST

82ST1 82PB208 G/G ABX 9- 12 D 9- 12 NAI-D DST

73IS3 82PB208 G/N RLX 7- 14 c 7- 14 BF3-I 4PI

74JA1 32PB208 G/N ABX 7- 9 c 7- 9 TOF-D DST

75HA4 82PB208 G/N LFT 7- 9 c 10 TOF-D DST

75J02 82P3208 G/N ABX 7- 13 c 11- 16 TOF-D 98

75SH9 82PB208 G/N ABX 7- 13 c 8- 13 TOF-0 90

76H01 S2PB208 s G/N LFT 7- 9 c 7- 9 TOF-D DST POL N/ THR MEASUREMENT

76MC3 82PB208 G/N ABX 8- 9 0 8- 9 lON-D 90 8999/8533/8120 KEV

77LA2 82PB208 $ G/N LFT 3- 10 0 9- 11 TOF-D 90 POL NEUTRONS/ J-PI

78VA1 82P3208 G/N ABX 8- 13 c 3- 13 BF3-I 4PI

69
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A INrOUT TYPE ANG REMARKS

79H01 82P320B G/’N ABX 7- 11 C 8- 11 TOF-D DST 7.99 MEV/ 1-x J-PI

81 BI6 82PB208 G/N RLY 7- 11 D 7- 12 SCI-D DST

826E2 82PB208 G/-N ABX 9- 12 D 9- 12 TOF-D DST

71G03 82PB203 G/XN ABX 7- 17 C 7- 17 MOD-I 4PI

73S021 82PB208 G/’XN ABX 7- 27 C 7- 27 BF3-I 4PI SEE ALSO 75S012

75S01

2

32P3208 G/ XN ABI 7- 27 C 7- 27 BF3-I 4PI SEE 73S021

78LE5 82P320S GyXN ABX 25-106 D 25-106 MOD-I 4PI

77AL9 S2P320S G,P ABX 72-999 C 2* 5 TEL-D DST *E IN GEVx 999=4. 5GEV

81 AL5 82P3203 G,P ABY 8-999 C999 TEL-D DST 999=4.5 GEV

79EG3 82PB208 G/’XP RLY 3-250 C130/250 MAG-D DST

77RA4 82PB208 N/G LFT 7- 9 0 1 6*856 SCI-D UKN *ENERG IN KILOVOLTS

78RA2 82PB208 N/G LFT 7- 8 D 0- 1 SCD-D UKN

31 DR4 82PB209 N/G RLY 11- 24 D 7- 20 NAI-0 DST MEASURED FORE-AFT ASM

BISMUTH Z=83

A

209

ABUNO.

100.

G/N

7.5

SEPARATION ENERGIES (MEV)

G/P G>-T G/HE3 G/A Gr2N

3.8 9.4 10.9 -3.1 14.4

G/NP

11.2

G/2P

.8

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A INrOUT TYPE ANG REMARKS

73KL1 83BI209 E/E/ FMF 0- 125 0101-245 MAG-D DST QUASI-ELASTIC

72SH1

0

B3BI209 E/P ABI 10- 20 C 17- 21 MAG-D DST ISOe ANALOG STATES

73UE1 83BI 209 ErP RLX 3- 40 D 40 MAG-D DST

31UE2 83BI209 E^P ABX 4- 23 0 17- 23 MAG-D DST

74TU5 83BI209 E/F ABX THR- 40 D 27- 40 TRK-I 4PI

76DR1 83BI209 ErF ABX 25- 45 D 25- 45 TRK-I DST

79MC2 33BI209 ErF NOX THR- 110 D110 SCD-D 90 MASS AND EOST

76GU5 33BI209 G/-MU-T ABX 8- 21 C 35 NAI-D 4PI

77JA4 83BI209 G/'MU-T LFT 7 D 7 NAI-D 0 7.28/ 7.63MEV RES ABS

30SH1

0

S33I209 G/-MU-T ABX 3- 30 C 42 TOF-O 4PI D(G/N) SPECTROMETER

723A1

6

S3BI209 % G X G RLX 1 5 0 1 5 NAI-D 90 POL G/ ALSO G/

73HA3 8331209 S GfG RLY 1 5 D 1 5 NAI-D 90 POLARIZED BEAM

73ME1 83BI209 G r G ABX 5 D 5 SCD-D DST 5=5.609

73SW4 83BI209 G ^ G LFT 7 D 7 SCD-D UKN 7=7.13/ 7.21

73SW1

3

33BI209 G/G LFT 2- 5 C 5 SCD-D DST J-PI/10 LEVELS

74JA2 83BI209 G/G ABX 10 D 1 0 SCD-D 90

74SW1

1

83BI209 G r G LFT 2- 5 C 4- 5 SCD-D UKN 10 LEVELS/ 2.83-7.64

74TE1 83BI209 G/G LFT 5 D 4- 8 SCD-D DST 5=5.603

74W02 83SI209 $ G/G LFT 6- 8 D 6- 8 SCD-D DST POL SCTD PHOTONS

77C03 83BI209 G/G LFT 4- 7 C 6/ 10 SCD-D 125 11 LVS 4. 2-5. 5 MEV

79LA1 83BI209 G/G ABX 4- 8 D 4- 8 NAI-D 135

8CCH3 83BI209 G/G SPC 4- 8 C 8 SCD-D 127

733A20 8331209 G/N NOX THR- 27 C 10- 27 BF3-I 4PI MEAN NEUTRON ENERGY

75EV1 83BI209 G/N SPC 7- 31 C 31 SCI-D 140

73K03 83BI 209 G/1 N ABI 7- 30 c 7- 58 MOD-I 4PI SIG SN GIVEN

72DI1

0

83BI209 G/ 2N ABY 14- 999 C999 ACT-D 4PI

73K03 33BI209 G/ 2N ABI 14- 30 C 7- 53 MOD-I 4PI SIG SN GIVEN

77DIO 33BI209 G/ 2N ABY THR- 999 c:300-999 ACT-I 4PI 999=1 GEV

72DI1 0 •83BI209 G/3N ABY 21- 999 C999 ACT-D 4PI

73K03 83BI209 G/ 3N ABI 21- 30 C 7-5 8 MOD-I 4PI SIG SN GIVEN

77DIo 8331209 G / 3 N ABY THR- 999 C300-999 ACT-I 4PI 999=1 GEV

70
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A INrOUT TYPE ANG REMARKS

72DI10 83BI209 G/4N A8Y 29-999 C999 ACT-D 4PI

73K03 83.BI209 G/4N ABI 29- 30 C 7- 58 MOD-I 4PI SIG SN GIVEN

77016 83BI209 G / 4 N ABY THR-999 C300-999 ACT-I 4PI 999=1 GEV

73S019 83BI209 G/XN A6X 7- 28 C 7- 28 BF3-I 4PI

74LA5 83BI209 G/XN SPC 7- 29 C 29 EMU-0 OST

75S012 8361209 G/XN ABI 7- 27 C 7- 27 BF3-I 4PI SEE 73S019

81UE2 83BI209 G/P RLX 4- 21 C 18- 21 MAG-0 OST

72DI10 83BI209 G/SE75 ABY THR-999 C999 ACT-0 4PI 999=1 GEV

72DI10 8381209 G/AU ABY THR-999 C999 ACT-0 API 999=1GEV 5 AU ISOTOPE

69RA4 83BI209 G/F ABX 35-140 C 40-140 TRK-I API

72DE1

2

83BI209 G/F NOX THR-999 C700-999 TRK-I OST 999=1.5 GEV

75AR7 83BI209 G/F ABY THR-600 C600 ACT-I API

76B014 8381209 G/F RLX 220-500 0220-500 TRK-I API COHERENT BRMS

76EM2 83BI209 G/F ABY THR-999 C999 TRK-I API 999=1 GEV

80LE3 83BI209 G/<= ABX 40- 65 0 40- 65 lON-I API

74SN5 8331209 P/G ABX 13- 29 0 17- 25 NAI-D OST

RADIUM Z=88

A

226

ABUNO. SEPARATION ENERGIES

G/N G/P G/T G/HE3 G/A G 6.4 7.4 9.7 -4.9 1

(MEV)

/2N G/NP G/2P

1.3 13.4 *

REF

NUCLIDE

Z A REACTION RES EXCIT SOURCE

IN/OUT

DETECTOR

TYPE ANG REMARKS

74ZH1

75BA9

88RA226

88RA226

G/P RLY 10- 15 C 11- 15

G/F RLY THR- 28 C 11- 28

TRK-I OST SYM AND ASYM YIELDS

TRK-I OST

ACTINIUM Z=89

A

227

ABUNO. SEPARATION ENERGIES (MEV)

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

6.7 4.5 9.4 7.9 -5.0 11.9 11.5

G/2P

12.5

78ZH4 89AC227 G/F ABX THR- 17 C 7- 16 TRK-I 2PI

71
THORIUM Z=90

A ABUNO

.

Gy-N G,P

SEPARATION ENERGIES (MEV)

G/T G/HE3 GrA G/2N Gy-NP G/2P

232 100. 6.4 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 90TH232 UJ FMF 1 / 1 D 44-101 MAG-D DST LEVELS .048/ .157

74RA1 90TH232 Ey-F NOX THR- 30 D 8- 30 TRK-I DST

76AS1 90TH232 Ey-F NOX THR- 66 D 7- 66 TRK-I DST FISSION KE

76KN1 90TH232 E/F RLX THR- 40 0 10- 40 TRK-I 2PI SIG(E-)/SIG(E+)

79AS4 90TH232 EyF A3X THR- 65 D 7- 65 TRK-D DST

79MC2 90TH232 E/F NOX THR-110 D110 SCO-D 90 MASS AND EDST

74GU11 90TH232 G/MU-T ABX 7- 19 C 35 NAI-D 4PI

76GU2 90TH232 G/MU-T ABX 7- 19 c UXN NAI-D 4PI

74BA6 90TH232 G/G ABX 3- 11 0 8- 11 SCD-0 DST RAMAN SCATTERING

74HA4 90TH232 $ G/G ASX 15 D 1 5 NAI-D 90 POLARIZED BEAM

74JA2 90TH232 G/G ABX 10 D 10 SCD-D 90

75JA1 90TH232 G/G ABX 11 0 11 SCD-0 150 RATIO RAMAN/ELASTICT

72BE1 5 90TH232 G/N ABX 9- 16 0 9- 16 MOD-I 4PI

73CA2 90TH232 G/N NOX 6- 12 c 8- 12 BF3-I 4PI

73G02 90TH232 G/N RLY 6- 7 c 5- 7 BF3-I 4PI

73VE1 90TH232 G/N ABX 9- 17 D 9- 17 MOD-I 4PI

74MA9 90TH232 G/N ABX 6- 11 D 6- 11 ACT-I 4PI CAPTURE GAMMAS

75EV1 90TH232 G/N SPC 6- 31 C 31 SCI-D 140

80CA1 90TH232 G/1 N ABX 6- 18 D 5- 18 BF3-I 4PI SEE ALSO 80CA2

80CA1 90TH232 G / 2 N ABX 10- 18 D 5- 18 BF3-I 4PI SEE ALSO 80CA2

75JU3 90TH232 G / 4 N NOX 23- 55 C 55 ACT-I 4PI RECOIL RANGE MEAS

75JU3 90TH232 G / 6 N NOX 36- 55 c 55 ACT-I 4PI RECOIL RANGE MEAS

73RU1 90TH232 G/XN RLY 6- 10 c 5- 10 BF3-I 4PI

aOGUS 90TH232 G/ XN RLY THR- c SPK-I 90 YLD FISSION ISOMERS

79VI1 90TH232 G/ SPL ABY THR-350 C250-350 ACT-I 4PI

69WA1 90TH232 G/ F RLX THR-999 C200-999 SCD-D DST 999=1.2 GEV

71 MA6 90TH232 G/F ABX 5- 10 D 5- 10 lON-I 4PI

72BE1 5 90TH232 G/F ABX 9- 16 0 9- 16 MOO-I 4PI

73CA2 90TH232 G/F NOX THR- 12 C 3- 12 BF3-I 4PI

73VE1 90TH232 G/F ABX 9- 17 0 9- 17 MOD-I 4PI

73YE2 90TH232 G/F ABX 5- S D 5- 8 SCO-I 4PI CMPT SCTD G SOURCE

74IV2 90TH232 G/F RLY 5- 12 C 5- 12 TRK-I 4PI YIELD REL U233

75CA5 90TH232 G/F NOX 6- 13 C 8- 13 MOD-I 4PI NEUT MULTIPLICITIES

75DI2 90TH232 G/ F ABX THR- 6 C 8/ 10 TOF-D 135

77H03 90TH232 G/F RLY 5- 38 c 9- 38 ACT-I UKN MASS YLD DISTRIBTION

77ZH3 90TH232 G/F ABY THR- 7 c 5- 7 TRK-D DST

78B08 90TH232 G/F ABX THR- 6 c 3- 6 TRK-I 4PI

78ZH6 90TH232 G/F RLY THR- 5 c 3- 5 TRK-D 4PI

78ZH7 90TH232 G/F ABX THR- 7 c 4- 7 TRK-D 4PI

79VI1 90TH232 G/F RLY THR-350 C250/350 ACT-I 4PI

79ZH3 90TH232 G/F YLO THR- 7 C 5- 7 TRK-D DST

80CA1 90TH232 G/F ABX 5- 18 0 5- 18 3F3-I 4PI SEE ALSO 80CA2

80CA2 90TH232 G/F NOX 11/ 17 0 5- 1 8 BF3-I 4PI DELAYED N YLD

30CA2 90TH232 G/F NOX 5- 18 D 5- 18 BF3-I 4PI PROMPT N MULT

80GU4 90TH232 G/F RLY THR- 55 C 15- 55 sco-o 90 M/E DST/ SYM/ASM YLD

81 3E1 2 90TH232 G/F ABX THR- 7 C 5- 7 TRK-I DST

81 YE1 90TH232 G/ F ABX 5- 11 D 5- 11 TRK-I 4PI PHOTONS from P/G

72
URANIUM 1-92

A ABUND. SEPARATION ENERGIES (MEV)

G/N G/P G/T GrHE3 G/A Gr 2N GrNP G/2P

234 0.005 6.8 6.6 10.2 10.6 -4.9 12.6 13.1 11.9

235 0.720 5.3 6.7 10.0 9.5 -4.7 12.1 11.9 12.4

238 99.275 6.1 7.6 10.0 11.8 -4.3 11.3 13.6 *

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

75CA5 92U 233 G/F NOX 6- 13 C 8- 13 MOD-I 4PI NEUT MULTIPLICITIES

76K06 92U 233 G/F RLY THR- 24 C 10- 24 ACT-I 4PI

78ZH7 92U 233 G/F ABX THR- 7 C 4- 7 TRK-D 4PI

81 AR4 92U 234 E/F ABX 5- 25 D 5- 25 TRK-I 4PI VIRTUAL PHOTON ANAL

75CA5 92U 234 G/F NOX 6- 13 C 8- 13 MOD-I 4PI NEUT MULTIPLICITIES

78308 92U 234 G/F ABX THR- 4 c 4 TRK-I 4PI UPPER LIMIT FOR SIGMA

78LI1 92U 234 G/F RLX 5- 6 c 0- 6 TRK-D DST

80LI5 92U 234 G/F ABX THR-6.5 c 4- 6 TRK-I DST

76SH1

2

92U 235 E/F RLY THR-1 20 D 30-120 SCD-D 90

79MC2 92U 235 E/F NOX THR-1 10 0110 SCD-D 90 MASS AND EDST

74GU11 92U 235 G/MU-T ABX 7- 24 C 35 NAI-D 4PI

76GU2 92U 235 G/MU-T ABX 7- 24 C UKN NAI-D 4PI

73CA2 92U 235 G/N NOX 5- 12 c 8- 12 BF3-I 4PI

80CA1 92U 235 G/1 N ABX 5- 18 0 5- 18 BF3-I 4PI SEE ALSO 80CA2

80CA1 92U 235 G/2N ABX 5- 18 D 5- 18 BF3-I 4PI SEE ALSO 80CA2

73RU1 92U 235 G/XN RLY 5- 10 C 5- 10 BF3-I 4PI

80GU5 92U 235 G/XN RLY THR- 45 C 45 SPK-I 90 YLD FISSION ISOMERS

80DH3 92U 235 G/A SPC THR- 20 C 20 TEL-0 UKN LONG-RANGE ALPHAS

72K010 92U 235 G/F RLY THR- 14 C 14 ACT-I 4PI F PRODUCT YIELD

73AN1

3

92U 235 G/F ABX 5- 8 D 5- 8 SCD-I 4PI

73CA2 92U 235 G/F NOX THR- 12 C 8- 12 BF3-I 4PI

73IV5 92U 235 G/F RLX THR- 15 c 6- 15 TRK-I DST

74IV2 92U 235 G/F RLY THR- 12 c 5- 12 TRK-I 4PI YIELD REL U238

75CA5 92U 235 G/F NOX 6- 13 c 8- 13 MOD-I 4PI NEUT MULTIPLICITIES

76TH1 92U 235 G/F RLY THR- 25 c 25 ACT-I 4PI F PRODUCT YIELD

76ZH2 92U 235 G/F ABX THR- 7 c 3- 7 TRK-D 90 YLD CURVE ANAL TEST

78AL5 92U 235 G/F RLY TMR-999 C100-999 TRK-D 4PI 999=1.2 G£V

78BOS 92U 235 G/F ABX THR- 6 C 3- 6 TRK-I 4PI

78ZH6 92U 235 G/F RLY THR- 5 c 3- 5 TRK-D 4PI

78ZH7 92U 235 G/F ABX THR- 7 c 4- 7 TRK-D 4PI

80CA1 92U 235 G/F ABX 5- 18 0 5- 18 BF3-I 4PI SEE ALSO 80CA2

80CA2 92U 235 G/F NOX 5- 18 0 5- 18 BF3-I 4PI PROMPT N MULT

80CA2 92U 235 G/F NOX 11/ 17 0 5- IS BF3-I 4PI DELAYED N YLD

80GU4 92U 235 G/F RLY THR- 55 c 15- 55 SCO-D 90 M/E DST/ SYM/ASM YLD

80JA3 92U 235 G/F RLY THR- 70 c 12- 70 ACT-I 4PI MASS YLDS/ ISM RATIOS

81 JA2 92U 235 G/F NOX THR- 70 c 12- 70 SCD-D 90 MASS/ ENERGY DST

78MC5 92U 236 E/AG SPC 43 0 43 SCD-D UKN

80AR7 92U 236 E/F ABX 6- 33 0 6- 33 TRK-D DST SEE ALSO 78AR11/79AR7

80CA1 92U 236 G/1 N ABX 5- 18 D 5- 18 BF3-I 4PI SEE ALSO 80CA2

80CA1 92U 236 G/ 2 N ABX 11- 16 b 5- 18 BF3-I 4PI SEE ALSO 80CA2

73YE2 92U 236 G/F ABX 5- 8 0 5- 8 SCD-I 4PI CMPT SCTD G SOURCE

75CA5 92U 236 G/F NOX 6- 13 c 8- 13 MOD-I API NEUT MULTIPLICITIES

76AL4 92U 236 G/F RLY THR- 7 c 5- 7 TRK-I DST

78308 •92U 236 G/F ABX THR- 4 c 4 TRK-I API UPPER LIMIT FOR SIGMA

78ZH6 92U 236 G/F ABX THR- 5 c 3- 5 TRK-D API

78ZH7 92U 236 G/F ABX THR- 7 c 4- 7 TRK-D API

73
IDE

A

236

236

236

236

236

236

236

238

238

238

238

238

238

238

238

238

238

238

238

238

238

238

238

233

238

238

238

238

238

238

238

238

238

23c

238

238

238

238

238

238

238

238

233

238

238

233

238

238

238

238

238

238

238

238

238

238

238

238

REACTION RES EXCIT SOURCE DETECTOR

IN/OUT TYPE ANG REMARKS

G,F ASX THR- 7 C 11- 19 TRK-D 4PI VIRTUAL PHOTONS/ GQR

G/F YLO THR- 7 C 4- 7 TRK-0 DST

G/ F ABX THR- 19 r-U 9- 1 9 TRK.-D 2PI SEE ALSO 78AR11/79AR7

G/F ABX 5- 1 8 D 5- 1 8 3F3-I 4PI SEE ALSO 30CA2

G/<= NOX 5- 18 0 5- 1 8 BF3-I 4PI PROMPT N MULT

G/F NOX 11/ 17 D 5- 1 8 BF3-I 4PI DELAYED N YLD

G/F RLX 5- 17 0 5- 18 BF3-I 4PI RATIO 1-/2- CHANCE F

E/E/ FMF 1/ 1 0 44- 106 MAG-D DST LEVELS .045/ .148

E/E/ LFT 0- 1 D 90- 300 MAG-D DST .68/ .732/ .827 MEV

E/E/ ABX 5- 40 0 87 MAG-D DST J-PI B(EL) LFT

E/G ABX c- 1 20 0 20- 120 SCD-I DST

E/G ABX THR- 29 D 5- 29 TRK-I DST

E/N ABX 6- 25 D 6- 25 ACT-I 4PI

E/N ABX 6- 1 20 C 20- 120 ACT-D 4PI VIRTUAL PHOTON ANAL

E/P SPC 7- 40 D 40 MAG-D 48

E/

A

ABX THR- 24 0 9- 24 ACT-I 4PI THORIUM 234 ACTIVITY

E/

A

ABX THR- 13 D 1 3 ACT-I 4PI UPPER LIMIT FOR SIGMA

E/A SPC THR- 40 D 40 MAG-D 48

E/F ABX THR- 50 D 8- 50 TRX-I 4PI GIVES G/F/E/F RATIO

E/F RLX THR- 40 D 15- 40 TRK-I 90 E+/ E- YIELDS

E/F ABY THR- 60 C 6- 60 TRK-I 4PI

E/F RLX THR- 40 0 10- 40 TRK-I 2PI SIG(E-) /SIG(6+)

E/F RLY THR- 1 20 D 30- 120 SCO-D 90

E/F ABX THR- 29 D 5_ 29 TRK-I DST

E/F ABX THR- 65 D 7- 65 TRK-D DST

E/F NOX THR- 110 0110 SCO-D 90 MASS AND EOST

E/F ABX THR- 9 D 5- 9 TRK-D DST

E/F RLY THR- 999 C600- 999 TRK-I DST 999=1.6 GEV/ COH-BRMS

E/F ABX THR- 35 0 10- 35 SPK-I 90 ALSO RATIO E/F/E+/F

E + /F ABX THR- 27 0 10- 27 SPK-I 90 ALSO RATIO E/F/E+/F

G/MU-T ABX 8- 24 C 35 NAI-D 4PI

G/MU-T ABX 7- 24 c UKN NAI-D 4PI

G/G ABX 7- 1 2 D 7- 12 SCD-D 140

G/G ABX 3 D 8 SCD-D DST 8=7.915

G/G ABX 8- 11 D 8- 1

1

SCD-D DST RAMAN SCATTERING

$ G/G ABX 1 5 0 1 5 NAI-D 90 POLARIZED BEAM

G/G ABX 10 D 10 SCD-D DST

G/G ABX 11 0 1

1

SCO-D DST RATIO RAMAN/ELASTICT

G/G ABX 8 / 9 D 8 / 9 SCD-D DST

G/G ABX 6- 1 2 C 6- 1 2 SCO-D DST

G/G ABX 2/ 4 D 2- 4 UKN-D DST LFT 2 LVS 2.254/3.254

G/N ABX 8- 18 0 8- 1 8 MOD-I 4PI

G/N NOX 6- 1 2 c 8- 1 2 BF3-I 4PI

G/N RLY 6- 7 c 5- 7 BF3-I 4PI

G/N ABX 6- 9 0 6- 9 BF3-I 4PI

G/N ABX 8- 1 9 D 3- 19 MOD-I 4PI

G/lN ABX 5- 18 0 5- 1 8 BF3-I 4PI SEE ALSO 80CA2

G/ 2N ABX 11- 18 D 8- 1 8 MOD-I 4PI

G/ 2N ABX 11- 1 9 D 8- 1 9 MOO-I 4PI

G/2N ABX 9- 1 8 0 5- 1 8 BF3-I 4PI SEE ALSO 80CA2

G/2N RLY THR- 45 C 45 SPK-I 90 YLD FISSION ISOMERS

G/ SN ABX 25- 140 D 25- 140 MOD-I 4PI NO G/1N IN G/SN

G/ XN ABX 6- 8 D 5- 8 3F3-I 4PI INCL G/FN NEUTRONS

G/XN RLY 6- 10 C 5- 10 8F3-I 4PI

G/ XN ABX 25- 140 0 25- 140 MOD-I 4PI

G/ NA24 ABY THR- 999 C400- 999 ACT-I 4PI 999=1 GEV

G/SPL ABY THR- 300 C300 ACT-I 4PI

G/F ABX 5- 10 0 5- 1 0 lON-I 4PI

74
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

72BE1

5

92U 238 G/F ABX 3- 18 0 8- 18 MOD-I 4PI

720E1

2

92U 238 G/F NOX THR* 6 c 3* 6 TRK-I OST ENERGIES IN GEV

73AL5 92U 238 G/F RLY THR- 7 c 4- 7 ACT-I 4PI

73AL1

2

92U 238 G/F RLY THR- 7 c 4- 7 ACT-I 4PI

73AN13 92U 238 G/F ABX 5- 8 D 5- 8 SCD-I 4PI

73CA2 92U 238 G/F NOX THR- 12 c 8- 12 BF3-I 4PI

73DA6 92U 238 G/F ABY THR- 22 c 1- 2 TRK-I 4PI

73NA3 92U 238 G/F ABX THR- 50 c 8- 50 TRK-I 4PI GIVES G/F/E/F RATIO

73VE1 92U 238 G/F ABX 3- 19 D 3- 19 MOO-I 4PI

75B03 92U 238 G/F ABX THR- 6 C 3- 6 TRK-I 2PI 2PI SOLID ANGLE

75CA5 92U 238 G/F NOX 6- 13 C 3- 13 MOD-I 4PI NEUT MULTIPLICITIES

75DI2 92U 238 G/F ABX THR- 8 C 8/ 10 TOF-D 135

76AR3 92U 238 G/F ABX THR- 60 c 6- 60 TRK-I DST

76KI6 92U 238 G/F ABY THR-580 C580 TRK-D 4PI

76TH1 92U 238 G/F RLY THR- 25 C 25 ACT-I 4PI F PRODUCT YIELD

76ZH2 92U 238 G/F ABX THR- 7 C 3- 7 TRK-D 90 YLD CURVE ANAL TEST

76ZH3 92U 238 G/F RLY THR- 5 c 3- 5 TRK-D DST SEE ALSO 71IG1

77ZH1 92U 238 G/F ABX 3- 7 c 3- 7 TRK-I DST

78AL5 92U 238 G/F RLY THR-999 C100-999 TRK-D 4PI 999=1.2 GEV

788E13 92U 238 G/F RLY THR- 6 C 3- 6 TRK-I 4PI

78GA4 92U 238 G/F RLY 5- 31 C 31 ACT-I 4PI YIELDS 136CS/ 150PM

78ZH6 92U 233 G/F ABX THR- 5 C 3- 5 TRK-D 4PI

78ZH7 92U 238 G/F ABX THR- 7 C 4- 7 TRK-D 4PI

79BE11 92U 238 G/F ABY 3- 6 c 3- 6 UKN 4PI FISSION BARRIER ANAL

79JA5 92U 2 38 G/F NOX THR- 70 c 12- 70 SCD-D 90 ENERGY/ MASS FRAG DST

79JA7 92U 238 G/F RLY THR- 70 c 12- 70 ACT-I 4PI MASS CHAIN YIELDS

79K09 92U 238 G/F ABX THR- 26 c 7- 26 SPK-D 0

79ZH3 92U 238 G/F YLD THR- 7 c 5- 7 TRK-D DST

30BE5 92U 238 G/F ABX 100-999 C100-999 TRK-D 4PI

80BE5 92U 238 G/F ABX 100-999 C100-999 TRK-D 4PI

80CA1 92U 238 G/F ABX 5- 18 D 5- 18 BF3-I 4PI SEE ALSO 80CA2

80CA2 92U 238 G/F NOX 5- 18 D 5- 18 BF3-I 4PI PROMPT N MULT

80CA2 92U 238 G/F RLX 5- 17 D 5- 18 BF3-I 4PI RATIO 1-/2- CHANCE F 80CA2 92U 233 G/F NOX 11/ 17 0 5- 18 BF3-I 4PI DELAYED N YLD

80DE2 92U 238 G/F RLY THR- 20 C 20 ACT-I 4PI MASS YLD 88 TO 139

8CGU4 92U 238 G/F RLY THR- 55 C 15- 55 SCD-D 90 M/E DST/ SYM/ASM YLD

81 AL7 92U 238 G/F RLY THR- 6 C 5- 6 TRK-I OST

81 YE1 92U 238 G/F ABX 5- 11 D 5- 11 TRK-I 4PI PHOTONS FROM P/G

78GU2 92U 238 G/F2N LFT THR- 45 C 45 TOF-0 4PI ISOMER/PROMPT F YLDS

73MC6 92U 239 N/G RLX 13- 19 0 7- 14 NAI-D UKN

NEPTUNIUM Z=93

A A6UND.

237

SEPARATION ENERGIES (MEV)

G^N G^P G/T G/HE3 G/’A G/2N G/NP Gr2P

6.6 4.9 8.2 10.4 -5.0 12.3 11.4 12.0

NJCLIOE REACTION

REF Z A IN^OUT

77SH9 93NP237 E/G

79MC2 ’93NP237 E,F

77BA7 93NP237 G/G

72BE15 93NP237 G/N

RES EXCIT SOURCE

ABX C-120 D 20-120

NOX THR-110 0110

ABX 8- 12 D 8- 12

ABX 9- 17 D 9- 17

DETECTOR

TYPE ANG REMARKS

SCD-I OST

SCD-D 90 MASS AND EDST

SCD-D OST

MOD-I 4PI

75
NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/ OUT TYPE ANG REMARKS

73VE1 93NP237 G/N ABX 9- 17 D 9- 17 MOD-I 4PI

723E1

5

93NP237 G/2N ABX 9- 17 D 9- 17 MOD-I 4PI

73VE1 93NP237 G/2N ABX 9- 17 0 9- 17 MOD-I 4PI

728E15 93NP237 G/F ABX 9- 17 D 9- 17 MOO-I 4PI

72K09 93NP237 G/F RLY THR- 24 C 10- 24 ACT-I 4PI F PRODUCT YIELDS

73VE1 93NP237 G/F ABX 9- 17 D 9- 17 MOD-I 4PI

74IV2 93NP237 G/F RLY THR- 12 C 5- 12 TRK-I 4PI YIELD REL U23S

75CA5 93NP237 G/F NOX 6- 13 C 8- 13 MOD-I 4PI NEUT MULTIPLICITIES

78AL5 93NP237 G/F RLY THR-999 C100-999 TRK-D 4PI 999==1.2 GEV

78ZH6 93NP237 G/F RLY THR- 5 C 3- 5 TRK-D 4PI

78ZH7 93NP237 G/F ABX THR- 7 C 4- 7 TRK-D 4PI

A ABUND.

G/N

PLUTONIUM Z=94

SEPARATION ENERGIES

G/P G/T G/HE3 G/A

(MEV)

G/2N G/NP G/2P

238 — 7.0 6.0 9.8 9.7 -5.6 12.9 12.6 10.9

239 — 5.7 6.2 9.8 8.8 -5.2 12.7 11.6 11.4

240 — 6.5 6.5 9.7 10.2 -5.3 12.2 12.7 11.8

242 — 6.3 6.9 9.5 10.8 -5.0 11.5 12.9 12.6

NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

REF Z A IN/OUT TYPE ANG REMARKS

74GU1

1

94PU239 G/MU-T ABX 7- 20 C 35 NAI-D 4PI

76GU2 94PU239 G/MU-T ABX 7- 20 C UKN NAI-O API

73CA2 94PU239 G/N NOX 6- 12 C 8- 1 2 BF3-I API

79GU1 94PU239 G / 2 N RLY 12- 45 c 45 SCD-I API ISOMERIC/PROMPT YLD

80GU5 94PU239 G/ 2n RLY THR- 45 c 45 SPK-I 90 YLD FISSION ISOMERS

73RU1 94PU239 G/XN RLY 6- 10 c 5- 10 8F3-I API

73CA2 94PU239 G/F NOX THR- 12 c 8- 1 2 BF3-I API

74IV2 94PU239 G/F RLY THR- 12 c 5- 12 TRK-I API YIELD REL U238

75CA5 94PU23® G/F NOX 6- 13 c 8- 1 3 MOD-I API NEUT MULTIPLICITIES

76K05 94PU239 G/F RLY THR- 24 c 10- 24 ACT-I API

78AL5 94PU239 G/F RLY THR-999 C10C- 999 TRK-D API 999=1.2 GEV

78ZH7 94PU239 G/F ABX THR- 7 c 4- 7 TRK-D API

80GU4 94PU239 G/F RLY THR- 55 c 1 5- 55 SCD-D 90 M/E OST/ SYM/ASM YLD

81 K04 94PU239 G/F RLY THR- 28 c 2 8 ACT-0 API MASS/ ENERGY DST

80GU5 94PU240 G/XN RLY THR- 45 c 45 SPK-I API YLD FISSION ISOMERS

31 TH1 94PU240 G/F ABX THR- 30 c 1 2- 30 SCD-D API ENERGY/ MASS OST

78ZH7 94PU241 G/F ABX THR- 7 c 4- 7 TRK-D API

60GU5 94PU242 G/N RLY THR- 48 c 40/ 48 SPK-I API YLD FISSION ISOMERS

81 GUI 94PU242 G/FN RLY THR- 80 c 40/ 48 SPK-I API ISOMER YIELD RATIO

76
AMERICIUM Z=95

A A3UN0.

GrN G^P

SEPARATION ENERGIES (MEV)

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

REF

NUCLIDE

Z A REACTION

INxOUT

RES EXCIT SOURCE DETECTOR

TYPE ANG REMARKS

78AL5 95AM241 G/F RLY THR-999 C100-999 TRK-D 4PI 999=1.2 GEV

78ZH7 95AM241 G/F ABX THR- 7 C 4- 7 TRK-D 4PI

79KU3 95AM241 G/F ABY THR- 80 C 10- 80 SPK-I 4PI DELAYED/PROMPT

79K09 95AM241 G/F ABX THR- 26 C 7- 26 SPK-D 0

78AL5 95AM243 G/F RLY THR-999 C100-999 TRK-D 4PI 999=1.2 GEV

79KU3 95AM243 G/F ABY THR- 80 C 10- 80 SPK-I 4PI DELAYEO/PROMPT

79K09 95AM243 G/F ABX THR- 26 C 7- 26 SPK-D 0

YLO

YLO

77
8. DIGITAL DATA LIBRARY INDEX

In the following list, data sets whose acquisition numbers, ACQ, are followed by

a * were either prepared from published tabular data or were obtained in digital

form directly from the source. All other sets were abtained by digitizing published graphical data. The references associated with these data sets are all

included in the bibliography given in Section 9 starting on page 92.

NUCLIDE reaction REF ACO NUCLIDE REACTION REF ACQ

DEUTER lUM Z=1 3LI G jMU-T 75 AH3 914*

0.5 HEV RESOLUTION

1H 2 Gi PI- 75CH3 1141» 3LI G.MU-T 75 AH3 915*

FIG 1j table 1 1 .0 PERCENT RESOLUT ION

1H 2 G > H AD 72AR14 1081* 3LI G.XN 64AL1 1062

FIG 4# TABLE 1 FIG 3

1H 2 G,P 55AL1 1143 3LI GjXN 63C03 1 064

FIG 4 FIG 1 1H 2 G jP 68BU2 1 144» 3LI G^XN 60FA1 1063

FIG 3. TABLE 2 FIG 7 1H 2 GiP 57HU80 1 146» 3LI GjT 77LE1 1059

COMPILATION EXPT DATA TABLE 4 FIG 1 1H 2 Ci P 74SK1 1 145«

FIG 6 j TAPLE 3 3LI6 EjP 70W01 732

1H 2 GiP 56UH1 1 142« 3LI6 E.P 70WO1 733

FIG 4i TABLE 3 3LI6 EjP 70W01 734

1H 2 G,P 71WE2 714 3LI6 E#P 70W01 735

3LI6 G>1N 65BE1 508*

HELIUM Z = 2 3LI6 G,2N 65BE1 509*

3LI6 GjSN 65BE1 507*

2HE3 Gj N 65FE1 70 3LI6 GiXN 646A2 1058

2HE3 GjN 65FE1 75 FIG HISTOGRAM PLOT

2HE3 Gj N 66GE1 63 3LI6 G.XN 66C05 656

2HE3 Gj IN 70BE6 237* 3LI6 GjXN 64GR2 657

2HE3 GjP 72CH3 610* 3LI6 GjXN 65HA1 584*

2ME3 G jP 65FE1 65 3LI6 GjP 65BA2 660

2HE3 GjP 65FE1 66 3LI6 GjP 67DE2 65 9

2HE3 G* D 65ST1 64 3LI6 G jXP 70WO 1 658

2HEA G«N 69AR4 263 3LI6 GjPD 70MU1 674

2HE4 G«N 69AR4 265 3LI6 GjD 67DE2 661

2HEA G«N 70BU1 236 3LI6 Gj T 65BA2 6 77

2HE4 Gt N 71BU1 339 3LI6 GjT 67DE2 67 5 2HE4 Gj N 66FE1 605 3LI6 GjT 70MU1 673

2HE4 GjIK 69AR 5 283 3LI6 GjT 66SH1 6 76

2HE4 G* SN 71BE3 238* 3LI6 GjT 68SH2 422

2HE4 GjSN 70BE9 338 3LI6 GjT 70WO1 67 2 2HE4 GjP 71BU1 340 3LI6 GjHE3 66NU1 668

2HE4 Gj2N2P 69AR5 28 2 3LI6 GjHE3 70WO1 671

2HE4 P^ G 70ME2 440* 3LI6 HE j G 68BL1 669*

HE=HE3

LITHI UM Z = 3 3LI6 HEjG 71 VE1 667

HE=HE3

3LI G*MU-T 75 AH3 912* 3LI6 HEjG 70YO1 670

2.0 MEV RESOLUTION 68BL1 DATA EXTENDEDj HE=HE3

3LI GjMU-T 75 AH3 913*

2.0 PERCENT RESOLUTION 3LI 7 EjP 70W01 7 30

3LI7 EjP 70WO1 731

78
NUCLIDE REACTION REF ACO NUCLIDE REACTION REF ACQ

3LI7 G«N 77FE1 1060 4BE9 G jP 62CL1 837

FIG U> OPEN SQUARES FIG 3

3LI7 GjN 646R2 72 9 4BE9 GjP 62CL1 1 044

3LI7 6«N1 77FE1 1061 FIG 7

FIG kt CLOSED SQUARES 4BE9 GjP 66DE6 840

3LI7 6«1N 73BR11 511» 4BE9 GjP 64K05 839

3LI7 Gj2N 73BR11 512* 4BE9 GjD 66V01 843

3LI7 G«SN 73BR11 510* 4BE9 GjT 66 V01 844

3LI7 G«XN 67BA2 288 4BE9 TjG 71SC3 1045

3LI7 G«XN 65HA1 575 FIG 2

3LI7 g«xn 59R01 293

3LI7 GjP 670E1 727

3L17 G#P 626R2 291 BORON Z = 5 3LI7 GjP 63KU2 1079

FIG 2 5B 10 Gj2N 76KN3 1049k

3LI7 GjP 63KU2 1082 5B 10 GjXN 65HA1 573

CURVE FROH FIG 2 67DE1 58 10 GjXN 73HU14 831

3LI7 GjP 62SH1 294 5B 10 GjXN 76KN3 1048k

3L17 GjP 62SH1 295 5B 10 PjG 63FU3 861

3L17 GjT 67DE1 292 5B 10 HEj G 68LI1 862

3LI7 GjT 55MI1 289 HE=HE3

3LI7 GjT 66MA1 290 5B 10 HEjG 65PA1 863

3LI7 GjT 69S03 728 HE=HE3

3LI7 GjT 61SH6 287

5B 11 Gj2N 76KN3 1051k

BERYLLIUM Z=4 53 11 GjXN 65HA1 574

5B 11 GjXN 73HU 14 832

ABE9 GjMU-T 75AH3 916» 5B 11 GjXN 76KN3 1050k

2*0 MEV RESOLUTION 5R 11 GjP 70S01 279

ABE9 GjMU-T 75AH3 91 7j* 5B 11 GjP 70SO1 280

2.0 PERCENT RESOLUTION 5B 11 GjP 69S02 216

ABE9 GjMU-T 75AH3 918« 5B 11 GjPI 70SO1 281

0*5 MEV RESOLUTION 5B 11 GjD 74DE4 868

ABE9 GjMU-T 75AH3 91 9w 5B 11 PjG 70G02 235

1*0 PERCENT RESOLUTION 5B 11 PjG 70 GO 2 866

4BE9 GjMU-T 72 ah 7 592 5B 11 DjG 71BA4 867

A8E9 GjMU-T 62M 14 838 5B 11 DjG 66SU1 864

ABE9 GjHU-T 69D03 262 5B 11 AjG 67PA3 865

4BE9 GjHU-T 65WY1 54

FIG 4 4BE9 GjN 60BE1 557 CARBON Z=6

4BE9 GjN 58BA2 555

4BE9 GjN 67BE6 1087 6C 11 PjG 70KU1 255

51087-photon ENERGY scale

4BE9 GjN 56ED1 556 6C 12 EjE/ 71BE2 964

4BE9 GjN 75HU1 1035 6C 12 GjHU-T 75AH3 920k

4BE9 GjN 75HU1 1036 2»0 MEV RESOLUTION

4BE9 GjN 59TH1 553 6C 12 GjMU-T 75AH3 921k

4BE9 Gj2N 75KN5 1042« 2.0 PERCENT RESOLUTION

4BE9 GjSN 61JA1 539 6C 12 GjHU-T 75AH3 922k

4BE9 G jSN 75KN5 1043 0*15 MEV RESOLUTION

FIG 5j DASHED LINE 6C 12 Gj MU-T 73AH4 92 3k

4BE9 GjXN 65C02 558 1.C PERCENT RESOLUTION

4BE9 GjXN 66C04 842 6C 12 GjMU-T 72AH7 593

4BE9 GjXN 75HU1 1037 6C 12 G jMU-T 69BE2 105

FIG 3 6C 12 GjMU-T 69BE2 315

4BE9 GjXN 73HU11 836 6C 12 GjMU-T 60TA2 466

4BE9 GjXN 53J01 1105 6C 12 G jMU-T 65WY1 52

4BE9 GjXN 75KN5 1041» FIG 6A

4BE9 GjXN 53NA1 554 6C 12 GjMU-T 65WY1 53

48E9 GjXN 72TH2 841 FIG 6B

79
NUCLIDE REACTION REF ACO

6C 12 G«N 55BA1 1104

FIG 3

6C 12 GiN 66C02 111

6C 12 GiN 66C02 1090

FIG 3 HAS • 5 MEV RESOLUTION

6C 12 G> N 62DE1 1052

6C 12 G jN

X and

66L01

0 FROM

591

FIG 3 6C 1? G«N 68UU1 222

6C 12 GjIN 66FU1 112«

FIG 1 6C 12 G«XN 69BA1 314

6C 12 G*XN 71 IS3 412

6C 12 GjXN 53J01 1106

6C 1 2 GjXN 75KN8 1038*

6C 12 GjXN 66MI2 473

6C 12 G>P 69CA3 316

6C 12 G>P 69TA1 317

6C 12 GjPO/NO 68VU1 22 3 6C 12 G# NA 690W2 276

6C 12 6 jNA 690U2 1 094

FIG 1 6C 12 Gj 3A 53G01

FIG 5 1068

+ FIG 6

6C 12 G,3A 70MU1 318

6C 12 PjG 64AL2 225

6C 12 PtG 69KE1 227

6C 12 P»G 69KE1 228

6C 12 PrG 70KU1 243

6C 12 PfG 77SN3 1091

6C 12 HE*G 72BL6

FIG 4Aj

1092

HE=HE3

6C 12 HE#G 74SH3

FIG 21Aj

1 093

HE=HE3

6C 13 E*E/ 71BE2 96 3

6C 13 Gj XN 57C01 561

6C 13 GjXN 76K05 1065»

FIG 2 6C 13 Gj P 57C01 297

6C 13 GjXP 64DE2 313

6C 13 D jG 73WE3 848

NI TPOGEN Z = 7

7N 13 Pj G 63F 11 266

7N 13 P jG 72HA1 5 46

7N 13 PjG2 63FI1 267

7N 14 G jMU-T 69BE2 106

7N 14 G jN 72GE3 1086

FIG 4 7N 14 G jN 80JU1 1098

7N 14 GjN 60KI2 1088

FIG 4 7N 14 G jSN 70BE8 513K

7N 14 G jXN 60FA1 1120

7N 14 Gj P 74BA4 1084

FIG 10

7N 14 GjP 72CA4 58 6

NUCLIDE REACTION REF ACQ

7N 14 GjP 80TU1 1097

FIG 2 7N 14 Gj P2 73BA8 849

7N 14 PjG 75PA1 1085

FIG 2 7N 14 PjG 71RI1 611

FIG 9B

7N 14 PjG 71PI1 858

FIG 4A

7N 14 MEjG 73MA5 1089

HE=HE3

7N 15 PjG 72WE2 547

7N 15 PjG 73WE2 845

7N 15 DjG 73WE3 847

OXYGEN Z=8

PO 15 Pj G 70KU1 246

80 15 P jG 70KU1 253

80 16 EjP 62D01 248

80 16 GjMU-T 75AH3 924»

2«0 MEV RESOLUTION

80 16 GjMU-T 75AH3 925k

2.0 PERCENT RESOLUTION

80 16 GjMU-T 75AH3 926k

0.15 MEV RESOLUTION

80 16 GjMU-T 75AH3 92 7k

1.0 PERCENT RESOLUT ION

80 16 G jMU-T 72AH7 594

80 16 GjMU-T 62BU1 762

FIG 4 starting 12TH POINT

80 16 GjMU-T 63BU1 763

FIG 4

80 16 G jMU-T 69BE2 108

80 16 G jHU-T 67CA2 25

FIG 36

80 16 GjMU-T 65UY1 50

FIG 8A

80 16 GjMU-T 65WY1 51

FIG 8B

80 16 GjN 65CA1 39

FIG 2

80 16 GjN 65CA1 41

FIG 3B

80 16 GjN 66C01 113

80 16 GjN 67CA2 36

FIG 33

80 16 GjN 68UU2 201

80 16 GjN 70IS5 341

80 16 GjNO 70JU1 1046

FIG 6 TIMES 4PI

80 16 GjN 69KH1 1096

80 16 GjNO 79PH2 1095k

80 16 GjNG 65CA1 38

1/2+J5/2+ STATES FIG 2 80 16 GjNG 65CA1 40

3/2- STATE FIG 3C

80
NUCILIRE REACTION REF ACO REF ACQ

RO 16 GjNG

FIG 27 TOP

67CA2

5.21 MEV

23

STATE

80 16 GjNG

FIG 28 TOP

67CA2

6.18 MEV

31

STATE

80 16 GjNG

FIG 29 TOP

67CA2

6.79 MEV

33

STATE

80 16 GjIN 66BA5 296*

80 16 G jIN 73BE10 857

80 16 GjIN 75BE13 42*

80 16 GjIN 82CA1 1139*

FIG 3B

80 16 GjIN 66MI2 471

80 16 GjIN 74VE1 879*

80 16 Gj2N 82CA1 1140*

FIG 3C

80 16 Gj2N 74VE1 877*

80 16 GjSN 82CA1 1138*

FIG 3A

80 16 GjSN 67CA2 35

FIG 18

80 16 G jXN 62B02 215

80 16 GjXN 64BA3 312

80 16 GjXN 64FI1

NEUT SPEC 25MEV

213

BREMS

80 16 GjXN 65HA1 572

80 16 GjXN 75KN8 1039*

80 16 GjXN 72TH2 852

80 16 GjP 67CA2 22

FIG 34

80 16 GjP 69ST1 194

80 16 GjP 67TH1 202

80 16 GjPO/NO 68WU1 226

80 16 GjPG 67CA2 24

FIG 27 BOTTOM 5.28 MEV STATE

80 16 Gj PG

FIG 31 TOP

67CA2

9.9 MEV

27

STATE

80 16 GjPG 67CA2 26

FIG 31 BOTTOM 10.84 MEV STATE

80 16 GjPG

FIG 30 TOP

67CA2

9.23 MEV

29

STATE

80 16 GjPG 67CA2 30

FIG 30 BOTTOM 9.1 MEV STATES

80 16 GjPG 67CA2 32

iF:IG 28 BOTTOM 6.32 MEV ST1T5000

80 16 GjPG 67CA2 34

FIG 29 BOTTOM 7.3 MEV STATE

80 16 GjNP 74VE1 878*

80 16 G jAG 67CA2 37

FIG 32

80 16 6j2A 53MI1

SMOOTH

1073

CURVE

80 16 Gj4A 52G01

FIG ON

1074

P 671

80 16 Gj4A 53MI1

SMOOTH

1072

CURVE

80 16 G jNG-»^PG 67CA2 26

FIG 35

80 16 PjG 67BL1 78

80 16 PjG

FIG

67EA1 1083

6 PAGE 252j253

NUCLIDE REACTION

80 16 PjG 730C1 8 50

80 16 PjG 74R05 1053

80 16 PjG 79SN1 1080

FROM SNOVER LTR 5/79

80 16 •PjG 64TA2 80

FIG 2 80 16 DjG 66SU1 79

FIG 9j90 deg D IFF SIG

80 16 DjG 71SU1 851

80 16 HEjG 74SH3 85 5 hE=HE3

80 16 AjG 74SN9 1075*

FIG IB El POINTS

80 16 AjG 74SN9 1076*

FIG IB E2 POINTSjCURVE 5 1076000

80 16 AjG 74SN9 1077*

FIG 1A POINTS

80 16 AjG 74SN9 1078

FIG 1C E1/E2 PHASE SHIFT

80 18 GjIN 76KN4 1056*

80 18 Gj2N 76KN4 1054*

80 18 GjSN 76KN4 1057*

80 18 GjXN 76KN4 1055*

FLUORINE Z=9

9F 19 GjMU-T 69BE2 107

9F 19 GjMU-T 66002 417

9F 19 GjMU-T 64TE1 663

9F 19 Gj N 71BA2 662

9F 19 GjN 62DE1 66 4

9F 19 GjN 60KI4 666

9F 19 GjIN 72VA2 665

9F 19 6j2N 73BE10 217

9F 19 Gj2N 74VE1 880*

9F 19 GjSN 74VE1 881*

9F 19 GjXN 73BE10 749

9F 19 GjXN 73CA5 726

9F 19 GjP 62001 803

NEON Z=10

10NE EjP 62D01 797

10NE SjIN 74VE 1 869*

TONE Gj2N 74VE1 882*

10NE GjSN 74 VE1 876*

10NE GjXN 54FE1 871

10NE GjXP 63FI4 796

10NE20 GjP 69H01 795

10NE20 PjG 60BR1 874

1ONE20 PjG 67SE1 73

10NE20 PjG 67SF1 946

10NE20 PjGI 60BR1 873

10NE20 PjGI 67SE1 872

10NE20 PjG0+G1 64TA1 940*

10NE22 Gj2N 74VE1 870*

81
NUCLIDE REACTION REF ACQ NUCLIDE REACTION REF ACO

12MG26 GjSN 71FU2 346*

SODIUM Z = 11 12MG26 GjXN 72IS1 549

12MG26 GjP 74AN1 950

11NA23 GiMU-T 65WY1 49 12MG26 GjXP 74VA2 951

FIG 11

11NA23 Gj IN 71AL1 347«

1 1NA23 G* 1 N 63SA1 781 ALUMINUM rsi II

1 1NA23 G J IN 74VE1 883»

1 1NA23 G#2N 71 AL1 350* 13AL27 GjMU-T 75 AH3 928*

1 1NA2 3 G«2N 74 VE 1 884» 2*0 ME¥ RESOLUTION

11NA23 GxSN 71 AL1 351* 13AL27 GjMU-T 75AH3 929*

1 1NA23 G#SN 74 VE1 885* 2.0 PERCENT RESOLUTION

1 1NA23 G#P 73VE2 777 13AL27 GjMU-T 75 AH3 930*

0.2 MEV RESOLUTION

MAGNES lUM Z=12 13AL27 GjMU-T 75AH3 931*

1.0 PERCENT RESOLUTION

12MG GjMU-T 66D02 323 13AL27 GjMU-T 72AH7 595

12MG GjMU-T 65WY1 47 13AL27 GjMU-T 59DU1 76 9

FIG 13A 13AL27 GjMU-T 64002 756

12MG GjMU-T 65WY1 48 13AL27 GjMU-T 59MI1 767

FIG 14B 13AL27 GjMU-T 60TA2 467

12MG Gi N 70VE1 322 13AL27 GjMU-T 65WY1 45

FIG 2 FIG 15A

12MG G^N 70WE1 355 13AL2 7 GjMU-T 65UY1 46

FIG 5 FIG 15B

12MG GjN 70WE1 775 13AL27 GjMU-T 60ZI1 846

FIG DOTS 13AL27 GjN 65TH2 76

12MG G^ SN 7TFU2 342 13AL27 GjIN 60CH2 752

12MG G jXN 63C03 327 13AL27 GjI N 66FU1 517*

12MG G«XN 65M1 1 325 13AL27 GjIN 74VE1 886*

12MG G^ XN 58SP2 328 13AL27 Gj2N 66FU1 116*

12MG G*XP 64IS1 326 13AL27 Gj2N 74VE1 887*

13AL27 GjSN 66FU1 516*

12MG2A E^E/ 66AR2 945 13AL27 GjXN 67AN2 551

1 2MG24 EfE/ 67TI 1 944 13AL27 GjXN 69 AN3 860

1 2MG2 4 GfN 71B A2 941 13AL27 GjXN 62B02 801

1 2MG24 G«N 60KI1 31 9 13AL27 GjXN 69C02 536

1 2MG24 G« IN 71FU2 343* 13AL27 GjXN 66FU1 115

12MG24 GfIN 66MI? 324 13AL27 GjXN 69 IS3 453

12MG24 Gf XN 69AN2 321 13AL27 GjXN 53J01 1107

12MG24 GjXN 72 IS1 548 13AL27 GjXN 62MU1 753

12MG2 4 Gj P 66 IS1 771 1 3AL27 GjP 60CH2 751

1 2MG24 GjP 67LE1 943 13AL27 GjP 62001 804

12MG24 P>G 68BE3 798 13AL27 GjP 720D1 758

1 2MG2 4 P jG 63G03 942 1 3AL27 GjP 62SH11 954

13AL27 Gj2P 58AU1 770

12MG25 G* N 718 A2 205 13AL27 G j2P 58AU1 95 5 12MG25 GiN 70BE5 947 13AL27 GjN2P 68ME4 311

POINTS 1 3AL27 GjNA24 60GO? 962

12 MG25 G#N 70BE5 948

12NG25 G*1N 71 A LI 352*

12MG25 Gj2N 71 AL1 353* SI LICON Z = 14

12MG25 G# SN 71 AL1 354*

12MG25 GjXN 55NA1 320 14S1 G j MU-T 75AH3 932*

12NG25 GjP 74W05 952 0.15 MEV RESOLUTION

14SI G jMU-T 75 AH3 933*

12MG26 EjE/ 70TI1 953 1.0 PERCENT RESOLUTION

12MG26 G«N 69BE3 949 14SI GjMU-T 72AH7 596

POINTS 14SI GjMU-T 68BE4 103

17MG26 Gj IN 71FU2 344* 14SI GjMU-T 59DU1 829

12MG26 Gj2N 71FU2 345*

82
NUCLIDE REACTION REF ACO NUCLIDE REACTION REF ACO

USI GjMU-T 65UY1 61 15P 31 GjXN 63C03 793

FIG 17A 15P 31 GjXN 74DE10 961

14SI G#MU-T 65WY1 62 15P 31 GjXN 69IS3 45 4 FIG 17B 15P 31 Gj XN 62MU2 755

14SI GjN 63SA1 826 POINTS

USI GiN 70VU1 819 15P 31 GjXN 62NU2 812

USI G«1N 63CA1 72» SOLID LINE

14SI 6s1N 74VE1 888« 15P 31 Gj2P 70AN2 807

14SI GjXN 69AN3 828 15P 31 G jXP 64 IS1 809

USI GjXN 63B01 825 15P 31 GjNP 74VE1 890«

FIG 2 BOTTOM 15P 31 GjN2P 70AN2 808

USI 6«XN 63B01 958

FIG 2 TOP

14SI GjXN 69C01 830 SULPHUR Z=16

14SI 6«XN 63C03 788

14SI GjXN 66G03 74 16S GjMU-T 59DU1 817

USI GfXN 68G06 431 16S GjMU-T 68D01 859

FIG 2B 16S GjMU-T 65WY1 43

USI G«XN 68G06 95 7 FIG 19A

FIG 5A 16S GjMU-T 65WY1 44

14SI G«P 65CA2 760 FIG 19b

14SI G#P 67G01 854 16S GjN 63B01 967

14SI GsP 67G01 856 16S GjN 70MU1 820

14SI GjP 62SH11 822 16S GjXN 68606 432

14SI G#2P 71SA2 609 16S GjP 62SH11 966

14SI G#XP 61SH5 827 16S GjXP 64IS1 818

USI G«A 65CA2 765

16 S 32 GjN 67AN2 711

USI28 GjN 70WE1 356 16S 32 GjN 67AN2 815

FIG 1 16S 32 GjN 62KU1 968

14SI28 GjN 70WE1 776 16S 32 GjN 65TH1 750

FIG 1 DOTS 16S 32 GjN 67WE1 71

14SI28 GjP 61SH1 853 16S 32 G jIN 74VE1 894*

14SI28 PjG 61GA1 824 US 32 6 j2N 74VE1 892»

USI28 PjG 61KI1 821 16S 32 GjNP 62B03 96 5 USI28 PjG 65SI1 104 16 S 3? GjNP 74VE1 893«

14SI28 PjGI 61GA1 823 16 S 32 GjN-j2N 70 AN3 285

USI28 AjG 68ME1 77 FIG 4 16 S 32 GjNP+D 71BR1 814

USI29 GjN 73FU2 802 16S 72 GjNP+2N+D 70AN3 284

FIG 5 14SI30 AjG 68HE1 759 16S 32 PjG 65DE1 82

16S 32 PjG 65DE1 83

14SI32 AjG 68HE1 761 US 32 PjG 65DE1 84

PHOSPHORUS Z=15 CHLORINE Z=17

15P 31 GjMU-T 59DU1 813 17CL GjIN 74VE1 895»

15P 31 GjN 72AN12 960 17CL Gj2N 74VE1 896k

15P 31 GjN 63MC3 810 17CL GjSN 74VE1 897k

15P 31 GjIN 74VE1 89U

15P 31 Gj2N 74VE1 889k 17CL35 GjN 55B02 218

‘•5P 31 GjXN 63B01 811 17CL35 GjN 62KU1 219

FIG 3B

15P 31 GjXN 63B01 959 17CL37 Gj2N 74VE1 898k

FIG 3# 1MEV BINS

83
NUCLICE reaction REF aco NUCLIDE REACTION REF ACO

20CA40 PjG 68BA1 196

ARGON Z = 18 20CA40 PiG 68BA1 197

20CA40 PjG 68BA1 198

18AR36 PjG 70KE1 244 20CA4C P jG 73DI1 587

20CA40 PjG 73DI1 220

18AR38 GjP 70KE1 245 FIG ? 70CA40 PjG 67FE1 192

18AR40 Gj IN 74VE1 899* 20CA40 A jG 73MA1 590

18 AR40 G^2N 74VE1 900»

18AR40 GjSN 74 VE1 901 » 2CCA42 P jG 73DI2 585

POTASSIUM Z = 19 SCANDIUM II M

19K G^IN 74VE1 904« 21SC45 G> IN 74VE1 906*

19K Gi2N 74VE1 902* 21SC45 Gj2N 74VE1 907*

19K G jNP 74VE1 903* 21SC45 GjSN 73SA5 589

21 SC 45 GjSN 74VE1 908*

19K 39 G«N 69WE1 182

19K 39 GjN 71WE1 713

TITANIUM Z = 22

CALCIUM Z=20 22TI GiXN 67C01 434

20CA40 Gj MU-T 75AH3 934*

2.0 MEV RESOLUTION VANADIUM Z=?3

20C A40 G>MU-T 75 AH3 93 5*

2.0 PERCENT RESOLUTION 23V 51 GjIN 62FU1 433*

20CA40 GiMU-T 75AH3 936* 23V 51 G jIN 74VE1 909*

0.15 MEV RESOLUTION 23V 51 Gi2N 62FU1 443*

20CA40 G^MU-T 75AH3 93 7* 23V 51 G«2N 74VE1 910*

1.0 PERCENT RESOLUTION 23V 51 GjSN 62FU1 464*

20CA40 G*MU-T 72 AH7 597 23V 51 GjSN 74 VE1 911*

20CA40 Gj MU-T 68BE4 102 23V 51 Gj XN 69G03 448

?0CA 40 G jMU-T 66D02 214 23 V 51 GjA 61 CA2 742

20CA40 GjMU-T 65WY1 55

FIG 21A

20CA40 g^mu-t 65UY1 56 CHROMIUM Z = 24

FIG 21B

20CA4C Gj N 64BA1 535 24CR52 GjXN 69G03 44 9

20CA40 G.N 67603 186 24CR52 GjSP 70IS4 430

FIG 2 20CA4C G.N 71IS1 414

20CA40 G.N 63MI2 2 52 MANGANESE Z=25

20CA40 G«N 69WU1 229

FIG 2 CURVE 25MN55 GjIM 73AL6 519*

20CA40 G«N 69WU1 231 25MN55 Gj2N 73AL6 520*

FIG 1A 25MN55 Gj3N 73AL6 521*

20CA40 G^IN 66MI? 472 25MN55 GjSN 73AL6 518*

20CA40 Gj IN 74VE1 905* 25MN55 Gj XN 59PA? 439

20CA40 GjXN 66AN1 193

20CA40 G.XN 67G03 185

FIG 1 A IRON Z = 26

20CA40 G«XN 67G03 232

FIG 1R 26FE GjSN 67C02 436

20CA40 G« XN 68G06 46 2 26FE GjXN 53J01 1108

20CA40 G.P 68G01 187

20CA4C G jP 67G04 286

20CA40 G^P 69WU1 199

20CA40 G jP 69VU1 230

FIG 2 POI NTS

84
NUCLIDE REACTION REF ACO NUCLIDE REACTION REF ACO

28NI62 GjP 73MI7 747

COBALT Z=27 FROM EjPO

28NI62 GjXP 73MI7 745

2 7C059 G* MU-T 65WY1 60 FROM EjXP

FIG 23

27C059 G#1N 73AL7 526>i 28NI64 EjE/ 69GU1 748

2 7C059 GjIN 62FU1 435*

27C059 G«2N 73AL7 527»

27C059 G«2N 62FU1 444« COPPER Z=29

27C059 G«3N 73AL7 528k

27C059 G«SN 73AL7 525k 29CU GjMU-T 65WY1 58

27C059 G«SN 71BA1 247 FIG 27

FIG 1* SOLID LINE POINTS 29CU G jIN 64FU1 53 3k

27C059 G»SN 62FU1 441k 29CU Gj2N 64FU1 534k

27C059 G«XN 71BA1 251 29CU GjSN 64FU1 532k

FIG 1 SOLID LINE 20CU GjXN 56GA1 570

27C059 GjXN 69G03 450 29CU GjXN 70IS6 487

29CU GjXN 53J01 1109

29CU GjXN 76KN3 104 7k

NICKEL fsi II 00 29CU Gj XN 61MI1 468

28NI G#MU-T 65WY1 59 29C063 GjN 72DR2 446

F IG 25 29CU63 GjN 680W1 110

28NI G«XN 64BA4 54 0 29CU63 GjN 68SU1 420k

28NI G«XN 68FI1 541 29CU63 GjIN 64FU1 18k

29CU63 G j2N 64FU1 19k

28NI58 GjN 70OW1 274 29CU63 Gj2N 68SU1 421k

28NI58 G«1N 74FU3 523k 29CU63 GjSN 64FU1 20K

2PNI58 G«2N 74FU3 524k

28NI58 GjSN 74FU3 522k 29CU65 GjIN 64FU1 68 k

28NI58 G«SN 69G02 278 . 29CU65 Gj2N 64FU1 81k

28NI58 G«SN 690W1 191 29CU65 GjSN 64FU1 67k

28NI58 Gj XN 68HI1 17

28N158 GjP 73MI7 737

FPOH EjPO ZINC Z=30

2PNI58 GjXP 70IS4 743

28NI58 G# XP 70 1S4 1069 30ZN GjXN 6 7C01 438

FIG 2 PROTONS ABOVE 8 MEV 30ZN Gj XN 56GA1 569

28NI58 GjXP 73HI7 736

FROM EjPO 30ZN64 GjN 680W1 109

28NI58 GjNP+2N 59CA4 741 30ZN64 GjIN 76CA1 969k

30ZN64 Gj2N 76CA1 970k

28NI60 G«N 68MI1 21 30ZN64 Gj SN 76CA1 971k

28NI60 GjN 70OW1 275

28NI60 Gj In 74FU3 530k

2PNI60 Gj2N 74FU3 531k GALLIUM Z=31

28NI60 GjSN 74FU3 529k

28NI60 GjSN 69G02 537 31GA GjIN 76CA1 972k

28NI60 GjSN 690W1 190 31GA Gj2N 76CA1 973k

28NI60 GjP 71014 349 31GA Gj SN 76CA1 974k

2PNI6C GjP 73MI7 746

FROM EjPO

2PNI60 GjXP 70IS4 1070 GERMANIUM Z = 32

FIG 3 PROTONS ABOVE 1 MEV

2PNI60 Gj XP 70IS4 1071 32GE70 GjIN 76CA1 975k

FIG 3 PROTONS ABOVE 8 MEV 32GE70 Gj2N 76CA1 976k

2RNI60 GjXP 73MI7 744 32GE70 GjSN 76CA1 977k

FROM EjXP

28NI60 PjG 71DI4 221 32GE72 GjIN 76CA1 978k

FIG 2 32GE72 Gj2N 76CA1 979k

85
REF

32GE7? GfSN 76CA1 980»

32GE74 Gj 1N 76CA1 981*

32GE74 G«2N 76CA1 982*

32GE74 G«SN 76CA1 983*

32GE74 GjSN 70OW2 272

32GE74 G«XN 70OW2 271

1 MEV ANALYSI S 32GE74 GjXN 70OW2 273

• 5 MEV ANALYSIS

32GE76 G j In 76CA1 984«

32GE76 Gi2N 76CA1 985»

32GE76 GjSN 76CA1 986«

ARSENIC Z=33

33AS75 G»N 7ooyi 268

33AS75 G«N 700W2 270

33AS7S GjIN 69BE1 145»

33AS75 Gj IN 76CA1 987«

33AS75 Gj2N 69BE1 146»

33AS75 Gi2N 76CA1 988«

33AS75 GjSN 69BE1 144*

33AS75 G*SN 76CA 1 989*

33AS75 SN 70OW2 269

SELENIUM Z=34

34SE Gi XN 67C02 437

34SE76 G> IN 76CA1 990*

34SE76 G>2N 76CA1 991*

34SE76 Gj SN 76CA 1 992*

34SE78 G«1N 76CA1 993*

34SE78 G^2N 76CA1 994*

34SE7P GjSN 76CA1 995*

34SE80 G j 1 N 76CA1 996*

34SE80 G>2N 76CA1 99 7*

34SE80 GiSN 76CA1 998*

34SE82 GjIN 76CA1 999*

34SE82 Gj2N 76CA1 1000*

34SE82 G jSN 76CA1 1001*

RUBIDIUM Z=37

37RB G« IN 71LE1 375*

37RB Gj2N 71 LEI 376*

37RB GjSN 71 LEI 377*

stronti UM Z = 38

38SR G« IN 71 LEI 378*

38SR G j2N 70HI1 233

NUCLIDE REACTION REF ACO

38SR Gj2N 71LE1 379*

38SR GjSN 71 LEI 38 0*

38SR GjXN 70HI1 329

38SR88 PjG 69HA1 258

YTTRIUM Z=39

39 Y 89 GjN 69BE4 188

39 Y 89 GjIN 67BE2 3*

39Y 89 GjIN 71LE1 381*

39Y 89 Gj2N 67BE2 2*

39Y 89 Gj2N 69BE4 189

39 Y 89 Gj2N 71LE1 382*

39 Y 89 GjSN 67BE2 1*

39 Y 89 GjSN 71LE1 383*

ZIRCONIUM Z=40

40ZR90 GjIN 67BE2 6*

40ZR90 GjIN 71 LEI 384*

40ZR90 Gj2N 67BE2 5*

40ZR90 Gj2N 71LE1 385*

40ZR90 GjSN 73AS2 588

40ZR90 GjSN 67BE2 4*

40ZR90 GjSN 71IS2 413

40ZR90 GjSN 71LE1 386*

40ZR90 PjG 69HA1 206

40ZR90 PjG 69HA1 257

FIG 1 40ZR91 GjIN 67BE2 9*

40ZR91 Gj?N 67BE2 8*

40ZR91 GjSN 67BE2 7*

40ZR92 GjIN 67BE2 11*

40ZR92 Gj2N 67BE2 10*

40ZR92 GjSN 67BE2 13*

40ZR94 GjIN 67BE2 16*

40ZR94 Gj2N 67BE2 14*

40ZR94 Gj3N 67BE2 15*

40ZR94 GjSN 67BE2 12*

NIOBIUM rsi II

41NB93 GjIN 71LE1 369*

41NB93 Gj2N 71LE1 370*

41NB93 GjSN 71LE1 371*

MOLYBDENUM Z = 42

42MO GjXN 53 J01 1114

42M092 GjIN 74BE3 695*

42M092 Gj2N 74BE3 694*

86
NUCLIDE REACTION REF ACQ

42M092 GjSN 74BE3 695»

42H092 GjXN 70 IS1 429

42M094 Gm 1N 74BE3 696»

42M09A G j2N 74BE3 697»

42M094 GjSN 74BE3 698»

42M096 GilN 74BE3 699»

42M096 Gj2N 74BE3 700*

42M096 Gj3N 74BE3 701*

42M096 6>SN 74BE3 702*

42M09R Gj1N 74BE3 703*

42H098 G«2N 74BE3 704*

42M098 Gj3N 74BE3 705*

42M098 GjSN 74BE3 706*

42M098 Gj XN 70IS1 445

42MO100 G j1N 74BE3 707*

42NO100 Gj2N 74BE3 708*

42HO100 Gj3N 74BE3 709*

42M0100 GjSN 74BE3 710*

RHODIUM ISI II

45RH103 GjIN 74LE1 617*

45RH103 Gj2N 74LE1 618*

45RH103 GjSN 74LE1 619*

45RH103 GjSN 59PA2 465

XN CORRECTED FOR N-MULT

A5PH103 GjXN 62B01 428

palladium ISI II

46 PD GjIN 74LE1 620*

46P0 Gj2N 74LE1 621*

46PD GjSN 74LE1 622*

46P0108 GjSN 69DE2 184

A6P0108 GjSN 69DE5 739

A6P0108 GjP 69DE2 183

46PD108 GjP 69DE5 738

46PD110 GjNG 69DE5 740

SILVER 2=47

47AG GjMU-T 65WY1 57

FIG 29

47AG GjIN 74LE1 62 3*

47AG Gj2N 74LE1 624*

47AG GjSN 74LE1 625*

47AG107 GjIN 69BE1 148*

47AG107 Gj2N 69BE1 149*

47AC107 GjSN 69BE1 147*

47AG1C7 GjSN 69IS2 455

XN CORRECTED FOR N-MULT

NUCLIDE reaction REF ACO

47AG109 GjSN 69IS2 456

XN CORRECTED FOR N-MU LT

CADMIUM fsi H 00

48CD GjIN 74LE1 626*

48CD Gj2N 74LE1 627*

48CD GjSN 74LE1 628*

48CD127 GjXN 56GA1 564

INDIUM 2=49

49IN GjIN 69FU1 140*

49 IN GjIN 74LE1 629*

49IN Gj2N 69FU1 141*

49 IN Gj2N 74LE1 630*

49IN Gj3N 69FU1 142*

49IN GjSN 69FU1 143*

A9IN GjSN 74LE1 631*

49IN115 GjXN 62B01 457

TIN 2=5 0

50SN GjSN 81LE1 1119

50SN116 Gj1N 69FU1 117*

50SN116 GjIN 74LE1 641*

50SN116 Gj2N 69FU1 118*

50SN116 Gj2N 74LE1 642*

50SN116 GjSN 69FU1 1l9*

50SN116 GjSN 74LE1 643*

50SN117 G jN 70WI2 717

50SN117 GjIN 69FU1 120*

50SM117 GjIN 74LE1 644*

50SN117 Gj2N 69FU1 121*

50SN117 Gj2N 74LE1 645*

50SN117 Gj3N 69FU1 122*

50SN117 GjSN 69CU1 123*

50SN117 GjSN 74LE1 646*

50SN118 GjIN 69FU1 124*

50SN118 GjIN 74LE1 647*

50SN118 Gj2N 69FU1 125*

50SN118 Gj2N 74LE1 648*

50SN118 Gj 3N 69FU1 126*

50SN118 GjSN 69FU1 127*

50SN118 GjSN 74LE1 649*

50SN119 Gj N 70UI2 716

50SN119 GjIN 69FU1 128*

50SN119 6j2N 69FU1 129*

50SN119 Gj3N 69FU1 130*

50SN119 GjSN 69FU1 131*

50SN120 GjIN 69FU1 132*

50SN120 Gj 1N 74LE1 650*

87
NUCLIDE REACTION REF ACO NUCLIDE reaction REF ACO

50SN1 20 Gi2N 69FU1 133«

50SN1 20 Gj2N 74LE1 651* CESIUM Z=55

50SN120 G«3N 69FU1 134*

50SN120 GjSN 69FU1 1 35* 55CS133 GjIN 69BE1 151 * 50SN120 Cj SN 74LE1 652* 55CS133 GjIN 74LE1 638*

55CS133 Gj2N 699E1 152*

50SN124 GjIN 69FU1 136* 55CS133 Gj2N 74LE1 639*

50SN124 GjIN 7ALE1 653* 55CS133 Gj3N 69BE1 153*

50SN124 Gi2N 69FU1 137* 55CS133 GjSN 69BE1 150*

50SN124 Gj2N 74LE1 654* 55CS133 GjSN 74LE1 640*

50SN124 G^3N 69FU1 138*

5PSN124 G,SN 69FU1 139*

50SN124 Gi SN 7ALE1 655* BARIUM Z = 56

56B A GjIN 71BE4 372*

ANTIMONY Z=51 56BA Gj2N 71BE4 373*

56BA GjSN 71 BE4 374*

51SB G> IN 74LE1 632*

51SB Gi2N 7ALE1 633* 56BA138 GjIN 70BE8 494*

51SB GiSN 74LE1 634* 56B A138 Gj2N 70BE8 426*

56BA138 G j3N 70BE8 459*

56BA138 GjSN 70BE8 427*

TELLURIUM Z=52 lanthanum 7=57

52TE GjIN 74LE1 635*

52TE Gj2N 74LE1 636*

52TE GjSN 74LE1 637* 57LA139 GjIN 71BE4 366*

52TE GjXN 56GA1 566 57LA139 GjIN 68BE5 98*

57LA139 Gj2N 71BE4 367*

52TE124 Gj 1 N 76LE2 1002* 57LA139 Gj2N 68BE5 99*

52TE124 Gj2N 76LE2 1003* 57LA139 Gj3N 68BE5 100*

52TE124 GjSN 76LE2 1004* 57LA139 GjSN 71EE4 368*

57LA139 GjSN 68BE5 101*

52TE126 GjIN 76LE2 1005* 57LA139 GjXN 720E3 559

52TE126 G j2N 76LE2 10 06*

52TE126 GjSN 76LE2 1007*

CERIUM Z = 58

52TE128 GjIN 76LE2 1008*

52TE128 G j2N 76LE2 1009* 58CE GjIN 71BE4 363*

52TE128 GjSN 76LE2 101 0* 58CE GjIN 69BE6 603*

58CE Gj2N 71BE4 364*

52TE130 GjIN 76LE2 101 1 * 58CE Gj2N 69BE6 604*

52TE130 Gj2N 76LE2 1012* 58CE Gj3N 69BE6 47 7*

52TE130 GjSN 76LE2 101 3* 58CE GjSN 71BE4 365*

58CE GjSN 69BE6 616*

58CE GjSN 81LE1 1118

IODINE Z=53

5RCE140 GjIN 76LE2 1014*

531 127 GjIN 66BR1 599* 58CE140 Gj2N 76LE2 1015*

53T 127 GjIN 69BE6 474* 58CE140 GjSN 76LE2 1016*

53T 127 G j2N 66BR1 600*

531 127 Cj2N 69BE6 475* 58CE142 GjIN 76LE2 1017*

531 127 G j 3 N 69BE6 476* 58CE142 G j2N 76LE2 1018*

53 1 127 GjSN 66BR1 598* 58CE142 GjSN 76LE2 1019*

531 127 GjSN 69BE6 602*

53T 127 GjXN 56GA1 563

531 127 GjXN 68J02 1121 PRASEODYMIUM Z=59

FIG 2 jLINEAR SCALES IN 31 121

59PR141 GjMU-T 71 AHI 579

59PR141 GjN 68CA1 69

59PR141 G jN 59CA2 299

88
NUCLIDE reaction REF ACO NUCLIDE reaction REF ACO

59PR141G j K 66C03 114 62SM Gj3N 69BE6 480*

59PR141 G«N 59CA3 298 62SM GjSN 69BE6 614*

59PR141 GjN 66C03 308

59PR141 GjN 72DR2 44 7 62SM144 GjIN 74CA5 678*

59PR141 6«N 72DE3 57 7 62SM144 6 j2N 74CA5 679*

59PR141 Gj1N 66BR1 304»« 62SM144 GjSN 74CA5 680*

59PR141 GtIN 71BE4 390«

59PR141 GjIN 70SU1 277* 62SM148 GjIN 74CA5 681*

59PR141 G,2N 66BR1 305» 62SM148 Gj2N 74CA5 682*

59PR141 G#2N 59CA2 300 6 2SM148 GjSN 74CA5 683*

59PR141 Gj3N 66BR1 306»

59PR141 SN 66BR1 601* 62SM150 GjIN 74CA5 68 4*

59FR141 g#xn 67CA1 576 62SM150 Gj2N 74CA5 68 5*

59PR141 6jXN 72DE3 56 0 62SM150 GjSN 74CA5 686*

59PR141 GiXN 720E3 578 62SM150 GjSN 69VA2 210

59PR141 G»XN 58KA1 301 62 SMI 50 GjSN 69VA3 24 0 •59PR141 GjXN 64RI1 580

59PR141 GjXN 60TH1 30 2 62SM152 GjIN 74CA5 687*

62SM152 6j2N 74CA5 688*

62SM152 GjSN 74 CAS 689*

NEODYMIUM Z=60 62SM152 GjSN 69VA2 211

60N0 Gj in 71BE4 387« 62SM154 GjIN 74CA5 690*

60ND G«2N 71BE4 388* 62SM154 6j2N 74CA5 691*

60N0 GjSN 71BE4 389* 62.SM154 GjSN 74CA5 692*

62SM154 GjSN 69VA2 212

6CNDU2 G*1N 71CA1 391* 62SM154 Gj SN 69VA3 242

60ND142 G#2N 71CA1 392*

60N0142 G«SN 71CA 1 393*

EUROPIUM Z=63

60N0143 GilN 71CA1 394*

60M0143 Gj2N 71CA1 395* 63EU151 GjSN 70VA1 488

60N0143 GtSH 71CA1 396*

63EU1 53 GjIN 69BE8 155*

60N0U4 GjIN 71CA1 397* 63EU153 Gj2N 69BE8 156*

60NDU4 G»2N 71CA1 398* 63EU153 Gj3N 69BE8 157*

60ND144 GfSN 71CA1 399* 63EU153 GjSN 69BE8 154*

63EU153 GjXN 70VA1 489

60ND145 G« IN 71CA1 400*

60ND145 Gj2N 71CA1 401*

60N0145 G»SN 71CA1 402* GADOLIN lUM Z=64

60N0146 G*1N 71CA1 4 0 3* 64GD152 GjXN 70VA1 490

60ND146 G»2N 71CA1 404*

60ND 146 G^ SN 71CA1 405* 64GD154 GjXN 70VA1 491

60N0148 G«1N 71CA1 4 06* 64G0156 GjXN 70VA1 492 6 0 N0 148 G«2N 71CA1 407*

60N0148 G« SN 71CA1 408* 64G0158 GjXN 70VA1 493

60ND148 GjSN 69VA2 208

64GD160 GjIN 69BE8 159*

60ND150 Gj in 71CA1 40 9* 6 4G01 60 Gj2N 69BE8 160*

60ND150 Gj2N 71CA1 410* 6 4G0160 Gj3N 69BE8 161*

60ND150 Gj SN 71CA1 411* 6 4GD160 GjSN 69BE8 158*

60ND150 GjSN 69VA2 209

TERBIUM Z=65

SAMAPI UM 2=62

65TB159 GjIN 64BR1 361*

62SM GjIN 69BE6 478* 65TB159 •GjIN 68BE5 94*

62SM Gj2N 69PE6 479*

89
NUCLIDE REACTION REF ACO NUCLIDE REACTION REF ACQ

65TB159 2N 64BR1 362*

6 5 TB 159 G^2N 68BE5 95» TUNGSTEN (WOLFRAM) Z =74

65TB159 Gj3N 68BE5 96»

65TB159 G jSN 68BE5 97» 74W GjIN 75VE5 1020*

65TB159 GjSN 64FU1 607» 74U Gj2N 75VE5 1021*

74W G,SN 75VE5 1022*

74W GjXN 53J01 1 11 0 HOLMIUM Z=67

74W 186 GjIN 69BE8 167*

67H0165 G*1N 63BR 1 722 74W 186 Gf2N 69BE8 168*

67H0165 G^l N 68BE5 90» 74W 186 Gy 3N 698E8 169*

67H0165 G^IN 69BE8 163* 74W 186 GjSN 69BE8 166*

67H0165 Gj2N 66AX1 720

67H0165 G*2N 63BR1 723

67H0165 G«2N 68BE5 91* RHENIUM Z=75

67H0165 Gj2N 69BE8 164*

67H0165 Gj3N 68BE 5 92* 75RE GjIN 75VE5 1023*

67H0165 G>3N 69BE8 165* 75RE Gj2N 75VE5 1 024*

67H0165 GiSN 66AX1 719 75RE GjSN 75 VE5 102 5*

67H0165 G^ SN 63BR 1 724

67H0165 GjSN 68BE5 93*

67H0165 G j SN 69BE8 162* IR IDiUM 1 = 11

67H0165 G j XN 66AX1 721

67M0165 GjXN 63BR1 725 77IR GjIN 75VE5 1 026*

67H0165 G*XN 62FU3 515* 77IR Gj2N 75VE5 1027*

77IR GjSN 75VE5 1028*

ERBIUM Z=68

PLATINUM H 00 M 6BER Gi IN 69BE6 481*

68ER Gj2N 69BE6 482* 78PT GjIN 75VE5 1029*

68ER Gj3N 69BE6 483* 78PT Gj2N 75VE5 1030*

68ER GjSN 69BE6 615* 78 PT GjSN 75VE5 1031*

LUTETI UM Z=71 GOLD 1 = 19

71 LU GjSN 69BE6 612* 79AU197 GjN 61NA1 581

7PAJ197 GjIN 62FU2 357*

71LU175 GjIN 69BE6 484* 79AU197 GjIN 70VE1 334*

71LU175 Gj2N 69BE6 485* 79AU197 Gj2N 61 NAl 582

71LU175 Gj3N 69RE6 486* 79AU197 Gj2N 70VE1 335*

79AU197 Gj3N 70VE1 336*

79AU197 GjSN 62FU2 608*

TANTALUM Z = 73 79AU197 GjSN 71LI2 1122

FIG 8 SMOOTH CURVE

73TA181 GjIN 63BR1 359* 79AU197 •GjSN 7PVE1 337*

73TA181 GjIN 68BE5 8 5* 79AU197 GjXN 58FU2 583*

73TA181 Gj2N 68BE5 86* 79AU197 GjXN 56GA1 567

73TA181 Gj3N 68BE5 87* 79AU197 Gj 2N+3N 62FU2 358*

73TA181 Gj4N 68BE5 88

73TA181 GjSN 63BR1 544*

73TA1P1 GjSN 68BE5 89* MERCURY Z = 80

73TA181 GjSN 81LE1 1117

73TA181 GjXN 67AN2 552 80HG GjIN 75VE5 1032*

73TA181 GjXN 62B01 458 POHG G j2N 75VE5 1033*

73TA181 GjXN 56GA1 568 POHG GjSN 75 VE5 1 034*

73TA1P1 GjXN 53J01 1113

73TA181 G J2N+3N 63BR1 360*

90
»IUCLIDE REACTION REF ACO NUCLIDE REACTION REF ACO

90TH232 Gf F 75DI2 1066

THALLIUM II 00 M FIG 2A

90TH232 Gf F 73VE1 505k

81TL203 G»SN 69AN10 A51 90TH232 Gf F 71 WA1 A60

XN CORRECTED FOR n-mult

81TL205 GjSN 69AN10 A52 URANIUM Z = 92

XN CORRECTED FOR N-MULT

92U 235 GfSN+F 6AB03 A23

92U 235 Gf SN+F 80CA1 112AK

LEAD Z = 82 92U 235 GjN 6AB03 538

92U 235 GfIN 6AB03 A2A

82PB G«SN 81LE1 1116 92U 235 Gf IN 80CA1 1125K

82PB GjXN 53J01 1111 92U 235 Gf 2N 6AB03 AA2

82PB G«XN 61MI1 A70 92U 235 6f2N 80CA1 1126k

92U 235 GfXN 80CA1 1123k

82PB206 G#1N 6AHA2 170w 92U 235 Gf F 73AN13 83A

82PB206 Gj2N 6AHA2 171» 92U 235 Gf F 6AB03 A25

82PB206 GjSN 6AHA2 172k 92U 235 GfF 80CA1 1127k

SEE ALSO 80CA2

82PB207 GjN 71BA2 A15 92U 235 Gf F 72KH1 5A3

82PB207 GilN 6AHA2 173k

82PB2P7 G«2N 6AHA2 1 7A» 92 U 236 Gf SN+F 80CA1 1129k

82PB207 G»2H 6AHA2 A63 92U 236 GfIN 80CA1 1130k

82PB207 Gf SN 6AHA2 175k 92U 236 Gf2N 80CA1 1 131k

92 U 236 GfXN 80CA1 1128k

82PB208 G«1N 6AHA2 176k 92U 236 GfF 80CA1 1 132k

82PB208 Gj 1N 70VE1 330k SEE ALSO 80CA2

82PB208 Gj2N 6AHA2 177k

82PB208 G«2N 70VE1 331k 92U 238 GfSN+F 73VE1 A98k

82PB208 G«3N 70VE1 332k 92U 238 GfIN 80CA1 1101k

82PB208 Gf 4N 70VE1 333k 92U 238 GfIN 73VE1 A95k

82PB208 GjSN 6AHA2 178k 92U 238 Gf 2N 80CA1 1102k

82PB208 GjSN 70VE1 613k 92U 238 Gf2N 73VE1 A96k

82PB208 GjXN 62FUA 571k 92U 238 Gf SN 80CA1 1100

P2PB208 Gf XN 70IS3 26A 92U 238 Gf SN 81LE1 1115

92U 238 GfXN 80CA1 1099k

92U 238 GfXN 56GA1 550

BISMUTH tsi II 00 92U 238 GfXN 53J01 1112

92U 238 GfF 73AN13 833

83BI209 Gf IN 6AHA2 179k 92U 238 GfF 80CA1 1103k

83BI209 Gf 2N 6AHA2 180k SEE ALSO 80CA2

83BT209 Gf SN 6AHA2 181k 92 U 238 GfF 75012 1067

P3BI209 GfXN 67AN2 712 FIG 1A

83BI209 Gf XN 61M1

1

A69 92U 238 GfF 72KH1 5A2

83BI209 GfXN 566A1 565 92U 238 GfF 73VE1 A97k

92U 238 Gf F 71WA1 A61

THORIUM Z=90

NEPTUNIUM Z = 93

90TH2 32 Gf SN+F 80CA1 113AK

90TH2 32 Gf 1N 80CA1 1 135K 93NP237 Gf SN+F 73VE1 502k

90TH232 Gf IN 73VE1 503k 93NP237 GfIN 73VE1 A99k

90TH232 Gf 2N 80CA1 1 136k 93NP237 Gf2N 73VE1 500k

90 TH232 6f2N 73VE1 50Ak 93NP2 37 GfF 73VE1 501k

90TH232 Gf SN 73VE1 506k

90TH232 GfXN 80CA1 1133k

90 TH 2-32 GfXN 56GA1 562

90TH2 32 GjF 80CA1 1137k

SEE ALSO 80CA2

91
9. PHOTONUCLEAR REACTION DATA BIBLIOGRAPHY

1973 THROUGH 1981

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 author's surname on each paper was used to order references. Starting

with 1972 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 still

ordered first by year, second by the first and second letter of the first author's surname and finally by a left- justified serial number that can run from 1 to 99.

In the following bibliography Conference Proceedings are indicated as follows:

PICNS-60 Proceedings of the International Conference on Nuclear Structure,

Kingston, Ontario 1960 (Bromley, D. A. and Vogt, E. W., Eds.,

University of Toronto Press, 1960)

PICNS-61 Proceedings of the Rutherford Jubilee International Conference,

Manchester 1961 (Birks, J. B., Ed., Academic Press Inc., New York, 1961)

PICNS-64 Congres International de Physique Nucleaire, Paris 1964

(Gugenberger, P., Editions Centre Natl. Rech. Sci., Paris, 1964)

PICNS-66 Proceedings of the International Nuclear Physics Conference; Gatlinburg,

Tennessee 1966 (Academic Press, New York and London 1967)

PICNS-67 Contributions, International Conference on Nuclear Structure; Tokyo,

Japan 1967 (Institute for Nuclear Study, University of Tokyo,

Tanashi-shi, Tokyo, Japan 1967)

PICNS-69 Contributions, International Conference on Properties of Nuclear States;

Montreal, Canada 1969 (Les Presses de 1 Universite de Montreal 1969)

PICNS-72 Proceedings of the International Conference on Nuclear Structure

Studies Using Electron Scattering and Photoreaction, Sendai, 1972

edited by K. Shoda and H. Ui, (Tohoku University, Tomizaqa, 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).

50011 3. 0. Diveny G. M. Almy/ Phys. Rev. 80/ 407 (1950)

50Jo1 M. £. Johns/ L. KatZ/ R. A. Douglas/ R. N. H, Haslaiti/

Phys. Rev. 80/ 1062 (1950)

50Ro1 T. A. Romanoaiski/ V. W. Voelker/ Phys. Rev. 113/ 886 (1959)

5lHa1 J. Halpern/ A. K. Mann; Phys. Rev. 83/ 370 (1951)

5lJo1 H. E. Johns/ R. J. Horsley/ R. N. H. Haslaui/ A. Quinton/

Phys. Rev. 84/ 856 (1951)

5lKa1 L. Katz/ A. G. W. Cameron; Phys. Rev. 84/ 1115 (1951)

51Te1 K. M. Teru)illiger/ L. k. Jones/ M. N. Jarmie;

Phys. Rev. 82/ 820 (1951)

92
52Go1

52Ho1

53Da1

53Go1

53Jo1

53Mi1

53Na1

54Be1

54Er1

54Fe1

54Ha1

54Ta1

55A11

55Ba1

553o2

55Mi1

55Na1

56Ed1

56Ga1

56Wh1

57Co1

57Hu80

57<o1

53Au1

533a2

58Fu2

53Ka1

53Sp2

59Ca2

59Ca3

59Ca4

590u1

59Me3

59Mi1

59Pa2

59Th1

60Be1

603r1

60Gh2

F. K. GO(uard/ J. J. Wilkins;

Proc. Phys, Soc./ London/ 65A/ 671 (1952)

R» J. Horsley/ R. N. H. Haslam/ H. E. Johns)

Phys. Rev. 87/ 756 (1952)

W. K. Daiuson/ C« 8. Bigham) Can. J. Phys. 31/ 1 67 (1953)

F. K. Goiuard/ J. J. Wilkins)

Proc. R. Soc./ London/ A217/ 357 (1953)

L. W. Jones/ K. M. Teriuilliger) Phys. Rev. 91/ 699 (1953)

C. H. Millar/ A. G. W. Cameron) Can. J. Phys. 31/ 723 (1953)

R. Nathans/ J. Halpern) Phys. Rev. 92/ 940 (1953)

A. I. Beaman/ K. L. Broiun) Phys. Rev. 96/ 83 (1954)

P. Erdos/ P. Stoll/ M. Wachter) Nuovo Cimento 5/ 639 (1954)

G. A. Ferguson/ J. Halpern/ R. Nathans/ P. F. Yergin)

Phys. Rev. 95/ 776 (1954)

R. N. H. Haslam/ W. N. Roberts/ 0. S. Robb)

Can. J. Phys. 32/ 361 (1954)

J. G. V. Taylor/ L. 8. Robinson/ R. N. H. Haslam)

Can. J. Phys. 32/ 233 (1954)

L. Allen/ Jr.) Phys. Rev. 98/ 705 (1955)

W. C. Barber/ W. D. George/ 0. 0. Reagan)

Phys. Rev. 98/ 73 (1955)

0. A. Sorello/ J. Goldemberg/ M. D. S. Santos)

An. Acad. Brasil. Cienc. 27/ 417 (1955)

M. Mima) J. Phys. Soc. Jpn. 10/ 173 (1955)

R. Nathans/ P. F, Yergin) Phys. Rev. 93/ 1296 (1955)

R. D. Edge) Nucl. Phys. 2/ 485 (1956)

B. I. Gavrilov/ L. E. Lazareva)

Zhur. Eksp. i Teoret. Fiz. 30/ 855 (1956))

Sov. Phys. JETP 3/ 871 (1957)

E. A. Whalin/ B. 0. Schriever/ A. 0. Hanson)

Phys. Rev. 101/ 377 (1956)

B. C. Cook) Phys. Rev. 106/ 300 (1957)

L. Huthen/ M. Sugaiuara) Encyclopedia of Physics 39/ 1/

edited by S. Flugge (Springer/ Berlin/ Germany/ 1957)

A. P. Komar/ I. P. lavor)

Zhur. Eksp. Teor. Fiz. 32/ 614 (1957))

Soviet Phys. JETP 5/ 508 (1957)

L. 3. Aull/ W. D. Whitehead) Phys. Rev. 110/ 1113 (1958)

w. C. Barber) Phys. Rev. 111/ 1642 (1958)

E. G. Fuller/ M. S. Weiss) Phys. Rev. 112/ 560 (1958)

L. Katz/ G. B. Chidley) Nuclear Reactions at Loui and Medium

Energies (Pub. Academy of Science/ USSR) 371 (1958)

B. M. Spicer/ F. R. Allum/ J. E. Baglin/ H. H . Thies)

Aust. J. Phys . 11 / 273 (1958)

J. H. Carver

/

W. Turchinetz) Proc . Phys. Soc

.

73/ 110 (1959)

J. H. Carver/ w. Turchinetz) Proc . Phys. Soc. 73/ 69 (1959)

J • H. Carver/ w . Turchinetz) Proc . Fhys. Soc

.

73/ 585 (1959)

J. Oular/ G. Kernel/ M. Kregar/ M . V. Mihailovic/

G. Pregl/ M. Rosina/ C. Zupanocic) Nucl. Phys. 14/ 131 (1959)

W. E. Meyerhof/ C. M. Hudson) Phys. Rev. 115/ 1227 (1959)

M. V. Mihailovic/ G. Pregl/ G. Kernel/ M. Kregar)

Phys. Rev. 114/ 1621 (1959)

R. W. Parsons) Can. J. Phys. 37/ 1344 (1959)

H. H. Thies/ B. M. Spicer/ J. E. E. Baglin)

Aust. J. Phys. 12/ 21 (1959)

W. Bertozzi/ P. T. Demos/ S. Koiualski/ F. Paolini/

C. P. Sargent; PICNS-60/ 746 (1960)

C. Broude/ H. E. Gove) PICNS-60/ 754 (1960)

R. E. Chrien/ A. H. Benade) Phys. Rev. 119/ 748 (1960)

93
60Fa1

60Go2

60Ki1

60K12

60K14

60Ta2

60Th1

60Wa2

60Zi1

61Ca2

61Ga1

6 1 Ja 1 61 Kil

6lMi1

61 Nal

61 Shi

61 Sh5

61 Sh6

623o1

62Bo2

62Bo3

625u1

62C11

62De1

62Do1

62Fu1

62 ru2

62Fu3

6 2 F u 4 62Gr2

62Ku1

62M13

62M14

62Mu1

62Wu2

R o W. Fast/ P. A, Flournoy/ R. S. Tickle/

W. D. Whitehead/ Phys. Rev. 118/ 535 (1960)

A. N. Gorbunov/ F, P. Denisov/ V, A. Kolutkhin;

Zhur. Eksp. i Teoret. Fiz. 38/ 1084 (1960)

Sov. Phys. JETP 11/ 783 (1960)

J. 0. King/ W. J. McDonald/ Nucl. Phys. 19/ 94 (1960)

J. D. King/ R. N. H. Haslam/ R. W. Parsons/

Can. J. Phys. 38/ 231 (1960)

J. 0. King/ R. N. H. Haslam/ W. J. McDonald/

Can. J. Phys. 33/ 1069 (1960)

G. Tamas/ J. Miller/ C. G. Schuhl/ C. Tzara/

J. Phys. Radium 21/ 532 (1960)

ri. H. Thies/ B. M. Spicer/ Aust. J. Phys. 13/ 505 (1960)

T. G. Walker/ W. T. Morton;

Proc. Phys. Soc./ London/ 75/ 4 (1960)

B. Ziegler/ Nucl. Phys. 17/ 238 (1960)

J. H. Carver; Proc. Phys. Soc. 77/ 417 (1961)

C. C. Gardner/ P. C. Gugelot; PICNS-61/ 263 (1961)

M. J. Jakobson; Phys. Rev. 123/ 229 (1961)

M. Kimura/ K. Shoda/ N. Mutsuro/ T. Tohei/ K. Sato/

K. Kuroda/ K. Kuriyama/ T. Akiba; Nucl. Phys. 23/ 333 (1961)

J. Miller/ C. Schuhl/ C. Tzara; J. Phys. Radium 22/ 529 (1961)

I. C. Nascimento/ G. Moscati/ J. Goldemberg;

Nucl. Phys. 22/ 484 (1961)

K. Shoda/ K. Kobayashi/ S. Siina/ K. Abe/ M. Kimura)

J. Phys. Soc. Jpn. 16/ 1031 (1961)

K. Shoda/ K. Kobayshi/ S. Siina/ K. Abe/ M. Kimura)

J. Phys. Soc. Jpn. 16/ 1031 (1961)

V. G. Shevchenko/ 6. A. Yur'ev)

Izv. Akad. Nauk SSSR 25/ 1269 (1961)

0. V. Bogdankevich/ 3. I. Goryachev/ V. A. Zapevalov)

Zhur. Eksp. i Teoret. Fiz. 42/ 1502 (1962))

Sov. Pnys. JtTP 15/ 1044 (1962)

L. N. Bolen/ W. 0. Whitehead) Phys. Rev. Lett. 9/ 453 (1962)

G. Bonazzola/ 0. A. Borello/ S. Costa/ S. Ferroni)

Nucl. Phys. 34/ 637 (1962)

N. A. Burgov/ G. V. Danilyan/ 3. S. Dolbilkin/

L. £. Lazareva/ F. A. Nikolaev)

Zhur. Eksp. i Teoret. Fiz. 43/ 70 (1962))

Sov. Phys. JETP 16/ 50 (1963)

F. M. Clikeman/ A. J. Bureau/ M. G. Steuiart)

Dhys. Rev. 126/ 1822 (1962)

W. E. Del Bianco/ W. E. Stephens) Phys. Rev. 126/ 709 (1962)

W. R. Dodge/ W. C. Barber) Phys. Rev. 127/ 1746 (1962)

S. C. FultZ/ R. L. Bramblett/ J. T. Caldiuell/ N. E. Hansen/

C. P. Jupiter) Phys. Rev. 123/ 2345 (1962)

S. C. Fultz/ R. L. Bramblett/ J. T. Caldiuell/ N. A. Kerr)

Phys. Rev. 127/ 1273 (1962)

£. G. Fuller/ £. Hayojard) Nucl. Phys. 30/ 61 3 (1962)

£. G. Fuller/ £. Hayoiard) Nucl. Phys. 33/ 431 (1962)

A. G. Gregory/ T. R. Sheriuood/ E. W. Titterton)

Nucl. Phys. 32/ 543 (1962)

K. Kuriyama) J. Phys. Soc. Jpn. 17/ 1681 (1962)

J. Miller/ C. Schuhl/ C. Tzara) Nucl. Phys. 32/ 236 (1962)

U. Miklavzic/ N. Bezic/ 0. Jamnik/ G. Kernel/

Z. Milavc/ J. Snajder) Nucl. Phys. 31/ 570 (1962)

N. Mutsuro/ K. Kageyama/ M. Mishina/ T. Nakagaiua/

E. Tanaka/ M. Kimura) J. Phys. Soc. Jpn. 17/ 1672 (1962)

N. Mutsuro/ K. Kageyama/ M. Mishina/ E. Tanaka/

M. Kimura) J. Phys. Soc. Jpn. 17/ 1673 (1962)

94
62Sh1

62Sh11

63Bo1

63Br1

63Bu1

63Ca1

63Co3

63Fi1

63F14

63ru3

63Go3

63Ku2

63Mc3

63M12

63Sa1

64A11

64A12

643a1

643a2

64Ba3

643a4

643o3

643r1

64De2

640o2

64Fi1

64Fu1

64Gr2

64Ha2

64Is1

64Ko5

A. K. Shardanov/^ V. G< Shevchenko/

Zhur. Eksp. i Teoret. Fiz. 42/ 1438 (1962)/

Sov. Phys. JETP 15/ 996 (1962)

K. Shoda/ K. Abe/ T. Ishizuka/ N, Kaiuamura/ M, Kimura/

J. Phys. Soc. Jpn. 17/ 735 (1962)

L. N, Bolen/ W. 0. Whitehead; Phys. Rev. 132/ 2251 (1963)

R. L. Bramblett/ J. T. Caldiuell/ G. F. Auchampaugh/

S. C. FultZ/ Phys. Rev. 129/ 2723 (1963)

N. A. Surgov/ G. V. Danilyan/ B. S. Oolbilkin/

L. E. Lazareva/ F. A. Nikolaev/

Izv. Akad. Nauk SSSR 27/ 866 (1963)

J. T. Calduiell/ R. R. Harvey/ R. L. Bramblett/

S. C. Fultz; Phys. Lett. 6/ 213 (1963)

S. Costa/ F. Ferrero/ S. Ferroni/ B. Minetti/ C. Molino/

R. Malvano; Phys. Lett. 6/ 226 (1963)

P. S. Fisher/ 0. F. Measday/ F. A. Nikolaev/

A. Kalmykov/ A. 6. Clegg; Nucl. Phys. 45/ 113 (1963)

E. Finckh/ R, Kosiek/ K. H. Lindenberger / K. Maier/

U. Meyer-3erkhout/ M, Schechter/ J. Zimmerer;

Z. Phys. 174/ 337 (1963)

B. 'urubayashi/ E. Teranishi/ M. Kageyama;

J. Phys. Soc. Jpn. 13/ 1235 (1963)

H. £. Gove; Nucl. Phys. 49/ 279 (1963)

L. A. Kul 'chitskii/ Yu. M. Volkov/ V. P. Denisov/

V. I. Ogurtsov; Izv. Akad. Nauk SSSR 27/ 1412 (1963)

W. J. McDonald/ E. Buchholz/ R. N. H. Haslam;

Can. J. Phys. 41/ 180 (1963)

K. Min/ L. N. Bolen/ W. 0. Whitehead;

Phys. Rev. 132/ 749 (1963)

K. Sato; J. Phys. Soc. Jpn. 13/ 1353 (1963)

F. R. Allum/ G. M. Crauiley/ B. M. Spicer;

Nucl. Phys. 51/ 177 (1964)

R. G. Alias/ S. S. Hanna/ L. Meyer-Schutzmeister/

R. E. Segei; Nucl. Phys. 58/ 122 (1964)

J. E. E. Baglin/ 8. M. Spicer; Nucl. Phys. 54/ 549 (1964)

E. B. Bazhanov/ A. P. Komar/ A. V. Kulikov;

Zhur. Eksp. i Teoret. Fiz. 46/ 1497 (1964);

Sov. Phys. JETP 19/ 1014 (1964)

G. Baciu; Rev. Roum. Phys. 9/ 783 (1964)

G. Baciu/ A. Bonazzola/ B. Minetti/ C. Molino/

L. Pasqualini/ G. Piragino; Rev. Roum. Phys. 9/ 977 (1964)

C. 0. Boujman/ G. F. Auchampaugh/ S. C. Fultz;

Phys. Rev. 133/ B676 (1964)

R. L. Bramblett/ J. T. Caldiuell/ R. R. Harvey/

S. C. Fultz; Phys. Rev. 133/ B869 (1964)

V. P. Denisov/ A. V. Kulikov/ L. A. Kul 'chitskii;

Zhur. Eksp. i Teoret. Fiz. 46/ 1483 (1964);

Sov. Phys. JETP 19/ 1007 (1964)

B. S. Oolbilkin/ V. A. Zapevalov/ V. I. Korin/

L. E. Lazareva/ F, A. Nikolaev; P1CNS“64/ 1060 (1964)

F. W. K. Firk; Nucl. Phys. 52/ 437 (1964)

S. C. FultZ/ R. L. Bramblett/ J. T. Caldwell/

R. R. Harvey; Phys. Rev. 133/ 31149 (1964)

L. Green/ 0. J. Donahue; Phys. Rev. 135/ 3701 (1964)

R. R. Harvey/ J. T. Caldwell/ R. L. Bramblett/

S. C. Fultz; Phys. Rev. B126 (1964)

B. S. Ishkanov/ I. M. Kapitonov/ V. G. Shevchenko/

B. A. Yur'ev; Phys. Lett. 9/ 162 (1964)

A. P. Komar/ Yu. D. Makhnovsky; Nucl. Phys. 65/ 662 (1964)

95
64Ri1

64Ta1

64Ta2

64Te1

65 3a 2 65Be1

65Ca1

65Ca2

65Co2

65De1

65De3

65Fe1

65Ha1

65Ma1

6 5 Me 4 65Mi1

65Pa1

65Si1

65St1

65Th1

65Th2

6 5 W y 1

66fln1

6 6 Ar 2

66 Ax 1 66Ba5

66Br1

66Co1

6 6C 0 2

6 6Co3

L. B. Rice/’ L. N. Bolen/ W. D. Whitehead/

Phys. Rev. 134/ S557 (19fc4)

N. W. Tanner/ G. C. Thomas/ E. 0. Earle/

Nucl. Phys. 52/ 29 (1964)

N. W. Tanner/ G. C. Thomas/ E. D. Earle)

Nucl. Phys. 52/ 45 (1964)

G. Tessler/ W. E. Stephens) Phys. Rev. 135/ B129 (1964)

E. B. Bazhanov/ A. P. Komar/ A. V. Kulikov/

E. D. Makhnovsky) Nucl. Phys. 63/ 191 (1965)

B. L. Berman/ R. L. Bramblett/ J. T. Caldaell/

R. R, Harvey/ S. C. Fultz) Phys. Rev. Lett. 15/ 727 (1965)

J. T. Caldwell/ R. L. Bramblett/ B. L. Berman/

R. R. Harvey/ S. C. Fultz) Phys. Rev. Lett. 15/ 976 (1965)

(see also 67Ca2)

P. H. Cannington/ R. J. J. Stewart/ G. R. Hogg/

K. H. Lokan/ D. G. Sargood) Nucl. Phys. 72/ 23 (1965)

S. Costa/ 3. Minetti/ C. Molino/ L. Pasqualini/

G. Piragino) Atti Cl. di Sci. Fis. 99/ 1157 (1965)

G. Dearnaley/ 0. S. Gemmell/ B. W. Hooton/ G. A. Jones)

Nucl. Phys. 64/ 177 (1965)

T. Deforest/ Jr./ J. 0. Walecka/ G. Vanpraet/ W. C. Barber)

Phys. Lett. 16/ 311 (1965)

V. N. Fetisov/ A. N. Gorbunov/ A, T. Varfolomeev)

Nucl. Phys. 71/ 305 (1965)

E. Hayward/ T. Stovall) Nucl. Phys. 69/ 241 (1965)

J. M. Maison/ M. Langevin/ J. M. Loiseaux)

Phys. Lett. 19/ 308 (1965)

R. A. Meyer/ W. 3. Walters/ J. P. Hummel)

Phys. Rev. 138/ 31421 (1965)

K. Min/ W. D. Whitehead) Phys. Rev. 137/ B301 (1965)

P. Paul/ S. L. Blatt/ D. Kohler)

Phys. Rev. 137/ B493 (1965)

P. P. Singh/ R. E. Segel/ L. Meyer-Schutzmeister/

S. S. Hanna/ R. G. Allas) Nucl. Phys. 65/ 577 (1965)

J. R. Stewart/ R. C. Morrison/ J. S. O'Connell)

Pnys. Rev. 138/ B372 (1965)

M. N. Thompson/ J. M. Taylor/ D. V. Webb)

Phys. Lett. 14/ 223 (1965)

M. N. Thompson/ J. M. Taylor/ 3. M. Spicer/

J. E. E. Baglin) Nucl. Phys. 64/ 486 (1965)

J. M. Wyckoff/ B, Ziegler/ H. W. Koch/ R, Uhlig)

Phys. Rev. 137/ 3576 (1965)

O. W. Anderson/ B. C. Cook/ J. A. Kadlecek)

Nucl. Phys. 53/ 584 (1966)

H. Artus/ P. Brix/ H. G. Clerc/ F. Eigenbrod/ A. Goldmann/

F. Gudden/ E. Spamer/ P. Strehl/ M. Stroetzel/ 0. Titze/

K. J. Wetzel) PICNS-66/ 314 (1967)

P. Axel/ J. Miller/ C. Schuhl/ G. Tamas/ C. Tzara)

J. Phys. et Rad. 27/ 262 (1966)

G. Baciu/ D. Catana/ C. Ceberth/ I. Raileanu)

Rev. Roum. Phys. 11/ 301 (1966)

R. L. Bramblett/ J. T. Caldwell/ B. L. Berman/

R. R. Harvey/ S. C. Fultz) Phys. Rev. 148/ 1198 (1966)

B. C. Cook/ J. E. E. Baglin/ J. N. Bradford/

J. E. Griffin) Phys. Rev. 143/ 712 (1966)

B. C. Cook/ J. E. E. Baglin/ J. N. Bradford/

J. E. Griffin) Phys. Rev. 143/ 724 (1966)

B. C. Cook/ D. R. Hutcninson/ R. C. Waring/ J. N. Bradford/

R. G. Johnson/ J. E. Griffin) Phys. Rev. 143/ 730 (1966)

96
66Co4

66Co5

660e6

660o2

66Fe1

66«=u1

66Ge1

66Go3

66Is1

66L0I

66Ma1

66Mi2

66Nu1

66Sh1

66Su1

66V0I

67fln2

67Ba2

67392

67Be6

67B11

67Ca1

67Ca2

67Ca3

67Co1

67Co2

S. Costas L. Pasqualini/ G. Piragino^ L. Roasio;

Nuovo Cimento 42B^ 306 <1966)

S. Costa/ F. Ferrero/ C. Manfredotti/ L. Pasqualini/

L< Roasio/ Nuovo Cimento 42B/ 382 (1966)

V. P. Oenisov/ L. A. Kul 'chitskii/

J. Nucl. Phys. (USSR) 3/ 268 (1966);

Sov. J. Nucl. Phys. 3/ 192 (1966)

B. S. Oolbilkin/ V. A. Zapevalov/ V. I. Korin/

L. E. Lazareva/ F. A. Nikolaev)

Izv. Akad. Nauk Fiz. SSSR 30/ 349 (1966);

Bull. Acad. Sci. USSR Phys. 30/ 354 (1966)

F. Ferrero/ C. Manfredotti/ L. Pasqualini/ G. Piragino/

P. G. Rama; Nuovo Cimento 458/ 273 (1966)

5. C. Fultz/ J. T. Calduiell/ 3. L. Berman/

R. L. Bramblett/ R. R. Harvey) Phys. Rev. 143/ 790 (1966)

H. M. Gerstenberg/ J. S. O'Connell)

Phys. Rev. 144/ 834 (1966)

6. I. Goryachev/ B. S. Ishkhanov/ V. G. Shevchenko/

B. A. Yur'ev; ZhETF Pisma 4/ 491 (1966))

JETP Lett. 4/ 330 (1966)

B. S. Ishkhanov/ I. M. Kapitonov/ V. G. Shevchenko/

B. A. Yur'ev; Izv. Akad. Nauk Fiz. SSSR 30/ 378 (1966))

Bull. Acad. Sci. USSR Phys. 30/ 383 (1966)

U. A. Lochstet/ M. 6. Stephens) Phys. Rev. 141 1002 (1966)

G. E. Manuzio/ G. Ricco/ M. Sanzone)

Nuovo Cimento 423/ 348 (1966)

J. Miller/ C. Schuhl/ G. Tamas/ C. Tzara)

J. de Phys. 27/ 8 (1966)

F. Nusslin/ H. Werner/ J. Zimmerer)

Z. Naturf or schg . 21A/ 1195 (1966)

N. K. Sherman/ J. R. Steuiart/ R. C. Morrison)

Phys. Rev. Lett. 17/ 31 (1966)

M. Suffert; Nucl. Phys. 75/ 226 (1966)

Yu. M, Volkov/ A. P. Komar/ V. P. Chizhov)

J. Nucl. Phys. (USSR) 3/ 277 (1966))

Sov. J. Nucl. Phys. 3/ 198 (1966)

G. P. Antropov/ I. E. Mitrofanov/ V. S. Russkikh)

Izv. Akad. Nauk SSR Fiz. 31/ 336 (1967))

Bull. Acad. Sci. USSR 31/ 320 (1967)

E. B. Bazhanov/ A. P. Komar/ A. V. Kulikov)

Dokl. Akad. Nauk SSSR 171/ 549 (1966))

Sov. Dhys, Doklady 11/ 953 (1967)

3. L. Berman/ J. T. Caldtuell/ R. R. Harvey/ M. A. Kelly/

R. L. Bramblett/ S. C. Fultz) Phys. Rev. 162/ 1098 (1967)

Phys. Rev. 162/ 1098 (1967)

B. L. Berman/ R. L. Van Hemert/ C. 0. Bowman)

Phys. Rev. 163/ 958 (1967)

J. L. Black/ U. J. O'Connell/ S. S. Hanna/

G. L. Latshaw) Phys. Lett. 25B/ 405 (1967)

P. H. Cannington/ 0. G. Owen/ R. J. J. Stewart/

E. G. Muirhead/ B. M. Spicer) PICNS-67/ 379 (1967)

J. T. Caldwell/ Ph.O. thesis/ University of California/ 1967

UCRL-50237 (see also 65Ca1)

J. T. Caldwell/ S. C. FultZ/ R. L. Bramblett)

Phys. Rev. Lett. 19/ 447 (1967)

S. Costa/ F. Ferrero/ C. Manfredotti/ L. Pasqualini/

G. Piragino/ H. Arenhovel) Nuovo Cimento 488/ 460 (1967)

S. Costa/ F. Ferrero/ C. Manfredotti/ L. Pasqualini/

G. Piragino/ H. Arenhovel) Nuovo Cimento 513/ 199 (1967)

97
67De1

67De2

67Ea1

67Fe1

67Go1

67Go3

67Go4

67Le1

67Pa3

67Se1

67Th1

67Ti1

6 7 W e 1 68Ba1

688e3

68Be4

o8Be5

68B11

633u2

63Ca1

6SC12

68Co2

6 SC o 3

630o1

6 3F i 1

68Go1

68Go6

65 Jo2

63Li1

V. P, Denisov/ L. A. Kul 'chitskii/

J. Nucl. Phys. (USSR) 5/ 490 (1967);

Sov. J. Nucl. Phys. 5/ 344 (1967)

V. P, Denisov/ A, P. Komar/ L. A. Kul 'chitskii/

E. D. Makhnovskii; J. Nucl. Phys. (USSR) 5/ 498 (1967);

Sov. J. Nucl. Phys. 5/ 349 (1967)

E. 0. Earle/ N. W. Tanner; Nucl. Phys. A95/ 241 (1967)

L. Feldman/ 3. B. Baliga/ M. Nessin; Phys. Rev. 157/ 921 (1967)

fl. I. Goryachev/ 3. S. Ishkhanov/ I. M. Kapitonov/

Zh. M. Seli verstova/ V. G. Shevchenko/ B. A, Yur'ev;

J. Nucl. Phys. (USSR) 4/ 505 (1966);

Sov. J. Nucl. Phys. 4/ 359 (1967)

B. I. Goryachev/ B. S. Ishkhanov/ B. G. 3. A. Yur'ev; J. Nucl. '’hys. (USSR) 5/

811 (1967)

Shevchenko/

1138 (1967);

Sov. J. Nucl. Phys. 5/

B. N. Goryachev/ B. S. Ishkhanov/ I. M. Kapitonov/

I. M. Piskarev/ V. G. Shavchenko/ 0. P. Shevchenko;

JETP Pisma 5/ 225 (1967); JETP Lett. 5/ 180 (1967)

J. R. Leslie/ I. G. Main; Nuovo Cimento 50S/ 389 (1967)

P. Paul/ N. G. Puttasujamy/ D. Kohler;

Phys. Rev. 164/ 1332 (1^67)

R. E, Segel/ Z. Vager/ L. Meyer-Schutzmeister/

P. P. Singh/ R. G. Alias; Nucl. Phys. A93/ 31 (1967)

M. N. Thompson/ J. E. E. Baglin; Phys. Lett. 25B/ 256 (1967)

0. Titze/ E. Spamer/ A. Goldmann; Phys. Lett. 24B/ 169 (1967)

D. V. Webb/ B. M, Spicer/ H. Arenhovei;

Phys. Rev. 164/ 1397 (1967)

J. Bartko/ T. T. Thiuaites; Phys. Lett. 273/ 212 (1 968)

R. C. Bearse/ L. Meye?—Schutzmeister/ R. E. Segei;

Nucl. Phys. A116/ 682 (1968)

N. Bezic/ D. Jamnik/ G. Kernel/ J. Krajnik/ J. Snajder;

Nucl. Phys. A117/ 124 (1968)

R. Bergere/ H. Beil/ A. Veyssiere)

Nucl. Phys. A121/ 463 (1968)

S. L. Blatt/ A. M. Young/ S. C. Ling/ K. J. Moon/

C. 0. Porterfield; Phys. Rev. 176/ 1147 (1968)

J. Buon/ V. Gracco/ J. Lefrancois/ P. Lehmann/ B. Merkel/

Ph. Roy; Phys. Lett. 268/ 595 (1968)

P. H. Cannington/ R, J. J. Steiuart/ B. M. Spicer/

M. G. Huoer; Nucl. Phys. A109/ 385 (1968)

H, G. Clerc/ K. J, Wetzel/ E. Spamer;

Nucl. Phys. A120/ 441 (1968)

B. C. Cook/ C. C. Jones; Nucl. Instrum. Methods 59/ 229 (1968)

S. Costa/ C. Manfredotti/ L. Pasqualini/ F. Ferrero;

Nuovo Cimento 543/ 344 (1968)

B. S. DolbilKin/ A. I. Isakov/ V. I. Korin/

L. E. Lazareva/ F. A. Nikolaev; Yad. Fiz. 8/ 1080 (1968);

Sov. J. Nucl. Phys. 8/ 626 (1969)

D. S. Fielder/ K. Min/ W. 0, Whitehead;

Phys. Rev. 168/ 1312 (19o8)

3. I. Goryachev/ B. S. Ishkhanov/ I. M. Kapitonov/

1. M. Piskarev/ 0. P. Shevchenko/ V. G. Shevchenko;

Yad. Fiz. 7/ 944 (1968); Sov. J. Nucl. Phys. 7/ 567 (1968)

B. I. Goryachev/ 3. S. Ishkhanov/ V. G. Shevchenko/

B. A. Yur'ev; Yad. Fiz. 7/ 1163 (1968);

Sov. J. Nucl. Phys. 7/ 693 (1968)

G. G. Jonsson/ 3. Forkman/ K. Lindgren;

Phys. Lett. 268/ 508 (1968)

S. C. Ling/ A. M. Young/ S. L. Blatt;

Nucl. Phys. A10S/ 221 (1968)

98
68Me1

6 3Me4

6SMii

630tti1

68Pi1

63Sh2

68St2

68Su1

68Mu1

63Wu2

69An2

69An3

69An10

69Ar4

69Ar5

69Ba1

69Be1

69Be2

69Be3

69Be4

69B«6

69 Be8

69Ca3

69Co1

69Co2

690e2

690e5

69Do3

69Fu1

L. Meyer-Schutzmeister/ Z. Vager, R. E, Segelr

P. P. Singh; Nucl. Phys. AlOSr 180 (1968)

R. A. Mayerr W. 3. Walters^ J. P. riummel;

Nucl. Phys. Al22/> 606 (1968)

K. Min, T. A. White) Phys. Rev. Lett. 21/ 1200 (1968)

O. G. Oiuen/ E. G. Muirhead/ B. M. Spicer)

Nucl. Phys. A122/ 177 (1968)

P. Picozza/ C. Schaerf/ R. Scrimaglio/ G. Goggi/

A. Piazzoli/ D. Scannicchio) Nuovo Cimento 55A/ 206 (1968)

N. K. Sherman/ J. E. E. Saglin/ R. 0. Owens)

Phys. Rev. 169/ 771 (1968)

Martin Stroetzal) Z. Phys. 214/ 357 (1968)

Ra E. Sund/ M. P. Baker/ L. A. Kull/ R. B. Walton)

Phys. Rev. 176/ 1366 (1968)

C. P. Wu/ F. W. K. Firk/ T. W. Phillips)

Phys. Rev. Lett. 20/ 1182 (1968)

C. P. Wu) Ph.D. Thesis/ Yale University/ 1968

O. W. Anderson/ B. C. Cook/ T. J. Englert)

Nucl. Phys. A127/ 474 (1969)

O. W. Anderson/ A. J. Bureau/ B. C. Cook/ T. J. Englert)

Phys. Rev. 183/ 973 (1969)

G. P. Antropov/ I. E. Mitrofanov/ A. I. Prokof'ev/

V. S. Russkikh) Izv. Akad. Nauk Fiz. SSSR 34/ 116 (1969))

Bull. Acad. Sci. USSR Phys. 34/ 108 (1970)

Yu. M. Arkatov/ P. I. Vatset/ V. I. Voloshchuk/

A. P. Klyucharev/ V. L. Marchenko/ A. F. Khodyachikh)

Yad. Fiz. 9/ 473 (1969)) Sov. J. Nucl. Phys. 9/ 271 (1969)

Yu. M, Arkatov/ A. V. Bazareva/ P. I. Vatset/

V. I. Voloshchuk/ A. P. Klyucharev/ A. F. Khodyachikh)

Yad. Fiz. 10/ 1123 (1969)) Sov. J. Nucl. Phys. 10/ 639 (1970)

G. Baciu/ 0. Catena/ C. Deberth/ C. Iliescu/ B. Cirstoiu)

Z. Phys. 227/ 336 (1969)

3. L. Berman/ R. L. Bramblett/ J. T. Caldwell/ H. S. Davis/

M. A. Kelly/ S. C. Fultz) Phys. Rev. 177/ 1745 (1969)

N. Bezic/ 0. Brajnik/ 0. Jamnik/ G. Kernel)

Nucl. Phys. A128/ 426 (1969)

B. L. Berman/ R. L. Van Hemert/ C. D. Bowman)

Phys. Rev. Lett. 23/ 386 (1969)

R. Bergere/ P. Carlos/ A. Veyssiere/ H. Beil)

PICNS-69/ 352 (1969)

R. Bergere/ H. Beil/ P. Carlos/ A. Veyssiere)

Nucl. Phys. A133/ 417 (1969)

B. L. Berman/ M. A. Kelly/ R. L. Bramblett/ J. T. Caldwell/

H. S. Davis/ S. C. Fultz) Phys. Rev. 185/ 1576 (1969)

P. H. Cannington and J.. M. Dixon)

Aust. J. Phys. 22/ 679 (1969)

S. Costa/ L. Ferrero/ L. Pasqualini/ F. Ferrero/

C. Manfredotti) Lettere al Nuovo Cimento 1/ 346 (1969)

5. Costa/ L. Ferrero/ L. Pasqualini/ C. Manfredotti)

Lettere al Nuovo Cimento 2/ 318 (1969)

T. K. Oeague/ E. G. Muirhead/ 3. M. Spicer)

PICNS-69/ 350 (1969)

T. K. Deague/ E. G. Muirhead/ 3. M. Spicer)

Nucl. Phys. A139/ 501 (1969)

6. S. Oolbilkin/ A. I. Isakov/ V. I. Korin/

L. E. Lazareva/ N. V. Lin'kova/ F. A. Nikolaev)

Yad. Fiz. 9/ 914 (1969)) Sov. J. Nucl. Phys. 9/ 534 (1969)

S. C. Fultz/ B. L. Berman/ J. T. Caldwell/

R. L. Bramblett/ M. A. Kelly) Phys. Rev. 186/ 1255 (1969)

99
69Go2

69Go3

69Gu1

69Ha1

69Ho1

69Is2

69Is3

69Ke1

69Kn1

690u1

690uj2

69Ra4

69502

69503

69St1

69Ta1

6 9 Va 2 69Va3

69Wa1

69We1

69Wu1

70An2

70An3

70Bq5

70Be6

708e8

fl. I. Goryachev/ B. S. Ishkhanov/ I. M. Kapitonov/

I. M, Piskarev/ V. G. Shevchenko/ 0. P. Shevchenko;

Yad. Fiz. 10/ 252 (1969); Sov. J. Nucl. Phys. 11/ 141 (1970)

B. I. Goryachev/ B. S. Ishkhanov/ I. M. Kapitonov/

I. M. Piskarev/ V. G. Shevchenko/ 0. p. Shevchenko;

Izv. Akad. Nauk Fiz. SSSR 33/ 1736 (1969);

Bull. Acad. Sci. USSR Phys. 33/ 1588 (1969)

I. S. Gul'karov/ N. G. Afanas'ev/ V. M. Khvastunov/

N. G. Shevchenko/ V. 0. Afanas ev/ G, A. Savitskii/

A. A. Khomich/ Yad. Fiz. 9/ 478 (1969);

Sov. J. Nucl. Phys. 9/ 274 (1969)

M. Hasinoff/ G. A. Fisher/ H. M. Kuan/ S. S. Hanna;

Phys. Lett. 308/ 337 (1969)

W. Hofmann/ R. Kosiek/ G. Kraft/ R. Mundhenke;

Z. Phys. 225/ 303 (1969)

8. S. Ishkhanov/ I. M. Kapitonov/ E. V. Lazutin/

I. M. Piskarev/ 0. P. Shevchenko;

Izv. Akad. Nauk Fiz. SSSR 33/ 2074 (1969);

Bull. Acad. Sci. USSR Phys. 33/ 1839 (1969) . S. Ishkhanov/ I. M. Kapitonov/ E. V. Lazutin/

I. M. Piskarev/ V. G. Shevchenko;

Izv. Akad. Nauk Fiz. SSSR 33/ 1742 (1969);

Bull. Acad. Sci. USSR Phys. 33/ 1594 (1969)

G. Kernel/ W. M. Mason; Nucl. Phys. A123/ 205 (1969)

T. A. Khan/ J. S. Heiuitt/ K. G. McNeill;

Can. J. Phys. 47/ 1037 (1969)

O. G. Oiuen/ E. G. Muirhead/ 3. M. Spicer;

PICNS-69/ 349 (1969)

D. G. Oiuen/ 8. M. Spicer; Phys. Lett. 308/ 242 (1 969)

Yu. N. Ranyuk/ V. M. Sanin/ P. V. Sorokin;

Ukr. Fiz. Zh. 14/ 403 (1969)

Yu. I. Sorokin/ V. G. Shevchenko/ B. A. Yur'ev/

Yad. Fiz. 9/ 254 (1969); Sov. J. Nucl. Phys. 9/ 149 (1969)

Yu. I. Sorokin/ A. Kh. Shardanov/ V. G. Shevchenko/

8. A. Yur'ev; Izv Akad. Nauk Fiz. SSSR 33/ 721 (1969);

Bull. Acad. Sci. USSR Phys. 33/ 663 (1969)

R. J. J. Steiuart/ R. C. Morrison/ 0. E. Frederick;

Phys. Rev. Lett. 23/ 323 (1969)

G. G. Taran; Yad. Fiz. 10/ 211 (1969);

Sov. J. Nucl. Phys. 10/ 119 (1970)

0. V. Vasilijev/ G. N. Zalesny/ S. F. Semenko/

V. A. Semenov; Phys. Lett. 30B/ 97 (1969)

0. V. Vasil'ev/ G. N. Zalesnyi/ S. F, Semenko/

V. A. Semenov; Yad. Fiz. 10/ 460 (1969);

Sov. J. Nucl. Phys. 10/ 263 (1970)

Y. Wakuta/ M. Sonada/ A. Katase/ H. Taiuara/ M. Hyakutake;

J. Phys. Soc. Jpn. 26/ 851 (1969)

0. V. Weob/ E. G. Muirhead/ 8. M. Spicer;

PICNS-69/ 351 (1969)

C. P. Wu/ J. E. E. Baglin/ F. W. K. Firk/ T. M. Phillips;

Phys. Lett. 298/ 359 (1969)

D. W. Anderson/ S. C. Siuift/ Nucl. Phys. A1 50/ 625 (1970)

D. W. Anderson/ A. J. Bureau/ 3. C. Cook/ T. J. Englert/

R. E. Schramm; Nucl. ^hys,. A156/ 74 (1970) . L. Berman/ R. J. Baglan/ C. 0. Boiuman;

Phys. Rev. Lett. 24/ 319 (1970)

B. L. Berman/ S. C. Fultz/ P. F. Yergin/

Phys. Rev. Lett. 24/ 1494 (1970)

B. L. Berman/ S. C. FultZ/ J. T. Calduiell/ M. A, Kelly/

S. S. Dietrich; Phys. Rev. C2/ 2318 (1970)

100
70Be9 B. L. Berman/ S. C. Fultz/ M, A. Kelly/

Phys, Rev. Lett. 25/ 933 (1970)

70Bu1 L. Busso/ S. Costa/ L. Ferrero/ R. Garfagnini/

L. Pasqualini/ G. Piragino/ S. Rochi Delia Rocca/

A. Zanini/ Lettere A1 Nuovo Cimento III/ 423 (1970)

70Go2 0. R. Goosman/ E. G. Adelberger/ K. A. Snover;

Phys. Rev. Cl/ 123 (1970)

(See Erratum Phys. Rev. C7/ 1717 (1973))

70Ha2 D. Harder/ R. Mehling/ A. C. England)

Phys. Lett. 32B/ 610 (1970)

70Hi1 R. S. Hicks/ B. M. Spicer) Nucl. Phys. A159/ 265 (1970)

70Ho1 Y. S. Horouiitz/ 0. B. McConnell/ J. Ssengabi/

N. Keller) Nucl. Phys. A151/ 161 (1970)

70Is1 3. S. Ishkhanov/ I. M. Kapitonov/ E. V. Lazutin/

I. M. Piskarev/ 0. P. Shevchenko) Yad. Fiz. 11/ 702 (1970))

Sov. J. Nucl. Phys. 11/ 394 (1970)

70Is3 B. S. Ishkhanov/ I. M. Kapitonov/ E. V. Lazutin/

I. M. Piskarev/ 0. P. Shevchenko) Yad. Fiz. 12/ 682 (1970))

Sov. J. Nucl. Phys. 12/ 370 (1971)

70Is4 B. S. Ishkhanov/ I. M. Kapitonov/ I. M. Piskarev/

V. G. Shevchenko/ 0. P. Shevchenko)

Yad. Fiz. 11/ 485 (1970)) Sov, J. Nucl. Phys. 11/ 272 (1970)

70Is5 B. S. Ishkhanov/ I. M. Kapitonov/ E. V. Lazutin/

I. M. Piskarev/ V. S. Sopov/ V. G. Shevchenko)

Yad. Fiz. 12/ 892 (1970)) Sov. J. Nucl. Phys. 12/ 484 (1971)

70Is6 B. S. Ishkhanov/ I. M. Kapitonov/ E. V. Lazutin/

I. M. Piskarev/ V. G. Shevchenko)

Vestn. Mosk. Univ. Ser. 3 Fiz. Astron. 25/ 606 (1970)

70Is7 B. S. Ishkhanov/ I. M. Kapitonov/ E. V. Lazutin/ I. M. Piskarev/

O. P. Shevchenko) Izv. Akad. Nauk SSSR Ser. Fiz. 34/ 2228 (1970))

Bull. Acad. Sci. (USSR) Phys. Ser. 34/ 1988 (1970)

70Is3 B. S. Ishkhanov/ I. M. Kapitonov/ E. V. Lazutin/

I. M. Piskarev/ 0. P. Shevchenko)

Izv. Akad. Nauk SSSR Ser. Fiz. 34/ 2232 (1970))

3ull. Acad. Sci. (USSR) Phys. Ser. 34/ 1991 (1970)

70Ju1 J. W. Jury/ J. S. Heuiitt/ K. G. McNeill)

Can. J. Phys. 43/ 1635 (1970)

70Ke1 K. G, Kernbach) Lettere Al Nuovo Cimento 3/ 461 (1970)

70Ku1 H. M. Kuan/ M. Hasinoff/ W. J, O'Connell/ S. S. Hanna)

Nucl. Phys. A151/ 129 (1970)

70Me2 W. E. Meyerhof/ M, Suffert/ W. Feldman)

Nucl. Phys. A148/ 211 (1970)

70Mu1 A. Murakami) J. Phys. Soc. Jpn. 28/ 1 (1970)

7Q0u)1 0. G. Owen/ E. G. Muirhead/ B. M. Spicer)

Nucl. Phys. A140/ 523 (1970)

700ui2 0. G, Owen) Ph.D. Thesis/ University of Melbourne/ 1970

70So1 Yu. I. Sorokin/ A. Kh. Shardanov/ V. G. Shevchenko/

B. A. Yur'ev) Yad. Fiz. 11/ 8 (1970))

Sov. J. Nucl. Phys. 11/ 4 (1970)

70Su1 R. E. Sund/ V, V. Verbinski/ H. kJeber/ L. A. Kull)

Phys. Rev. C2/ 1129 (1970)

70Ti1 0. Titze/ A. Goldmann/ E. Spamer) Phys. Lett. 31B/ 565 (1970)

70Va1 0. V. Vasil'ev/ V. A. Semenov)

ZhETF Pis. Rad. 11/ 520 (1970)) JETP Lett. 11/ 356 (1970)

70Ve1 A. Veyssiera/ H. Beil/ R. Bergere/ P. Carlos/ A. Lepretre)

Nucl. Phys. A159/ 561 (1970)

70We1 0. V. Webb/ E. G. Muirhead/ 3. M. Spicer)

Nucl. Phys. A159/ 81 (1970)

70Wi2 £. J. Winhold/ E. M. Bowey/ 0. 8. Gayther/

8. H. Patrick) Phys. Lett. 32B/ 607 (1970)

101
I

7 0 W 0

1

70Wu1

70Wu3

70Yo1

71 Ahl

71 All

718a1

71 Ba2

71 8a4

71 8e2

71 8e3

71 8s4

71 Be5

71 3r1

71 Bui

71Ca1

7lDe1

71 Di4

7lDi5

71 Egl

71 Eg2

71 Fu2

71Go3

71 Isl

71 Is2

71 Is3

Ca Fa Wongr R. Ma Hutchson^ Ya M, Shinr Ha Sa Caplan;

Can. J. Phys. 48/- 1917 (1970)

C. P. Wu/- Fa W. K, Firk/ T. W. Pnillips/

Nucl. Phys. A147/ 19 (1970)

C. P. vJu/ Fa W. K. Firk/ 8. L. Berman)

Nucl, Instrum. Methods 79/ 346 (1970)

A. M. Young/ S. L. Blatt/ R. G. Seyler)

Phys. Rev. Lett. 25/ 1764 (1970)

J. Ahrens/ H. Borchert/ H. 0. Eppler/ H. Gimm/

H. Gundrum/ P. Riehn/ G. Sita Ram/ A. Zieger/

6. Ziegler) 51ba-71/ Tagungsber icht Elektronen

Beschleuniger Arbeits Gruppen (Sept. 1971))

Justus Liebig Universitat Giessen.

R. A. Alvarez/ B. L. Berman/ D. R. Lasher/

T. W. Phillips/ S. C. Fultz) Phys. Rev. C4/ 1673 (1971)

G. Baciu/ 0. Catana/ C. Deberth/ C. Iliescu/ 6. Carstoiu)

Nucl. Phys. A167/ 177 (1971)

R. J. Baglan/ C. 0. Bouiman/ B. L. Berman)

Phys. Rev. C3/ 672 (1971)

K. Battleson/ 0. K. McDaniels) Phys. Rev. C4/ 1601 (1971)

J. C. Bergstrom/ H. Crannell/ F. J. Kline/

J. T. 0 Brien/ J. W. Lightbody/ Jr./ S. P. Fivozinsky)

Phys. Rev. C4/ 1514 (1971)

S. L. Berman/ S. C. Fultz/ M. A. Kelly)

Phys. Rev. C4/ 723 (1971)

H. Beil/ R. Bergere/ P. Carlos/ A. Lepretre/ A. Veyssiere/

A. Parlag) Nucl. Phys. A172/ 426 (1971)

A. K. Berzin/ A. L. Gryaznov/ R. P. Meshcheryakov/

A. A. Startsev/ Yu. V. Khimenkov)

Yad. Geofiz. Geokhim. 9/ 113 (1971)

£. Bramanis) Nucl. Phys. A175/ 17 (1971)

L. Busso/ R. Garfagnini/ G. Piragino/ S. Ronchi della Rocca/

A. Zanini) Lettere al Nuovo Cimento 1/ 941 (1971)

P. Carlos/ H. Beil/ R. Bergere/ A. Lepretre/

A. Veyssiere) Nucl. Phys. A172/ 437 (1971)

A. Oegre/ M. Schaeffer/ M. Suffert)

J. Phys. 32/ C53-221 (1971)

E. M. Diener/ J, F. Amann/ P. Paul/ S. L. Blatt)

Phys. Rev. C3/ 2303 (1971)

V. Di Napoli/ 0. Margadonna/ F. Salvetti/ H. G. De Carvalho/

J. Benuzzi Martins) Nucl. Instrum, Methods 93/ 77 (1971)

K. Sh. Egian/ G. L. Bochek/ V. I. Kulibaba/ I. A. Grishaev)

Izv. Akad. Nauk Arm, Ser, Fiz. 6/ 161 (1971)

K. M. Egian/ G. L. Bochek/ V, M. Kulibaba)

Izv. Acad. Nauk Arm. Ser, Fiz. 6/ 351 (1971)

S. C. Fultz/ R. A. Alvarez/ B. L. Berman/ M. A. Kelly/

D. R. Lasher/ T, W. Phillips/ J, McElhinney)

Phys. Rev. C4/ 149 (1971)

6a I. Goryachev/ B. S. Ishkhanov/ V. G. Shevchenko)

Proceedings of the Second Symposium on the Problems of Nucl.

Physics/ Novosibirsk/ USSR/ June 1970/ pp, 362-373 (1971)

B. S. Ishkhanov/ I, M. Piskarev/ I. M. Kapitonov/

E. V. Lazutin/ V. S. Sopov/ V. G. Shevchenko)

Yad. Fiz. 13/ 1141 (1971),)

Sov. J. Nucl. Phys. 13/ 655 (1971)

B. S. Ishkhanov/ I. M. Kapitonov/ I. M. Piskarev/

0. P. Shevchenko) Yad. Fiz. 14/ 27 (1971))

Sov. J. Nucl. Phys. 14/ 16 (1972)

B. S, Ishkhanov/ I. M. Kapitonov/ I. M. Piskarev/

V. G, Shevchenko) Yad. Fiz. 14/ 253 (1971))

Sov. J. Nucl. Phys. 14/ 142 (1972)

102
7Uu5

7lLe1

71L12

71Ma6

7lNa1

7lNo1

71011

71R11

71 Sa2

71Sc3

71Su1

71 Vel

71Wa1

7lWe1

7lWe2

72Ah7

72An8

72An11

72An12

72Ar5

72Ar6

72Ar9

72Ar14

72As10

72Au13

723a16

728«9

72Be10

728e12

723e13

728a15

G« Kumbartzki/ U. Kim/ Nucl. Phys. A176/ 23 (1971)

A. Lepretre/ H. 3eil/ R. 3ergere/ P. Carlos/

A. Vayssisre; Nucl, Phys, A175/ 609 (1971)

K, Lindgren/ G, G, Jonsson; Nucl. Phys. Al 66/ 643 (1971)

O. Y. Mafra/ S, Kuniyoshi/

An, Acad. Brasil. Cienc. 43/ 571 (1971)

A. Nakada/ Y. Torizuka/ Y. Horikaiua;

Phys. Rev. Lett. 27/ 745 (1971);

See Erratum- Phys. Rev. Lett. 27/ 1102 (1971)

V, I, Noga/ Yu. N, Ranyuk/ P. V, Sorokin/ V. A. Tkachenko/

Ukr. Fiz. Zh. 16/ 1850 (1971)

P. R. Oliva; Nuovo Cimento Lett, 1/ 77 (1971)

F. Riess/ W. J. O'Connell/ P, Paul; Nucl. Phys. A175/ 462 (1971)

Tatsuya Saito; Bull. Chem. Soc. Jpn. 44/ 1800 (1971)

M. Schaeffer/ A. Degre/ M, Suffert;

J. Phys. 32/ C5B-223 (1971)

M. Suffert/ A. Degre; J. Phys. 32/ C5B-219 (1971)

E. Ventura/ C, C, Chang/ W, E. Meyerhof;

Nucl. Phys. A173/ 1 (1971)

Yoshihisa Wakuta; J. Phys, Soc, Jpn, 31/ 12 (1971)

0. V. Webb/ E. G. Muirhead/ 8. M. Spicer;

Nucl. Phys. A171/ 324 (1971)

8. Weissman/ H, L. Schultz; Nucl. Phys. A174/ 129 (1971)

J. Ahrens/ H, Borchert/ H, B, Eppler/ H. Gimm/ H, Gundrum/

P. Riehn/ G. Sita Ram/ A, Zieger/ M, Kroning/ 8. Ziegler;

PICNS-72/ 213 (1972)

G. Andersson/ I. Blomqvist/ B. Forkman/ G. G. Jonsson/

A. Jarund/ I. Kroon/ K, Lindgren/ 8, Schroder;

Nucl. Phys. A197/ 44 (1972)

Yu. N. Antuf'ev/ V, L. Agranovich/ V. S. Kuz'menko/

1. I. Miroshnichenko/ P. V. Sorokin;

Pis'ma Zh, Eksp. Teor, Fiz, 16/77 (1972);

JETP Lett. (USSR) 16/ 52 (1972)

0. W. Anderson/ R, F, Petry/ H, J, Fischbeck;

Radiat. Res. 50/ 33 (1972)

P. E. Argan/ G. Audit/ N, De Botton/ J. M. Laget/ J. Martin/

C. Schuhl/ G. Tamas; Phys. Rev. Lett. 29/ 1191 (1972)

Yu. M, Arkatov/ P. I. Vatset/ V, I, Voloshchuk/

1. M, Prokhorets/ A. F. Khodyachikh/ V. I, Chmii;

Yad. Fiz. 16/ 12 (1972); Sov. J. Nucl. Phys. 16/ 6 (1973)

S. Arai/ S. Fukui/ N. Horikaiua/ R. Kajikauia/ T. Kasuga/

H. Kobayakaiua/ A. Masaike/ T. Matsuda/ T. Nakanishi/

T, Ohshima/ M. Saito/ S, Sugimoto/ T, Yamaki/ K, Amako/

K. Yoshida; Nucl. Phys. 848/ 397 (1972)

T, A. Armstrong/ W. R. Hogg/ G. M. Leiuis/ A. W. Robertson/

G. R. Brookes/ A. S. Clough/ J. H, Freeland/ M. Galbraith/

A. F, King/ W. R, Rauilinson/ N. R, S. Tait/ J. C. Thompson/

D. W. L. Tolfree; Nucl. Phys. 841/ 445 (1972)

H. J. Askin/ J. K, F. Allen/ R. Hicks/ R. J. Petty/

M. N. Thompson; PICNS-72/ 359 (1972)

C. Aurisicchio/ V, DiNapoli/ F. Salvetti/ M. L. Terranova;

Gazz. Chim. Ital. 102/ 378 (1972)

W. C. Barber/ E. Hayiuard/ J. Sazama; PICNS-72/ 313 (1972)

8. L, Berman/ T, W. Phillips; Phys. Rev. C6/ 2295 (1972)

J. Berthot/ 0. 8. Isaoelle; Nuovo Cimento Lett. 5/ 155 (1972)

J. Berthot/ D. 3. Isabelle; PICNS-72/ 507 (1972)

William Bertozzi; PICNS-72/ 39 (1972)

R. Sergere/ H, Beil/ P. Carlos/ A. Veyssiere/ A. Lepretre;

PICNS-72/ 273 (1972)

103
72S16

72Br11

723rl7

723u14

72Bu19

72Ca4

72Ch3

72Cr5

72DaU

72De3

72De8

72De9

72De1

2

72Di7

720110

720o13

72Dr2

72Fu6

72Ge3

72Ge4

72Ha1

72Ha4

72Ha9

72H18

72Ho6

72Ho7

72Ho10

72Hu5

72Is1

72Ja2

72Kh1

S. L. K. J. Moon/’ D. Kohler/ Phys. Rev. C6/ 1536 (1972)

D. Brajnik/ D. Jamnik/ G. Kernel/ U. Miklavzic/ A. Stanovnik/

Fizika 4/ 65 (1972)

D. Brajnik/ 0. Jamnik/ G. Kernel/ U. Miklavzic/ J. Snajder;

Nucl. Instrum. Methods 103/ 189 (1972)

F. R. Buskirk/ H. D. Graf/ R. Pitthan/ H. Theissen/ 0. Titze/

Th. Walcher; PICNS-72/ 199 (1972)

F. R. Buskirk/ H. D. Graf/ R. Pitthan/ H. Theissen/ 0. Titze/

Th. Walcher; Phys. Lett. 428/ 194 (1972)

R. W. Carr/ J. E. E. Baglin/ E. J. Bentz/ Jr./

Phys. Rev. C6/ 2032 (1972)

C. C. Chang/ E. M. Diener/ E. Ventura)

Phys. Rev. Lett. 29/ 307 (1972)

rt. Crannell/ P. L. Halloiuell/ J. T. 0 Brien/ J. M. Finn/

F. J. Kline/ S. Penner/ J. W. Lightbody/ Jr./ S. P. Fivozinsky)

PICNS-72/ 375 (1972)

L. M. Oautov/ Yu. A. Lysikov/ U. M. Makhanov/ Yu. K. Shubnyi)

Izv. Akad. Nauk SSSR Ser. Fiz. 36/ 2544 (1972);

Bull. Acad. Sci. (USSR) Phys. Ser. 36/ 2210 (1972)

T. K, Oeague/ R. J. J. Stewart) Nucl. Phys. A191/ 305 (1972)

J. E. P. Da Bie/ P. K. A. De Witt Huberts) PICNS-72/ 423 (1972)

P. K. A. De Witt Huberts/ J. E. P. De Bie) PICNS-72/ 421 (1972)

N. A. Demekhina/ V. I. Kasilov/ A. V. Mitrofanova/

Yu. N. Ranyuk/ P. V. Sorokin) Yad. Fiz. 16/ 911 (1972))

Sov. J. Nucl. Phys. 16/ 5C2 (1973)

El-Hussieny M. Diefallah)

Int. J. Appl. Rad. and Isotopes 23/ 153 (1972)

V. Di Napoli/ A. M. Lacerenza/ D. Margadonna/ S. M. Terenzi)

Radiochem. Radioanal. Lett. 11/ 99 (1972)

M. M. Oorosh/ N. P. Mazyukevich/ V. A. Shkoda-Ul ' yanov)

Ukr. Fiz. Zh. 17/ 847 (1972)

F. Dreyer/ H. Dahmen/ J. Staude/ H. H. Thies)

Nucl. Phys. A181/ 477 (1972)

S. Fukuda/ Y. Torizuka) Phys. Rev. Lett. 29/ 1109 (1972)

R. W. Gellie/ K. H. Lokan/ N. K. Sherman/ R. G. Johnson/

J. I. Lodge) Can. J. Phys. 50/ 1689 (1972)

J. P. Genin/ J. Julian/ R. Letourneau/ A. Mougaot/

J. Rambaut/ C. Samour) PICNS-72/ 439 (1972)

M. Hasinoff/ D. Johnson/ D. F. Measday)

Phys. Lett. 39B/ 506 (1972)

S. S. Hanna/ H. F. Glavish/ £. M. Diener/ J. R. Calarco/

C. C. Chang/ R. Avida/ R. N. Boyd)

Phys. Lett. 408/ 631 (1972)

S. S. Hanna) PICNS-72/ 453 (1972)

D. Hiramatsu/ T. Kamae/ H. Muramatsu/ K. Nakamura/ N, Izutsu/

Y. Watase) PICNS-72/ 429 (1972) (see 73H15)

Phan Xuan Ho/ J. B. Bellicard/ Ph. Leconte/ I. Sick)

PICNS-72/ 125 (1972)

K. Hosoyama/ Y. Torizuka/ Y. Kawazoe/ H. Ui)

PICNS-72/ 139 (1972)

Phan Xuan Ho/ J. B. Bellicard/ Ph. Leconte/ I. Sick)

J. Phys. (Paris) Colloq. 5/ 167 (1972)

P. Hubert/ M. M. Aleonard/ D. Castera/ F. Leccia/ P. Mennrath)

Nucl. Phys. A195/ 485 (1972)

3. S. Ishkhanov/ I. M. Kapitonov/ E. V. Lazutin/

I. M. Piskarev/ V. G. Shevchenko)

Nucl. Phys. A136/ 433 (1972)

H. E. Jackson/ R. E. Too hey) Phys. Rev. Lett. 29/ 379 (1972)

A. M. Khan/ J. W. Knowles) Nucl. Phys. A179/ 353 (1972)

104
72K17 A. A. C. Klaassey P. F. A, Goudsmit^ P. K. A. Oe Witt Huberts;

PICNS-72 425 (1972)

72Ko5 V. P. Kovalev/ V, P, Kharits/ V. V. Gordeev/ V. I. Isaev;

At. Energ. 32/ 496 (1972)

72Ko9 M, Ya. Kondrat'ko/ V, N, Korinets/ K, A. Petrzhak/

O. A. Teodorovich; At. Energ, 35/ 211 (1972);

Sov. J. At. Energy 35/ 362 (1973)

72Ko10 M, Ya. Kondrat'ko/ V. N. Korinets/ K. A. Petrzhak;

At. Energ, 35/ 214 (1972); Sov. J. At. Energy 35/ 366 (1973)

72Li3 A. $, Litvinenko/ N. G, Shevchenko/ A. Yu. Suki/

P. L. Kondratev/ G. A. Savitskii/ A. A. Khomich/

V, M, Khvastunov/ I. I. Chkalov;

Ukr, Fiz. Zh. 17/ 1197 (1972)

72Li4 I. Linck/ L. Kraus; C. R. Acad. Sci. Paris 275/ 669 (1972)

72Me5 F. R. Metzger; Nucl. Phys. A182/ 213 (1972)

72Mo6 T, Mo/ R. A, Blue/ H. R, Weller; Nucl. Phys. A197/ 290 (1972)

720d1 Y. Oda/ M. Kondo/ H. Hirabayashi; J. Phys, Soc. Jpn. 32/ 869 (1972)

J. Phys. Soc. Jpn.. 32/ 369 (1972)

72Pa4 P. Paul; PICNS'-72/ 343 (1972)

72Pe2 S. Penner/ J. W. Lightbody/ Jr./ S. P. Fivozinsky/ H, Crannell/

P. L. Hallouiell/ M. Finn; PICNS-72 49 (1972)

72Pe3 G. A, Peterson^ K, Hosoyama/ M, Nagao/ A, Nakada/ Y, Torizuka;

PICNS-72/ 399 (1972) (see 73Pe1)

72Sh8 Y. M. Shin/ 0. M. Skopik/ C. Pla; PICNS-72/ 481 (1972)

72Sh10 K. Shoda/ M. Sugaujara/ T, Saito/ H. Miyase/ A. Suzuki/

S. Oikaiua/ J. Uegaki; PICNS-72/ 321 (1972)

72Sh13 Yu. K. Shuonyi/ Yu. A. Lysikov)

Izv. Akad. Nauk SSSR Ser. Fiz. 36/ 2531 (1972);

Bull. Acad. Sci. (USSR) Phys. Ser. 36/ 2199 (1972)

72So11 Yu, I. Sorokin/ V, A. Khrushchev/ B. A. Yur'ev;

Izv. Akad. Nauk SSSR Ser. 36/ 180 (1972);

Bull. Acad. Sci. (USSR) Phys. 36/ 170- (1972)

72Sp9 E. Spamer/ K, Gravemeyer/ C. W. Oe Jager/ L. Dieperink;

PICNS-72/ 419 (1972)

72Th2 B. W. Thomas/ D, M, Craiuford/ H, H. Thies)

Nucl. Phys. A196/ 89 (1972)

72Th5 B. J. Thomas/ A. Buchnea/ J. 0. Irish/ K. G. McNeil;

Can. J. Phys. 50/ 3085 (1972)

72Th7 J, E. M. Thomson/ R. J, J. Steuiart/ M. N. Thompson;

PICNS-72/ 297 (1972)

72Th8 J. E. M, Thomson/ N. 0, Champion/ R, J. J. Stewart/

M. N. Thompson; Aust. J. Phys, 25/ 669 (1972)

72To6 Y. Torizuka/ Y. Kojima/ T. Saito/ K, Itoh/ A. Nakada/

S. Mitsunoou/ M. Nagao/ K. Hosoyama/ S. Fukuda;

PICNS-72/ 171 (1972)

72To9 S. G. Tonapetyan/ N. V, Goncharov/ A, I, Derebchinskii/

0. G. Konovalov/ V, M. Khvorostyan;

Zh. Eksp. Teor. Fiz. 63/ 1955 (1972);

Sov. Phys. JETP 36/ 1033 (1973)

72Va2 R. E, Van de Vyver/ H. Ferdinands/ G. Knuyt/ R, Carchon/

J. Devos; Nucl. Phys. A193/ 144 (1972)

72Va3 R. Van Oe Vyver/ H. Ferdinands/ G. Knuyt/ R. Carchon/ J. Devos;

PICNS-72/ 307 (1972)

72Wa3 J. W, Watson/ H. A, Medicu§/ R. E. Turner;

Phys. Rev. C6/ 497 (1972)/*

(See Erratum Phys. Rev. C7/ 1273 (1973)

72We2 H. R. Weller/ R. A. Blue/ £. M, Bernstein/

J. J. Ramirez; Nucl. Phys. A185/ 284 (1972)

72Zd1 R. W. Zdarko/ E. B. Dally; Nuovo Cimento 10A/ 10 (1972)

105
73Ad3

73Ad14

73Ah4

73A15

73A16

73A17

73A112

73An8

73An10

73An1

3

73An1

6

73Ar1

73Ap11

73As2

73As9

73Ba3

733a8

733a9

733a20

73Ba4

733e6

733e10

73Be1

6

73Be17

73315

73Bo1

73Bo2

73Br7

73Br11

733r12

733r13

J. 0, Adlerr G. Andersson/ H. A. Gustafsson;

PICNS-73/ 993 (1973)

M. Adachi/ H. Taketani/ J. Phys. Soc. Jpn. 35/ 317/ 325 (1973)

J. Ahrens/ H. B. Eppler/ H. Gimm^ H. Gundrum/ M. Kroning/

P. Riehn/ G. Sita Ram/ A. Zieger/ 3. Ziegler;

PICNS-73/ 23 (1973)

A. Aim/ T. Kivikas/ L. J. Lindgren) PICNS-73/ 645 (1973)

R. A. Alvarez/ B. L. Berman/ F. H. Lewis/ P. Meyer)

PICNS-73/ 545 (1973)

R. A. Alvarez/ B. L. Berman/ F. H. Lewis/ P. Meyer)

PICNS-73/ 547 (1973)

A. Aim/ T. Kivikas) Nucl. Phys. A215/ 461 (1973)

S. Anami/ K. Baba/ I. Endo/ H. Fujii/ S. Kato/ A, Murakami/

S. Ninomiya/ Y. Sumi) PICNS-73/ 613 (1973)

P. S. Ananien/ I. V. Glavanakov/ V, I, Kryshkin/

V. N. Stibunov/ A, G. Sierligov/ Yu. P. Usov)

Nuovo Cimento Lett. 3/ 651 (1973)

R. A. Anderl/ M. V. Yester/ R. C. Morrison)

Nucl. Phys. A212/ 221 (1973)

G. P. Antropov/ V. A. Vakhlamov/ I. E. Mitrofanov/

V. S. Russkikh;

Izv. Akad. Nauk SSSR Ser. Fiz. 37/ 2657 (1973))

Bull. Acad. Sci, (USSR) Phys. Ser. 37/ 172 (1974)

R. G. Arnold/ E. C. Sooth/ W. J. Alston III)

Phys. Rev. C7/ 1490 (1973)

R. G. Arnold/ B. T. Chertok/ T. G. Schroder/ J. L. Alberi)

Phys. Rev. C3/ 1179 (1973)

H. J. Askin/ R. S. Hicks/ K. J. F. Allen/ R. J. Petty/

M. N. Thompson) Nucl. Phys. A204/ 209 (1973)

H. J. Askin/ K. J. F, Allen/ M. N. Thompson/ K. Shoda/

M. Sugawara/ H. Miyase/ 3. N. Sung) PICNS-73/ 561 (1973)

J. E. E. Baglin/ R. W. Carr/ E. J. Bentz/ Jr./ C. P. Wu)

Nucl. Phys. A201/ 593 (1973)

J. E. E. Baglin/ E. J. Bentz/ Jr.) PICNS-73/ 161 (1973)

T. 3ar-Noy/ R. Moreh) PICNS-73/ 319 (1973)

R. F. Barrett/ J. R. Birkelund/ B. J. Thomas/ K. S. Lam/

H. H. Thies) Nucl. Phys. A210/ 355 (1973)

J. C. Bergstrom/ I. P. Auer/ M. Ahmad/ F. J. Kline/

J. H. Hough/ H. S. Caplan/ J. L. Groh)

Phys. Rev. C7/ 2228 (1973)

I. Bergqvist/ D. Drake/ D. K. McDaniels) PICNS-73/ 945 (1973)

R. Bergere/ H. Beil/ P. Carlos/ A. Lepretre/ A. Veyssiere)

PICNS-73/ 525 (1973)

J. C. Bergstrom/ I. P. Auer) Nucl. Phys. A215/ 232 (1973)

J. C. Bergstrom/ I. P. Auer/ F. J. Kline/ H. S. Caplan)

Nucl. Phys. A213/ 6Ci9 (19^3)

S. L. Blatt/ M. Suffert/ A. Oegre) PICNS-73/ 27 (1973)

M. Boivin/ Y. Cauchois/ Y. Heno/ V. Zecevic)

Nucl. Phys. A204/ 220 (1973)

E. C. Booth/ R. G. Arnold/ W. J. Alston/ III)

Phys. Rev. C7/ 1500 (1973)

D. Branford/ G. S. Foote/ R. A, I. Bell/ D. C. Weisser/

F. C. P. Huang/ R. B. Watson) PICNS-73/ 943 (1973)

R. L. Bramblett/ 3. L. Berman/ M. A. Kelly/ J. T. Caldwell/

S. C. Fultz) PICNS-73/ 175 (1973)

D. Brajnik/ D. Jamnik/ G. Kernel/ M. Korun/ U. Miklavzic/

a. Pucelj/ A. Stanovnik) PICNS-73/ 539 (1973)

0. Brajnik/ 0. Jamnik/ 3. Kernel/ U. Miklavzic/ A. Stanovnik)

PICNS-73/ 537 (1973)

106
738r23

733u14

73Ca2

73Ca5

73Ca8

73Ce3

73Ch1

73Ch4

73Ch7

73C16

73Da6

73Da10

730e3

73De5

730e7

730a3

730e13

730e14

73Di1

73Di2

73014

730112

730o9

73 O 0 II 73En4

73Er1

73Ey2

73Ey3

73Fa1

73Fa5

73F13

73Fr7

73Fu2

F. Brochard/ P. Chevallier/ 0. Dlsdler^ V. Rauch/ F. Schelbllng;

J. Physlqua 34/ 363 (1973)

F. R, Busklrk/ H, 0. Graf/ R. Pitthan/ H. Thelssen/ 0. Tltze/

Th, Walchep; PICNS-73/ 703 (1973)

J. T. Calduiell/ G. M. Worth/ E. J. Oouidy; PICNS-73/ 651 (1973)

0. Catana/ G. Baciu/ C. Illescu/ V. I. R. Nlculescu/

Z. Phys. 261/ 125 (1973)

H. G. De Carvalho/ J. 6. Martins/ 0. A, P. Tavares/ V, 01 Napoli/

F. Salvetti; PICNS-73/ 983 (1973)

F. E. Cecil/ L. W. Fagg/ W. L. Bendel/ N. Ensslln/

E. C. Jones/ Jr.; PICNS-73/ 699 (1973)

B. T. Chartok/ C. Sheffield/ J. W. Llghtbody/ Jr,/ S. Penner/

0. Blum; Phys. Rev. C8/ 23 (1973)

K. F. Chong/ M, C. Phennegar/ Y. M. Shin/ 0. M, Skoplk/

E. L. Tomuslak; PICNS-73/ 467 (1973)

I. I. Chkalov/ N. G. Shevchenko/ N. G. Afanas'ev/

1. I. Zalyubovskll/ A. A, Khomich/ V. N. Polishchuk/

A, S. Litvinenko/ A. Yu. Buki; Yad. Fiz, 18/ 945 (1973);

Sov. J. Nucl. Phys, 18/ 487 (1974)

G. E. Clark/ R. C. Morrison/ J. E. E. Baglln/ B. C. Cook;

Nucl. Phys. A213/ 353 (1973)

P. Oavld/ J. Debrus/ F. Lubke/ H. Mommsen/ R. Schoenmackers/

G. Stein; PICNS-73/ 985 (1973)

S. Oatta/ J. S, Allen; Phys. Rev, C8/ 1421 (1973)

W. Oel Bianco/ S. Kundu/ P, Boucher;

Can. J. Phys. 51/ 1302 (1973)

W. Oel Blanco/ S. Kundu/ P. Boucher;

Nucl. Phys. A209/ 181 (1973)

H. G. Oe Carvalho/ J. B. Martins/ 0. A. P, Tavares/

V. 01 Napoli/ F. Salvetti; PICNS-73/ 983 (1973)

W. Oel Bianco/ S, Kundu/ P. Boucher; PICNS-73/ 557 (1973)

V. P, Oenlsov/ I. Ya. Chubukov; Yad. Fiz. 17/ 682 (1973);

Sov. J. Nucl. Phys. 17/ 354 (1973)

V. P. Oenlsov/ L. A. Kulchltskli/ I. Ya. Chubukov;

Izv. Akad. Nauk SSSR Ser. Fiz. 37/ 107 (1973);

Bull. Acad. Sci. (USSR) Phys. Ser. 37/ 94 (1973)

E. M. Oianer/ J. F. Amann/ P. Paul; Phys. Rev. C7/ 695 (1973)

E. M. Oienar/ J, F. Amann/ P. Paul/ J. 0, Vergados;

Phys. Rev. C7/ 705 (1973)

V. 01 Napoli/ F. Salvetti/ M, L. Terranova/ H. G. De Carvalho/

J. B. Martins; Phys. Rev. C8/ 206 (1973)

V. 01 Napoli/ A. M. Lacerenza/ F, Salvetti/ S. M. Terenzi/

H. G. OeCarvalho/ J. B. Martins;

J. Inorg, Nucl. Chem. 35/ 1419 (1973)

P. Dougan/ W. Stiefler;. Z, Phys, 265/ 1 (1973)

P. Dougan/ T, Kivikas/ K, Lugner/ V. Ramsay/ W, Stiefler;

Phys. Lett. 463/ 359 (1973)

I. Endo/ K, Baba/ H, '=ujii/ Y, Sum!/ S, Anami/ S, Ninomiya/

S. Kato/ A. Murakami; Phys. Lett. 473/ 469 (1973)

M. Eriksson/ G. G. Jonsson; PICNS-73/ 995 (1973)

H. J. von Eyss/ H. Schier/ 6. Schoch; PICNS-73/ 989 (1973)

H, J, von Eyss/ G. Luhrs; Z. Phys. 262/ 393 (1973)

L. W, Fagg/ W. L. Bendel/ N. Ensslln/ E. C, Jones/ Jr.;

Phys. Lett. 448/ 163 (197,3)

L. Fagg; PICNS-73/ 663 (1973)

0. M, Fleming/ P. T, Kan/ G, A. Peterson/ 0. V, Webb/

S. P. Fivozinsky/ J. W. Llghtbody/ Jr,/ S. Penner;

PICNS-73/ 887 (1973)

B. Friberg/ I, Blomqvist/ B. Forkman; Z. Phys. 262/ 255 (1973)

K. Fukuda/ S. Okabe; J. Phys, Soc. Jpn. 34/ 315 (1973)

107
73Fu4

73Fu6

73Ga3

73Ge1

73Go2

73Go5

73Go6

73Gr4

73Gu7

73Ha1

73Ha3

73Ha9

73Ha1

3

73Ha1

5

73He7

73He8

73Ha10

73Hi5

73H16

73Ho 2 73Ho4

73Hu11

73Hu1

2

73Hu1 4 73Ir2

73Ir4

73Is3

73It1

73Iv5

73 Ja3

73Ju1

73Ju2

S. C. Fultzs R. A. Alvarsz/' B. L. Berman/ P. Meyer;

PICNS-73/ 549 (1973)

S. C. Fultz/ R. A. Alvarez/ B. L. Berman/ P. Meyer;

PICNS-73/ 551 (1973)

S. N. Gardiner/ J. L. Mattheuis/ R. 0. Ouiens;

Phys. Lett. 468/ 186 (1973)

R. W. Gellie/ K. H. Lokan/ N, K. Sherman; PICNS-73/ 171 (1973)

T. Gozani/ R. L. Bramblett/ R. 0, Ginaven/

0. E. Rundquist; PICNS-73/ 649 (1973)

N. V. Goncharov/ A. I. Derebchinskii/ 0. G. Konovalov/

S. G. Tonapetyan/ V. M. Khvorostyan;

Yad. Fiz. 17/ 242 (1973); Sov. J. Nucl. Phys. 17/ 124 (1973)

A. M. Goryachev/ G. N. Zalesnyi/ S. F. Semenko/ B. A. Tulupov;

Yad. Fiz. 17/ 463 (1973); Sov. J. Nucl. Phys. 17/ 236 (1973)

1. A. Grishaev/ A. N. Krinitsyn/ N. I. Lapin/ V. I. Nikiforov/

G. 0. Pugachev/ B. I. Shramenko; Ukr. Fiz. Zh. 18/ 445 (1973)

I. S. Gul'karov/* Yad. Fiz. 1 8/ 519 (1973);

Sov. J. Nucl. Phys. 18/ 267 (1974)

P. L. Halloiuell/ U. Bertozzi/ J. Heisenberg/ S. Koiualski/

X. Maruyama/ C. P. Sargent/ W. Turchinetz/ C. F. Williamson/

S. P. Fivozinsky/ J. W. Lightbody/ Jr./ S. Penner;

Phys. Rev. C7/ 1396 (1973)

E. Hayward/ W. C. Barber/ Jed Sazama;

Phys. Rev. C3/ 1065 (1973)

H. Hartmann/ H. Hoffmann/ B. Hacking/ G. Noldeke;

PICNS-73/ 967 (1973)

M. Hasinoff/ G. A. Fisher/ S. S. Hanna;

Nucl. Phys. A216/ 221 (1973)

S. S. Hanna; PICNS-73/ 417 (1973)

F. H. Heimlich/ E. Roessle/ M. Koebberling/ J. Moritz/

K. H. Schmidt/ D. Wegener/ D. Zeller/ J. K. Bienlein/

J. Bleckwenn/ H, Dinter) PICNS-73/ 885 (1973)

F. H. Heimlich/ E. Roessle/ M. Koebberling/ J. Moritz/

K. H. Schmidt/ D. Wegener/ 0. Zeller/ J. K. Bienlein/

J. Bleckiuenn/ H. Dinter) PICNS-73/ 891 (1973)

C. Hemmer/ R. Stock/ K. Wienhard/ H. Wolf; PICNS-73/ 265 (1973)

H. Hiramatsu/ T. Kamae/ H. Muramatsu/ K. Nakamura/ N. Izutsu/

Y. Watase; Phys. Lett. 44B/ 50 (1973)

R. S. Hicks/ B. M. Spicer; Aust. J. Phys. 26/ 585 (1973)

K. Hosoyama/ Y. Torizuka/ Y. Kawazoe/ H. Ui;

Phys. Rev. Lett. 30/ 368 (1973)

Phan Xuan Ho/ J. Bellicard/ Ph. Leconte/ I. Sick;

Nucl. Phys. A210/ 189 (1973)

R. J. Hughes/ R. H. Sambell/ B. M. Spicer; PICNS-73/ 151 (1973)

R. J. Hughes/ 3. M. Spicer; PICNS-73/ 153 (1973)

R. J. Hughes/ E. G. Muirhead; Nucl. Phys. A215/ 147 (1973)

J. D. Irish/ R. G. Johnson/ B. J. Thomas/ B. L. Berman/

K. G. McNeill/ J. W. Jury; PICNS-73/ 147 (1973)

J. D. Irish/ R. G. Johnson/ B. L. Berman/ 6. J. Thomas/

K. G. McNeill/ J. W. Jury; Phys. Rev. C8/ 1211 (1973)

B. S. Ishkhanov/ V. G. Shevchenko; PICNS-73/ 511 (1973)

K. Itoh/ M. Oyamada/ Y. Torizuka; Phys. Rev. C7/ 453 (1973)

K. N. Ivanov/ Yu. A. Solov'ev/ K. A. Petrzhak;

Pis'ma Zh. Eksp. Teor. Fiz. 17 610 (1973);

JETP Lett. (USSR) 17/ 429 (1973)

A. Jarund/ B. Friberg/ B. Forkman; Z. Phys. 262/ 15 (1973)

J. W. Jury/ J. I. Lodge/ K. H. Lokan/ N. K. Sherman/

R. W. Gellie; Can. J. Phys. 51/ 1176 (1973)

J. W. Jury/ J. S. Hewitt/ K. G. McNeill;

PICNS-73/ 157 (1973)

108
73Ka4 Y. Kaiuarasaki; PICNS-73/ 305 (1 973)

73Ka8 0. K. Kaipov/ Yu. A. Lysikov/ Yu, K, Shubnyi/

Izv. Akad. Nauk SSSR Ser, Fiz. 37r 1095 (1973)»

Bull. Acad, Sci. (USSR) Phys. Ser. 37/ 160 (1973)

73Ki2 S. E. Kiergan/ A. 0. Hanson/ L. J. Koester/ Jr./

Phys. Re»/. C8/ 431 (1973)

73K11 S. Klauiansky/ H. W. Kendall/ A. K. Kerman/ 0, Isabelle)

Phys. Rev. C7/ 795 (1973)

73Kn5 J. W. Knowles) PICNS-73/ 647 (1973)

73Ko3 S. M. Kocimski/ 3. C. Cook) PICNS-73/ 1059 (1973)

73Ko6 E. A. Kotikov/ E. D. Makhnovskii) Yad. Fiz. 18/ 245 (1973))

Sov. J. Nucl. Phys. 18/ 125 (1974)

73Ku7 E. L. Kuplennikov/ N. G. Afanas'ev/ V. A. Gol'dshtein/

V, I. Ogurtsov/ V. G. Vlasenko) Yad. Fiz. 18/ 20 (1973))

Sov. J. Nucl. Phys. 18/ 10 (1974)

73Le6 E. W. Lees/ A. Johnston/ S. M. Brain/ C. S. Curran/

W. A. Gillespie/ R. P. Singhal)

J. Phys. A: Math./ Nucl. Gen. 6/ L116 (1973)

73Li1 I. Linck/ L. Kraus) PICNS-73/ 929 (1973)

73Li2 I. Linck/ L. Kraus/ S. L. Blatt) PICNS-73/ 931 (1973)

73Li3 K. Lindgren/ G. G, Jonsson/ B. Forkman) PICNS-73/ 991 (1973)

73Li5 A. S, Litvinenko/ N. G. Shevchenko/ N, G. Afanas'ev/

A. Yu. 3uki/ V, P, Likhachev/ V. N, Polishchuk/

G. A. Savitskii/ V. M. Khvastunov/ A. A. Khomich/

I. I. Chkalov) Yad. Fiz. 18/ 250 (1973))

Sov. J. Nucl. Phys, 13/ 123 (1974)

73Lo4 K. H. Lokan/ N. K. Sherman/ R. W. Gellie/ J. W. Jury/

J. I. Lodge/ R. G. Johnson) PICNS-73/ 173 (1973)

73Ma5 E. W. Maute/ S. L. Blatt/ 0. P. D Amato) PICNS-73/ 933 (1973)

73Ma8 0. Y. Mafra/ M. F, Cesar/ S. Kuniyoshi/ J. Goldemberg)

PICNS-73/ 643 (1973)

73Ma11 C. K. Malcom/ 0. V. Webb/ Y. M. Shin/ 0. M. Skopik)

Phys. Lett. 47B/ 433 (1973)

73Mc6 0. K. McDaniels/ P. Varghese/ I. Bergqvist/ 0. Drake)

PICNS-73/ 951 (1973)

73Mc10 J. J. McCarthy/ R. C. Morrison/ H. J. Vender Molen)

Nucl. Phys. A213/ 371 (1973)

73Me1 S. J. Mecca/ J. R. Rothamel) Nucl. Phys. A201/ 570 (1973)

73Me3 D. F. Measday/ M. Hasinoff/ 0. L. Johnson)

Can. J. Phys. 51/ 1227 (1973)

73Me4 F. R, Metzger/ V, K, Rasmussen) Phys. Rev. C8/ 1099 (1973)

73Mi7 H. Miyase/ S. Oikawe/ A. Suzuki/ J. Uegaki/ T. Saito/

M. Sugawara/ K. Shoda) PICNS-73/ 553 (1973)

73Mo2 R. Moreh/ 0. Shahal/ J. Tenenbaum/ A. Wolf/ A. Nof)

Phys. Rev. C7/ 1885 (1973)

73Mo9 J, R, Moreira/ E. Wolynec/ G. Moscati) PICNS-73/ 165 (1973)

73Mo12 R. Moreh/ A. Wolf/ 0. Shahal/ J. Tenenbaum/ A. Nof)

Nucl. Phys. A217/ 477 (1973)

73Ma13 R. Moreh/ S. Kahane) Phys. Lett. 473/ 351 (1973))

(See also 74Ka9)

73Na1 M. Nagao/ Y. Torizuka) Phys. Rev. Lett. 30/ 1068 (1973)

73Na3 I. C. Nascimento/ S. B. Herdade/ J. 0. T, Arruda Neto)

PICNS-73/ 653 (1973)

73Na5 R. Nath/ F. W. K. Firk/ R. J. Holt/ H. L. Schultz)

PICNS-73/ 155 (1973)

73Na6 R, Nath/ G. W. Cole/ F, w. K, Firk/ R. J. Holt/ H. L. Schultz)

PICNS-73/ 163 (1973)

73Ne4 R. Neuhausen) PICNS-73/ 189 (1973)

73Ni2 L. Nilsson/ A. Lindholm/ I, Bergqvist/ B. Palsson/ J, Eriksson)

PICNS-73/ 949 (1973)

109
730c1

73Pe1

73Pi3

73Po2

73Ru1

73Sa5

73Sa7

73SaS

73Sa14

73Sa3

73Sh9

73Sh18

73Si1 5

73Sk1

73S16

73Sol6

73So1

9

73So21

73Su10

73Su11

73Su1

2

73Su)4

73Suj13

73Sz2

73Sz1

7

73T14

73To1

73Ts3

73Tz2

73Ue1

73Va5

73Va7

73Ve1

W. J. 0 Connells G. L. Latshawr J. L. Black/ S. S. Hanna;

PICNS-73/ 939 (1973)

G. 4. Peterson/ K. Hosoyama/ M, Nagao/ A. Nakada/ Y, Torizuka;

Phys. Rev. C7/ 1026 (1973)

Rainer Pitthan; Z. Phys. 260/ 2S3 (1973)

J. M. Poutissou/ W. Del Bianco/ Nucl. Phys. A199/ 517 (1973)

D. E. Rundquist; PICNS-73/ 619 (1973)

R. H. Sanbell/ B. M. Spicer; Nucl. Phys. A205/ 139 (1973)

T. Saito/ S. Oikaiua/ K. Shoda/ M, Sugauiara/ H. Miyase/

A. Suzuki/ J. Uegaki; PICNS-73/ 199 (1973)

R. H. Sambell/ B. M. Spicer; PICNS-73/ 541 (1973)

T. Saito; J. Phys. Soc. Jpn. 35/ 1 (1973)

J. C. Sens/ A. Pape/ R. Armbruster;

Nucl. Phys. A199/ 241 (1973)

N. K. Sherman/ K. H, Lokan/ R, W, Gellie;

PICNS-73/ 167 (1973)

Y. M. Shin/ 0. M. Skopik/ E. L. Tomusyak;

Izv. Akad. Nauk SSSR Ser. Fiz. 37/ 1863 (1973);

Bull. Acad. Sci. (USSR) Phys. Ser. 37/ 60 (1973)

R. ?. Singhal/ H. S. Caplan/ J. R. Moreira/ T. E. Drake;

Can. J. Phys. 51/ 2125 (1973)

O. M. Skopik/ Y. M. Shin/ E. L. Tomusiak/ M. C. Phenneger/

K. F. Chong; Phys. Lett. 43B/ 481 (1973)

A. G. Slight/ T. E. Drake/ G. R. Bishop;

Nucl. Phys. A203/ 157 (1973)

Yu. I. Sorokin/ V. A. Khrushchev/ B. A. Yur'ev;

Yad. Fiz. 17/ 3 (1973); Sov. J. Nucl. Phys. 17/ 1 (1973)

Yu. I. Sorokin/ V. A. Khrushchev/ B. A. Yur'ev;

Izv. Akad. Nauk SSSR Ser. Fiz. 37/ 1891 (1973);

Bull. Acad. Sci. (USSR) Phys. Ser. 37/ 80 (1973)

Yu. I. Sorokin/ V. A. Khrushchev/ B. A. Yur'ev;

Izv. Akad. Nauk SSSR Ser. Fiz. 37/ 156 (1973);

Bull. Acad. Sci. (USSR) Phys. Ser. 37/ 137 (1973)

A. Suzuki/ K. Shoda/ M. Sugauiara/ T. Saito/ H. Miyase/

S. Oikauia/ J. Uegaki; PICNS-73/ 195 (1973)

A. Suzuki/ K. Shoda/ M. Sugauiara/ T. Saito/ H. Miyase/

S. Oikauia/ J. Uegaki/ M. N. Thompson/ K. J. F. Allen/

H. J. Askin/ 3. N. Sung/* PICNS-73/ 197 (1973)

S. Sugiyama/ T. Tomimasu; PICNS-73/ Vol. 1/ 563 (1973)

C. P. Suiann; Nucl. Phys. A201/ 534 (1973)

C. P. Suiann; PICNS-73/ 317 (1973)

H. Szichman; Z. Phys. 259/ 217 (1973)

H. Szichman; Phys. Rev. C8/ 1429 (1973)

G. Ticcioni/ S. N. Gardiner/ J. L. Mattheuis/ R. 0. Omens;

Phys. Lett. 463/ 369 (1973)

Y. Torizuka/ Y. Kojima/ T. Saito/ K. Itoh/ A. Nakada/

S. Mitsunobu/ M. Nagao/ K. Hosoyama/ S. Fukuda/ H. Miura;

PICNS-73/ 675 (1973)

H. Tsubota/ N. Kamamura/ S. Oikama/ M. Sugauiara/ K. Shoda;

J. Phys. Soc. Jpn. 35/ 330 (1973)

C. Tzara; PICNS-73/ 573 (1973)

J. Uegaki/ S. Oikauia/ A. Suzuki/ H. Miyase/ T. Saito/

M. Sugamara/ K. Shoda; PICNS-73/ 209 (1973)

R. E. Van de Vyver/ R. Carchon/ J. Devos/ C. Van Deynse/

H. Ferdinande; PICNS-73/ 543 (1973)

V. V. Varlamov/ B. S. Ishkhanov/ I. M. Kapitonov/

Zh. L. Kocharova/ I. M. Piskarev/ 0. P. Shevchenko;

Pis'ma Zh. Eksp. Teor. Fiz. 18/ 170 (1973);

JETP Lett. 18/ 99 (1974)

A. Veyssiere/ H. Beil/ R. Bergere/ P. Carlos/ A. Lepretre/

no
73Ve2

73Ve3

73V«4

73Ve6

73V18

73Wa1

73Wa2

73We3

73We4

73We5

73Wi6

73Ya1

73Ye2

73Za1

74Ab11

74Ab1

2

74Ad2

74AK8

74Ah9

74A110

74A113

74An1

7 4 A n 5

74An7

74Ar3

74 Ar 6

74As4

74Ba4

K. Kernbath/ Nucl. Phys» A199^ 45 (1973)

E> Ventura/ Phys. Rev. C7/ 1900 (1973)

V. V, Verbinski/ Hans Weber/ R, E, Sund/

Phys. Rev. C8/ 1002 (1973)

E. Ventura/ J. R. Calarco/ C. C. Chang/ E. M. Diener/

W. E. Meyerhof; PICNS-73/ 925 (1973)

J. Vernotte/ S. Gales/ M. Langevin/ J. M. Maison;

Nucl. Phys. A212/ 493 (1973)

V. G. Vlasenko/ N. G. Afanas'ev/ V. A. Gol'dshtein/

S. V. Dementi!/ E. L. Kuplennikov/ V. I. Ogurtsov/

V. I. Startsev; Yad. Fiz. 17/ 1124 (1973);

Sov. J. Nucl. Phys. 17/ 535 (1973)

R. B. Watson/ 0. Branford/ J. L. Black/ W. J. Caelli;

Nucl. Phys. A203/ 209 (1973)

H. R. Weller/ R. A. Blue/ J. J. Ramirez/ E. M. Bernstein;

Nucl. Phys. A207/ 177 (1973)

H. R. Weller/ R. A. Blue; Nucl. Phys. A211/ 221 (1973)

H. R. Weller/ R. A. Blue/ T. Mo; PICNS-73/ 935 (1973)

0. V. Webb/ C. K. Malcolm/ Y. M. Shin/ D. M. Skopik;

PICNS-73/ 149 (1973)

E. J. Winhold/ B, H. Patrick/ E. M. Bouiey/ D. 8. Gayther;

PICNS-73/ 701 (1973)

Chiri Yamaguchi; J. Phys. Soc. Jpn. 34/ 1123 (1973)

M. V. Yester/ R, A. Anderl/ R. G. Morrison;

Nucl. Phys. A206/ 593 (1973)

L. Zalcman/ J. E. M. Thomson/ M. M. Thompson;

PICNS-73/ 169 (1973)

A. I. Abramov/ V. Ya. Kitaev/ M, G. Yutkin;

Yad. Fiz. 20/ 438 (1974); Sov. J. Nucl. Phys. 20/ 236 (1975)

A. I. Abramov/ V. Ya. Kitaev/ M. G. Yutkin;

Izv. Akad. Nauk SSSR Ser. Fiz. 38/ 2112 (1974);

Bull. Acad. Sci. (USSR) Phys. Ser. 38/ 85 (1974)

J. 0. Adler/ G. Andersson/ H. A. Gustafsson;

Nucl. Phys. A223/ 145 (1974)

J. Ahrens/ H. B. Eppler/ H. Gimm/ M. Kroning/ P. Riehn/

A. Zieger/ B. Ziegler) Phys. Lett. 528/ 43 (1974)

J. Ahrans/ H. B. Eppler/ H. Gimm/ M. Kroning/ P. Riehn/

H. Waffler/ A. Zieger/ B. Ziegler) Phys. Lett. 528/ 49 (1974)

R. Alberini/ P. R. Oliva/ 0. Prosperi)

Nuovo Cimento Lett. 10/ 726 (1974)

Yu. M. Aleksandrov/ V. 8. Ganenko/ V. F. Grushin/

1. I. Miroshnichenko/ V. M. Sanin/ P. V. Sorokin)

Yad. Fiz. 20/ 915 (1974)) Sov. J. Nucl. Phys. 20/ 487 (1975)

O. W. Anderson/ R. F. Petry/ H. J. Fischbeck)

Phys. Rev. C9/ 1919 (1974)

Yu. P. Antuf'ev/ V. L. Agranovich/ V. S. Kuz'menko/

P. V. Sorokin)

Pis'ma Zh. Eksp. Teor. Fiz. 19/ 657 (1974);

JETP Lett. 19/ 339 (1974)

3. 0. Anderson/ M. R. Diuarakanath/ J. S. Schweitzer/

A. V. Nero; Nucl. Phys. A233/ 286 (1974)

M. Areskoug/ B. Schroder/ K. Lindgren/ G. Andersson/

B. Forkman) Nucl. Phys. A226/ 93 (1974)

Yu. M. Arkatov/ P. I. Vatset/ V. I. Voloshchuk/ V. A. Zolenko/

I. M, Prokhorets/ V. I. Chmil) Yad. Fiz. 19/ 1172 (1974))

Sov. J. Nucl. Phys. 19/ 598 (1974)

H. J. Askin/ K. J. F. Allen/ M. N. Thompson/ K, Shoda/

M. Sugawara/ H. Miyase/ B. N. Sung)

Nucl. Phys. A220/ 241 (1974)

J. E. E. Baglin/ E. J. Bentz/ R. W. Carr)

Phys. Rev. CIO/ 24 (1974)

in
7 4 8 a 6 74Ba9

743a11

743a1

5

743e1

743e3

7UBe7

748eS

743e1

2

7‘»3e1 3

74Bo10

743o14

74Br2

74Ca5

74Ca6

74Ca7

74Ce4

74CH2

74Ch3

74Ch8

74Ch9

74C110

74Da2

74De1

T. Bar-Noy/ R. Moreh/ Nucl. Phys, A229/ 417 (1974)

P. Baranov/ G. Buinov/ V. Godin/ V. Kuznatzova/ V. Petrunkin

L. Tatar inskaya/ V. Shirthenko/ L. Shtartkov/ V. Yurtchenko/

Yu. Yanulis/* Phys. Lett. 52B/ 1 22 (1974)

P. S. Baranov/ G. M. Buinov/ V, G. Godin/

V. A. Kuznetsova/ V. A. Petrun'kin/ L. S. Tatar inskaya/

V. S. Shirchenko/ L. N. Shtarkov/ V. V. Yurchenko/

Yu. P. Yanulis/ Pis'ma Zh. Eksp, Teor. Fiz. 19/ 777 (1974)/

J5TP Lett. 19/ 398 (1974)

G. Baroni/ S. D. Liberto/ S. Petrera/ G. Roman©;

Nucl. Phys. A231/ 521 (1974)

M. Bernheim/ A, Bussiere/ A. Gillebert/ J. Mougey/

Phan Xuan Ho/ M. Priou/ 0. Royer/ I. Sick/ G. J. Wagner;

Phys. Rev. Lett. 32/ 898 (1974)

H. Beil/ R. Bergere/ P. Carlos/ A. Lepretre/ A. De Miniac/

A. Veyssiere; Nucl. Phys. A227/ 427 (1974)

I. Bergqvist/ 0. M. Drake/ D. K. Me Daniels;

Nucl. Phys. A231/ 29 (1974)

B. L. Berman/ S. C. FultZ/ P. F. Yergin;

Phys. Rev. CIO/ 2221 (1974)

K. Beckert/ H . W. Hersch/ F. Herrmann/ P. Kleinvechter/

H. Schobbert/ I. Fodor/ I. Szentpetery/

Izv. Akad. Nauk SSSR Ser. Fiz. 38/ 2083 (1974);

Bull. Acad. Sci. (USSR) Phys. Ser. 38/ 60 (1974)

K. Beckert/ H. W. Hersch/ D. Grambole/ F. Herrmann/

P. Kleinvechter/ C. Schneiderait/ H. Schobbert/ H. J. Thomas

Izv. Akad. Ser. Fiz. 38/ 2087 (1974);

Bull. Acad. Sci. (USSR) Phys. Ser. 38/ 63 (1974)

G. Bologna/ V. Emma/ A. S. Figuera/ S. Lo Nigro/ C. Milone/

Phys. Lett. 526/ 192 (1974)

G. L. Bochak/ I. A. Grishaev/ N. L. Emets/ N. I. Lapin/

G. 0. Pugachev/ Yu. N. Ranyuk;

Zh. Eksp. Teor. Fiz. 66/ 16 (1974);

Sov. Phys. JETP 39/ 7 (1974)

D. Brajnik/ 0. Jamnik/ G. Kernel/ U. Miklavzic/ A. Stanovnik

Phys. Rev. C?/ 1901 (1974)

P. Carlos/ H. Beil/ R. Bergere/ A. Lepretre/ A. De Miniac/

A. Veyssiere; Nucl. Phys. A225/ 171 (1974)

R. Carchon/ J. Oevos/ R. Van De Vyver/ C. Van Deynse/

H. ^erdinande; Nucl. Phys. A223/ 416 (1974)

0. Catana/ G. Baciu/ M, Ionescu~3u jor/ V. I. R. Niculescu/

C. Iliescu; Nucl. Phys. A225/ 157 (1974)

F. E. Cecil/ L. W. Fagg/ W. L. Bendel/ E. C. Jones/ Jr.;

Phys. Rev. C9/ 798 (197.4)

K. F. Chong/ M. C. Phenneger/ Y. M. Shin/ D. M. Skopik/

E. L. Tomusiak; Nucl. Phys. A218/ 43 (1974)

C. C. Chang/ W. R. Dodge/ J. J. Murphy/ IIi;

Phys. Rev. C9/ 1300 (1974)

S. H. CheuJ/ J. Loiue/ J. M. Nelson/ A. R. Barnett;

Nucl. Phys. A229/ 241 (1974)

A. H. Chung/ W. T. Diamond/ A. E. Litherland/ H. L. Pai/

J. Goldemberg; Phys. Lett. 53B/ 244 (1974)

R. W. Clifft/ E. Gabathuler/ L. S. Littenberg/ R. Marshall/

S. E. Rock/ J. C. Thompson/ 0. L. Ward/ G. R. Brookes;

Phys. Rev. Lett. 33/ 1500 (1974)

?. David/ J. Debrus/ F. Lubke/ H. Mommsen/ R. Schoenmackers/

G. Stein; Nucl. Phys. A221/ 145 (1974)

W. Del Bianco/ P. Boucher/ S. Kundu/ 3. Rouben;

Can. J. Phys. 52/ 92 (1974)

112
740e3 J. Oeutsch/ D. Favart/ R, Prieelsr B, Van Ostaeyen^ G. Audit/

N. De Botton/ J. L. Faure/ Cl. Schuhl/ G. Tamas/ C. Tzara/

Phys. Rev. Lett. 33/ 316 (1974)

74De4 M. Del Bianco/ S. Kundu/ B. Rouben) Nucl. Phys. A232/ 333 (1974)

74De9 E. 0. De Neijs/ M. A. Meyer/ J. P. L. Reinecke/ D. Reitmann;

Nucl. Phys. A230/ 490 (1974)

74De10 J. Devos/ R. Carchon/ H. Ferdinande/ R. Van de Vyver;

Z. Phys. 271/ 391 (1974)

74De11 V. P. Denisov/ I. Ya. Chubukov; Yad. Fiz. 20/ 1106 (1974);

Sov. J. Nucl. Phys. 20/ 579 (1975)

74De13 A. I. Derebchinskii/ S. G. Tonapetyan/ 0. G. Konovalov/

V. P. Nazyrov/ A. E. Tenishev;

Zh. Eksp. Teor. Fiz. 66/ 68 (1974);

Sov. Phys. JETP 39/ 30 (1974)

74Di7 V. Di Napoli/ M. L. Terranova;

J. Inorg. Nucl. Chem. 36/ 3633 (1974)

740i8 V. Di Napoli/ J. B. Martins/ G. Persichelli/ M. L. Terranova;

Nuovo Cimento Lett. 11/ 179 (1974)

74Do5 P. Dougan/ W. Stiefler; Z. Phys. 269/ 97 (1974)

74Dy6 P. Dyer/ C. A. Barnes) Nucl. Phys. A233/ 495 (1974)

74En1 N. Ensslin/ M. Bertozzi/ S, Kouialski/ C. P. Sargent/

W. Turchinetz/ C. F. Williamson/ S. P. Fivozinsky/

J. W. Lightbody/ Jr./ S. Penner) Phys. Rev. C9/ 1705 (1974)

74Ep2 V. D. Epaneshnikov/ V. M. Kuznetsov/ 0. I. Stukov)

Yad. Fiz. 19/ 483 (1974); Sov. J. Nucl. Phys. 19/ 242 (1974)

74Es3 M. T. Esat/ J. R. Leslie/ W. McLatchie)

Nucl. Phys. A232/ 139 (1974)

74Fi1 S. P. Fivozinsky/ S. Penner/ J. W. Lightbody/ Jr./ D. Blum)

Phys. Rev. C9/ 1533 (1974)

74Fi6 D. J. S. Findlay/ S. N. Gardiner/ J. L. Mattheuis/ R. 0. Ouiens)

J. Phys. A: Math./ Nucl. Gen. 7/ L157 (1974)

74Fo2 G. S. Foote/ 0. Branford/ R. A. I. Bell/ R. B. Watson)

Nucl. Phys. A220/ 505 (1974)

74Fo4 G. S. Foote/ D. Branford/ D. C. Weisser/ N. Shikazono/

F. C. P. Huang) J. Phys. A. Math./ Nucl. Gen./ 7/ L4 (1974)

74Fo5 G. S. Foote/ 0. Branford/ N. Shikazono/ 0. C. Weisser)

J. Phys. A. Math./ Nucl. Gen./ 7/ L27 (1974)

74Fu3 S. C. Fultz/ R. A. Alvarez/ B. L. Berman/ P. Meyer)

Phys. Rev. CIO/ 608 (1974)

74Ga9 V. B. Ganenko/ V. G. Gorbenko/ Yu. V. Zhebrovskii/

L. Ya. Kolesnikov/ I. I. Miroshnichenko/ A. L. Rubashkin/

V. M. Sanin/ P. V. Sorokin/ S. V. Shalatskii)

Yad. Fiz. 20/ 356 (1974)) Sov. J. Nucl. Phys. 20/ 189 (1974)

74Ge2 H. Genzei; Z. Phys. 268/ 37 (1974)

74Ge7 J. P. Genin/ J. Julien/. M. Rambaut/ C. Samour/ A. Palmer/

Vinciguerra) Phys. Lett. 523/ 46 (1974)

74Go1 N. V. Goncharov/ S. G. Tonapetyan/ V. M. Khvorostyan)

Yad. Fiz. 19/ 21 (1974)) Sov. J. Nucl, Phys. 19/ 10 (1974)

74Go3 V. G. Gobenko/ A. I. Derebchinskii/ Yu. V. Zhebrovskii/

L. Ya. Kolesnikov/ 0. G. Konovalov/ A. L. Rubashkin/

A. E. Tenishev) Pis'ma Zh. Eksp. Teor. Fiz. 19/ 695 (1974))

JETP Lett. 19/ 340 (1974)

74Go4 B. I. Goryachev/ Yu. V. Kuznetsov/ V. N. Orlin/

N. A. Pozhidaeva/ V. G. Shevchenko)

Pis'ma Zh. Eksp. Teor. Fiz. 19/ 65 (1974))

JETP Lett. 9/ 41 (1974)

74Go5 V. A. Gol'dshtein/ V. B. Shostak/ N. G. Afanas'ev/

V. G. Vlasenko/ E. L. Kuplennikov/ V. I. Startsev)

Yad. Fiz. 19/ 727 (1974)) Sov/ J. Nucl. Phys. 19/ 369 (1974)

113
74Go8

74Go10

74Gr6

74Gu1

1

74Ha1

74Ha2

7 4 H a 4 74H15

74Ho3

74Ir1

74Is3

74Iv2

74Ja1

74 Ja2

74 Ja3

74Jo4

74Ka9

74K12

74Kn1

74Kn1Q

74Kr3

74La3

74La5

74Le1

74Le4

74L12

74Ma1

74.^a6

Af anas' evr Startsev/

N . Ranyuk;

19/ 368 (1974)

V. A. Gol ' dshtein/ V. 8. Shostak/ N. G.

V. G, Vlasenko/ E. L. Kuplennikov/ V, I Yad. Fiz. 20/ 447 (1974); Sov. J. Nucl. Phys. 20/ 241 (1975)

V. A. Gol'dshtein/ V, 3. Shostak/ N. G. Afanas'ev/

V. G. Vlasenko/ E. L. Kuplennikov/ V. I, Startsev)

Pis'ma Zh, Eksp. Teor. Fiz. 19/ 695 (1974)/

JETP Lett. 19 358 (1974)

I. A. Grishaev/ N. I. Lapin/ G. D. Pugachev/ Yu< Yad. Fiz. 19/ 725 (1974); Sov. J. Nucl. Phys,

G. M. Gurevich/ L. E. Lazareva/ V. M. Mazur/ G. V. Solodukh)

Pis'ma Zh. Eksp. Teor. Fiz. 20/ 741 (1974);

JETP Lett. 20/ 343 (1974)

S. S. rianna/ H. F. G lavish/ R. Avida/ J. R. Calarco/

£. Kuhlmann/ R. LaCanna) ®hys. Rev. Lett. 32/ 114 (1974)

M. Hass/ Z. Shkedi/ D. F. H. Start/ Y. Wolfson/ Y. S. Horou/itz

Nucl. Phys. A220/ 217 (1974)

£. Hayward/ W. C. Barber/ J. J. McCarthy)

Phys. Rev. CIO/ 2652 (1974)

E. Hilger/ H. J. Roegler/ L. M. Simons/ M, Tonutti)

Z. Phys. 268/ 19 (1974)

A. Hotta/ K. Itoh/ T. Saito; Phys. Rev. Lett. 33/ 790 (1974)

J. D. Irish/ R. G. Johnson/ K. G. McNeill/ J. W. Jury)

Phys. Rev. C9/ 2060 (1974)

. Ishkhanov/ I. M. Kapitonov/ £. V. Lazutin/

. Piskarev/ 0, P. Shevchenko) Yad. Fiz. 20/ 433 (1974))

Sov. J. Nucl. Phys. 20/ 233 (1975)

K. N, Ivanov/ K. A. Petrzhak) At. Energ,

Sov. J. At. Energy 36/ 515 (1974)

Jackson) Phys. Rev. C9/ 1148 (1974)

Jackson/ G. E. Thomas/ K. J. Wetzel)

Rev. C9/ 1153 (1974)

K. Jaeckel/ H. Kaiser/ H, Kemen/ R, Z. Phys. 263/ 27 (1974)

A. Johnston/ T. E. Drake)

J. Phys. A. Math./ Nucl. Gen. 7/ 893 (1974)

S. Kahane/ R. Moreh) Phys. Rev. C9/ 2384 (1974)

(See also 73Mo13)

F. J. Kline/ H. Crannell/ J. M. Finn/ P. L. Halloiuell/

J. T. 0 Brien/ C. W. Werntz/ S. P. Fivozinsky/

J. W. Lightbody/ Jr./ S. Penner) Nuovo Cimento 23/ 137 (1974)

U. Kneissl/ G. Kuhl/ A. Weller) Phys. Lett. 493/ 440 (1974)

U. Kneissl/ G. Kuhl/ K. H. Leister/ A. Weller)

Z. Naturforsch/ 29a/ 1685 (1974)

0. E. Kraft/ Yu. V. Naumov/ I. V. Sizov)

Yad. Fiz. 20/ 1081 (1974)) Sov. J. Nucl. Phys. 20/ 567 (1975)

L. Lakosi/ M. Csuros/ A. Veres)

Nucl. Instrum. Methods 114/ 13 (1974)

L. E. Lazareva/ A. I. Lepestkin/ V. I. Sidorov)

Yad. Fiz. 20/ 242 (1974)) Sov. J. Nucl. Phys. 20/ 128 (1975)

A. Lepretre/ H. 3eil/ R. Bergere/ P. Carlos/ A. De Miniac/

A. Veyssiere/ K. Kernbach) Nucl. Phys. A219/ 39 (1974)

E. W. Lees/ A. Johnston/ S. W. Brain/ C. S. Curran/

W. A. Gillespie/ R. P. Singhal)

J. Phys. Math. Nucl. Gen., 7/ 936 (1 974)

G. C. Li/ M. R, Yearian/ I. Sick) Phys. Rev.

J. V. Maher/ L. Meyer*Schutzmeister / E.

0. von Enrenstein/ R. J. Nemanich/ G. C, R. E. Segei; Phys. Rev. C9/ 1440 (1974)

J. L. Matthews/ T. Kruse/ M. E. Williams/ R. 0. Owens/

W. Savin) Nucl. Phys. A223/ 221 (1974)

B. S, I. M,

H. E, H. E

,

Phy s

,

36/ 404 (1974))

Wedemeyer/ H. J, Weyer)

C9/ 1861 (1974)

L. Sprenkel-Segel/

Kiang/ J. F, Tonn/

114
74Ma8

74Ma9

74Ma2

74M«3

7 4Mo4

74Mo7

74Na1

74No2

74P©3

74Ph1

74P12

74Ra1

74Ra3

74Ro2

74Ro4

74Ro5

74Sc2

74Sc3

74Sh3

74Sh6

74Sk1

74Sk4

74Sn5

74 Sn 9

74So10

74 Siu 7 74Siu11

74T®1

74T13

74To2

74Ts4

74Tu5

74Va2

74V©1

7 4 W ® 1 74Wh3

74Wi 4

X. K. Maruyama/ R. A. Lindgren/ W. L. Bendel/

£. C. Jones/ Jr./ L. W. Fagg; Phys. Rev. CIO/ 2257 (1974)

O. Y. Mafra/ M. F. Cesar/ C. Renner/ J. Goldemberg;

Nucl. Phys. A236/ 1 (1974)

F. R. Metzger; Phys. Rev. C9/ 1525 (1974)

L. R. Medsker/ H. £. Jackson; Phys. Rev. C9/ 709 (1974)

R. Moreh/ A. Wolf/ I. Jacob/ A. Not;

Nucl. Phys. A224/ 36 (1974)

R. Moreh/ 0. Shahal/ I. Jacob; Nucl. Phys. A228/ 77 (1974)

K. Nakamura/ S. Hlramatsu/ T. Kamae/ H. Muramatsu/ N. Izutsu/

Y. Watase; Phys. Rev. Lett. 33/ 853 (1974)

V. I. Noga/ Yu. N. Ranyuk/ P. V. Sorokin;

Yad. Fiz. 19/ 945 (1974); Sov. J. Nucl. Phys. 19/ 484 (1974)

R. £. Peschel/ J. M. Long/ H. 0. Shay/ D. A. Bromley;

Nucl. Phys. A232/ 269 (1974)

M. C. Phenneger/ R. G. Winter; Nucl. Phys. A219/ 589 (1974)

R. Pitthan/ F. R. Buskirk/ £. B, Dally/ J. N. Oyer/

X. K. Maruyama; Phys. Rev. Lett. 33/ 849 (1974)

(See £rratum Phys. Rev. Lett. 34/ 843 (1975))

P. Rasch/ G. Fiedler/ E. Konecny; Nucl. Phys. A219/ 397 (1974)

F. Rauch/ 3. Seim; Phys. Lett. 486/ 33 (1974)

C. Rolfs/ R. E. Azuma; Nucl. Phys. A227/ 291 (1974)

C. Rolfs/ H. Winkler; Phys. Lett. 52B/ 317 (1974)

C. Rolfs/ W. S. Rodney; Nucl. Phys. A235/ 450 (1974)

W. Scholz/ H. Bakhru/ R. Colle/ Angela Li-Scholz;

Phys. Rev. C9/ 1568 (1974)

H. Schier/ B. Schoch; Nucl. Phys. A229/ 93 (1974)

H. D. Shay/ R. £. Peschel/ J. M. Long/ D. A. Bromley;

Phys. Rev. C9/ 76 (1974)

K. Shoda/ M. Sugawara/ T. Saito/ H. Miyase;

Nucl. Phys. A221/ 125 (1974)

0. M. Skopik/ Y. M. Shin/ M. C. Phenneger/ J. J. Murphy/ Ii;

Phys. Rev. C9/ 531 (1974)

D. M. Skopik/ Y. M. Shin; Nucl. Phys. A223/ 409 (1974)

K. A. Snover/ K. Ebisauia/ 0. R. Brouin/ P. Paul;

Phys. Rev. Lett. 32/ 317 (1974)

K. A. Snover/ £. G. Adelberger/ 0. R. Broiun;

Phys. Rev. Lett. 32/ 1061 (1974)

Yu. I. Sorokin/ B. A. Yur'ev; Yad. Fiz. 20/ 233 (1974);

Sov. J. Nucl. Phys. 20/ 123 (1975)

C. P. Siuann; Phys. Rev. Lott. 32/ 1 449 (1 974)

C. P. Swann; J. Franklin Institute 298/ 321 (1974)

J. Tenenbaum/ R. Moreh/ A. Nof; Nucl. Phys. A218/ 95 (1974)

Yu. I. Titov/ E. V. Stepula/ N. G. Afanas'ev/ R. V. Akhmerov/

N. F. Severin; Yad. Fiz. 19/ 479 (1974);

Sov. J. Nucl. Phys. 19/ 240 (1974)

R. c. Toohey/ H. E. Jackson; Phys. Pev. C9/ 346 (1974)

H. Tsubota/ N. Kawamura/ S. Oikawa/ K. Shoda;

J. Phys. Soc. Jpn. 37/ 17 (1974)

O. Turck/ W. Ziga/ H. G. Clerc; Phys. Lett. 496/ 335 (1974)

V. V. Varlamov/ B. S. Ishkhanov/ I. M, Kapitonov/

I. M. Piskarav/ V. G. Shevchenko/ 0. P. Shevchenko;

Nucl. Phys. A222/ 548 (1974)

A. Veyssiere/ H, Beil/ R. Bergere/ P. Carlos/ A. Lepretre/

A. De Miniac; Nucl. Phys. A227/ 513 (1974)

H. R. Weller/ N. R. Roberson/ 0. Rickel/ C. P. Cameron/

R. 0. Ledford/ T. B. Ciegg; Phys. Rev. Lett. 37/ 177 (1974)

R. R. Whitney/ I. Sick/ J, R. Ficenec/ R. D. Kephart/

W. P. Trouuer; Phys. Rev. C9/ 2230 (1 974)

K. Wienhard/ K. Bangert/ R. Stock/ H. Wolf;

Z. Phys. 270/ 93 (1974)

115
74WiS J. F. Win pay/ G. E. Mitchell/’ E. G. Bilpuch;

Nucl. Phys. A233/ 9 (1974)

74Wo2 A. Wolf/ R. Moreh/ 0. Shahal; Nucl. Phys. A227/ 373 (1974)

74Wo5 H. Wolf/ R. Stock/ U. c. P. Berg/ K. Wienhard;

Nucl. Phys. A234/ 365 (1974)

74Wo7 H. Wolf/ U. Berg/ K. Wienhard; Phys. Lett. 50B/ 244 (1974)

74Ye1 R. Yan/ L. S. Cardman/ D. Kalinsky/ J. R. Legg/

C. K. Bockelman/ Nucl. Phys. A235/ 135 (1974)

74Zh1 E. A. Zhagrov/ Yu. A. Nemilov/ V, A. Nikolaev/

Yu. A. Selitskii/ Yu. M. Tsipenyuk;

Pis'ma Zh. Eksp. Teor. Fiz. 20/ 220 (1974);

JETP Lett. 20/ 95 (1974)

75Ad2 J. 0. Adler/ G. G. Jonsson/ K. Lindgren;

Nucl. Phys. A239/ 440 (1975)

75Ah3 J. Ahrens/ H. Borchert/ K. H, Czock/ H. B. Eppler/ H, Gimm/

H. Gundrum/ M. Kroning/ P. Riehn/ G. Sita Ram/ A. Ziger/

B. Ziegler; Nucl. Phys. A251/ 479 (1975)

75A14 J. D. Allan/ J. W. Jury/ R. G. Johnson/ K. G. Me Neill/

J. G. Wooduuorth/ Y. S. Horouiitz; Can. J. Phys. 53/ 786 (1975)

75An9 Yu. P. Antuf'ev/ V. L. Agranovich/ V. S. Kuz'menko/

P. V. Sorokin; Yad. Fiz. 22/ 236 (1975);

Sov. J. Nucl. Phys. 22/ 121 (1976)

75Ar1 P. E. Argan/ G. Audit/ N. De Botton/ J. L. Faure/ J. M. Laget/

J. Martin/ C. G. Schuhl/ G. Tam as; Nucl. Phys. A237/ 447 (1975)

75Ar5 E. D. Arthur/ 0. M. Drake/ I. Halpern;

Phys. Rev. Lett. 35/ 914 (1975)

75Ar7 M. Areskoug/ B. Schroder/ K. Lindgren;

Nucl. Phys. A251/ 418 (1975)

75Ar10 Yu. M. Arkatov/ P. I. Vatset/ V. I. Voloshchuk/ V. N. Guriev/

V. A. Zolenko/ I. M. Prokhorets/ V. I. Chmii;

Yad. Fiz. 21/ 925 (1975); Sov. J. Nucl. Phys. 21/ 475 (1976)

75Au8 W. Auiuarter/ V. Meyer) Nucl. Phys. A242/ 1 29 (1 975)

75Ba2 P. S. Baranov/ G. M, Buinov/ V, G. Godin/ V. A, Kuznetsova/

V. A. Petrun'kin/ L. S. Ta t ar in sk ay a/ V. S. Shirchenko/

L. N. Shtarkov/ V. V. Yurchenko/ Yu. P. Yanulis)

Yad. Fiz. 21 / 689 (1 975)/* Sov. J. Nucl. Phys. 21/ 355 (1 975)

753a4 J. Barrette/ W. Del Bianco/ P. Oepommier/ S. Kundu/

N. Marquardt/ A. Richter) Nucl. Phys. A238/ 176 (1975)

75Ba7 D. Bachelier/ M. Bernas/ J. L. Boyard/ J. C. Jourdain/

P. Radvanyi; Nucl. Phys. A251/ 433 (1975)

753a9 £. B. Bazhanov/ E. A. Zhagrov/ Yu. A. Nemilov/ V. A. Nikolaev/

Yu. A. Selitskii/ Yu. M. Tsipenyuk)

Yad. Fiz. 22/ 36 (1975); Sov. J. Nucl. Phys. 22/ 17 (1975)

75 Bel U. E. P. Berg/ K. Wienhard/ H. Wolf)

Phys. Rev. C11/ 1351 (1975)

75Be5 J. C. Bergstrom/ I. P, Auer/ R. S. Hicks)

Nucl. Phys. A251/ 401 (1975)

75Be8 E. Bellotti/ E. Fiorini/ P, Negri/ A, Pullia/ L. Zanotti/

I. Filosofo) Nuovo Cimento 29A/ 106 (1975)

75Se13 B. L. Berman) Atomic and Nucl. Data Tables 15/ 319 (1975)

753o3 C. 0. Boaiman/ I. G. Schroder/ C. E. Dick/ H. E. Jackson)

Phys. Rev. C12/ 363 (1975)

75Bo11 M. Boivin/ Y. Cauchois/ Y. Heno/ C. Schloesing-Moller

/

V. Zecevic; C. R. Acad. Sc. Paris 2813/ 201 (1975)

75Bu6 B. 3ulouj/ M. Eriksson/ G. G. Jonsson/ E. Hagebo)

Z. Phys. A275/ 261 (1975)

75Ca5 J. T. Caldiuell/ E. J. Doiudy) Nucl. Sci. Eng. 56/ 179 (1 975)

75Ch1 H. C. Chouj/ G. M. Griffiths/ T. H. Hall)

Can. J. Phys. 53/ 1672 (1975)

75Ch3 G. Chiefari/ E. Drago/ M. Napolitano/ C. Sciacca/ L. Votano)

Nuovo Cimento Lett. 13/ 129 (1975)

116
75Ch4

75De3

75De6

75De7

75012

75014

75O0I

75Er2

75Ev1

75Go1

75Ha4

75Ha5

75Ha6

75He7

75Ho2

75Ho3

75Hu1

75Ir1

7 5 Ja1

75Jo2

75Jo4

75Ju3

75Ka1

75Ka6

75Ka7

75K12

75K110

75K111

75K112

75K13

75X19

75Kn5

I. I. Chkalov/ N. G. Shevchenkor A. Yu. 3ukl/ A. A. Khomlch/

A. S. Litvinenko/ V. N. Polishchuk; Yad. Fiz. 22/ 893 (1975);

Sov. J. Nucl. Phys. 22/ 464 (1976)

E. 0. Oe Neljs/ G. 0. Haasbroek/ M. A. Meyer/ R. S. Rossouw/

O. Reltmann; Nucl. Phys. A254/ 45 (1975)

S. V. Dementll/ V. I. Ogurtsov/ A. V. Shebeko/ N. G. Afanas'ev;

Yad. Flz. 22/ 13 (1975); Sov. J. Nucl. Phys. 22/ 6 (1976)

V. P. Denisov/ I. Ya. Chubukov; Yad. Flz. 22/ 897 (1975);

Sov. J. Nucl. Phys. 22 466 (1966)

P. A. Dickey/ P. Axel; Phys. Rev. Lett. 35/ 501 (1975)

V. 01 Napoli/ G. Rosa/ F. Salvettl/ M. L. Terranova/

H. G. De Carvalho/ J. B. Martins/ 0. A. P. Tavares;

J. Inorg. Nucl. Chem. 37/ 1101 (1975)

P. Dougan/ T. Klvlkas/ K. Lugner/ V. Ramsay/ W. Stlefler;

Z. Phys. A274/ 73 (1975)

M. Eriksson/ G. G. Jonsson; Nucl. Phys. A242/ 507 (1975)

V. S. Evseev/ T. N. Mamedov/ 0. V. Selyugln;

Yad. Flz. 21/ 245 (1975); Sov. J. Nucl. Phys. 21/ 129 (1975)

A. M. Goryachev/ G. N. Zalesnyl/ B. A. Tulupov;

Izv. Akad. Nauk SSSR Ser. Flz. 39/ 134 (1975);

Bull. Acad. Scl. (USSR) Phys. Ser. 39/ 116 (1975)

L. C. Haacke/ K. G. Me Nelli; Can. J. Phys. 53/ 1422 (1975)

M. N. Harakeh/ P. Paul/ Ph. Gorodetzky;

Phys. Rev. C11/ 1008 (1975)

M. H. Harakeh/ P. Paul/ H. M. Kuan/ E. K. Warburton;

Phys. Rev. C12/ 1410 (1975)

J. M. Hendry/ A. M. Macleod; J. Phys./ London/ G1 / 528 (1975)

R. J. Holt/ H. E. Jackson; Phys. Rev. C12/ 56 (1975)

K. Hosoyama/ Y. Torlzuka; Phys. Rev. Lett. 35/ 199 (1975)

R. J. Hughes/ R. H. Sambell/ E. G. Mulrhead/ B. M. Spicer;

Nucl. Phys. A238/ 189 (1975)

J. 0. Irish/ R. G. Johnson/ B. L. Berman/ B. J. Thomas/

K. G. McNeill/ J. W. Jury; Can. J. Phys. 53/ 802 (1975)

H. E. Jackson/ G. £. Thomas/ K. J. Wetzel;

Phys. Rev. C11/ 1664 (1975)

R. G. Johnson/ J. 0. Irish/ K. G. Me Nelli;

Can. J. Phys. 53/ 1434 (1975)

B. Johnsson/ A. Jarund/ B. Forkman; Z. Phys. A273/ 97 (1975)

H. Jungclas/ R. Brandt/ G. Stark; Phys. Rev. C12/ 1834 (1975)

P. T. Kan/ G. A. Peterson/ 0. V. Webb/ S. P. Flvozlnsky/

J. W. Llghtbody/ Jr./ S. Penner; Phys. Rev. C11/ 323 (1975)

P. T. Kan/ G. A. Peterson/ 0. V. Webb/ Z. M. Szalata/

S. P. Flvozlnsky/ J. W. Llghtbody/ Jr./ S. Penner;

Phys. Rev. Lett. 34/ 899 (1975)

P. T. Kan/ G. A. Peterson/ 0. V. Webb/ Z. M. Szalata/

J. S. 0 Connell/ S. P. Flvozlnsky/ J. W. Llghtbody/ Jr./

S. Penner; Phys. Rev. C12/ 1118 (1975)

J. C. Kim/ H. S. Caplan/ J. C. Bergstrom;

Nucl. Phys. A246/ 282 (1975)

J. C. Kim/ H. S. Caplan/ I. P. Auer; Phys. Lett. 568/ 442 (1975)

J. C. Kim/ R. Yen/ I. P. Auer/ H. S. Caplan;

Phys. Lett. 57B/ 341 (1975)

V. Ya. Kltaev/ A. I. Abramov/ A. V. Rogov/ M. G. Yutkln;

Izv. Akad. Nauk SSSR Ser. Flz. 39/ 1754 (1975);

Bull. Acad. Scl. (USSR) Phys. Ser. 39/ 159 (1975)

F. J. Kline/ C. L. Lin/ G. A. Peterson/ S. Penner;

Nucl. Phys. A241/ 299 (1975)

F. J. Kline/ I. P. Auer/ J. C. Bergstrom/ H. S. Caplan;

Nucl. Phys. A255/ 435 (1975)

U. Knelssl/ G. Kuhl/ K. H. Leister/ A. Weller;

Nucl. Phys. A247/ 91 (1975)

117
75Kn8 L). Kneissl/ E. A. Koop^ G. Kuhlx K, H. Leister/ A. Weller;

Nucl. Instrum. Methods 127/ 1 (1975)

75Ko13 V. Y. Kostin/ E. G, Kopanets/ A. A, Koval/ A, N. Lvov/

V. Y. Migalenya/ S. P. Tsytko) Ukr, Fiz. Zh. 20/ 1787 (1975)

75Kr14 0. E. Kraft/ Yu. V. Naumov/ S. S. Parzhitskii/ I. V, Sizov;

Izv. Akad. Nauk SSSR Ser. Fiz. 39/ 1263 (1975);

Bull. Acad. Sci. (USSR) Phys. Ser. 39/150 (1975)

75Kr15 0. E. Kraft/ Yu. V. Naumov/ I. V. Sizov;

Izv. Akad. Nauk SSSR Ser. Fiz. 39/ 70 (1975);

Bull. Acad. Sci. (USSR) Phys. Ser. 39/ 59 (1975)

75Ku4 E. Kuhlmann/ E. Ventura/ J. R. Calarco/ 0. G. Mavis/

S. S. Hanna; Phys. Rev. C11/ 1525 (1975)

75Le3 E. W. Lees/ C. S. Curran/ S. W. Brain/ W. A. Gillespie/

A. Johnston/ R. P. Singhai;

J. Phys. G; Nucl. Phys. 1/ L13 (1975)

75Li1 R. A. Lindgran/ W. L. Bendel/ L. W. Fagg/ E. C. Jones/ Jr.;

Phys. Rev. Lett. 35/ 1423 (1975);

(See Erratum Phys. Rev. Lett. 36/ 116 (1976))

75Ma6 R. E. Marrs/ E. G. Adelberger/ K. A. Snover/ M. D. Cooper;

Phys. Rev. Lett. 35/ 202 (1975)

75Mc1 J. J. McCarthy/ R. C. Morrison/ H. J. Vander Molen;

Phys. Rev. C11/ 772 (1975)

75Me4 F. R. Metzger; Phys. Rev. C12/ 312 (1975)

75Me5 F. R. Metzger) Phys. Rev. C11/ 2085 (1975)

75Mi2 H, Miska/ H. 0. Graf/ A. Richter/ R. Schneider/ 0. Schull/

E. Spamer/ H. Theissen/ 0. Titze/ Th. Walcher)

Phys. Lett. 58B/ 155 (1975)

75Mi7 H. Miska/ H. D. Graf/ A. Richter/ D. Schull/ E. Spamer/

0. Titze; Phys. Lett. 596/ 441 (1975)

75Mo8 R. Moreh/ 0. Shahai; Nucl. Phys. A252/ 429 (1975)

75Mu3 J. J. Murphy II/ Y. M. Shin/ D. M. Skopik)

Nucl. Phys. A246/ 221 (1975)

750y1 M. Oyamada/ T. Terasaiua/ K. Nakahara/ Y. Endo/ H. Saito/

E. Tanaka; Phys. Rev. C11/ 1578 (1975)

75Pa1 P. Paul/ H. 5. Kuan/ E. K. Warburton)

Nucl. Phys. A254/ 1 (1975)

75Pa2 5. H. Patrick/ E. M. Boiuey/ E. J. Winhold/ J. M. Reid/

E. G. Muirhead; J. Phys./ London/ G1/ 874 (1975)

75Ra1 V. K. Rasmussen/ F, R, Metzger) Phys. Rev. C12/ 706 (1975)

75Ra2 6. S. Ratner) Yad. Fiz. 21/ 1147 (1975))

Sov. J. Nucl. Phys. 21/ 590 (1976)

75Sc2 A. Schujierczinski/ R. Frey/ E. Spamer/ H. Theissen/ Th. Walcher)

Phys. Lett. 558/ 171 (1975)

75Sc7 H. Schier/ B. Schoch) Nuovo Cimento Lett, 12/ 334 (1975)

75Sc3 A, Schujierczinski/ R. Frey/ A, Richter/ £. Spamer/ H. Theissen/

0. Titze/ Th. Walcher/ S. Kreuiald/ R. Rosenfelder)

Phys. Rev. Lett. 35/ 1244 (1975)

75Sh3 Y. M. Shin/ 0. M. Skopik/ J. J, Murphy)

Phys. Lett. 55B/ 297 (1975)

75Sh4 K. Shoda/ H, Miyase/ M, Sugaiuara/ T, Saito/ S. Oikau/a/

A, Suzuki/ J, Uegaki; Nucl, Phys, A239/ 397 (1975)

75Sh5 K. Shoda/ M. Sugau/ara/ T. Saito/ H. Miyase)

Nucl. Phys. A246/ 357 (1975)

75Sh6 K, Shoda/ S. Oikauja/ T, Saito/ H, Miyase/ A. Suzuki)

Nucl. Phys. A246/ 365 (1975)

75Sh9 N. K. Sherman/ H, M. Ferdinande/ K, H. Lokan/ C, K. Ross)

Phys. Rev. Lett. 35/ 1215 (1975)

75Si11 R. ?. Singhai/ S. W, Brain/ C. S, Curran/ W. A. Gillespie/

A. Johnston/ E, W. Lees/ A. G. Slight)

J. Phys./ London/ G1/ 588 (1975)

75Sk1 D. M. Skopik/ J. J. Murphy/ II/ Y. M. Shin/ K. F, Chong/

E. L. Tomusiak; Phys. Rev. C11/ 693 (1975)

118
75Sk10 D. M. Skopik/ Y. M, Shin/ J. J. Murphy/ Ii;

Can. J. Phys. 53/ 1398 <1975)

75So12 Yu. I. Sorokin/ B. A. Yur'ov/

Izv. Akad. Nauk SSSR Ser. Fiz. 39/ 114 (1975);

Bull. Acad. Sci. (USSR) Phys. Ser. 39/ 93 (1975)

75To2 Y. Torizuka/ K. Itoh/ Y. M. Shin/ Y. Kauiazoe/ H. Matsuzaki/

G. Takeda; Phys. Rev. C11/ 1174 (1975)

75To4 S. G. Tonapetyan/ N. V. Goncharov/ V. M. Khvorostyan;

Yad. Fiz. 22/ 440 (1975); Sov. J. Nucl. Phys. 22/ 226 (1976)

75Tr3 H. P. Trautvetter/ C. Rolfs; Nucl. Phys. A242/ 519 (1975)

75Ts1 H. Tsubota/ N. Kauiamura/ S. Oikauia/ J. Uegaki;

J. Phys. Soc. Jpn. 38/ 299 (1975)

75Va1 V. V. Varlamov/ V. S. Ishkhanov/ I. M. Kapitonov/

Zh. L. Kocharova/ I. K. Pevtsova/ I. M. Piskarev/

0. P. Shevchenko; Yad. Fiz. 21/ 457 (1975);

Sov. J. Nucl. Phys. 21/ 239 (1975)

75Va3 V. V. Varlamov/ F. A. Zhivopistsev/ B. S. Ishkhanov/

A. V. Lukashev; Izv. Akad. Nauk SSSR Ser. Fiz. 39/ 131 (1975);

Bull. Acad. Sci. (USSR) Phys. Ser. 39/ 113 (1975)

75Va4 V. V. Varlamov/ B. S. Ishkhanov/ I. M. Kapitonov/

Zh. L. Kocharova/ V. I. Shvedunov/ 0. P. Shevchenko;

Izv. Akad. Nauk SSSR Ser. Fiz. 39/ 1744 (1975);

Bull. Acad. Sci. (USSR) Phys. Ser. 39/ 150 (1975)

75Ve5 A. Veyssiere/ H. Beil/ R. Bergere/ P. Carlos/ A. Lepretre;

J. Phys. Lett. 36/ L267 (1975)

75Vi2 G. 3. Vingiani/ M. Oe Poli/ C. Rossi Alvarez/ F. Folkmann;

Nucl. Phys. A239/ 221 (1975)

75We1 0. V. Webb/ G. A. Peterson/ W. L. Bendel/ E. C. Jones/ Jr./

L. W. Fagg; Phys. Rev. C12/ 330 (1975)

75We4 C. 0. Wene; Z. Phys. A272/ 77 (1975)

75Wo2 E. Wolynec/ G. Moscati/ J. R. Moreira/ 0. 0. Goncalves/

M. N. Martins; Phys. Rev. C11/ 1083 (1975)

75Wo3 J. 3. Woodiuorth/ J. W. Jury/ K. H. Lokan/ N. K. Sherman;

Can. J. Phys. 53/ 795 (1975)

76Ab7 L. 0. Abramyan/ R. 0. Avakyan/ N. Z. Akopov/ A. 0. Agan'yants/

G. A. Vartapetyan/ P. I. Galumyan/ A. N. Lebedev/

E. G. Muradyan/ S. E. Piliposyan/ A. M. Sirunyan/

A. G. Khudaveryan; Pis'ma Zh. Eksp. Teor. Fiz. 23/ 415 (1976);

JETP Lett. 23/ 375 (1976)

76Ab9 A. I. Abramov/ V. Ya. Kitaev/ A. V. Rogov/ M. G. Yutkin;

Yad. Fiz. 24/ 871 (1976); Sov. J. Nucl. Phys. 24/ 455 (1976)

76A14 A. Aim/ L. J. Lindgren; Nucl. Phys. A271/ 1 (1976)

76A16 M. A. Al-Janaki/ G. W. A. Neiuton/ V. J. Robinson/

Radiochem. Radioanal. Letters 25/ 345 (1976)

76An2 D. W. Anderson/ R. F. Retry/ H. J. Fischbeck;

Nucl. Phys. A262/ 91 (1976)

76Ar3 J. 0. T. Arruda NetO/ S. B. Herdade/ B. S. Bhanari/

1. C. Nascimento; Phys. Rev. C14/ 1499 (1976)

76Ar5 J. Arends/ J. Eyink/ T. Hegerath/ H. Hartmann/ B. Mecking/

G. Noldeke/ H. Rost; Phys. Lett. 628/ 411 (1976)

76Ar8 Yu. M. Arkatov/ P. I. Vatset/ V. I. Voloshchuk/ V. N. Gur'ev/

V. A. Zolenko/ I. M. Prokhorets;

Pis'ma Zh. Eksp. Teor. Fiz. 24/ 473 (1976);

JETP Lett. 24/ 439 (1976)

76As1 J. Aschenbach/ G. Fiedler/ E. Konecny;

Nucl. Phys. A260/ 287 (1976)

768a1 H. Bartsch/ K. Huber/ U. Kneissl/ H. Krieger;

Nucl. Phys. A256/ 243 (1976)

76Ba2 K. Bangert/ U. E. P. Berg/ G. Junghans/ R. Stock/ K. Wienhard/

H. Wolf; Nucl. Phys. A261/ 149; (1976)

119
76Ba?

76Ba1

0

76Be3

7 6 8 e 4

76 B 9 6

76Be8

76B19

76B112

76B113

76Bo14

76Br5

763u11

76Ca1

76Ca4

76Ca5

76CH2

76Co3

76Da4

76Da3

760e7

76Di2

76Do5

76Do6

76Dr1

76Ea1

76Ea3

76Em2

76Ep4

76Fa5

76Fe7

N. M, Bachschir P. David/ J. Debrus/ F, Lubke/ H. Mommsen/

R. Schoenmackers/ G. G. Jonsson/ K. Lindgren;

Nucl. Phys. A264/ 493 (1976)

K. Bangert/ U. E. P. Berg/ K. Wienhard/ H. Wolf/

Z. Phys. A27S/ 295 (1976)

J. C. Bergstrom/ E. L, Tomusiak/ Nucl. Phys. A262/ 196 (1976)

8. L. Berman/ D. 0. Paul/ R. A. Alvarez/ P. Meyer;

Phys. Rev. Lett. 36/ 1441 (1976)

A. M. Bernstein/ N. Paras/ W. TurchinetZ/

3. Chasan/ E. C. Booth; Phys. Rev. Lett. 37/ 819 (1976)

D. Berghofer/ M. D. Hasinoff/ R. Helmer/ S. T. Lim/

O. F. Measday/ K. Ebisaiua; Nucl. Phys. A263/ 109 (1976)

P. Blum/ R. Brockman/ W. Mohr; Z. Phys. A278/ 275 (1976)

I. Blomqvist/ P. Janecek/ G. G. Jonsson/ R. Peterson/

H. Dinter/ K. Tesch; Z. Phys. A278/ 83 (1976)

P. Blum/ P. Brinckmann/ R. Brockmann/ P. Lutter/ W. Mohr/

R. Sauertuein; Z. Phys. A277/ 21 1 (1 976)

G. Bologna/ V. Bellini/ V. Emma/ A. S. Figuera/ S. Lo. Nigro/

C. Milone/ G. S. Pappalardo; Nuovo Cimento 35A/ 91 (1976)

O. Brajnik/ 0. Jamnik/ G. Kernel/ M. Korun/ U. Miklavzic/

B. Pucelj/ A. Stanovnik; Phys. Rev. 013/ 1852 (1976)

B. Bulou)/ B. Johnsson/ M. Nillson/ B. Forkman;

Z. Phys. A278/ 39 (1976)

P. Carlos/ H. Beil/ R. Bergere/ J. Fagot/ A. Lepretre/

A. Veyssiere/ G. V. Solodukhov; Nucl. Phys. A258/ 365 (1976)

C. P. Cameron/ N. R. Roberson/ D. G. Rickel/ R. D. Ledford/

H. R. Weller/ R. A. Blue/ D. R. Tilley;

Phys. Rev. C14/ 553 (1976)

R. Carchon/ R. Van de Vyver/ H. Ferdinande/ J. Devos/

E. Van Camp; Phys. Rev. C14/ 456 (1976)

C. C. Chang/ E. M. Oiener/ E. Ventura;

Nucl. Phys. A258/ 91 (1976)

T. Cooper/ W. Bertozzi/ J. Heisenberg/ S. Koiualski/

W. TurchinetZ/ C. Williamson/ L. Cardman/ S. Fivozinsky/

J. Lightbody/ Jr./ S. Penner; Phys. Rev. C13/ 1083 (1976)

A. S. Danagulyan/ N. A. Demekhina;

Yad. Fiz. 24/ 681 (1976): Sov. J. Nucl. Phys. 24/ 355 (1976)

W. Del Bianco/ S. Kundu/ J. Kim; Nucl. Phys. A270/ 45 (1976)

A. I. Derebchinskii/ A. A. Zybalov/ 0. G. Konovalov/

V. R. Nazyrov/ A. E. Tenishev/ S. G. Tonapetyan;

Zh. Eksp. Teor. Fiz. 70/ 423 (1976);

Sov. Phys. JETP 43/ 218 (1976)

F. S. Dietrich/ S. D. Bloom/ D. W. Heikkinen;

Nucl. Phys. A259/ 75 (1976)

P. Dougan/ T. Kivikas/ K. Lugner/ V. Ramsay/ W. Stiefler;

Z. °hys. A276/ 55 (197p)

P. Dougan/ V. Ramsay/ W. Stiefler; Z. Phys. A276/ 155 (1976)

T. E. Drake/ H. L. Pai/ I. Nascimento;

Nucl. Phys. A259/ 317 (1976)

E. D. Earle/ J. W. Knoiules/ M. A. Lone/ G. A. Bartholomew;

Nucl. Phys. A257/ 365 (1976)

E. D. Earle/ A. B. McDonald/ M. A. Lone;

Phys. Rev. C14/ 1293 (1976)

V. Emma/ S. Lo Nigro/ C. Milone; Nucl. Phys. A257/ 438 (1976)

V. D. Epaneshnikov/ V. M. Kuznetsov/ 0. I. Stukov;

Yad. Fiz. 23/ 249 (1976); Sov. J. Nucl. Phys. 23/ 129 (1976)

L. W. Fagg/ R. A. Lindgren/ W. L. Bendel/ £. C. Jones/ Jr.;

Phys. Rev. C14/ 1727 (1976)

S. Ferroni/ G. Ricco/ G. A. Rottigni/ M. Sanzone/ G. Lo Bianco;

Nuovo Cimento 35/ 15 (1976)

120
76F13

76Fi4

76Fo2

76Fr6

76Fu1

76Ga6

76Gi1

76Go4

76Gr3

76Gu2

76Gu5

76H«2

76He3

76Ho1

76Hu4

76Jo1

76K16

76Ki7

76Kn1

76Kn3

76Kn4

76Ko5

76Ko8

76Ku2

76La1

76La4

76La2

76La3

76Lx5

G. A. Fisher/ P, Paul/ F. Riess/ S. S. Hanna;

Phys, Rev. C14/ 28 (1976)

0. J. S. Findlay/ R. 0. Oiuens/ Phys. Rev. Lett. 37/ 674 (1976)

G. S. Foote/ 0. Branford/ D. C. Weissner/ N. Shikazono/

R. A. I. Ball/ F. C. P. Huang; Nucl. Phys. A263/ 349 (1976)

J. Friedrich/ N. Voegler/ H. Euteneuer;

Phys. Lett. 64B/ 269 (1976)

S. Fukuda/ Y. Torizuka; Phys. Lett. 62B/ 146 (1976)

V. B. Ganenko/ V. G. Gorbenko/ L. M. Derkach/ Yu. V. Zhebrovskii/

L. Ya. Kolesnikov/ I. I. Miroshnichenko/ V. I. Nikiforov/

A. L. Rubashkin/ V. M. Sanin/ P. V. Sorokin/ S. V. Shalatskii;

Yad. Fiz. 23/ 310 (1976); Sov. J. Nucl. Phys. 23/ 162 (1976)

W. A. Gillespie/ R. P. Singhal/ S. M. Brain/ A. Johnston/

E. W. Lees; J. Phys./ London/ G2/ 185 (1976)

B. I. Goryachev/ Yu V. Kuznetsov/ V. N. Orlin/

N. A. Pozhidaeva/ V. G. Shevchenko;

Yad. Fiz. 23/ 1145 (1976); Sov. J. Nucl. Phys. 23/ 609 (1976)

1. A. Grishaev/ N. I. Lapin/ G. 0. Pudachev;

Yad. Fiz. 24/ 355 (197o); Sov. J. Nucl. Phys. 24/ 175 (1976)

G. M. Gurevich/ L. E. Lazareva/ V. M. Mazur/ G. V. Solodukhov/

B. A. Tulupov; Nucl. Phys. A273/ 326 (1976)

G. M. Gurevich/ L. E. Lazareva/ V. M. Mazur/ G. B. Soldukhov;

Pis'ma Zh. Eksp. Teor. Fiz. 23/ 411 (1976);

JETP Lett. 23/ 370 (1976)

C. A. Heusch/ R. V. Kline/ K. T. McDonald/ C. Y. Prescott;

Phys. Rev. Lett. 37/ 405 (1976)

C. A. Heusch/ R. V. Kline/ K. T. McDonald/ J. B. Carroll/

O. H. Fredrickson/ M. Goitein/ B. Macdonald/

V. Perez-Mendez/ A. M. Stetz; Phys. Rev. Lett. 37/ 409 (1976)

R. J. Holt/ H. E. Jackson; Phys. Rev. Lett. 36/ 244 (1976)

R. J. Hughes/ A. Zieger/ H. Waffler/ B. Ziegler;

Nucl. Phys. A267/ 329 (1976)

B. Johnsson/ A. Jarund/ B. Forkman; Z. Phys. A276/ 410 (1976)

F. M. Kiely/ B. D. Pate/ F. Hanapps/ J. Peter;

Z. Phys. A279/ 331 (1976)

V. Ya. Kitaev/ A. I. Abramov/ A. V. Rogov/ M. 6. Yutkin;

Izv. Akad. Nauk SSSR. Ser. Fiz. 40/ 2274 (1976);

Bull. Acad. Sci. (USSR)/ Phys. Ser. 40/ 213 (1976)

U. Kneissl/ G. Kuhl/ K. H. Leister/ A. Weller)

Nucl. Phys. A256/ 11 (1976)

U. Kneissl/ K. H. Leister/ H. 0. Neidel/ A. Weller)

Nucl. Phys. A264/ 30 (1976)

U. Kneissl/ K. H. Leister/ H. 0. Neidel/ A. Weller)

Nucl. Phys. A272/ 125 (1976)

R. Koch/ H. H. Thies; Nucl. Phys. A272/ 296 (1976)

M. Ya. Kondrat'ko/ V. N. Korinets/ K. A. Petrzhak)

At. Energ. 40/ 72 (1976)) Sov. J. At. Energy. 40/ 83 (1976))

H. M. Kuan/ D. G. Shirk) Phys. Rev. C13/ 883 (1976)

H. Lancman/ R. J. Sparks/ C. Van der Leun)

Nucl. Phys. A257/ 29 (1976)

R. M. Laszeiuski/ R. J. Holt/ H. E. Jackson)

Phys. Rev. C13/ 2257 (1976)

A. Lepretre/ H. Beil/ R. Bergere/ P. Carlos/ J. Fagot/

A. De Miniac/ A. Veyssiere/ H. Miyase)

Nuc. Phys. A258/ 350 (1976)

E. W. Lees/ C. S. Curran/ T. E. Drake/ W. A. Gillespie/

A. Johnston/ R. P. Singhal)

J. Phys./ London/ G2/ 341 (1976)

J. W. Lightbody/ Jr./ S. Penner/ S. P. Fivozinsky/

P. W. Halloiuell/ H. Crannell) Phys. Rev. C14/ 952 (1976)

121
76L16

76L17

76Ma1

7 6Ma8

76Ma10

76Mc 2 76Mc3

76Me4

76Me6

76Me1

2

76M17

76Mo 5

76Mo9

76Mo11

76Na2

76Na3

76Ne1

760p1

76Pa1

76Ra1

76Ri2

76Sh5

76Sh1

2

76Si6

7oSi11

76Sk9

76Sm4

76Sn8

76Sp1

76Sp10

76Su2

76Su3

R. A. Lindgran/ W. L. Sendel/ E. C. Jones/ Jr-/ L. W, Fagg/

X. K, Maruyama/ J. W. Lightbody/ Jr,/ S» P. Fivozinsky;

Phys. Rev. C14/ 1789 (1976)

K. Lindgren; Z. Phys. A276/ 359 (1976)

M. W. S. Macaulay/ R. P. Singhal/ R. G. Arthur/ S- W. Brain/

W. A. Gillespie/ A, Johnston/ E. W. Lees/ A. G. Slight;

J. Phys./ London/ G2/ L35 (1976)

J. L. Mattheujs/ D. J. S. Findlay/ S. N. Gardiner/ R. 0. OiuenS/

Nucl. Phys. A267/ 51 (1976)

J. B. Martins/ 0. A. P. Tavares/ M, L. Terranova/ V. Di Napoli/

Lett. Nuovo Cimento 15/ 364 (1976)

J. S. McCarthy/ I. Sick/ R. R. Whitney/ M. R. Yearian/

Phys. Rev. C13/ 712 (1976)

J. E. McFee/ W. V. Prestu/ich/ T. J. Kennett/

Phys. Rev. C13/ 1864 (1976)

F. R. Metzger; Phys. Rev. C13/ 626 (1976)

F. R. Metzger; Phys. Rev. C14/ 543 (1976)

D. Mehlig/ K. H- Czock;

Acta Phys- Acad. Scientiarutn Hungaricae 41/ 55 (1 976)

K. Min/ P. Stolen/ S. Trentalange/ E. J. Winhold/ P- F. Yergin/

A. M. Bernstein/ W. TurchinetZ/ K. S. R. Sastry;

Phys. Rev. C14/ 807 (1976)

J. Mougey/ M. Bernheim/ A. Bussiere/ A- Giilebert/

Phan Xuan Ho/ M. Priou/ 0. Royer/ I. Sick/ G. J. Wagner;

Nucl. Phys. A262/ 461 (1976)

R. Moreh/ 0. Shahal/ V. Voltera; Nucl. Phys. A271/ 262 (1976)

G. L. Moore/ F. R. Buskirk/ E. B. Dally/ J. N. Dyer/

X. K. Maruyama/ R. Pittan; Z. Naturforsch 31A/ 668 (1976)

N. Nakamura/ S. Hiramatsu/ T. Kamae/ H. Muramatsu/ N. Izutsu/

Y. Watase; Nucl. Phys. A268/ 331 (1976)

K. Nakamura/ S. Hiramatsu/ T. Kamae/ H. Muramatsu/ N. Izutsu/

Y. Watase; Nucl. Phys. A271/ 221 (1976)

R. Neuhausen/ J. W. Lightbody/ Jr./ S. P. Fivozinsky/

S. Penner; Nucl. Phys. A263/ 249 (1976)

T. R. Ophel/ A. D. Frauuley/ P- B. Treacy/ K. H. Bray;

Nucl. Phys. A273/ 397 (1976)

B. H. Patrick/ E. M. Boiuey/ E. G. Muirhead;

J. Phys. G: Nucl. Phys. 2/ 751 (1976)

V. K. Rasmussen; Phys. Rev. C13/ 631 (1976)

D. G. Rickel/ C. P. Cameron/ R. 0. Ledford/ N. R. Roberson/

H. R. Weller/ D. R. Tilley; Phys. Rev. C14/ 335 (1976)

N. K. Sherman/ K. H. Lokan/ R. W. Gellie;

Can. J. Phys. 54/ 1178 (1976)

A. C. Shotter/ J. M. Reid/ J. M. Hendry/ 0. Branford/

J. C. McGeorge/ J- S. Barton;

J. Phys. G: Nucl. Phys. 2/ 769 (1976)

W. L. Sievers/ J. A. Pintar/ R. L. Boudrie/ F. W. Prosser/ Jr./

Paul Goldhammer; Phys. Rev. C13/ 2546 (1976)

G. G. Simon/ F. Borkouiski/ Ch. Schmitt/ V. H. Walther/

H. Arenhovel/ W. Fabian; Phys. Rev. Lett. 37/ 739 (1976)

D. M. Skopik/ E. L. Tomusiak/ E. T. Dressier/ Y. M. Shin/

J. J. Murphy/ Ii; Phys. Rev. C14/ 789 (1976)

P. B. Smith; Phys. Rev. C13/ 2071 (1976)

K. A. Snover/ J. E. Bussoletti/ K. Ebisaiua/ T. A. Trainor/

A. 3. McDonald; Phys. Rev. Lett. 37/ 273 (1976)

R. J, Sparks/ H. Lancman/ C. Van der Leun;

Nucl. Phys. A259/ 13 (1976)

R. J. Sparks; Nucl. Phys. A265/ 416 (1976)

A. Suzuki/ K. Shoda; Nucl. Phys. A260/ 172 (1976)

A. Suzuki/ K. Shoda/ M. Sugaoiara/ T. Saito/ H. Miyase/

S. Oikawa/ J. Uegaki/ M. N. Thompson/ K. J. F. Allen/

H. J. Askin/ B. N. Sung; Nucl. Phys. A257/ 477 (1976)

122
76S»u7

76Th1

76Tu2

76Tu3

76Ve3

76V11

76Wa3

76We1

76Wo2

76Zh2

76Zh3

76Zi1

77Ad1

77Ad3

77Ag8

77A15

77A19

77An6

77Ar7

77As10

77Au2

77Au4

77Ba7

77Ba3

77Ba9

77Ba14

77Be3

C. P. Stuann; Phys. Rev. C1 3/ 1104 (1976)

H. Thierensr 0. De Frenner E. Jacobs/’ A. De Clercq/

P. D'hondt/ A. J. Deruyttep/ Phys. Rev. C14/ 1053 (1976)

0. Turck^ H. G. Clerc/ H. Trager; Phys. Lett. 633/ 283 (1^76)

M. Turk) Fizika 3/ 173 (1976)

S. S. Verbitskii/ 8. S. Ratner/ A. N. Sergievskii;

Pis'ma Zh. Eksp. Teor. Fiz. 23/ 533 (1976)/

J5TP Lett. 23/ 492 (1976)

V. G. Vlasenko/ V. A. Gol'dshtein/ A. V. Mitrofanova/

V. I. Noga/ Yu. N. Ranuuk/ V. I. Startsev/ P. V. Sorokin/

Yu. N. Telegin; Yad. Fiz. 23/ 504 (1976);

Sov. J. Nucl. Phys. 23/ 265 (1976)

Y. Watase/ S. Homma/ T. Kitagaki;

J. Phys. Soc. Jpn. 40/ 1531 (1976)

H. R. Weller/ R. A. Blue/ N. R. Roberson/ 0. G. Rickel/

S. Maripuu/ C. P. Cameron/ R. 0. Ledford/ 0. R. Tilley;

Phys. Rev. C13/ 922 (1976)

E. Wolynec/ M. N. Martins/ G. Moscati;

Phys. Rev. Lett. 37/ 585 (1976)

V. E. Zhuchko/ Yu. B. Ostapenko/ A. S. Soldatov/

Yu. M. Tsipenyuk; Nucl. Instrum. Methods 136/ 373 (1976)

V. E. Zhuchko/ A. V. Ignatyuk/ Yu. B. Ostapenko/ G. N. Smirenkin/

A. S. Soldatov/ Yu. M. Tsipenyuk;

Pis'ma Zh. Eksp. Teor. Fiz. 24/ 309 (1976);

JETP Lett. 24/ 277 (1976)

P. 0. Zimmerman/ M. R. Yearian; Z. Phys. A278/ 291 (1976)

E. G. Adalberger/ R. E. Marrs/ K. A. Snover/ J. E. Bussoletti;

Phys. Rev. C15/ 484 (1977)

J. 0. Adler/ B. Buloiu/ G. G. Jonsson/ K. Lindgren;

Nucl. Phys. A280/ 325 (1977)

V. L. Agranovich/ V. S. Kuz'menko/ P. V. Sorokin;

Yad. Fiz. 25/ 1123 (1977); Sov. J. Nucl. Phys. 25/ 595 (1977)

Yu. A. Aleksandrov/ V. A. Kozlov/ V. N. Maikov/

V. V. Pavlovskaya; Yad. Fiz. 25/ 80 (1977);

Sov. J. Nucl. Phys. 5/ 43 (1977)

K. V. Alanakyan/ M. Ozh/ Amaryan/ R. A. Oemirchyan/

K. Sh. Egiyan/ M. S. Ogandzhany an/ Yu. G. Sharabyan;

Yad. Fiz. 25/ 545 (1977); Sov. J. Nucl. Phys. 25/ 292 (1977)

£. J. Ansaldo/ J. C. Bergstrom/ H. S. Caplan/ R. Yen;

Can. J. Phys. 55/ 2129 (1977)

1. Arai/ H. Fujii/ S. Homma/ Y. Hoshi/ H. Ikeda/ T. Ishii/

A. Itano/ K. Maruyama/ E. Oshima/ H. Okuno/ A. Sasaki/

N. Yamashita; J. Phys. Soc. Jpn. 43/ 363 (1977)

V. M. Asaturyan/ E. 0. Grigoryan/ G. A. Vartapetyan/

A. S. Oanagulyan/ N. A. Oemekhina/ A. G. Khudaverdy an;

Yad. Fiz. 25/ 1133 (1977); Sov. J. Nucl. Phys. 25/ 601 (1977)

G. Audit/ A. Bloch/ N. de Botton/ C. Schuhl/ G. Tamas/

C. Tzara; Phys. Rev. C15/ 1415 (1977)

G. Audit/ A. Bloch/ N. de Botton/ J. L. Faure/ C. Schuhl/

G. Tamas/ C. Tzara/ E. Vincent/ J. Deutsch/ D. Favart/

R. Prieels/ B. Van Oystaeyen; Phys. Rev. C 16/ 1517 (1977)

T. Bar-Noy/ R. Moreh; Nucl. Phys. A275/ 151 (1977)

K. Baba/ I. Endo/ H. Fujii/ M. Fujisaki/ S. Kodata/

A. Murakami/ Y. Murata/ S. Noguchi/ Y. Sumi;

J. Phys. Soc. Jpn. 42/ 1049 (1977)

T. Bar-Noy/ R. Moreh; Nucl. Phys. A288/ 192 (1977)

F. Balestra/ E. Bollini/ L. Busso/ R. Garfagnini/ C. Guarldo/

G. Piragino/ R. Scrimaglio/ A. Zanini;

Nuovo Cimento 38A/ 145 (1977)

Z. Berant/ R. Moreh/ S. Kahane; Phys. Lett. 69B/ 281 (1977)

123
77Be5 H. Benkoula^ J. C. Cavaignacr J. L. Charvet/ D. H, Koang/

B. Vignon/ R, Wilson; Phys. Lett. 71Br 287 (1977)

773e6 Z. Berant/ J. Tenenbaum^ R. Moreh/

Nucl. Phys. A276/ 221 (1977)

77312 I. Blomqvist/ P. Janecek/ G. G. Jonssonr H. Dinterr K. Tesch/

N. Freeds P. Ostrander; Phys. Rev. C15/ 988 (1977)

77Bo1 E. C. Booths B. Chasan/ A. M. Bernsteinr P. Bostedr J. H. Koch;

Phys. Lett. 66Br 236 (1977)

77Bo12 F. Boroiuskir Ch. Schmitt/ G. G. Simon/ V. Walthar/ 0. Drechsel/

W. Haxton/ R. Rosenfeloer; Phys. Rev. Lett. 38/ 742 (1977)

773r10 S. W. Brain/ A. Johnston/ W. A. Gillespie/ £. W. Lees/

R. P. Singhai; J. Phys. G; Nucl. Phys. 3/ 681 (1977)

77Su4 A. Buchnea/ R. G. Johnson/ K. G. McNeill;

Can. J. Phys. 55/ 364 (1977)

773u11 B. Bulou)/ 8. Johnsson/ M. Nilsson; Z. Phys. A282/ 261 (1977)

773u13 A. Yu. Buki/ N. G. Shevchenko/ V. D. Efros/ I. I. Chkalov;

Yad. Fiz. 25/ 457 (1977); Sov. J. Nucl. Phys. 25/ 246 (1977)

77Ca2 J. R. Calarco/ S. W. Wissink/ M. Sasao/ K. Wienhard/

S. S. Hanna; Phys. Rev. Lett. 39/ 925 (1977)

77Cn4 S. H. Cheuj/ J. Loiue/ J. M. Nelson/ A. R. Barnett;

Nucl. Phys. A286/ 451 (1977)

77Co3 D. F. Coope/ L. E. Cannell/ M. K. Brussel;

Phys. Rev. C 15/ 1977 (1977)

77Cr1 H. Crannell/ J. M. Finn/ P. Halloiuell/ J. T. O'Brien/

N. Ensslin/ L. W. Fagg/ c. C. Jones/ Jr./ W. L. Bendei;

Nucl. Phys. A278/ 253 (1977)

770a3 A. S. Danagulyan/ N. A. Demekhina/ G. A. Vartapetyan;

Nucl. Phys. A285/ 482 (1977)

77De1 W. Del Bianco/ S. Kundu/ J. Kim;

Can. J. Phys. 55/ 302 (1977)

77Di2 F. S. Dietrich/ D. W. Heikkinen/ K. A. Snover/ K. Ebisaiua;

Phys. Rev. Lett. 38/ 156 (1977)

77Di4 W. R. Dixon/ R. S. Storey; Nucl. Phys. A284/ 97 (1977)

77Di6 V. di Napoli/ M. L. Terranova/ H. G. de Carvalho/

J. B. Martins/ J . 0. Pinheiro Filo/ 0. A. P. Tavares;

J. Inorg, Nucl. Chem. 39/ 1727 (1977)

77Do5 P. Dougan/ V. Ramsay/ W. Stiefler; Z. Phys. A280/ 341 (1977)

77Fa2 L. W. Fagg/ R. A. Lindgren/ W. L. Bendei/ E. C. Jones;

Phys. Rev. C 15/ 1181 (1977)

77Fa4 L. W. Fagg/ W. L. Bendei/ R. A. Lindgren/ E. C. Jones/ Jr.;

Phys. Rev. C 16/ 923 (1977)

77Fe1 H. Ferdinande/ N. K. Sherman/ K. H. Lokan/ C. K. Ross;

Can. J. Phys. 55/ 428 (1977)

77^^i3 D. J. S. Findlay/ R. 0. Owens; Nucl. Phys. A279/ 385 (1 977)

77Fi5 J. M. Finn/ H. Crannell/ P. L. Hallowell/ J. T. O'Brien/

S. Penner; Nucl. Phys. A29Q/ 99 (1977)

77Fi6 L. K. Fifield/ F. P. Calaprice/ C. H. Zimmerman/ M. J. Hurst/

A. Pakkanen/ T. J. M. Symons/ F. Watt/ K. W. Allen;

Nucl. Phys. A283/ 57 (1977)

77Gi1 W. A. Gillespie/ M. W. S. Macauley/ A. Johnston/ E. W. Lees/

R. P. Singnai; J. Phys. G; Nucl. Phys. 3/ L169 (1977)

77Go3 V. G. Gorbenko/ A. I. Derebchinskii/ Yu. A. Zhebrovskii/

A. A. Zybalov/ L. Ya. Kolesnikov/ 0. G. Konovalov/

A. L. Rubashkin/ P. V. Sorokin/ A. 6. Tenishev;

Yad. Fiz. 26/ 320 (1977); Sov. J. Nucl. Phys. 26/ 167 (1977)

77Go4 A. M. Goryachev/ G. I. Zalesnyi; Yad. Fiz. 26/ 465 (1977);

Sov. J. Nucl. Phys. 26/ 246 (1977)

77Gr2 H. D. Graf/ V. Heil/ A. Richter/ E. Spamer/ W. Stock/ 0. Titze;

Phys. Lett. 728/ 179 (1977)

77Hi2 R. S. Hicks/ I. P. Auer/ J. C. Bergstrom/ H. S. Caplan;

Nucl. Phys. A278/ 261 (1977)

77Hi5 H. Hirayama/ T. Nakamura; Nucl. Instrum. Methods 147/ 563 (1977)

124
77Ho1

77Ho3

77Is1

77Ja1

77Ja2

77Ja4

77Jo3

77Ka1

77K111

77Kn2

77Ko4

77Ko5

77Ko8

77Ko9

77Ko10

77Kr6

77Kr7

77Ku3

77La2

77La3

77La1

77Ma1

77Ma4

77Ma7

77Ma9

77Ma2

77Ma 5 77Me6

R. J. Holt^ R. M, Laszeuiski/ H, E. Jackson/

Phys. Rev. C15r 327 (1977)

J. C. Hogan/ A, £. Richardson/ J. L. Meason/ H, L. Wright;

Phys. Rev. C 16/ 2296 (1977)

B. S. Ishkhanov/ I. M. Kapitonov/ V. G. Shevchenko/

V. I. Shvedunov/ V . V. Varlamov/ Nucl. Phys. A283/ 307 (1977)

A. Jarund/ B. Forkman/ Z. Phys, A281/ 47 (1977)

A. Jarund/ B, Forkman; Z. Phys. A281/ 39 (1977)

I. Jacob/ R. Moreh/ A. Wolf/ Nucl, Phys. A291/ 1 (1977)

B. Johnsson/ M, Nilsson/ K. Lindgren;

Nucl. Phys, A278/ 365 (1977)

T. Kamae/ I. Arai/ T. Fujii/ H. Ikeda/ N. Kajiura/ S. Kamabata/

K. Nakamura/ K. Ogauia/ H. Takeda/ Y. Watase;

Phys. Rev, Lett. 38/ 4o8 (1977)

V. V, Kirichenko/ A. F, Khodjachikh/ Ju. M. Arkatov/

P. I. Vatset/ I. V, Dogjust; Ukr, Fiz. Zh. 22/ 959 (1977)

U. Kneissl/ G. K uhl/ K. H, Leister; Z. Phys. A281/ 35 (1977)

R. L. Kozub/ B. E. C ooke/ J. R. Leslie/ B. C. Robertson;

Phys. Rev. C16/ 132 (1977)

E. A. Kolomenskii/ V. B. Kopeliovich/ V. M. Lobashev/

V. A. Nazarenko/ A, I, Okorokov/ A. N. Pirozhkov/

L. M. Smotritskii/ G. I. Kharkevich/ A. F. Shchebetov;

Yad. Fiz. 25/ 233 (1977); Sov. J. Nucl. Phys. 25/ 127 (1977)

E. G. Kopanets/ A. A. Koval/ V. Ya. Kostin/ L. P. Korda/

P. M. Tutakin/ S. P. Tsytko;

Izv. Akad. Nauk SSSR 41/ 1683 (1977);

Bull. Acad. Sci. 41/ 128 (1977)

V. Ya. Kostin/ E. G. Kopanets/ A. A. Koval/ A. N. L'vov/

V. Ya. Migalenya/ S. P. Tsytko;

Izv. Akad. Nauk SSSR 41/ 151 (1977);

Bull. Acad. Sci. 41/ 124 (1977)

A. A. Koval/ E. G. Kopanets/ V. Ya. Kostin/ L. P. Korda/

P. M, Tutakin/ S. P, Tsytko;

Akad. Nauk. SSSR 41/ 1658 (1977); Bull. Acad. Sci. 41/ 104 (1977)

0. E, Kraft/ Yu. V. Naumov/ S. S. Parzhitskii/ Z. Salekh/

1. V. Sizov; Izv. Akad. Nauk SSSR 41/ 44 (1977);

Bull. Acad. Sci. 41/ 35 (1977)

O. E. Kraft/ Yu. V, Neumov/ S. S. Parzhitskii/ S. F. Petrov/

Z. Salekh/ I. V. Sizov; Izv. Akad. Nauk SSSR 41/ 82 (1977);

Bull. Acad. Sci. 41/ 65 (1977)

V. S. Kuz'menko/ A. V, Mitrofanova/ V, I, Noga/ Yu. N. Ranyuk/

P. V, Sorokin/ Yu. N. Telegin/ I. Blomqvist/ G. G. Jonsson/

N. Freed; Phys. R ev. C16/ 1513 (1977)

R. M, Laszeuiski/ R. J, Holt/ H. E. Jackson;

Phys. Rev. Lett. 38/ 813 (1977)

H. Lancman/ A. P, M. Van 'T Westende/ H, D. Graber;

Nucl. Phys. A291/ 293 (1977)

M. K, Leung/ J, J, Murphy/ II/ Y, M. Shin/ D. M. Skopik;

Can. J. Phys./ 55/ 252 (1977)

J. L. Mattheuis/ W. Bertozzi/ M, J. Leitch/ C. A. Peridier/

B. L. Roberts/ C. P. Sargent/ W. Turchinetz/ D. J. S, Findlay/

R. 0. Omens; Phys. Rev. Lett. 38/ 8 (1977)

M. N. Martins/ E. Wolynec/ G. Moscati;

Phys. Rev. C16/ 613 (1977)

R. A. Marrs/ E. G, Adelberger/ K. A. Snover;

Phys. Rev. C16/ 61 (1977)

M, W. S. Macauley/ R, P. Singhal/ R. G. Arthur/ S. W, Brain/

W, A. Gillespie/ A. Johnston/ £. W, Lees/ A. G. Slight;

J. Phys. G: Nucl. Phys. 3/ 1717 (1977)

F. R. Metzger; Phys

.

Rev. C15/ 193 (1977)

F. R. Metzger; Phys. Rev. C15/ 2253 (1977)

F. R. Metzger; Phys, Rev, C16/ 597 (1977)

125
77M18

77Mi11

77Mu3

77Na2

77Ne3

7 7Ne4

77Nio1

77011

77P11

77P12

77Po3

77Ra3

77Ra4

77Ro1

77Ro2

77Sa2

77Sa5

77Sc1

77Sh6

77Sh9

77S14

77Sn3

77Su10

77Suj7

77Su)8

77Th1

77Th2

77U11

77We2

77W11

77W13

77Wo4

77Y31

H. Miura/ Y. Torizuka; Phys. Rev, C16r 1688 (1977)

A, V. Mitrofanova/ V, I. Noga/ A, I, Popovr Yu. N. Ranyuk/

Yu. N, Telegin; Yad. Fiz, 25/ 926 (1977);

Sov. J. ,\iucl. Phys. 25/ 493 (1977)

J. J. Murphy II/ H, J. Gehrhardt/ 0. M. Skopik;

Nucl. Phys. A277/ 69 (1977)

A. Nakada/ N. Haik/ J, Alster/ J. B, Bellicard/ S. Cochavi/

B. Frois/ M. Huet/ p. Leconte/ P. Ludeau/ M. A, Moinester/

Phan Xuan Ho/ S. Turck; Phys. Rev, Lett. 33/ 584 (1977)

R. Neuhausen; Nucl. Phys. A232/ 125 (1977)

A. A. Nemashkalo/ N. G, Afancs'ev/ Yu. V, Vladimirov/

V. P. Likhachev/ G, A. Savitskii/ V. M, Khvostunov)

Pis'ma Zh, Eksp. Teor. Fiz. 26/ 569 (1977);

JETP Lett. 26/ 422 (1977)

6, E. Norum/ J, C. Bergstrom/ H. S. Caplan;

Nucl. Phys. A2S9/ 275 (1977)

S. Oikaiua/ K, Shoda; Nucl. Phys. A277/ 301 (1 977)

R, Pitthan/ F. R. Buskirk/ E. 8. Dally/ J. 0. Shannon/

W. H. Smith; Phys. Rev. C16/ 970 (1977)

R. Pitthan/ F. R, Buskirk) Phys. Rev. C16/ 983 (1977)

V, N. Polishchuk/ N. G. Shevchenko/ N. G, Afanas'ev/

A. A, Khomich/ I. I, Chkalov/ A, S. Litvinenko)

Yad. Fiz. 26/ 20 (1977); Sov. J. Nucl. Phys. 26/ 9 (1977)

B. S. Ratner/ A. N, Sergiyevsky/ S. S. Verbitsky)

Nucl. Phys. A285/ 71 (1977)

S. Raman/ M, Mizumoto/ R. L. Macklin)

Phys. Rev. Lett. 39/ 593 (1977)

0. W, 0. Rogers/ N, Anyas- Weiss/ S. P. Dolan/ N. A, Jelley/

T. K. Alexander; Can, J. Phys. 55/ 206 (1977)

D. W. 0. Rogers/ W. R, Dixon/ R. S, Storey)

Nucl. Phys. A281/ 345 (1977)

M. Sasao/ Y, Torizuka) Phys. Rev, C15/ 217 (1977)

T, Saito/ S. Oikaiua/ K. Shoda/ M. Sugaiuara/ H. Miyase/

A . Suzuki) Phys. Rev. C16/ 953 (1977)

M, Schaeffer/ A, Degre/ M, Suffert/ G. Bonneaud/ I. Linck)

Nucl. Phys. A275/ 1 (1977)

K. Shoda/ H. Ohashi/ K, Nakahara)

Phys. Rev. Lett. 39/ 1131 (1977)

A. C, Shotter/ D. Branford/ J. C. McGeorge/ J. M. Reid)

Nucl. Phys. A290/ 55 (1^77)

R. P. Singhal/ A, Johnston/ W. A. Gillespie/

E. W. Lees; Nucl. Phys. A279/ 29 (1977)

K. A. Snover/ P, Paul/ H, M. Kuan) Nucl. Phys. A285/ 189 (1977)

Su Su/ R, H, Sambell/ E. G. Muirhead/ B. M. Spicer)

Aust. J. Phys. 30/ 677 (1977)

C. P. Siuann) Phys. Rev. Cl 6/ 2426 (1 977)

C. P. Siuann) Phys. Rev. C1 5/ 1 967 (1977)

J. E. M. Thomson/ M. N. Thompson) Nucl. Phys. A235/ 84 (1977)

J. E. M. Thomson/ M. N. Thompson/ R. J. Steu/art)

Nucl. Phys. A290/ 14 (1977)

J. Ulbricht/ W. Arnold/ M, Berg/ E. Huttel/ H. H, Krause/

G. Clausnitzer) Nucl. Phys. A287/ 220 (1977)

J. Weise/ M, N. Thompson/ K, Shoda/ H. Tsubota)

Aust, J. Phys. 30/ 401 (1977)

K. Wienhard/ K . Bangert/ U. E, P. Berg/ G. Junghans/ R. Stock/

H. Wolf) Nucl. Phys. A280/ 109 (1977)

C. Wiezorek/ H. Krauiinkel R. Santo/ L. Wallek)

Z. ohys. A232/ 121 (1977)

J. G. Woodiuorth/ K, G. McNeill/ J. W. Jury/ P, D, Georgopulos/

R, G. Johnson) Can, J. Phys. 55/ 1704 (1977)

T. R. Yeh/ H, Lancman) ^hys. Rev, C16/ 1263 (1977)

126
77Za2

77Zh1

77Zh3

7SA15

78A110

78A112

78An3

78Ar1

78Ar2

78Ar4

78Ar7

78Ar8

78Ar9

78Ar11

78Ba4

78Ba1

1

73Ba12

78Ba14

73391

783e2

78393

78Ba6

730910

H. Zarak^ B. 0. Pichr T, E. Draka/ 0. J. Rouue/ W. Bertozi^

Ca Crasu/ell/ A. Hirschr M. V, Hynes^ S. Kouialskix B. Norum/

F. N, Rad/ C. P- Sargent/ C. F. Williamson/ R. A. Lindgren;

Phys. Rev. Lett. 38/ 750 (1977)

V. E. Zhuchko/ A. V. Ignatyuk/ Yu. B. Ostapenko/

G. N. Smirenkin/ A. S. Soldatov/ Yu. M. Tsipenyuk)

Phys. Lett. 683/ 323 (1977)

V. E. Zhuchko/ S. P. Kapitza/ Yu. 3. Ostapenko/ G. N. Smirenkin/

A. S. Soldatov/ Yu. M. Tsipenyuk)

Pis'ma Zh. Eksp. Teor. Fiz. 26/ 718 (1977);

JETP Lett. 26/ 553 (1977)

3. M. Alksandrov/ A. S. Krivokhatskii/ V. L. Kuznetsov/

L. E. Lazareva/ V. G. Nedorezov/ N. V. Nikitina/ Yu. N. Ranyuk;

Yad. Fiz. 28/ 1165 (1978); Sov. J. Nucl. Phys. 28/ 600 (1978)

A. S. Alexanian/ T. L. Asatiani/ A. 0. Gasparian/ L. A. Jirova/

L. A. Senina/ V. A. Ivanov/ G. K. Megrabian/ G. G. Mkrichian/

R. N. Pikhtelev/ M. I. Dayon/ A. 0. Kamenski/ F. F. Kayumov/

V. A. Kramarenko/ G. L. Melkumov/ M. N. Khachaturian;

Nucl. Instrum. Methods 148/ 251 (1973)

Yu. A. Aleksandrov/ V. A, Kozlov/ V. V. Pavlovskaya)

Yad. Fiz. 23/ 670 (1978); Sov. J. Nucl. Phys. 28/ 34 (1978)

E. J. Ansaldo/ J. C. Bergstrom/ R. Yen)

Phys. Rev. C18/ 597 (1973)

P. E. Argan/ G. Audit/ A. Bloch/ J. L. Faure/ J. M. Laget/

J. Martin/ G. Tamas/ E. Vincent; Phys. Rev. Lett. 41/ 86 (1978)

P. Argan/ G. Audit/ A. Bloch/ P. Bosted/ N. de Botton/

J. L. Faure/ C. Schuhl/ G. Tamas/ C. Tzara/ E. Vincent/

J. Deutsch/ D. Favart/ R. Prieels/ B. Van Oystaeyen;

Phys. Rev. Lett. 41/ 629 (1978)

R. G. Arthur/ R. P. Singhal/ S. W. Brain/ W. A. Gillespie/

A. Johnston/ E. W. Lees/ M. W. S. Macauley)

J. Phys. G: Nucl. Phys. 4/ 961 (1978)

I. Arai/ H. Fujii/ S. Homma/ Y. Hoshi/ H, Ikeda/ T. Ishii/

A. Itano/ K. Maruyama/ E. Ohshima/ H. Okuno/ A. Sasaki/

N. Yamashita; J. Phys. Soc. Jpn. 45/ 1 (1978)

P. E. Argan/ G. Audit/ A. Bloch/ J. L. Faure/ J. M. Laget/

J. Martin/ G. Tamas/ C. Schuhl; Nucl. Phys. A296/ 373 (1978)

E. A. Arakelyan/ G. L. Bayatyan/ G. S. Vartanyan/

N. K. Grigoryan/ S. G. Knyazyan/ A. T. Margaryan/

S. S. Stepanyan/ P. K. Kir'yanov/ V. A. Maisheev/

A. M. Frolov; Phys. Lett. 798/ 143/ (1978)

J. 0. T. Arruda Neto/ S. B. Herdade/ B. S. Bhandari/

I. C. Nascimento; Phys. Rev. 018/ 363 (1978)

K. Baba/ I. Endo/ M. Fujisaki/ S. Kadota/ Y. Sumi/ H. Fujii/

Y. Murata/ S. Noguchi/ A. Murakami) Nucl. Phys. A306/ 292 (1978)

H. Bartsch/ K. Huber/ U. Kneissl/ H. Krieger)

Z. Phys. A285/ 273 (1978)

K. 3aba/ I. EndO/ M. Fujisaki/ S. Kadota/ Y. Sumi/ H. Fujii/

Y. Murata/ S. Noguchi/ S. Murakami) Nucl. Phys. A306/ 292 (1978)

H. Bartsch/ W. Gunther/ K. Huber/ U. Kneissl/ H. Krieger)

Z. Phys. A285/ 71 (1973)

I. Bergqvist/ B. Palsson/ L. Nilsson/ A. Lindholm/ 0. M. Drake/

E. Arthur/ D. K. McDaniels/ P. Varghese)

Nucl. Phys. A295/ 256 (1978)

Z. Berant/ J. Tenenbaum/ A. Wolf/ R. Moreh)

Nucl. Phys. A306/ 101 (1978)

U. E. P. Berg/ K. Bangert/ G. Junghans/ R. Stock/ K. Wienhard)

Nucl. Phys. A306/ 173 (1978)

Z. Berant/ R. Moreh) Phys. Lett. 73B/ 142 (1978)

V. Bellini/ V. Emma/ A. S. Figuera/ S. Lo Nigro/ C. Milone/

G. S. Pappalardo/ G. Bologna) Nuovo Cimento 47A/ 529 (1^78)

127
73Be1

3

78Bs1

6

73B17

783o5

783o8

733u9

78Bu1

5

73Cr1

78Da5

730a1

3

78De2

780e7

78Da8

78Ds9

78De11

78Del4

73Di3

78Di10

780112

73Do1

78Do4

780o6

78F16

78F17

73F11

73F14

78Fo3

78Fr2

73Fr5

78Ga4

G. Bellia/ L. Calabrettor A. Del Zoppo/ G. Ingrao/’ E. Migneco/

R. C. Barna/ 0, De Fasquale/ Lett. Nuovo Cimento 21/ 373 (1978)

E. Bellotti/ E. Fiorini/ P. Megri/ L. Zanotti)

Nuovo Cimento 47A/ 106 (1975)

I. Blomqvist/ B. Bulouj/ A. Fredriksen/ 3. Johnsson/

G. G. Jonsson/ K. Lindgren/ M. Nilsson/ R, Petersson/

0. Glomset/ N. Freed/ W. Rhodes) Z. Phys. A288/ 313 (1978)

T. J. Bouules/ R. J. Holt/ H. E. Jackson/ R. M. Laszeiuski/

A. M, Nathan/ J. R, Specht/ R. Starr)

Phys. Rev. Lett. 41/ 1095 (1978)

C. D. Booiman/ I. G. Schroder/ K. C. Duvall/ C. E. Dick)

Phys. Rev. C17/ 1086 (1973)

3. 3uloui) Z. Phys. A235/ 323 (1 978)

A. Buchnea/ R. G. Johnson/ K. G. McNeill)

Can. J. Phys. 56/ 47 (1978)

C. Cresu/ell/ A. Hirsch/ W. Bertozzi/ J. Heisenberg/ S. Koiualski/

C. P. Sargent/ W. Turchinetz/ A. Oieperink)

Phys. Rev. CIS/ 2432 (197S)

J. M. Davidson/ M. M. Loiury) Phys. Rev. CIS/ 2776 (1978)

A. S. Danagulyan/ N. A. Oemekhina)

Yad. Fiz. 27/ 877 (1978)) Sov. J. Nucl. Phys. 27/ 469 (1978)

A. Degre/ M. Schaeffer/ G. Bonneaud/ I. Linck)

Nucl. Phys. A306/ 77 (1978)

V. P. Denisov/ I. Ya. Chubukov)

Yad. Fiz. 27/ 882 (1978)) Sov. J. Nucl. Phys. 27/ 469 (1973)

W. Del Bianco/ N. Marquardt/ K. Farzine/ H, V, Buttlar)

Can. J. Phys. 56/ 3 (1978)

A. I. Derebchinskii/ A. A. Zybalov/ 0. G. Konovalov/

V. R. Nazyrov/ A, E. Tenisnev/ S. G. Tonapetyan)

Yad. Fiz. 18/ 265 (1978)) Sov. J. Nucl. Phys. 28/ 132 (1978)

S. V. Oementii/ V. I. Ogurtsov/ N. G. Afanas'ev)

Yad. Fiz. 38/ 865 (1978)) Sov. J. Nucl. Phys. 28/ 443 (1978)

W. Del Bianco/ J. C. Kim/ G. Kajrys)

Can. J. Phys. 56/ 1054 (1978)

S. Di Liberto/ F. Meddi/ G. Romano/ G. Rosa/ C. Sgarbi)

Nucl. Phys. A296/ 519 (1978)

V. Di Napoli/ J. B. Martins/ G. Rosa/ F. Salvetti/

0. A. P. Tavares/ M. L. Terranova/ H. G. De Carvalho)

J. Inorg. Nucl. Chem. 40/ 1619 (1978)

V. di Napoli/ F. Salvetti/ M. L. Terranova/ H. G. de Carvalho/

J. B. Martins/ 0. A. P. Tavares)

J. Inorg. Nucl. Chem, 40/ 175 (1978)

P. Dougan) Z. Phys. A284/ 165 (1978)

D. H, Doiuell/ P. Axel/ L. S, Cardman) Phys. Rev. Cl 8/ 1 550 (1 978)

M. R, Dodge/ E, Hayiuard/ G. Moscati/ E. Wolynec)

Phys. Rev. C18/ 2435 (1978)

L. K. Fifield/ M, J. Hurst/ T. J. M, Symons/ F. Watt/

C. H. Zimmerman/ K, W. Allen) Nucl. Phys. A309/ 77 (1978)

. J. S. Findlay/ 0. J. Gibson/ R. 0. Oiuens/ J. L. Matthews)

Phys. Lett. 79B/ 356 (1973)

A. G. Flowers/ A. C. Shotter/ J. C. McGeorge/R. 0. Owens)

Phys. Rev. Lett. 40/ 709 (1978)

J. B. Flanz/ R, S. HickS/ R. A. Lindgren/ G. A. Peterson/

A. Hotta/ 3. Parker/ R, C, York) Phys. Rev. Lett. 41/ 1642 (1978)

1. Fodor/ J. Sziklai/ B. Kardon/ J. Rao/ K, Beckert/ F. Herrmann/

H. Schobbert) J. Phys. G: Nucl. Phys, 4/ 1117 (1978)

A. Friebel/ P, Manakos/ A. Richter/ E. Spamer/ W. Stock/

0. Titze) Nucl. Phys. A294/ 129 (1978)

R. Frey/ A. Richter/ A, Schwierc zinski/ E, Spamer/ 0. Titze/

W. Knupfer) Phys, Lett, 743/ 45 (1978)

H. Gaggeler/ H. R, Van Gunten)

J. Inorg. Nucl. Chem, 40/ 1859 (1978)

128
78Go3

78Go6

78Gr1

78Gr5

78Gu2

78Gu7

78He3

78Hi1

78Ho2

78Ka4

78Ka6

73Ka10

78Ka11

73Ka1

5

78Ke1

73Ka2

73Ki3

78Ki8

78K15

78Kn7

78Knl4

73Ku9

73Ku13

78Le5

78Li1

78Li2

73Li3

78L14

78Li6

73Ma3

78Ma6

78Ma1

0

A. M, Goryachev^ G. N. Zalesnyi/ Yad. Fiz. 27r 1479 (1978)/

Sov. J« Nucl. Phys. 27/ 779 (1978)

V. A. Gold'shtein/ E. L. Kuplennikov/ V, V. Lubyanyi/

E. V. Pegushin/ V. 1. Startsv/ V, 3. Shostak/ N. G. Afanas'ev)

Yad. Fiz. 27/ 1565 (1978); Sov. J. Nucl. Phys. 27/ 824 (1978)

H. 0. Graf/ H. Feldmeier/ P. Manakos/ A. Richter/ E. Spamer/

0. Strottman; Nucl. Phys. A295/ 319 (1978)

H. 0. Grof/ H. Feldmeier/ P. Manakos/ A. Richter/ E. Spamer/

0. Strottman; Nucl. Phys. A295/ 319 (1978)

W. Gunther/ K. Huber/ U. Kneissl/ H. Krieger;

Nucl. Phys. A297/ 254 (1978)

G. M. Gurevich/ L. E. Lazareva/ V. M. Mazur/ S. Yu. Merkulov/

G. V. Solodukhov/ V. A. Tyutin;

Pis'ma Zh. Eksp. Teor. Fiz. 28/ 168 (1973);

JETP Lett. 23/ 157 (1973)

R. Hentela/ J. Keinonen; Phys. Scrip. 17/ 421 (1978)

A. Hirsch/ C. Cresiuell/ W. Bertozzi/ J. Heisenberg/

M. V. Hynes/ S. Kowalski/ H. Miska/ B. Norum/ F. N. Rad/

C. P. Sargent/ T. Sasanuma/ M. Turchinetz;

Phys. Rev. Lett. 40/ 632 (1978)

R. J. Holt/ H. E. Jackson/ R. M. Laszeuiski/ J. E. Monahan/

J. R. Specht; Phys. Rev. CIS/ 1962 (1978)

S. Kahone/ R. Moreh; Nucl. Phys. A308/ 88 (1978)

S. Kahane/ R. Moreh/ 0. Shahai; Phys. Rev. C18/ 1217 (1978)

Y. Kaiuarasaki; J. Phys. Soc. Jpn. 45/ 1076 (1978)

Y. Kaiuarasaki; J. Phys. Soc. Jpn. 45/ 1 085 (1978)

H. M. A. Karim; Radiochimica Acta 25/ 9 (1978)

J. Keinonen/ A. Anttila/ R. Hentela; Phys. Rev. C17/ 414 (1978)

J. Keinonen/ A. Anttila/ M. Bister; Nucl. Phys. A294/ 1 (1978)

J. C. Kim/ R. S. Hicks/ R. Yen/ 1. P. Auer/ H. S. Caplan/

J. C. Bergstrom; Nucl. Phys. A297/ 301 (1978)

V. V. Kirichenko/ Yu. M. Arkatov/ P. I. Vatset/ I. V. Oogyust/

A. F. Khodyachikh; Yad. Fiz. 27/ 588 (1978);

Sov. J. Nuclo Phys. 27/ 314 (1978)

F. J. Kline/ E. Hayward; Phys. Rev. C17/ 1531 (1978)

W. Knupfer; Phys. Lett. 77B/ 367 (1978)

J. W. Knowles/ A. M. Khan/ W. F. Mills;

Can. J. Phys. 56/ 1021 (1978)

E. L. Kuplennikov/ V. A. Gol'dshtein/ V. 6. Shostak/

£. V. Pegushin; Yad. Fiz. 28/ 283 (1978);

Sov. J. Nucl. Phys. 28/ 142 (1978)

N. Kumagai/ G. Isoyama/ E. Tanaka/ K. Kageyama/ T. Ishimatsu;

Nucl. Instrum. Methods 157/ 423 (1978)

A. Lepretre/ H. Beil/ R. Bergere/ P. Axel/ U. Kneissl;

Phys. Lett. 79B/ 43 (1978)

L. J. Lindgren/ A. Aim/ A. Sandeli; Nucl. Phys. A298/ 43 (1978)

A. Likar/ A. Lindholm/ L. Nilsson/ I. Bergqvist/ B. Palsson;

Nucl. Phys. A298/ 217 (1978)

R. A. Lindgren/ J. B, Franz/ W. J. Gerace/ R. S. Hicks/

A. Hotta/ 0. Huse/ G. A. Peterson/ R. C. York/ C. F. Williamson/

S. Kowalski; Phys. Rev. Lett. 41/ 1705 (1978)

J. Lichtanstadt/ J. Heisenberg/ C. N. Papanicolas/ C. P. Sargent/

A. N. Courtmanche/ J. S. McCarthy;

Phys. Rev. Lett. 40/ 1127 (1978)

L. J. Lindgren; Z. Phys. A285/ 415 (1978)

J. W. Maas/ Em Somorjai/ H. D. Graber/ C. A. Van Den Wijngarrt/

C. Van der Leun/ P. M. Endt; Nucl. Phys. A301/ 213 (1978)

X. K. Maruyama/ R. A. Lindgren/ W. L. Bendel/ E. C. Jones/ Jr./

L. W. Fagg; Phys. Rev. C17/ 856 (1978)

K. Masumoto/ T. Kato/ N. Suzuki;

Nucl. Instrum. Methods 157/ 567 (1978)

129
78Ma11

78Mc5

73Me1

7SMe2

78Me7

78Ma 8 7 3 M o 4

78Mu9

73Na3

78N®1

78Ns4

78No2

780c1

780k2

73Pa1

78Pi2

78Po3

78Ra1

78Ra2

73Ra4

78Re5

78Ru3

78Sa3

78Sa4

78Sh8

78Sk6

73St5

7SSu1

78Sy2

J. W, Maas/ A, J, C. D. Holvastr A. Baghus/ H, J. M. Aarts/

P. M. Endt; Nucl. Phys. A301r 237 (1978)

J. Cm McGeorge/ A. G. Floiuersr A. C. Shotter^ C. H, Zimmerman;

J. Phys. G: Nucl. Phys. 4, L145 (1978)

L. Meyer-Schutzmeisterx R. E. Segelr K. Raghunathan/^

Pm T. Debevec/ W. R. Wharton^ L. L. Rutledge/

T. R. Ophei; ohys. Rev. C17/ 56 (1978)

F. R. Metzger; Phys. Rev. C17/ 939 (1978)

F. R. Metzger; Phys. Rev. C18/ 2133 (1978)

F. R. Metzger; Phys- Rev. CIS/ 1603 (1978)

Je Mougey/ M. Bernheim/ D. Royer/ D- Tarnoiuski/ S. Turck/

P. D. Zimmerman/ J. M. Pinn/ S. Frullani/ 0. B. Isabelle/

G. P. Capitani/ E. De Sanctis/ I. Sick;

Phys. Rev. Lett. 41/ 1645 (1973)

J. J. Murphy/ II/ 0. M. Skopik/ J. Asai/ J. Uegaki;

Phys. Rev. C18/ 736 (1978)

K. Nakamura/ S. Hiramatsu/ T. Kamae/ H. Muramatsu/ N. Izutsu/

Y. Watase; Nucl. Phys. A296/ 431 (1978)

J. D. T. Arruda Neto/ S. B. Herdade/ 3. S. Bhandari/

I. C. Nascimento; Phys. Rev. C18/ 363 (1978)

A. A. Nemashkalo/ N. G. Afanas'ev/ Yu. V. Vladimirov/

V. P. Likhachev/ G. A. Savitskii/ V. M. Khvastunov)

Yad. Fiz. 28/ 3 (1978)/* Sov. J. Nucl. Phys. 28/ 1 (1978)

J. W. Norbury/ M. N. Thompson/ K. Shoda/ H. Tsubota;

Aust. J. Phys. 31/ 471 (1«^78>

W. J. O'Connell/ S. S. Hanna) Phys. Rev. C17/ 892 (1978)

O. 3. Okon/ H. Bakhru/ P. Sen/ N. Cue) Z. Phys- A235/ 207 (1978)

C. N. Papanicolas/ J. Heisenberg/ J. Lichtenstadt/

A. N. Courtmanche/ J. S. McCarthy)

Phys. Rev. Lett. 41/ 537 (1978)

R. Pitthan/ H- Hass/ D. H. Meyer/ J, N. Dyer/ F. R. Buskirk)

Phys. Rev. Lett. 41/ 1276 (1978)

V. N. Polishchuk/ N. G. Shevchenko/ N. G. Afanas'ev/

A. A. Khomich/ A. Yu. Buki/ 6. V. Mazan'ko)

Yad. Fiz. 27/ 1145 (1978); Sov. J. Nucl. Phys. 27/ 607 (1978)

F. N. Rad/ T. Sasanuma/ M. Bertozzi/ J. Heisenberg/

M. V. Hynes/ S. Kowalski/ H. Miska/ B. Norum/

C. P. Sargent/ W. Turchinetz/ C. F. Williamson)

Phys. Rev. Lett. 40/ 368 (1978)

S. Raman/ M. Mizumoto/ G. G. Slaughter/ R. L. Macklin)

Phys. Rev. Lett. 40/ 1306 (1978)

K. Ramavataram/ C. Rangacharyulu/ I. M. Szoghy/ R. Hilko/

C. St. -Pierre; Phys. Rev. C17/ 1583 (1978)

D. Ranker/ W. Dahme/ W. Hering/ H. Panke/ C. Zupancic/

J. Cm Alder/ B. Gabioud/ C. Joseph/ J. F. Loude/ N. Morel/

J. P. Perroud/ A. Perrenoud/ M. T. Tran/ E. Winklemann/

G. Strassner/ P. Truol) Phys. Rev. Lett. 41/ 1279 (1978)

P. Rulhusen/ F. Smend/ M. Schumacher) Z. Phys. A288/ 119 (1978)

A. M. Sandorfi/ A. M. Nathan) Phys. Rev- Lett. 40/ 1252 (1978)

A. M. Sandorfi/ L. R. Kilius/ H. W. Lee/ A. E. Litherland)

Phys. Rev. Lett. 49/ 1248 (1978)

N. G. Shevchenko/ A. Yu- Buki/ B. V. Mazan'ko / V. N. Polishchuk/

A. A. Khomich; Yad. Fiz. 28/ 12 (1978))

Sov. J. Nucl. Phys. 28/ 5 (1978)

D. M. Skopik/ E. L. Tomusiak/ J. Asai/ J. J. Murphy/ II)

Phys. Rev. C18/ 2219 (1978)

J. D. Stack; Phys. Rev. C17/ 1034 (1978)

K. M. Subotic/ 8. Lalovic/ 3. Z. Stepancic)

Nucl. Phys. A296/ 141 (1978)

T. J. M. Symons/ L. K. Fifield/ M. J. Hurst/ F. Watt/

Cm H. Zimmerman/ K. W. Allen)

J. Phys. G: Nucl. Phys. 4/ 411 (1978)

130
78Sz7 Z. M, Szalata/ K, Itoh/ G. A, Peterson^ J. Flanz/

S. P. Fivozinsky/ F. J. Kline/ J. W. Lightbody/ Jr,/

X. K. Maruyama/ S. PennerJ Phys. Rev. C17/ 435 (1973)

78Tr3 H. P. Trautvetter/ M. Wiesner/ K.-U. Kettner/ C. Rolfs/

J. W. Hammer/ Nucl. Phys. A297/ 489 (1978)

73Ts1 H. Tsubota/ S. Oikaoua/ J. Uegaki/ T. Tamas/

Nucl. Phys. A303/ 333 (1978)

78Tu2 J. 0. Turner/ C. P. Cameron/ N. R. Roberson/ H. R. Weller/

D. R. Tilley; Phys. Rev. C17/ 1853 (1978)

78Ue1 J. I. Uegaki/ K. Shoda) Nucl. Phys. A294/ 141 (1978)

73Va1 R. Van da Vyver/ J. Devos/ H. Ferdinande/ R. Carchon/

E. Van Camp; Z. Phys. A284/ 91 (1978)

78Va3 V. V. Varlamov/ B. S. Ishkhanov/ I. M. Kapitonov/

Zh. L. Kocharova/ V. I. Shvedunov) Yad. Fiz. 28/ 590 (1978);

Sov. J. Nucl. Phys. 28/ 302 (1978)

73Va5 P. I. Vatset/ A. I. Derebchinskii/ A. A. Zybalov/

0. G. Konovalov/ V. R. Nazyrov/ A. E. Tenishev/

S. G. Tonapetyan; Yad. Fiz. 27/ 605 (1977);

Sov. J. Nucl. Phys. 27/ 323 (1978)

78Ve6 S. S. Verbitskii/ A. M. Lapik/ B. S. Ratner/ A. N. Sergievskii;

Pis'ma Zh. Eksp. Teor. Fiz. 27/ 315 (1978);

JETP Lett. 27/ 294 (1978)

78Ve7 S. S. Verbitskii/ A. M. Lapik/ 8. S. Ratner/ A. N. Sergievskii;

Yad. Fiz. 28/ 1441 (1978); Sov. J. Nucl. Phys. 28/ 741 (1978)

78V12 A. E. Vlieks/ C. W. Cheng/ J. 0. King;

Nucl. Phys. A309/ 50b (1978)

73Vo4 Yu. M. Volkov/ G. A. Kolomenskii/ £. F. Lakovichev/

E. 0. Makhnovskii/ A. V. Nadtochii/ V. V. Popov/ V. P. Fominenko/

V. P. Chizhov; Yad. Fiz. 27/ 868 (1978);

Sov. J. Nucl. Phys. 27/ 461 (1978)

78We1 S. A. Wender/ N. R. Roberson/ M. Potokar/ H. R. Weller/

O. R. Tilley; Phys. Rev. Lett. 41/ 1217 (1978)

78We3 H. R. Wellar/ R, A. Blue/ P. L. Von Behren/ N. R. Roberson/

C. R. Gould/ D. R. Tilley/ S. A. Wender;

Phys. Rev. C17/ 1260 (1978)

78We4 H. R. Weller/ N. R. Roberson/ S. R. Cotanch;

Phys. Rev. C18/ 65 (1973)

73Wi2 C. F. Williamson/ F. N. Rad/ S. Koiualski/ J. Heisenberg/

H. Crannell/ J. T. O'Brien/ H. C. Lee;

Phys. Rev. Lett. 40/ 1702 (1978)

78Za2 H. Zarek/ S. Yen/ B. 0. Rich/ T. E. Drake/ C. F, Williamson/

S. Koiualski/ C. P. Sargent/ W. Chung/ B. H. Wildenthal/

M. Harvey/ H. C. Lee; Phys. Lett. 803/ 26 (1978)

78Zh4 V. E. Zhuchko/ Yu. A. Selitskii/ V. B. Funshtein/

S. V. Khleonikov/ Yu. M. Tsipenyuk; Yad. Fiz. 27/ 301 (1978);

Sov. J. Nucl. Phys. 27/ 163 (1978)

73Zh6 V. E. Zhjchko/ Yu. B. Ostapenko/ G. N. Smirenkin/ A. S. Soldatov/

Yu. M. Tsipenyuk; Yad. Fiz. 28/ 1185 (1978);

Sov. J. Nucl. Phys. 28/ 611 (1978)

78Zh7 V. E. Zhuchko/ Yu. B. Ostapenko/ G. N. Smirenkin/ A. S. Soldatov/

Yu. M. Tsipenyuk; Yad. Fiz. 28/ 1170 (1978); - Sov. J. Nucl. Phys. 28/ 602 (1978)

78Zi3 P. D. Zimmerman/ J. M. Finn/ C. F. Williamson/

T. de Forest/ Jr./ W. C. Hermans; Phys. Lett. SOB/ 45 (1978)

78Zy5 A. A. Zybalov/ A. I. Derebchinskii/ 0. G. Konovalov/

A. Si Br atashevsk ii/ V. R. Nazyrov/ A. E. Tenishev/

S. G. Tonapetyan; Yad. Fiz. 28/105 (1978);

Sov. J. Nucl. Phys. 28/ 52 (1978)

79A12 R. A. Alvarez/ B. L. Berman/ D. 0. Faul/ F. H. Leiuis/ Jr./

P. Meyer; Phys. Rev. C20/ 128 (1979)

131
79A16

79An5

79Ar1

79Ar3

79Ar7

79As4

79Ba5

793a8

79Be4

793e6

79Be7

79Be11

79Bi13

79301

79302

79Bo3

793o10

793u9

793u1

2

790i1

79Dz2

79Eg3

79En1

79Ep2

79F11

79F12

79Ga3

V. P, Alt imenkov/ S. 3. Borzakov^ J. Wierzbicki/

O. N. Ovchinnikov/ L. B. Pikel'ner/ E. I. Sharapov;

Pis'ma Zh, Eksp. Teor, fiz. 29/ 100 (1979);

JETP Lett. 29/ 91 (1979)

£. J. Ansaldo/ J. C. Bergstrom/ R. Yen/ H, S. Caplan;

Nucl. Phys. A322/ 237 (1979)

P. Argan/ G. Audit/ A. Bloch/ N. de Sotton/ J. L. Faure/

C. Schuhi/ G, Tamas/ C, Tzara/ E. Vincent/ J. Oeutsch/

0. Favart/ R. Prieels/ B. Van Oystaeyen;

Phys. Rev. C20/ 242 (1979)

J. Arends/ J.-.Eyink/ A. Hegerath/ H. Hartmann/ B. Mecking/

G. Noldeke/ H. Rost; Nucl. Phys. A322/ 253 (1979)

J. 0. T. Arruda Neto/ 8. L. Berman/ S. B. Herdade/

1. C. Nascimanto; Lett. Nuovo Cimento 26/ 487 (1979)

J. Aschenbach/ R. Haag/ H. Kriager; Z. Phys. A292/ 285 (1979)

F. Balestra/ L. Busso/ R. Garfagnini/ G. Piragino/ A. Zanini;

Nuovo Cimento 49A/ 575 (1979)

K. Baba/ I. Endo/ M. Fujisaki/ S. Kadota/ Y. Sumi/ H. Fujii/

Y. Murata/ S. Noguchi/ A. Murakami; Nucl. Phys. A322/ 349 (1979)

6. L. Berman/ D. D. Paul/ R. A. Alvarez/ P. Meyer/ D. L. Olson;

Phys. Rev. C19/ 1205 (1979)

J. C. Bergstrom/ U. Deutschmann/ R. Neuhausen;

Nucl. Phys. A327/ 439 (1979)

U. E. P. Berg/ K. Wienhard; Nucl. Phys. A318/ 453 (1978)

G. 3ellia/ A. Del Zoppo/ E. Migneco/ R. C# Barna/ D. De Pasquale;

Phys. Rev. C20/ 1059 (1979)

Y. Birenbaum/ Z. Berant/ A. Wolf/ R. Moreh;

Phys. Lett. 38B/ 239 (1979)

E. C. Booth/ B. Chasan/ J. Comuzzi/ P. Bosted;

Phys. Rev. C20/ 1217 (1979)

E. C. Booth/ B. Chasan/ F. L. Milder/ B. L. Roberts/ J. Comuzzi;

Phys. Rev. C20/ 1603 (1979)

P. E. Bosted/ K. I. Blomqvist/ A. M. Bernstein;

Phys. Rev. Lett. 43/ 1473 (1979)

M. Bosman/ A. Bol/ J. F. Gilot/ P. Leleux/ P. Lipnik/ P. Macq;

Phys. Lett. 82B/ 212 (1979)

B. Buloui/ 3. Johnsson/ G. G. Jonsson/ K. Lindgren/ M. Nilsson/

R. Petersson; Z. Phys. A290/ 393 (1979)

A. Yu. 3uki/ N. G. Shevchenko/ V. N. Polishchuk/ A. A. Khomich/

I. I. Cholov; Yad. Fiz. 30/ 5 (1979);

Sov. J. Nucl. Phys. 30/ 2 (1979)

V. di Naooli/ M. L. Terranova/ J. 3. Martins/

J. 0. Pinhairo Filho/ 0. A. P. Tavares;

J. Inorg. Nucl. Chem. 41/ 395 (1979)

L. Z. Dzhilavyan/ N. P. Kucher;

Yad. Fiz. 30/ 294 (1979); Sov. J. Nucl. Phys. 30/ 151 (1979)

K. Sh. Egiyan; Yad. Fiz. 30/ 890 (1979);

Sov. J. Nucl. Phys. 30/ 461 (1979)

N. Ensslin/ L. W. Fagg/ R. A. Lindgren/ W. L. Bendel/

E. C. Jones/ Jr.; Phys. Rev. C19/ 569 (1979)

V. N. Eponeshnikov/ Yu. F. Krechetov;

Pis'ma Zh. Eksp. Teor. Fiz. 29/ 442 (1979);

JETP Lett. 29/ 401 (1979)

J. 3. Flanz/ R. S. HickS/ R. A. Lindgren/ G. A. Peterson/

J. Oubach/ W. C. Haxton; Phys. Rev. Lett. 43/ 1922 (1979)

A. G. Flowers/ 0. Branford/ J. C. McGeorge/ A. C. Shotter/

P. Thorlay/ C. H. Zimmerman/ R. 0. Owens/ J. S. Pringle;

Phys. Rev. Lett. 43/ 323 (1979)

V. 3. Ganenko/ I. I. Miroshnichenko/ V. M. Sanin/ P. V. Sorokin;

S. V. Shalatskii/ A. V. Shebeko;

Yad. Fiz. 29/ 565 (1977); Sov. J. Nucl. Phys. 29/ 287 (1979)

132
79Ge4

79Ge7

79G15

79G16

79Go8

79Go9

79Gr2

79Gu1

79Ha2

79Ho1

79Ik1

79Is2

79Ja5

79Ja7

79Je1

79Jo2

79Jo4

79Ju3

79Ju6

79Ka8

79Kh7

79K12

79Ko1

V. A. Get'man/ V. G* Gorbenko/ V, F. Grushin/ A. Ya. Oarkach/

Yu. V. Zhebrovskii/ I. M. Karnaukhov/ L. Ya. Kolasnikov/

V. S. Kuz'manko/ A. A. Lukhanin/ Yu. N. Ranyuk/ A. L. Rubashkin/

V. M. Sanin/ P. V. Sorokin/ E. A. Sporov/ Yu. N. Telegin;

Pis'ma Zh. Eksp. Teor. Fiz. 29/ 514 (1979);

JETP Lett. 29/ 468 (1979)

V. A. Get'man/ V. G. Gorbenko/ V. F. Grushin/ A. Ya. Derkach/

Yu. V. Zheorovskii/ I. M. Karnaukhov/ L. Ya- Kolesnikov/

A. A. Lukhanin/ A. L. Rubashkin/ V- M. Sanin/ P. V. Sorokin/

c. A. Sporov/ Yu. N. Telegin;

Pis'ma Zh. Eksp. Teor- Fiz. 30/ 90 (1979);

JETP Lett. 30/ 82 (1979)

I. V. Glavanakov/ V. N, Stibunov; Yad. Fiz- 29/ 1455 (1979);

Sov. J. Mud. Phys. 29/ 746 (1979)

I. V. Glavanakov/ V. N, Stibunov;

Yad. Fiz. 30/ 897 (1979); Sov. J. Nucl. Phys. 30/ 465 (1979)

V. G. Gorbenko/ Yu. V. Znebrovskii/ L. Ya. Kolesnikov/

A. L. Rubashkin/ P. V. Sorokin;

Pis'ma Zh, Eksp, Teor, Fiz. 30/ 130 (1979);

JETP Lett. 30/ 118 (1979)

V. A. Goldshtein/ E. L. Kuplennikov/ E. M, Malyarzh/

V, K. Tartakovsky/ V. 6. Shostak; Ukr. Fiz. Zh. 24/ 1835 (1979)

M. Gross/ D. Meuer/ A, Richter/ E, Spamer/ 0. Titze/ W. Knupfer;

Phys. Lett, 843/ 296 (1979)

W. Gunther/ K. Huber/ U, Kneissl/ H, Krieger/ H. J, Maier;

Phys. Rev. C19/ 433 (1979)

S. Hartiuig/ F. H, Heimlich/ G. Huber/ E. Rossle/ J. Bleckiuenn/

M. Kobberling/ J, Moritz/ K. H, Schmidt/ D. Wegener/ D. Zeller/

P. David/ H. Mammsen; Phys, Lett, 823/ 297 (1979)

R. J. Holt/ H. E. Jackson/ R, M, Laszeiuski/ J. R. Specht;

Phys. Rev. C20/ 93 (1979)

H. Ikeda/ I, Arai/ H, Fujii/ T. Fujii/ H. Iiuasaki/ N, Kajiura/

T, Kamae/ K. Nakamura/ T, Sumiyoshi/ H. Takedo/ K. Ogaiua/

M. Kanazau/a; Phys. Rev. Lett. 42/ 1 321 (1 979)

8. S. Ishkhanov/ I. M. Kapitonov/ V, N, Orlin/ I. M, Piskarev/

V. I, Shvedunov/ V. V, Varlamov; Nucl, Phys. A313/ 317 (1979)

E, Jacobs/ A. De Clercq/ H. Thierens/ 0, De Frenne/ P, D'hondt/

P. De Gelder/ A. J, Oeruytter; Phys. Rev. C20/ 2249 (1979)

E. Jacobs/ H. Thierens/ 0. DeFrenne/ A, OeClercq/ P. D'hondt/

P. De Gelder/ A. J, Deruytter; Phys. Rev. C19/ 422 (1979)

M. Jensen/ D. R. Tilley/ H, R. Weller/ N, R. Roberson/

S. A, Wender/ T. B. Clegg) Phys. Rev. Lett. 43/ 609 (1979)

R. G. Johnson/ B, L. Berman/ K, G. McNeill/ J. G. Woodworth/

J. W, Jury; Phys. Rev. C20/ 27 (1979)

E. C, Jones/ Jr./ W. L. flendel/ L. W. Fagg/ R. A. Lindgren)

Phys. Rev. C19/ 610 (1979)

J. W. Jury/ 6. L. Berman/ D. D. Faul/ P. Meyer/ K. G. McNeill/

J. G. Woodworth; Phys. Rev. C19/ 1684 (1979)

G. Junghans/ K. Bangert/ U. E. P. Berg/ R. Stock/ K, Wienhard/

Z. Phys. A291/ 353 (1979)

I. M, Kapitonov/ E. V. Lazutin/ V. I, Mokeev/ E. S. Omarov/

I. M. Piskarev; Yad. Fiz. 30/ 1175 (1979);

Sov. J. Nucl. Phys. 30/ 609 (1979)

F. M, Khan/ J. Lowe/ J, M. Nelson/ A, R. Barnett;

Nucl. Phys. A322/ 33 (1979)

V. V, Kirichenko/ A. F, Khodyachikh/ P. I, Vatset/ I. V. Oogyust/

V. A. Zolenko; Yad. Fiz. 29/ 572 (1978);

Sov. J. Nucl, Phys. 29/ 292 (1973)

M, A. Kovash/ S. L. Blatt/ R. N. Boyd/ T. R. Donoghue/

H. J. Hausman/ A, D. Bacher) Phys. Rev. Lett, 42/ 700 (1979)

133
79Ko9

79Ku3

79Ku4

79Ku5

79Ku6

79La1

79L12

79Ma3

79Mc2

79Mi1

79Na1

79No2

79Ph2

79Ph3

79Pi1

79Pi4

79Po3

79Pr7

79Py5

79Py6

79Ri1

79Rx2

79Sc7

79Sh10

79Si5

79Si9

79Sk3

79Sk4

79Sk6

79Sk11

I. S. Koretskaya/ V. L. Kuznetsov/ L. E. Lazareva/

V. G. Nedorezov/ N. V. Nikitina; Yad. Fiz. 30/ 910 (1979)/

Sov. J. Nucl. Phys. 30/ 472 (1979)

V. L. Kuznetsov/ L. E. Lazareva/ V. G. Nedorezov/ N. V. Nikitina/

N. M. Parovic/ Nucl. Phys. A324/ 29 (1979)

N. Kumagai/ T. Ishimatsu/ £. Tanaka/ K. Kageyama/ G. Isoyatna/

Nucl. Phys. A329/ 205 (1979)

£. Kuhlmann; Phys. Rev. C20/ 415 (1979)

E. Kuhlmann/ J. R. Calarco/ V. K. C. Cheng. D. G. Mavis/

J. R. Hall/ S. S. Hanna/ Phys. Rev. C20/ 5 (1979)

R. M. Laszetuski/ P. Axel/ Phys. Rev. C19/ 342 (1979)

J. Lichtenstadt/ J. Heisenberg/ C. N. Papanicolas/ C. P. Sargent/

A. N. Courtemanche/ J. S. McCarthy) Phys. Rev. C20/ 497 (1979)

X. K, Maruyama/ F, J, Kline/ J. W. Lightbody/ Jr./ S. Penner/

M. J. Briscoe/ M. Lunnon/ H. Crannell)

Phys. Rev. C19/ 1624 (1979)

J. C. Me George/ A. C. Shotter/ 0, Branford/ J. M. Reid)

Nucl. Phys. A326/ 108 (1979)

F. L. Milder/ E. C. Booth/ B. Chasan/ A. M. Bernstein/

J. Comuzzi/ G. Franklin/ A. Nagl/ H. Uberali;

Phys. Rev. C19/ 1416 (1979)

A. M. Nathan/ R. Starr/ R. M. Laszetuski/ P. Axel)

Phys. Rev. Lett. 42/ 221 (1979)

V. I. Noga/ Yu. N. Ranyuk/ Yu. N. Telegin)

At. Energ. 47/ 183 (1979); Sov. J. At. Energy 47/ 735 (1979)

T. W. Phillips/ R. G. Johnson; Phys. Rev. C20/ 1639 (1979)

T. M. Phillips/ 8. L. Berman/ 0. 0. Faul/ J. R. Calarco/

J. R. Hall; Phys. Rev. C19/ 2091 (1979)

R. Pitthan/ F. R. Buskirk/ J. N. Oyer/ E. E. Hunter/

G. Pozinsky; Phys. Rev. C19/ 299 (1979)

R. Pitthan/ H. Hass/ D. H. Meyer/ F. R. Buskirk/ J. N. Oyer)

Phys. Rev. C19/ 1251 (1979)

V. N. Polishchuk/ N. G. Shevchenko/ N. G. Afanas'ev/ A. Yu. Buki/

A. A. Khomich; Yad. Fiz. 29/ 582 (1978);

Sov. J. Nucl. Phys. 29/ 297 (1979)

J. S. Pringle/ A. G. Flouiers/ 0. Branford/ J. C. McGeorge/

C. H. Zimmerman; Nucl. Phys. A325/ 63 (1979)

R. E. Pytuell/ M. N. Thompson) Nucl. Phys. A318/ 461 (1979)

R. E. Pyyuell/ M. N. Thompson/ R. A. Hicks)

Nucl. Phys. A325/ 11o (1979)

F. Rigaud/ G. Y. Petit/ J. Dalmas/ J. L. Irigaray/ M. Suffert/

F. Saporetti/ G. Longo/ R. Guidotti) Nucl. Phys. A326/ 26 (1979)

M. Riihonen/ J. Keinonen/ A. Anttila)

Nucl. Phys. A313/ 251 (1979)

R. Schneider/ A. Richter/ A. Schiuierczinski/ E. Spamer/ 0. Titze/

U. Knupfer; Nucl. Phys. A323/ 13 (1979)

A. C. Shotter/ C. H. Zimmerman/ J. M. Reid/ J. C. McGeorge/

A. G. Flowers; Nucl. Phys. A330/ 325 (1979)

G. G. Simon/ F. Borkoiuski/ Ch, Schmitt/ V. H, Walther/

H. Arenhovel/ M. Fabian) Nucl. ohys. A324/ 277 (1979)

K. N. Sinha/ A. G. Hwang/ H."B. Mak/ H. C. Evans)

Can. J. Phys. 57/ 781 (1979)

O. M. Skopik/ J, Asai/ E. L. Tomusiak/ J. J. Murphy ID

Phys. Rev. C20/ 2025 (1979)

D. M. Skopik/ H. R. Weller/ N. R. Roberson/ S. A. Wender)

Phys. Rev. C19/ 601 (1979)

D. M. Skopik/ J. J. Murphy II/ H, R. Weller/ R. A. Blue/

N« R. Roberson/ S. A. Wander/ D. R. Tilley)

Phys. Rev. C20/ 409 (1979)

0. M. Skopik/ J. J. Murphy II/ J. Asai)

Phys. Rev. C19/ 1144 (1979)

134
79Sn1

79St8

79Th1

79Ts2

79Ue1

79Va3

79Va5

79Ve2

79Vi1

79Vo4

79Wo1

79Wo2

79Wo3

79Wo4

79Ya1

79Zh3

SOAdIC

30A11

30An5

80 An6

S0Ar2

30 Ar4

30Ar7

30Ar8

30Ar9

K. A. Snover/ P. G. Ikossir T. A. Trainor;

Phys. Rev. Lett. 43/ 117 (1979)

G. Strassner/ P. Truol/ J. C. Alder/ 0. Gabioud/ C. Joseph/

J. F. Loude/ N. Morel/ A. Perrenoud/ J. P. Perroud/ M. T. Tran/

E. Winkelirann/ W. Dahme/ H. Panke/ D. Renker/ H. A. Medicus/

Phys. Rev. C20/ 248 (1979)

J. E. M. Thomson/ M. N. Thompson) Nucl. Phys. A330/ 66 (1979)

H. Tsubota/ S. Oikauia/ J. Uegaki/ T. Tamae)

Nucl. Phys. A321/ 157 (1979)

J. Uegaki/ J. Asai/ M. K. Leung/ J. J. Murphy II/ Y. M. Shin/

D. M. Skopik; Can. J. Phys. 57/ 1059 (1979)

V. V. Varlamov/ 3. S. Ishkhanov/ I. M. Kapitonov/

Yu. I. Prokopchuk/ V. I. Shvedunov) Yad. Fiz. 30/ 1185 (1979))

Sov. J. Nucl. Phys. 30/ 617 (1979)

V. V. Varlamov/ 3. S. Ishkhanov/ I. M. Kapitonov/ A. N. Panov/

V. I. Shvedunov) Izv. Akad. Nauk S5SR 43/ 186 (1979))

Bull. Acad. Sci. 43/ 157 (1979)

E. Ventura/ J. R. Calarco/ C. C. Chang/ £. M. Diener/

D. G. Mavis/ S. S. Hanna/ G. A. Fisher)

Phys. Rev. C19/ 1705 (1979)

J. Visser/ G. A. Brinkman/ Cees N. M. Bakker)

Int. J. Appl. Rad. Isotopes 30/ 745 (1979)

Yu. M. Volkov/ A. I. Agnat'ev/ G. A, Kolomenskii/

E. F. Lakovichev/ E. D. Makhnovskii/ A. V. Nadtochii/

V. V. Popov/ V. P. Fominenko/ V. P, Chizkov)

Pis'ma Zh. Eksp. Teor. fiz. 30/ 67 (1979))

JETP Lett. 30/ 59 (1979)

J. G. Wodiuorth/ K. G. McNeill/ J. W. Jury/ R. A. Alvarez/

B. L. Berman/ D. D. Faul/ P. Meyer)

Phys. Rev. C19/ 1667 (1979)

J. G. Woodiuorth/ K. G. McNeill/ J. W. Jury/ P. 0. Georgopulos/

R. G. Johnson) Nucl. Phys. A327/ 53 (1979)

E. Wolynec/ M. R. Dodge/ E. Hayutard)

Phys. Rev. Lett. 42/ 27 (1979)

C. Woodiuard/ G. A. Peterson) Phys. Rev. C20/ 2437 (1979)

M. Yagi/ K. Kondo/ A. Yamadero)

Inti. J. App. Rad. Isotopes 30/ 123 (1979)

V. E. Zhuchko/ Y. 3. Ostapenko/ G. N. Smirenkin/ A. S. Soldatov/

Yu. M. Tsipenyuk) Yad. Fiz. 30/ 326 (1979))

Sov. J. Nucl. Phys. 30/ 326/ (1979)

J.-O. Adler/ G. Andersson/ H.-A. Gustafsson/ K. Hansen)

Z. Phys. A295/ 65 (1980)

R. Altemus/ A. Cafolla/ D. Day/ J. S. McCarthy/ R. R. Whitney/

J. E. Wise) Phys. Rev. Lett. 44/ 965 (1980)

E. J. Ansaldo) Phys. Rev. C22/ 915 (1980)

£. J. Ansaldo/ C. Rangacharyulu/ D. Bender/ U. Kramer/

A. Richter/ E. Spamer/ W, Knupfer) Phys. Lett. 958/ 31 (1980)

P. Argan/ G. Audit/ A. Bloch/ N. de Botton/ J. L. Faure/

C. Schuhl/ G. Tamas/ C. Tzara/ E. Vincent/ J. Deutsch/

D. Favart/ R. Prieels/ B. Van Oystaeyen)

Phys. Rev. C21/ 1416 (1980)

J. 0. T. Arruda Neto/ S. B. Herdade/ I. C. Nascimento)

Nucl. Phys. A334/ 297 (1980)

J. D. T. Arruda-Neto/ S. B. Herdade/ 3. L. Berman/

I. C. Nascimento) Phys. Rev. C22/ 1996 (1980)

J. Arends/ J. Eyink/ H. Hartmann^ A. Hegerath/ B. Mecking/

G. Noldeke/ H. Rost) Z. Phys. A293/ 103 (1980)

P. Argan/ G. Audit/ A. Bloch/ N. de Botton/ J.-L. Faure/

C. Schuhl/ G. Tamas/ C. Tzara/ E. Vincent/ J. Deutsch/

D. Favart/ R. Prieels/ B. Van Oystaeyen)

Phys. Rev. C21/ 662 (1930)

135
30Ar11 G* V. Arustamyan/ G« A. Vartapatyan/ A. S« Oanagulyan/

A. G. Khudavardyan/ Yad. Flz. 32r 1165 (1930)j

Sov. J. NIucl. Phys. 32/ 601 (1980)

80Ar12 Yu. M. Arkatov/ P. I. Vatset/ V. I. Voloshchuk/ V. N. Gur'ev/

V. A. Zolenko/ I. M. ProkhoratS/

Yad. fiz. 31/ 5 (1980); Sov. J. Nucl. Phys. 32/ 2 (1980)

8QAr13 Yu. M. Arkatov/ P. I. Vatset/ V. I. Voloshchuk/ V. A. Zolenko/

I. M. Prokhorets/ Yad. Fiz. 31/ 1400 (1980)/

Sov. J. Nucl. Phys. 31/ 726 (1980)

30As3 J. Asai/ J. J. Murphy II/ 0. M. Skopik;

Phys. Rev. C21/ 469 (1980)

803e1 3. L. Berman/ D. D. Paul/ P. Meyer/ D. L. Olson/

Phys. Rev. C22/ 2273 (1980)

803a3 J. C. Bergstrom/ Phys. Rev. C21/ 2496 (1980)

803e4 J. C. Bergstrom/ Nucl. Phys. A341/ 13 (1980)

803e5 V. Bellini/ V. Emma/ S. Lo Nigro/ C. Milone/ G. S. Pappalardo/

G. Bologna/ Nuovo Cimento 55A/ 182 (1980)

803o2 P. =. Bosted/ K. I. Blomqvist/ A. M. Bernstein/ S. A. Oytman/

R. A. Miskimen; Phys. Rev. Lett. 45/ 1544 (1980)

80Br6 A. S. Bratashevskii/ A. I. Derebchinskii/ A. A. Zybalov/

0. G. Konovalov/ P. V. Sorokin/ A. E« Tenishev/

Pis'ma Zh. Teor. Fiz. 31/ 295 (1980);

JETP Lett. 31/ 270 (1980)

80Br7 A. S. Bratashevskii/ A. I. Derebchinskii/ A. A. Zybalov/

0. G. Konovalov/ P. V. Sorokin/ A. E. Tenishev/

Yad. Fiz. 31/ 860 (1980); Sov. J. Nucl. Phys 31/ 444 (1980)

SOBrS A. S. Bratashevskii/ A. I. Derebchinskii/ A. A. Zybalov/

0. T. Konovalov/ P. V. Sorokin/ A. E. Tenishev;

Yad. Fiz. 32/ 418 (1980); Sov. J. Nucl. Phys. 32/ 216 (1980)

80Br9 A. S. Bratashevski j/ V. G. Gorbenko/ A. I. Derebchinski J/

A. Ya. Derkach/ Yu. V. ZhebrovskiJ/ A. A. Zyoalov/

1. M. Karnaukhov/ L. Ya. Kolesnikov/ 0. G. Konovalov/

A. A. Lukhanin/ A. S. Cmelaenko/ A. L. Rubashkin/ P. V. Sorokin/

£. A. Sporov/ A. E. Tenishev/ S. G. Tonapetyan;

Nucl. Phys. B166/ 525 (1980)

80Ca1 J. T. Calduiell/ E. J. Douidy/ 6. L. Berman/ R. A. Alvarez/

P. Meyer; Phys. Rev. C21/ 1215 (1930)

80Ca2 J. T. Calduiell/ E. J. Oouidy/ R. A. Alvarez/ B. L. Berman/

Pm Meyer; Nucl. Sci. Eng. 73/ 153 (1980)

80Ca4 J. R. Calarco/ P. M. Kurjan/ G. A. Fisher/ S. S. Hanna;

Phys. Lett. 92B/ 67 (1980)

80Ca5 C. P. Cameron/ R. D. Ledford/ M. Potokar/ 0. G. Rickel/

N. R. Roberson/ H. R. Weller/ D. R. Tilley;

Phys. Rev. C22/ 397 (1980)

S0Ch3 T. Chapuran/ R. Vodhanel/ M. K. Brussel;

Phys. Rev. C22/ 1420/ (1980)

80Co6 P. Corvisiero/ G. Ricco/ M. Sanzone/ A. Zucchiatti;

Lett. Nuovo Cimento 29/ 65 (1980)

80De2 D. De Frenne/ H. Thierens/ E. Jacobs/ P. De Gelder/ A. De Clercq/

P. D'hondt/ A. J. Deruytter; Phys. Rev. C21/ 629 (1980)

80De4 W. Del Bianco/ H. Jeremie/ M. Irshad/ G. Kajrys;

Nucl. Phys. A343/ 121 (1980)

300e5 W. Del Bianco/ G. Kajrys; Can. J. Phys. 58/ 1496 (1980)

80Dh3 P. D'hondt/ £. Jacobs/ A. De Clercq/ D. De Frenne/ H. Thierens/

P. De Gelder^ A. J. Deruytter; Phys. Rev. C21/ 963 (1980)

SOOol W. R. Dodge/ E. Hayuiard/ R. G. Leicht/ B. H. Patrick/ R. Starr;

Phys. Rev. Lett. 44/ 1040 (1980)

30Fa2 D. D. Paul/ B. L. Berman/ P. Meyer/ D. L. Olson;

Phys. Rev. Lett. 44/ 129 (1980)

SOGaS A. V. Gann/ V. I. Noga/ Yu. N. Ranyuk/ Yu. N. Telegin/

G. G. Jonsson; Yad. Fiz. 32/ 1161 (1980);

Sov. J. Nucl. Phys. 32/ 599 (1980)

136
80Go2

806o3

8OG06

80Go7

80Gu1

30Gu4

80Gu5

80Ha5

30Ha6

80He4

80Hi2

8OH0I

80Ho3

SOIsI

80Is2

80Is3

80Is4

80Is5

80Is6

80Is7

80Ja3

80Jo2

SOJoS

80Ju1

80Ju4

O. Goutta/ J. B. Bellicapd/ J. M, Cavedon/ B. Frois/ M. Huet/

P. Laconta/ Phan Xuan Ho/ S. Platchkov/ J. Haisanbarg/

J. Lichtanstadt/ C. N. Papanicolas/ I. Sick/

Phys. Rav. Lett. 45/ 1618 (1980)

V. A. Gol'dshteln/ V. L. Kuplennikov/ V. V. Lubyanyi/

V. I. Startsev/ V. 3. Shostak/ N, G. Afanas'av;

Yad. Fiz. 31/ 1388 (1980); Sov. J. Nucl. Phys. 31/ 716 (1980)

V. Zhebrovskii/ L. Ya. Kolesnikov/

V. Sorokin;

Pis'ma Zh. Eksp. Teor. Fiz. 32/ 387 (1980);

JETP Lett. 32/ 362 (1980)

H. Goringer/ B. Schoch; Phys. Lett, 97B/ 41 (1980)

Gunther/ R. Haag/ K. Huber/ U. Kneissl/ H. Krieger/

J. Maier/ H, Stroher; Phys. Rev. Lett. 44/ 716/ (1980)

W. Gunther/ K, Huber/ U. Kneissl/ H. Krieger/ H. J. Maier;

Z. Phys. A295/ 333 (1980)

Gunther/ K. Huber/ U. Kneissl/ H. Krieger/ H, Stroher/ W. Wilke/ H. J. Maier; Nucl. Phys.

Hanninen/ R. Hentela/ G. U. Din; Phys. Scripta 22/ 451 (1980)

A, Hayashi/ S. Yamamoto/ I. Kimura/ K. Kobayashi/

Mori/ S. Kanazauua/ H. Nishihara/ S. A, Bokharee/ R. W. Emmett/

C. Block/ M. Becker/ 0. R. Harris/ B. K, Malaviya;

V, G. Gorbenko/ Yu

A. L. Rubashkin/ P

w.H.

WH.

R.

S.

T.

R.

Ries/

A350/ 1 (1980)

Ann. Repts, Res. Reactor Inst./ Kyoto Univ. 13/ 23 (1980)

R. L T. A R. S Phys

B.

V. M,

Helmer/ M. D. riasinoff/ J. E. Bussoletti/ K. A. Snover/

Trainor; Nucl. Phys. A336/ 219 (I960)

Hicks/ A. Hotta/ J. B. Flanz/ H. deVries;

Rev. C21/ 2177 (1980)

S. Homma/ M. Kanazaiua/ K. Maruyama/ Y. Murata/ H. Okuno/

A. Sasaki/ T. Taniguchi; Phys- Rev. Lett. 45/ 706 (1980)

R. J. Holt/ R. M. Laszeiuski/ H. E. Jackson/ J. E. Monahan/

J. R. Specht; Phys. Rev. C21/ 1699 (1980)

G. Isoyama/ T. Ishimatsu/ E. Tanaka/ K, Kageyama/ N. Kumagai;

Nucl. Phys. A342/ 124 (1980)

B. S. Ishkhanov/ V, I, Mokeev/ Yu. A. Novikov/ E. S. Omarov/

I. M. Piskarev/ A. M, Parlag/ A. I. Gutii;

Yad. Fiz. 32/ 835 (1980); Sov. J. Nucl. Phys. 32/ 455 (1980)

H. Ikeda/ I. Arai/ H, Fuji!/ T, Fujii/ H. Imasaki/ N. Kajiura/

T. Kamae/ K. Nakamura/ T. Sumiyoshi/ H. Takeda/ K. Ogaiua/

M. Kanazauua; Nucl. Phys. 8172/ 509 (1980)

S. Ishkhanov/ V. I. Mokeev/ E. S. Omarov/ I. M, Piskarev/

Sorvin; Yad. Fiz. 31/ 1407 (1980);

Sov. J. Nucl. Phys. 31/ 730 (1980)

Ishkhanov/ I. M. Kapitonov/ V. I. Shvedunov/

Shumakov; Yad. Fiz. 32/ 305 (1980);

Sov. J. Nucl. Phys. 32/ 157 (1930)

B. S. Ishkhanov/ Yu. A. Novikov/ E. S. Omarov/ I. M. Piskarev;

Yad. Fiz. 32/ 1465 (1980); Sov. J. Nucl. Phys. 32/ 757 (1980)

T. Ishii/ K. Egauja/ S. Kato/ T. Miyachi/ K. Sugano/ K. Toshioka/

K. Ukai/ M. Chiba/ K. Joh/ T. Shinohara/ Y. Yoribayashi/ Y. Wada;

Nucl. Phys. B165/ 189 (1930)

E. Jacobs/ H. Thierens/ D. De Frenne/ A. De Clercq/ P. D'hondt/

P. De Gelder/ A. J. Deruytter; Phys. Rev,

E. C. Jones/ Jr./ W. L. Bendel/ L. W Phys. Rev. C21/ 1162 (1980)

S. Joly/ G. Grenier/ J. Voignier/ J. W.

Nucl. Phys. A334/ 269 (1980)

J. W. Jury/ C. K. Ross/ N. K. Sherman)

Nucl. Phys. A337/ 503 (1980)

J. W. Jury/ B. L. Berman/ 0. D. Paul/

Phys. Rev. C21/ 503 (1980)

B.

A.

C21/ 237 (1980)

Fagg/ R. A. Lindgren)

Boldeman;

P. Meyer/ J. G. Woodiuorth;

137
80Ka4

80Kh2

80Kh3

80Ku1

80Le3

80Li1

80L12

80Li4

80Li5

80Ma5

80Mc2

80Mc3

S0Mc6

80M®7

80Mi1

80Mu4

80Na1

80Ne2

S0Ni3

80N14

80Pa1

80Pi2

80Pi3

80Py4

aOPyS

80Ra1

80Ra2

Si Kato/ T. Miyachi/ K. Sugano/ K. Toshloka/ K. Ukai/ M. Chiba/

K« Egaua/ T. Ishll/ Y. Yoribayashi/ K. Joh/ T. Shinohara/

Y. Mada; Nucl. Phys. 8163 (1980)

A. F. Khodyachik/ P. I. Vatsat/ ! V. Oogyust/ V. A« Zolanko/

V. V. Kirich9nko; Yad. Fiz. 32/ 881 (1980);

Sov. J. Nucl. Phys. 32/ 453 (1980)

V. M. Khy/astunov/ N. G. Afanas'ev/ Yu. V. Vladimirov/

G. A. Savitskii/ V. F. 3orzhko vskii/ V. G. Vlasov/

I. I. Zalyubovskii/ N. G. Stervoedov/ A. N. Frolov/

Yad. Fiz. 32/ 297 (1980); Sov. J. Nucl. Phys. 32/ 152 (1980)

M. Kusuhara; Phys. Rev. C21/ 1165 (1980)

H. -D. Lemke/ B. Ziegler/ M. Mutterer/ J. P. Theobald/ N. Carjan;

Nucl. Phys. A342/ 37 (1980)

J. Lichtenstadt/ C. N. Papanicolas/ C. P. Sargent/ J. Heisenberg/

J. S. McCarthy; Phys. Rev. Lett. 44/ 858 (1980)

I. Linck/ L. Kraus/ S. L. 81att; Phys. Rev. C21/ 791 (1980)

A. Lindholm/ L. Nilsson/ M. Ahmad/ M. Anu/ar/ I. Bergqvist/

S. Joly; Nucl. Phys. A339/ 205/ (1980)

L. J. Lindgren/ A. S. Soldatov/ Yu. M. Tsipenyuk;

Yad. Fiz. 32/ 335 (1980); Sov. J. Nucl. Phys. 32/ 173 (1980)

J. 0. MacArthur/ H. C. Evans/ J. R. Leslie/ H.-B. Mak/

Phys. Rev. C22/ 356 (1980)

R. C. McBroom/ H. R. Weller/ S. Manglos/ N. R. Roberson/

S. A. Wender/ 0. R. Tilley/ 0. M. Skopik/ L. G. Arnold/

R. G. Seyler; Phys. Rev. Lett. 45/ 243 (1980)

J. S. McCarthy; Nucl. Phys. A335/ 27 (1930)

J. C. McGeorge/ A. G. Flotuers/ D. Branford/ C. H. Zimmerman/

R. 0. Owens; J. Phys. G: Nucl. Phys. 6/ L133 (1980)

0. Meuer/ R. Frey/ 0. H. H. Hoffmann/ A. Richter/ E. Spamer/

0. Titze/ W. Knupfer; Nucl. Phys. A349/ 309 (1980)

K. Min/ E. J. Winhold/ K. Shoda/ H. Tsubota/ H. Ohashi/

M. Yamazaki; Phys. Rev. Lett. 44/ 1384 (1980)

W. Muckenheim. P. Rullhusen/ F. Smend/ M, Schumacher;

Phys. Lett. 928/ 71 (1980)

A. M. Nathan/ R, Moreh; Phys. Lett. 91B/ 38 (1980)

B. M. K. Nefkens/ Th. S. Bauer/ K. Baba/ A. Boudard/

W. J. Briscoe/ G. Bruge/ J. L. Faure/ J. Gosset/

A. Hegerath/ J. C. Lugol/ B. H, Silverman/ Y. Terrien)

Phys. Rev. Lett. 45/ 163 (1980)

L. Nilsson/ M, Drosg/ 0. M, Drake/ A, Lindholm;

Phys. Rev. C21/ 902 (1980)

M. Nilsson/ B. Schroder/ B. Bulow/ J. Grintals/ G. G. Jonsson/

B. Lindner/ K. Srinivasa Rao/ S. Susila;

Z. Phys. A294/ 253 (1980)

C. N. Papanicolas/ J. Lichtenstadt/ C. P. Sargent/

J. Heisenberg/ J. S, McCarthy; Phys. Rev. Lett, 45/ 106 (1980)

R. Pitthan/ 3. M. Bates/ J. S. Beachy/ 5. B. Dally/

D. H. Oubois/ J. N. Dyer/ S. J. I^owalick/ P. R. Buskirk;

Phys. Rev. C21/ 147 (1980)

R. Pitthan/ F. R. Buskirk/ W. A. Houk/ R. W. Moore;

Phys. Rev. C21/ 28 (1980)

R. E. Pywell/ M. N. Thompson/ 3. L. Berman;

Nucl. Instrum. Methods 178/ 149 (1980)

R. E. Pywell/ M. N. Thompson/ K. Shoda/ M. Sugawara/ T. Saito/

H. Tsubota/ H. Miyase/ J. Uegaki/ T. Tamae/ H. Ohashi/ T. Urano;

Aust. J. Phys. 33/ 685 (1930)

F. N. Rad/ W. Bertozzi/ S. Kowalski/ C. P. Sargent/

C. F. Williamson/ M. V. Hynes/ 8. Norum/ 3. Peterson/

T. Sasanuma/ W. Turchinetz; Phys. Rev. Lett. 45/ 1758 (1980)

C. Rangacharyulu/ C. St”Pierre; Can. J. Phys. 58/ 150 (1980)

138
80Ra3

80Sa4

80Sc8

80SH2

30Sh9

80Sh10

80Sk5

80Sn1

80St3

S0St7

80Su6

80Ta2

80Ta3

80Ta5

80Ti4

80Tu1

80Ue1

80U12

80Va1

80Vo2

80Wh2

8 OW 0 I 80Ya2

80Ye1

80Yo3

81 Acll

81 Ah 6

81 A15

K. Raghunathan/ L. L. Rutladge/ R. E. Sagel/

La Mey«r-Sc hutzmeist SP/ Phys. Rav. C22/ 2409 (1980)

A. M, Sandopfi/ J. R« Calarco^ R. E* Rand/ H. A. Schiuettman;

Phys. Rev. Lett. 45/ 1615 (1980)

5. Schoch/ H. GoringeP/ P. Jenneiuein/ F. Klein/ G. Luhrs/

F. Zetti; Phys. Rev. C22/ 2630 (1930)

0. Shahal/ R. Moreh/ M. Pazi; Nucl. Phys. A339/ 157 (1980)

K. Shoda/ H. Ohashi/ K. Nakahara/ Nucl. Phys. A350/ 377 (1980)

N. K. Sherman/ C. K. Ross/ K. H. Lokan;

Phys. Rev. C21/ 2328 (1980)

O. M. Skopik/ J. Asai/ J. J. Murphy li;

Phys. Rev. C21/ 1746 (1980)

K. A. Snover/ P. G. Ikossi/ E. G. Adelberger/ K. T. Lesko/

Phys. Rev. Lett. 44/ 927 (1980)

P. Stoler/ E. J. Winhold/ F. O'Brien/ P. F, Yergin/ D. Roiuley/

K. Min/ J. LeRose/ A, M. Bernstein^ K. I. Blomqvist/ G. Franklin/

N. Paras/ M. Pauli; Phys. Rev. C22/ 911 (1980)

W. Steffen/ H.-D. Graf/ W. Gross/ 0. Meuer/ A. Richter/

E. Spamer/ 0. Titze/ W, Knupfer) Phys. Lett. 95B/ 23/ (1980)

R. Sutton/ M. N. Thompson/ M, Sugaujara/ K. Shoda/ T. Saito/

H. Tsubota; Nucl. Phys. A339/ 125 (1980)

T, Tamae/ T. Urano/ M. Hirooka/ M- Sugaiuara;

Phys. Rev. C21/ 1758 (1980)

H. Taneichi/ H. Ueno/ K. Shoda/ Y. Kaiuazoe/ T. Tsukamoto/

Nucl. Phys. A350/ 157 (1980)

H, Takeda/ I. Arai/ T. Fujii/ H. Ikeda/ H. luiasaki/ N. Kajiura/

T. Kamae/ S. Kauuabata/ K. Ogauta/ T. Sumiyoshi/ H. Fujii/

S. Homma/ M. Kanazaiua/ N. Yamashita; Nucl. Phys. 8168/ 17 (1980)

Yu. I. Titov/ A. S. Esaulov/ R. V. Akhmerov/ N, G. Afanas'ev/

A. S. Omelaenko/ E. M. Smelov; Yad. Fiz. 31/ 1396 (1980)/

Sov. J. Nucl. Phys. 31/ 724 (1980)

J. D- Turner/ N. R. Roberson/ S. A, Wender/ H. R. Weller/

O. R. Tilley; Phys. Rev. C21/ 525 (1980)

J. Uegaki/ K. Shoda; Nucl. Phys. A341/ 125 (1980)

M- Sana Ullah/ H. M. Sen Gupta; Nucl. Phys. A337/ 231 (1980)

E. Van Camp/ R. Van de Vyver/ H. Ferdinande/ E. Kerkhove/

R. Carchon/ J. Devos; Phys. Rev. C22/ 2396 (1980)

Yu. M. Volkov/ A. I. Ignat'ev/ G. A. Kolomenskii/

£. F. Lakovichev/ E. D. Makhnovskii/ A. V. Nadtochii/

V. V. Popov/ V. P, Fominenko/ V. P. Chizhov;

Yad. Fiz. 32/ 595 (1980); Sov. J. Nucl. Phys. 32/ 306 (1980)

K. E. Whitner/ C. F. Williamson/ B. E Norum/ S- Kowalski;

Phys. Rev. C22/ 374 (1980)

E. Wolynec/ W. R. Dodge/ R. G. Leicht/ E. Hayward;

Phys. Rev. C22/ 1012 (1980)

M. Yagi/ R. Amano)

Int. J. Applied Radiat. and Isotopes 31/ 559 (1980)

S. Yen/ R. Sobie/ H, Zarek/ B. 0. Pich/ T. E. Drake/

C. F. Williamson/ S. Kowalski/ C. P- Sargent;

Phys. Lett. 938/ 250 (1980)

M. Yoshioka/ A. Noda/ M. Daigo/ Y. Hemmi/ R. Kikuchi/ M. Minowa/

K. Miyake/ T. Nakamura/ M, Ono/ Y. Suzuki/ S. Kato/ K. Ukai/

K. Toshioka/ K. Sugano/ T. Shimomura/ T. Shinohara/ M. Chiba/

Y. Hoshi; Nucl. Phys. B168/ 222 (1980)

K. Ackermann/ K. Bangert/ U. E. P. Berg/ G. Junghans/

R. K. M. Schneider/ R. Stock/ K. Wienhard;

Nucl. Phys. A372/ 1 (1981)

J. Ahlert/ M. Schumacher; Z. Phys. A301/ 75 (1981)

P. D. Allen/ E. G. Muirhead/ D. V. Webb;

Nucl. Phys. A357/ 171 (1981)

139
81 A17

81 A13

31 An9

81 Ar1

81 Ar2

81 Ar3

81 Ar4

81 Asia

81 AvIO

81 Av13

8lBs1

81 Be3

81 Ba9

51 3a10

81Bs11

813®12

313i4

31 Bi6

31 3i7

81Bi13

81 Bo5

8l3r2

813r8

81Ca2

81Ch1

R* Alba/ G. Bellia/ L» Calabretta/ A. Del Zoppo/ E. Migneco/

G. Russo/ R. C. Barna/ 0. Oe Pasquale/

Nuovo Cimento 62A/ 145 (1981)

K. V. Alanakyan/ M, Dzh. Amaryan/ R. A, Demirchyan/

Km Sh. Egijan/ M. S. Ogandzhanyan/ Yu. G. Sharabyan/

Nucl. Phys. A367/ 429 (1981)

A. P. Antipenko/ I. A. Grishaev/ V. I. Kasilov/ N. I. Lapin/

S. F. Shcherbak; Yad. Fiz. 33/ 310 (1981);

Sov. J. Nucl. Phys. 33/163 (1931)

J. Arends/ J. Eyink/ A. Hegerath/ K. G. Hilger/ B. Mecking/

G. Noldeke/ H. Rost; Phys. Lett. 938/ 423 (1981)

P. Argan/ G. Audit/ A. Bloch/ N. de Botton/ J. L. Faure/

C. Schuhl/ G. Tamas/ C. Tzara/ E. Vincent/ J. Deutsch/ 0. Favart/

R. Prieels/ B. Van Oystaeyen; Phys. Rev. C24/ 300 (1981)

J. ArendS/ J. Eyink/ A. Hegerath/ K. G. Hilger/ 3. Hacking/

G. Noldeke/ H, Rost; Nucl. Phys. A358/ 367c (1981)

J. 0. T, Arruda-Neto/ 6. L. Berman/ S. B. Herdade/

I. C. NascimentO/ Phys. Rev. C23/ 2595 (1981)

Y. I. Assafiri/ M. N. Thompson; Nucl. Phys. A357/ 429 (1981)

R. 0. Avakyan/ A. E. Avetisyan/ N. Z. Akopov/ S. S. Oanagulyan/

I. Kh. Kosakov/ A. A. Oganesyan/ Zh. V. Petrosyan/ S. P. Taroyan/

G. M. Elbakyan; Yad. Fiz. 33/ 362 (1981);

Sov. J. Nucl. Phys. 33/ 192 (1981)

R. 0. Avakyan/ A. E. Avetisyan/ N. Z. Akopov/ S. S. Oanagulyan/

I. Kh. Kosakov/ A. A. Oganesyan/ Zh. V. Petrosyan/ S. P. Taroyan/

G. M. Elbakyan; Yad. Fiz. 33/ 853 (1981);

Sov. J. Nucl. Phys. 33/ 443 (1931)

M. Bernheim/ £. Jans/ J. Mougey/ 0. Royer/ D. Tarnoujski/

S. Turck-Chieze/ I. Sick/ G. P. Capitani/ E. De Sanctis/

S. Frullani; Phys. Rev. Lett. 46/ 402/ (1981)

3. Bellinghausen/ A. Christ/ H. J. Gassen/ G. Goerigk/

R. Muller/ G. Noldeke/ T. Reichelt/ H. Stanek/ ?. Stipp;

Nucl. Phys. A35S/ 373c (1981)

U. E. P. Berg/ 0. Ruck/ K. Ackarmann/ K. Bangert/ C. Biasing/

K. Kobras/ W. Naatz/ R. K, M. Schneider/ R. Stock/ K. Wienhard;

Phys. Lett. 1036/ 301 (1981)

Z. Berant/ Y. Birenbaum/ R. Morah/ O.Shahai;

Nucl. Phys. A368/ 201 (1981)

M. Bernheim/ A. Bussiere/ J. Mougey/ 0. Royer/ 0. Tarnoiuski/

S. Turck-Chieze/ S. Frullani/ G. P. Capitani/ E. De Sanctis/

E. Jans; Nucl. Phys. A365/ 349 (1981)

G. Bellia/ L. Calabretta/ A. Del Zoppo/ E. Migneco/ G. Russo/

R. C. Barna/ 0. De Pasquale; Phys. Rev. C24/ 2762 (1981)

W. Biesiot/ Ph. B. Smith/ J. L. Stavast/ P. B. Goldhoorn/

S. van der Hoek; Nucl. Phys. A359/ 149 (1981)

Y. Birenbaum/ Z. Berant/ S. Kahane/ A. Wolf/ R. Moreh;

Nucl. Phys. A369/ 433 (1981)

W. Biesiot/ Ph, 3. Smith; Phys, Rev, C24/ 803 (1981)

W. Biesiot/ Ph. 3. Smith; Phys. Rev. C24/ 2443 (1981)

T. J. Boi/les/ R. J. Holt/ H. E. Jackson/ R. M. Laszeiuski/

R. 0. McKeotun/ A. M. Nathan/ J. R. Specht;

Phys. Rev. C24/ 1940 (1981)

G. A. Brinkman/ R. Heysman/ J. Th. Veenboer/ J. Visser;

Int. J. Applied Radiat, and Isotopes 32/ 13 (1981)

A. S. Br atashevskii/ A. A. Zybalov/ A. I. Oerebchin skii/

0. G, Konovalov/ P. V. Sorokin/ A. E, Tenishev;

Yad. Fiz. 33/ 1020 (1931); Sov. J. Nucl. Phys. 33/ 538 (1981)

Y. Cauchois/ H. Ben Abdelaziz/ R. Kherouf/ C, Schloesing-Moller

;

J. Phys. G: Nucl. Phys. 7/ 1539 (1981)

C.-W, Cheng/ S. K. Saha/ J. Keinonen/ H.-B. Mak/

W. McLatchie; Can. J. Phys. 59/ 238 (1981)

140
81De1

81Do2

8lDo3

31Dr4

8lOz5

81E11

81 En2

SIFal

81Ga5

8lGi4

81Gr3

S1Gu1

81Gu2

81Is3

81 Is4

81 Is5

81 Is6

81It1

81 It2

81 Jal

81Ja2

81 Kal

8lKo2

81 Ko4

81Ku3

3lLa1

31Le3

W. Del Bianco^ L. Federici/ G. Giordano/ G. Matone/

Gm Pasquarlello/ P. Picozza/ R. Caloi/ L. Casano/

M, P. Oe Pascale/ L. Ingrosso/ M. Mattioli/ E. Poldi/

C. Schaerf/ P. Pelfep/ 0. Prosper!/ S. Frullani/

B. Girolami/ H. Jeremie/ Phys. Rev. Lett. 47/ 1118 (1981)

W. R. Dodge/ R. G. Leicht/ E. Hayuiard/ E. Wolynec/

Phys. Rev. C24/ 1952 (1981)

5. S. Dol'inskii/ R. L. Kondrat'ev/ N. N. Kostin/ V. P. Lisin)

Izv. Akad. Nauk SSSR 45/ 133 (1981);

Bull. Acad. Sci. 45/ 166 (1981)

0. M. Drake/ S. Joly/ L. Nilsson/ S. A. Wender/ K. Aniol/

1. Halpern/ 0. Storm) Phys. Rev. Lett. 47/ 1581 (1981)

L. Z. Dzhilavyan/ L. £. Lazareva/ V. N. Ponomarev/ A. A. Sorokin)

Yad. Fiz. 33/ 591 (1981)) Sov. J. Nucl. Phys. 33/ 308 (1981)

Salah El-Kateb/ G. M. Griffiths) Z. Phys. A301/ 189 (1981)

G. Endres/ H. Langhoff/ W. Muckenheim/ F. Wolf/ P. Rullhusen/

F. Smend/ M. Schumacher) Z. Phys. A302/ 61 (1981)

D. D. Faul/ B. L. Berman/ P. Meyer/ D. L. Olson)

Phys. Rev. C24/ 349 (1931)

H. J. Gassen/ A. Hegerath/ W. Loers/ B. Mecking/ G. Noldeke/

T. Reichelt/ H. Stanek) Z. Phys. A303/ 35 (1981)

J. F. Gilot/ A. Bol/ P. Leleux/ P. Lipnik/ P. Macq)

Phys. Rev. Lett. 47/ 304 (1951)

Th. Grundey/ A. Richter/ G. Schrieder/ E. Spamer/ W. Stock)

Nucl. Phys. A357/ 269 (1981)

W. Gunther/ K. Huber/ U. Kneissl/ H. Krieger/ H. Ries/

H. Stroher/ W. Wilke) Nucl. Phys. A359/ 397 (1981)

G. M. Gurevich/ L. E. Lazareva/ V. M. Mazur/ S. Yu. Merkulov/

G. V. Solodukhov/ V. A. Tyutin) Nucl. Phys. A351/ 257 (1981)

B. S. Ishkhanov/ I. M. Kapitonov/ V. I. Shvedunov/ A. I. Gutii/

A. M. Parlag) Yad. Fiz. 33/ 581 (981))

Sov. J. Nucl. Phys. 33/ 303 (1981)

B. S. Ishkhanov/ I. M, Kapitonov/ V. I. Shvedunov/

A. V. Shumakov) Yad. Fiz. 33/ 365 (1931))

Sov. J. Nucl. Phys, 33/ 453 (1981)

B. S. Ishkhanov/ Yu, A. Novikov/ E. S, Omarov/ I. M. Piskarev)

Izv. Akad. Nauk SSSR 45/ 147 (1931))

Bull. Acad. Sci. 45/ 129 (1931)

B. S. Ishkhanov/ Yu. A, Novikov/ E. S. Omarov/ I. M. Piskarev)

Yad. Fiz. 33/ 570 (1981)) Sov. J. Nucl. Phys. 33/ 296 (1981)

I. Itoh/ S. Ohsauua/ Y. Torizuka/ T, Saito/ T. Terasau/a)

Phys. Rev. C23/ 945 (1981)

K. Itoh/ Y. M. Shin/ T. Saito/ Y, Torizuka)

Phys. Rev. C24/ 1969 (1981)

A. Jarund/ K. R. Lindgren/ B. Forkman)

J. Inorg. Nucl. Chem. 43/ 1725 (1981)

E. Jacobs/ A. Oe Ciercq/ H, Thierens/ 0. De Frenne/ P. O'hondt/

P. De Gelder/ A, J, Deruytter) Phys. Rev. C24/ 1795 (1981)

G. Kajrys/ W. Del Bianco/ J. Kim. S. Landsberger/ R. Lecomte/

S. Monaro/ P, Paradis) Can. J, Phys. 59/ 781 (1981)

I. V. Kozlovsky/ V. A, Goldshtein/ E. L. Kuplennikov/

E. M, Malyarzh/ V, K, Tartakovsky/ V, B. Shostak)

Nucl. Phys. A368/ 493 (1981)

M. Ya. Kondrat'ko/ A. V. Mosesov/ K, A. Petrzhak/

0. A. Teodorovich) At. Energ. 50/ 34 (1981))

Sov. J. At. Energy 50/ 41 (1981)

G. Kuhner/ D, Meuer/ S. Muller/ A. Richter/ E. Spamer/ 0, Titze/

W. Knupfer) Phys, Lett. 104B/ 189 (1981)

A. Lepretre/ H, Beil/ R, Bergere/ P, Carlos/ J. Fagot/

A. De Miniac/ A. Veyssiere) Nucl. Phys, A367/ 237 (1981)

R. Leicht/ M. Hammen/ K. P, Schelhaas/ B. Ziegler)

Nucl. Phys. A362/ 111 (1981)

141
3lLs5

81Li2

31 Li4

8IL06

3lMe2

8IM0I

81 Pal

81 Py2

81 R0I

81Ry2

81Se2

31 Sh3

81 Sk4

81St5

81Th1

31 Uel

8lUe2

31 Val

3lWa3

81 Wa4

SiWiI

31 Wi2

8lYe1

81Za1

82Ba1

323e2

82Ca1

32St1

82We1

R. Leicht/ K. P. Schelhaas/ M. Hammenr J. Ahrens^ 3. Ziegler/

Nucl. Instrum, Methods 279/ 131 (1981)

R. A. Lindgren/ J. B, Flanz/ R, S. Hicks/ 3. Parker/

G, A. Peterson/ R. 0, Lauuson/ M. Teeters/ C, F, Williamson/

S. Koiualski/ X, K, Maruyama/ Phys. Rev. Lett. 46/ 706 (1 981 ) R, A. Lindgren/ M, A, Plum/ W. J. Gerace/ R. S, Hicks/ B. Parker/

C. F, Williamson/ X, K, Maruyama/ F. Petrovich;

Phys. Rev. Lett. 47/ 1266 (1981)

G. J. Lolos/ S. Hontzeas/ R. M. Sealock;

Can. J. Phys. 59/ 271 (1931)

D. Meuer/ G. Kuhner/ S, Muller/ A. Richter/ E. Spamer/ 0. Titze/

W. Knupfer; Phys, Lett, IO0B/ 239 (1981)

R. Moreh/ W. C. Sellyey/ R. Vodhanei; Phys. Rev. C23/ 988 (1981)

C. N, Papanicolas/ J. Heisenberg/ J. Lichtenstadt/

J. S. McCarthy; Phys. Lett. 993/ 96 (1981)

R, E. Pyujell/ B. L. Berman/ P, Kean/ M, N. Thompson;

Nucl. Phys. A369/ 141 (1981)

R. G. H, Robertson/ P. Dyer/ R, A. Warner/ R. C. Melin/

T. J. Booties/ A. 6. McDonald/ G. C. Ball/ W. G. Davies/

E. D. Earle; Phys. Rev. Lett. 47/ 1867 (1981)

P. J. P. Ryan/ M, N. Thompson/ K, Shoda/ T. Tanaka;

Nucl. Phys. A371/ 318 (1981)

R. M. Sealock/ H. S. Caplan/ G. J. Lolos/ W. C. Haxton;

Phys. Rev. C23/ 1293 (1981)

K. Shoda/ G. Sasaki/ T, Kohmura; Phys. Lett, 1013/ 124 (1981)

D. M, Skopik/ D. H, Beck/ J. Asai/ J. J. Murphy Ii;

Phys. Rev. C24/ 1791 (1981)

H. Stroher/ R. D. Fischer/ J. Drexler/ K. Huber/ U. Kneissl/

R. Ratzek/ H, Ries/ W. Wilke/ H, J. Maier/

Phys. Rev. Lett. 47/ 313 (1931)

H, Thierens/ A. De Clercq/ E. Jacobs/ 0. De Frenne/ P. D'hondt/

P, De Gelder/ A. J. Oeruytter; Phys. Rev, C23/ 2104 (1981)

J. Uegaki/ L. 0. Dallin/ Y. M. Shin/ C, Y. Kim;

Nucl, Instrum. Methods 179/ 55 (1981)

J. Uegaki/ K. Shoda/ M, Sugauiara/ T. Saito/ H. Tsubota;

Nucl. Phys. A371/ 93 (1981)

E. Van Camp/ R. Van de Vyver/ £, Kerkhove/ D, Ryckbosch/

H. Ferdinande/ P. Van Otten/ P. Berkvens;

Phys. Rev. C24/ 2499 (1981)

L. Ward/ 0. R. Tilley/ D, M. Skopik/ N. R. Roberson/

H. R. Weller; Phys. Rev. C24/ 317 (1981)

Y, Wada/ S. Kato/ T. Miyachi/ K, Sugano/ K, Toshioka/ K. Ukai/

T. Ishii/ K. Egauta/ M. Chiba/ K, Joh/ T. Shinohara/

Y. Yoribayashi; Nuovo Cimento 63A/ 57 (1981)

K. Wienhard/ C. Biasing/ K. Ackermann/ K, Sangert/ U. E. P. 3erg/

K. Kobras/ W. Naatz/ D. Ruck/ R. K, M. Schneider/ R. Stock;

Z. Phys. A302/ 135 (1981)

K. Wienhard/ R, K, M, Schneider/ K. Ackermann/ K. Bangert/

U. E, P. Berg/ R, Stock; Phys. Rev, C24/ 1363 (1981)

T, R, Yeh/ H, Lancman; IEEE Trans. Nucl. Sci. NS-28/ 1239 (1981)

H. Zarek/ S. Yen/ 3. 0. Pich/ T. E. Drake/ C.- F. Williamson/

S. Koutalski/ C. P. Sargent/ W. Chung/ B, H. Wildenthal/

M. Harvey/ H. C. Lee; Phys. Lett. 1043/ 499 (1981)

K. Baba/ I. Endo/ H, Fukuma/ K, Inoue/ T. Kautamoto/ T. Ohsugi/

Y. Sumi/ T. Takeshita/ S. Uehara/ Y. Yano/ T. Maki;

Phys. Rev. Lett. 48/ 729 (1982)

Z. W. Bell/ L. S, Cardman/ P, Axel; Phys. Rev. C25/ 791 (1982)

P. Carlos/ H. Beil/ R, Bergere/ B. L. Berman/ A. Lepretre/

A. Veyssiere; Nucl. Phys. A378/ 317 (1982)

R. 0. Starr/ P, Axel/ L. S. Cardman; Phys. Rev, C25/ 780 (1982)

S. A, Wender/ H. R, Weller/ N. R. Roberson/ 0. R. Tilley/

R. G. Seyler; Phys. Rev. C25/ 89 (1982)

142
10. DEFINITIONS OF ABBREVIATIONS AND SYMBOLS

Note: In this list definitions are given for various photoneutron

reactions in which the following symbols are used: N, NL, nN, SN and XN.

Corresponding definitions apply for reactions involving other nuclear particles

where the symbols N (neutr-on) is replaced by, e.g. P, D, T, HE, A etc. Where

unknown reactions result in the production of a specific radionuclide, the

chemical symbol andmass number is listed as the reaction product, e.g. a G,NA22

reaction in ^^Co.

A alpha particle CMPT Compton

ANAL analysi

s

COIN coincidence, coincide

ABI absolute integrated cross-section COH coherent

data

CK Cerenkov

ABX absolute cross-section data

D deuteron or discrete. When

ABY absolute yield data. Often means discrete, it is used to

cross-section per equivalent describe a photon source or quantum is listed. a detector response function.

Contrast with C = continuous.

ACT measurement of induced radioactivity of the target DLTE energy loss

DLTQ momentum transfer

ASM asymmetric, asymmetry

DST distri bution

AVG average

DT BAL detailed balance

BBL bubble chamber

E electron

BEL reduced electric radiative

transition probability, B(EL) E/ inelastically scattered

electron

BF3 BF 3 neutron counter with moderator e.g., Halpern detector. E+ positron

long counter

EDST energy distribution or BML reduced magnetic radiative spectrum

transition probability, B(ML)

E/N used only to indicate a coinciBREAKS levels located by "breaks" in the dence experiment as in (E,E/N).

yield curve N stands for any outgoing

particle measured in coinciBRKUP break up dence with an inelastically

scattered electron. DistinBRMS bremsstrahlung guish from eg., (E,N) which is

used to represent an electron

BTW between induced reaction when only the

outgoing particle N is detected,

C continuous. Used to describe a photon source or a detector EMU emulsions (photographic plates)

response function. Contrast with

D = discrete. EXCIT excited

CCH cloud chamber F fi ssion

CF compared with FMF form factor

CHRGD charged FM-1 inverse femtometers

143
FRAG fragment MOD moderated neutron detector not

employing a BF3 counter, e.g.

G photon rhodium foil, Szi lard-Chalmers

reaction, ^He, ^Li reactions.

6/ inelastical ly scattered photon GD loaded liquid scintillator,

etc.

G-WIDTH gamma-ray transition width

MSP mass spectrometer

HAD hadrons, hadron production

^He particle

MULT multiple, multipole, multiplicity

HE

MU-T used only in combination with G

I NT interaction, integral. to indicate a total photon

intensity absorption cross section measurement, i.e. (G,MU-T)

INC includes

N neutron (see also XN and SN).

ION ionization chamber The notation (G,N) is used to

indicate a reaction in which only

ISOB isobaric a single neutron is emitted, i.e.

the reaction that can, in many

ISM isomer cases, be measured by observing

the radioactive decay of the

J multiplicity of particle residual nuclide.

defined by following symbol

e.g. (G,PJN) with remark nN where n is any integer. (G,nN)

J = 2 , 3 , 5,

7

indicates the sum over all

reaction cross sections in which

JPI spin and parity of a nuclear n neutrons are emitted.

state

NAI Nal(Tl) spectrometer

K second multiplicity index, e.g.

(G,JPKN) with both J & K posi- NEUT neutron(s)

tive integers greater than 1 NOX no cross-section data

KE kinetic energy

P proton (see also XP)

L may be an integer or zero

that always follows a reaction PART parti cle(s)

product symbol. This is used

to indicate transitions to PHOT photon(s

)

specific states in the residual

nuclide. When the letter is PI pion, usually written as PI+,

used as in (G,NL) the cross section given is that for the

PI-, PIO to indicate charge

sum of transitions to two or POL polarized or polarization

more specific final states.

Q-SQUAR momentum transfer squared (q2)

LFT excited state lifetime

RCL recoi

1

LIM 1 imit

REL relative

LV.LVS level, levels

RLI relative integrated crossLQD liquid section data

MAG magnetic spectrometer RLX relative cross-section data

MEAS measurement(s) RSP reaction spectrometer

MGC magnetic Compton spectrometer RLY relative yield data

MGP magnetic pair spectrometer SCTD scattered

144
SCO semiconductor (solid state) TRNS transition

detector

UKN unknown

SCI scintillator detector other than

Nal, e.g., Csl, KI, organic

(liquid or solid), stilbene, He

VIB vi brational

VIR PHOT virtual photon(s)

SEP separation

XN all neutrons, total neutron

SEP ISOTP separated isotope used yield, a(Y»XN) = a(Y>N) + 2a

(Y,2N) + 3o(y,3N) +o(y,NP) + etc

SIG SIGMA cross section

XP all protons, total proton yield

SN sum of neutron producing a(y,XP) = a(Y»P) a(Y»NP) + reactions, a( Y,SN)=a(y»N)

+ o(y,NP) + o(y,2N) + o(y,3N)

2a(Y»2P) + etc.

+ etc. XX reaction products defined in

REMARKS

SPC photon or particle energy

spectrum YLD yield

SPK spark chamber 4PI a 4 tt geometry was used or a method like radioactivity or a SPL spallation total absorption measurement

STAT stati stical 999 energy defined in REMARKS

SYM symetric, symmetry $ indicates the measurement

involved beams or targets

T triton that were either polarized

or aligned, or that the polarTEL counter telescope ization of the reaction

products was determined.

THR threshold for reaction or The polarized particle is

threshold detector, e.g.. indicated in REMARKS.

29si(n,p)29Al.

* or @ symbols used to indicate that

TOP time-of-fl i ght detector the units associated with the

numerals on one or both sides

TRK tracks of particles or frag- of the symbol in a specific

ments observed in solid column are not MeV. The units

materials (glass, mylar, etc.) are defined in REMARKS.

145
11. ERRATA

NBS SP-380 Photonuclear Reaction Data, 1973

p.3 eq.(2) and p.lO, eq.(4): In the numerator of all expressions where it appears

replace (E-,-) by (Ei)2

p.7 Table 1: For oxygen total cross section, entry for SIG-0 should read 480(140)

p.l6 Change the line starting 62Bal IH 2 E,E/ to read 63Bal IH 2 E,E/

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 (1062).

p.lOl Change the line starting 68Wul to read

68Wul C. P. 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.

63L01 IH 2 $ G,P NOX 294- D294 SPK-D 58

63BA1 IH 2 E,E/ ABX 0- 10 D 42 MAG-D 180 GAS TARGET

71VE1 3LI6 ]^,G ABX 20- 28 D 9- 26 NAI-D DST HE3 BEAM

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

60BE1 4BE9 G,l^ ABX 2- 17 C 5- 17 TOF-D DST

65C02 4BE9 G,XN ABX 6- 80 C 6- 80 BF3-I 4PI

66C04 4BE9 G,^ ABX 6- 80 C 6- 80 BF3-I 4PI

71NA1 6C 12 E,E/ FMF 4- 17 D250 MAG-D DST LEVELS 14.1,4.43

57HA1 6C 12 G,G ABX 15- C 19 NAI-D 120

59PE4 6C 12 G,P ABX 22- 62 C 22- 90 SCI-D DST

72GL1 6C 12 $ P,G ABX 22- 30 D 6- 14 NAI-D DST POLARIZED PROTONS

64DE2 6C 13 G,P ABX 18- 50 C 18- 50 ACT-I 4PI

65MA1 80 16 G,]^ SPC 19- 30 C 21- 31 NAI-D 140

65MA1 80 16 G,PG SPC 19- 30 C 21- 31 NAI-D 140

70H01 80 16 G,[^ RLY 21- 27 C 27, 36 SCD-D DST

70H01 80 16 G,PG RLY 17- 27 C 27, 36 SCD-D DST

146
64YE1 80 16 G,XN SPC THR- 35 C 35 TOF-D 90 BRANCHING RATIOS

67FE2 80 16 G,XN ABX 19-150 ClOO-150 BF3-I 4PI

72TH2 80 16 G,XN RLX 16- 24 C 15- 24 BF3-I 4PI

63SU2 80 16 D,G ABX 21- 25 D 1- 5 NAI-D DST

64SU1 80 16 D,G ABX 21- 25 D 1- 5 NAI-D DST

66SU1 80 16 D,G ABX 21- 25 D 1- 5 NAI-D DST

57K01 lONE G,2P RLY THR- 80 C 80 CCH-D 4PI

57K01 lONE G,2A RLY THR- 80 C 80 CCH-D 4PI

57K01 lONE G,5A RLY THR- 80 C 80 CCH-D 4PI

57K01 lONE G,NP RLY THR- 80 C 80 CCH-D 4PI

57K01 lONE G,PA RLY THR- 80 C 80 CCH-D 4PI

62D01 10NE_ E,P SPC 3- 11 C 18- 30 MAG-D DST

66WE1 IINA^ P,G SPC 9- 10 D 1- 2 NAI-D DST

60WA2 11NA23 G,3N2P ABX THR-240 C120-240 ACT1

4PI

70WE1 12MG^ G,N ABX 17- 32 C 17- 32 ACT1

4PI

60WA2 12MG_ G.2N3P ABX THR-240 C240 ACT1

4PI

57B01 13AL27 G,A SPC THR- 30 C 31 EMU-D

61MA1 13AL27 G,A RLY 19- 35 C 35 MGP-D

65HA2 13AL27 G,A SPC THR- 31 C 31 EMU-D 4PI

60WA2 13AL27 G,F18 ABX THR-240 C120-240 ACT1

4PI

69AN3 13AL27 G,2 RLX 13- 65 C 13- 65 ACT1

4PI

69FU2 13AL27 G.SPL RLY THR-999 D999 ACT1

999==3 GEV

63CA1 14SI_ G,XN ABX 17- 30 D 15- 30 BF3-I 4PI

66G03 14SI G,XN ABX 17- 30 C 17- 30 BF3-I 4PI

61SH1 14SI_ G,P SPC 14- 24 C 24 EMU-D UKN

62BI1 14SI_ G,P SPC 18 D 18 SCD-D DST

64UL3 14SI G,P SPC 13- 23 C SCD-D 4PI

69AN6 14SI_ G,P ABY 109-999 C700.999 TEL-D DST 999=1.2 GEV

65CA2 14SI G,P ABX THR- 23 C 16- 23 SCD-D 4PI

69AN6 14SI_ G,D ABY 120-999 C700-999 TEL-D DST 999=1.2 GEV

62BI1 14SI G,A SPC 18 D 18 SCD-D DST

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

69IS3 15P 21 G,XN ABX 12- 30 C 5- 30 BF3-I 4PI

68ME1 16S 32 A,G ABX 13- 18 D 7- 12 NAI-D DST

147
59FE1 17CL35 G,N ABX 10- 30 C 12- 30 ACT1

4PI ISOMER RATIO

66MI2 20CA40 G,N ABX 15- U D 15- ^ BF3-I 4PI

67G03 20CA40 G,J^ ABX 15- 30 C 15- 30 BF3-I 4PI

71KU5 23V ^ G,SPL ABY THR-999 C 999 ACT-I 4PI 999=1.5 GEV

71KU5 23V ^ G,PI+ ABY THR-999 C200-999 ACT1

4PI 999=2.2 GEV

67BE8 23V 51 G,3N ABY 30- 37 C 37 ACT-I 4PI

69FU2 26FE G,SPL RLY THR-999 0999 ACT-I DST 999=3 GEV

64C03 29CU G,_^ ABI THR- 80 C 10- 80 BF3-I 4PI

70C01 30ZN^ G,N RLX 12- 40 C 10- 40 ACT-I 4PI

70C01 30ZN^ G,2N RLX 21- 40 C 10- 40 ACT-I 4PI

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

70C01 30ZN^ G,NP RLX 19- 40 C 10- 40 ACT-I DST

57EL1 30ZN64 G,2N ABI 20- 30 C 32 ACT-I 4PI

58H01 30ZN64 G.NP ABI 18- 32 C 32 ACT-I 4PI

57EL1 30ZN66 G,NP ABX 18- 30 C 18- 32 ACT-I 4PI

57EL1 30ZN68 G,P ABX 30 C 14- 32 ACT-I 4PI

58H01 30ZN68 G,P ABX 10- 32 C 15- 32 ACT-I 4PI

58H01 34SE80 G,NP ABI 20- 32 C 32 ACT-I 4PI

57EL1 42M092 G,NP ABI 19- 30 C 32 ACT-I 4PI

58H01 42M092 G,NP ABI 19- 32 C 32 ACT-I 4PI

58H01 51SB123 G,NP ABI 1^- 32 C 32 ACT-I 4PI

71SH3 56BA138 E.P ABX 15- 22 0 MAG-D 90 ISOBARIC ANALOGS

62MI3 57LA139 G,2^ ABX 10- 21 D 10- 21 BF3-I 4PI

72TH2 57LA139 G,XN RLY 9- 17 C 8- 16 BF3-I 4PI

62MI3 58CE G.XN ABX 10- 21 0 10- 21 BF3-I 4PI

71SH3 58CE140 E.P ABX 15- 22 D MAG-D 90 ISOBARIC ANALOGS

71AH1 59PR141 G,MU-T ABX 9- 18 C150 MGC-D 4PI

71SH3 60ND142 E.P ABX 15- 22 D MAG-D 90 ISOBARIC ANALOGS

148
71SH3 62SM144 E.P ABX 15- 22 D MAG-D 90 ISOBARIC ANALOGS

60TH1 67H0165 G,2i ABX 8- 18 C 11- 18 ACT1

4PI

62MI3 73TA181 ABX 7- 22 D 7- 22 BF3-I 4PI

62MI3 79AU197 ABX 6- 22 D 6- 22 BF3-I 4PI

62MI3 82PB ABX 6- 22 D 6- 22 BF3-I 4PI

62MI3 83BI209 ABX 8- 22 D 8- 22 BF3-I 4PI

72TH2 83BI209 G,XN RLX 7- 20 C 6- 19 BF3-I 4PI

69WA1 90TH232 G,F RLX 0-999 C200-999 SCD-D DST 999=1.2 GEV

64B03 92U 235 G,^ ABX 8- 21 D 8- 21 BF3-I 4PI

149
NBS«1UA iRBv. i»iei It t^ubl I cation Data August 1983

U.l. BKPT. OP COMM. BIBLIOGRAPHIC DATA

SHEET (See Instructions)

1. PUBLICATION OR

REPORT NO. NBSIR 82-2543-1

2. Porformlni Orian. Report No.

4. TITLE AND SUBTITLE

Photonuclear Data Index

1973 through 1981 '

5. AUTHOR(S)

E.Gt Fuller and Henry Gerstenberq

6. PERFORMING ORGANIZATION (If joint or other than NBS, see Instructions)

national bureau of standards

DEPARTMENT OF COMMERCE

WASHINGTON. O.C. 20234

7. Contract/Grant No.

I. Type of Report & Period Covered

9.

SPONSORING ORGANIZATION NAME AND COMPLETE ADDRESS (Street, City, State, ZIP

10.

SUPPLEMENTARY NOTES

[7 j Document describes a computer program: SF-185, FlPS Software Summary, Is attached.

11.

ABSTRACT (A 200-word or less factual summary of most significant Information. If document Includes a significant

bibliography or literature survey, mention it here)

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

Data, 1973 , primarily covers data published in the period from January 1973 through

December 1981. It supersedes the first supplement to Special Publication 380 issued

in August 1978. 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

3f 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 1200 data sets currently available in the Photonuclear Data Group's digital data

1 ibrary.

12.

KEY WORDS (Six to twelve entries; alphabetical order; capitalize only proper names; and separate key words by semicolon s) Bibl iography, data index, elements, isotopes, nuclear physics, photonuclear reactions,

13. AVAILABILITY

[^Unlimited

[1 J Official Distribution. Do Not Release to NTIS

(’ J Order From Superintendent of Documents. U.S. Government Printing Office, Washington, D.C. “ 20402,

[j^ Order From National Technical Information Service (NTIS), Springfield, VA. 22161

14. NO. OF

PRINTED PAGES

/S'/

15. Price