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Reference book not to be

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^PUBLICATION wmm

NATL INST OF STANDARDS & TECH R.KC.

A111 01 780734

United States. Natlo/Photonuclear data I QC100 U57 V322;1970 C.1 NBS-PUB-R 1970 \ /

NBS SPECIAL PUBLICATION

U.S.

DEPARTMENT

OF

COMMERCE

National

Bureau

of

Standards

C

00

Photonuclear

Data Index

January 1965 through

January 1970
NATIONAL BUREAU OF STANDARDS

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

in addition to serving as the Nation's central measurement laboratory, the Bureau is a principal

focal point in the Federal Government for assuring maximum application of the physical and

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

the Bureau conducts research and provides central national services in four broad program

areas. These are: (1) basic measurements and standards, (2) materials measurements and

standards, (3) technological measurements and standards, and (4) transfer of technology.

The Bureau comprises the Institute for Basic Standards, the Institute for Materials Research, the

Institute for Applied Technology, the Center for Radiation Research, the Center for Computer

Sciences and Technology, and the Office for Information Programs.

THE INSTITUTE FOR BASIC STANDARDS provides the central basis within the United

States of a complete and consistent system of physical measurement; coordinates that system with

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uniform physical measurements throughout the Nation's scientific community, industry, and commerce. The Institute consists of an Office of Measurement Services and the following technical

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THE OFFICE FOR INFORMATION PROGRAMS promotes optimum dissemination and

accessibility of scientific information generated within NBS and other agencies of the Federal

Government; promotes the development of the National Standard Reference Data System and a system of information analysis centers dealing with the broader aspects of the National Measurement System, and provides appropriate services to ensure that the NBS staff has optimum aci^essibility to the scientific information of the world. The Office consists of the following

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' Headquarters and Laboratories at Gaithersburg. Maryland, unless otherwise noted: mailing address WashinRton, D.C. 20234.

- Located at Boulder. Colorado 80302. Located at 5285 Port Royal Road, Springfield, Virginia 22151.
UNITED STATES DEPARTMENT OF COMMERCE • Maurice H. Stans, Secretary

NATIONAL BUREAU OF STANDARDS • Lewis M. Branscomb, Director

Photonuclear Data Index

January 1965 through January 1970

Prepared by

Photonuclear Data Group

Center for Radiation Research

National Bureau of Standards

Washington, D.C.

(To accompany NBS Miscellaneous Publication 277)

Nat. Bur. Stand. (U.S.), Spec. Publ. 322, 86 pages ( May 1970)

Supersedes Supplement 1 to Miscellaneous Publication 277

CODEN: XNBSA

Issued May 1970

For sale by the Superintendent of Documents, U.S. Government Printing Office, Washington, D.C. 20402 - Price 75 cents
NATiOMAL BUREAUS OF STAuD^:,i>o

Photonuclear Data Group

E. G. Fuller, H. M. G«rstenberg,

and T. M. Collins

This second supplement to National Bureau of Standards

Miscellaneous Publication 277 has been combined with the

references given in Supplement 1 (October 1967) and issued

as a single publication to assist the users of this material. The

original publication Miscellaneous Publication 277 is still

available and is the original index of the data on File as of

January 1, 1965.

Library of Ck)ngress Catalog Card No. 79-604477
Foreword

The Photonuclear Data Center, a part of the NBS Linac Radiation Division, is one of

the many data centers supported by the NBS Office of Standard Reference Data. The Center

has as its first objective the maintenance of a current reference file of abstracted data

on photonuclear reactions.

This publication, the second in a series of cumulative supplements to the Photonuclear

Data Index (NBS Miscellaneous Publication 277, April I966) , covers data published in the

field of photonuclear reactions during the period January 1, I965 through January, 1970,

Additional supplements will be issued at intervals of one and one- half to two years. Other

future publications of the Center will contain critically evaluated data and will be included in the National Standard Reference Data Series.

The National Standard Reference Data System provides effective access to the quantitative data of physical science, critically evaluated, compiled for convenience, and readily

available through a variety of distribution channels. The System was established in I963

by action of the President's Office of Science and Technology and the Federal Council for

Science and Technology, with responsibility to administer the System assigned to NBS. In

August 1968 the program received Congressional sanction with the passage of the Standard

Reference Data Act.

Lewis M. Branscorab, Director

III
Contents

Page

Foreword III

1. Introduction 1

2. Scope of the Data Index 1

3. Description of the Index 2

4-. Description of Entries ' 2

4..1. Reference Number (REF) 2

A.2. Nucleus Excited (NUCLIDE) 2

4.3» Reaction 2

4-. 4. Type of Information (RES) 3

4.5. Excitation Energy Range (EXCIT) 4

4.6. Source Type and Energy Range (SOURCE) 4

4.7. Detector Type, Energy, and Angular Range (DETECTOR) 4

4.8. Remarks 5

5. References

6. Data Index 6

7. Bibliography - - - 59

IV
PHOTONUCLEAR DATA INDEX

Supplement 2 (.1970)

Photonuclear Data Project^>-

This indexj a supplement to NBS Miscellaneous Publication 277, primarily

covers data published in the period dated January 1, 1965 through January, 1970,

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.

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

photonuclear reactions,

1, Introduction

A detailed description of the Photonuclear Data Index is given in the following paragraphs. This edition of the Supplement, covering data published since January 1, 1965,

supersedes the first edition issued in October 1967. It is an index to all the data en- tered into the Photonuclear Data Center's files since January 1, I965. This was the cutoff

date for entries appearing in the Photonuclear Data Index (National Bureau of Standards

Miscellaneous Publication 277, April 1, I966) , It also lists corrections to entries listed

in the Photonuclear Data Index where the original entry was in error or gave misleading

information. These entries are designated by a letter E at the end of the remarks column.

All of the data entered in the Center's files are published either in regular journals

or as rather complete reports as contributions to various international conferences. Ten

journals are searched regularly for data. These are listed below along with an indication

of the last issue searched for data included in this index. These are the issues that had

been received in the National Bureau of Standards Library by February 15, 1970, Nuclear

Science Abstracts is used to find papers published in those journals not regularly searched.

Journal Last Issue

Physical Review, The Vol, 187

Physical Review Letters Vol. 2^, #6

Nuclear Physics Vol. Al^l, #1

Physics Letters Vol. 3 IB , #1

JETP Letters Vol. 10, #11

Soviet J, of Nuclear Physics Vol. #4

II Nuovo Cimento Vol. 64B, #1

II Nuovo Cimento Letters Vol. IT, #18

J, Physical Society Japan Vol. £7, #6

Zeitschrift fiir Physik Vol. 230

Nuclear Science Abstracts Vol. 24., #2

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 is made to give as complete a description of each

measurement as is possible in a single line. The type of measurement is indicated as well

as the range of excitation energies covered, the type of detector used and its energy

response, and the type of angular distribution data obtained. The object has been to give

Participants in the photonuclear data project are E, G. Fuller, H, M. Gerstenberg and

T. M. Collins,
I

!

a description of each measurement that is complete enough to permit an individual looking

for specific types of data in the field to locate the pertinent references without having

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

of the paper or the reaction studied were listed for each entry.

For the purposes of this index the general criterion as to what constitutes a measure- ment of photonuclear data is that the measurement must give information on the electromagnetic matrix element between the ground state and excited states of some nucleus. The most common type of reactions are: (Y)Y) 5 (Y?") (YjP^ j (PjYo)? ^""^ (e^e'). Two reactions which

fit the matrix element criterion, but which were not included in the compilation because of

their rather special nature are heavy particle coulomb excitation and the thermal neutron

capture reaction (n,Yo). The energy region of interest is from 0 to I5O MeV. Most of the

experiments are concerned with the excitation energy range 8 to 30 MeV, the region of the

giant dipole resonance.

3. Description of the Index

The data index of each element begins with the isotopic abundances for that element

and a list of particle thresholds for each isotope. The abundances were taken from a compilation by Gladys Fuller [l]. This reference should be consulted for remarks concerning the accuracy of these values and possible variations with the source of the sample.

The reaction thresholds were taken from a list of Q-values computed by J, H. E. Mattauch,

W. Thiele, and A. H. Wapstra [2], The values given in reference 2 have been arbitrarily

rounded off to the nearest 0.1 MeV except for those cases where the uncertainties quoted

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

In the index itself eight categories are used to describe a given paper. These are:

Reference number, nucleus excited, reaction, type of information, excitation energy range, source type and energy range, detector type, energy and angular range, and remarks.

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

absorption cross sections; elastic and inelastic photon scattering; inelastic electron

scattering, including coincidence experiments with outgoing reaction products; reactions

where a neutron is detected, i.e. (Y,n), (yjxn) , (y^np), etc.; reactions where protons are

detected; reactions where particles of mass greater than one or multiple particles are

emitted; inverse capture reactions; and photofission,

4.. Description of Entries

4.. 1, Reference Number (REF)

The reference number is used to cite the full bibliographical reference which is given

in the bibliography following the data index. This number is made up of the year and the

first two letters of the first author's name, plus an additional serial number. For example,

a paper published in I963 by Galileo might have a reference number 63Ga3.

4.2. Nucleus Excited (NUCLIDE)

The atomic number (z) , chemical symbol, and mass number (a) of the excited nucleus

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

isotopic assignment is unambiguous. In general, it was assumed that the mass number was un- ambiguous if in the target the abundance of a single isotope was ^ 97%.

4.. 3. Reaction

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

$ polarization of the incident or outgoing particle

or polarization or alignment of the target

A alpha particle

2
D deuteron

E electron

E/ inelastical ly scattered electron

E+ positron

F fission

G photon

G/ inelastical ly scattered photon

HE3 -^He

MU-T total photon absorption

N neutron

P proton

T triton

XN all neutrons

XP all protons

SPL Spallation

XXX Reaction products defined in Remarks

orYYY

The notation EjE/p means the inelastically scattered electron and proton were detected

in coincidence in a reaction of the type: A + e -> (A - l) + e' + p, while E, P means that

only the proton was detected,

4.4. Type of Information (RES)

The following catalog of abbreviations applies to the type of result obtained in an ex- periment:

ABI absolute integrated cross- section data

ABX absolute cross- section data

ABY absolute yield data

FMF form factor

LET excitated state lifetime

NOX no cros s- section data

RLI relative integrated cross- section data

RLX relative cross- section data

RLY relative yield data

SPC photon or particle energy spectrum

3
4.. 5. Excitation Energy Range (EXCIT)

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

given in MeV. For reactions initiated by gamma rays, the excitation energy is taken as the gamma-ray energy; for reactions initiated by particles, the binding energy and kinematic

corrections are made. The abbreviation THR stands for threshold,

4.. 6, Source Type and Energy Range (SOURCE)

The source of incident particles is characterized by the letter C or D indicating that

the source was continuous or discrete in energy. The source energy is indicated under MINMAX, The usual source of photons is brerasstrahlung which would be marked C, The range of

endpoint energies is given.

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

The following abbreviations apply under detector TYPE:

ACT measurement of radioactivity of the target

BBL bubble chamber

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

CCH cloud chamber

EMU emulsions (photographic plates)

ION ionization chamber

MAG magnetic spectrometer

MGC magnetic Compton spectrometer

MGP magnetic pair spectrometer

MOD moderated neutron detector not employing a BF3 counter, e.g., rhodium

foil, Szilard-Chalmers reaction. He, Li reactions, Gd loaded liquid

scintillator, etc.

NAI Nal(Tl) spectrometer

SCD semiconductor (solid state) detector

SCI scintillator detector other than Nal , e.g., Csl, KI, organic (liquid

or solid), stilbene. He

SPK spark chamber

TEL counter telescope

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

TOF time- of- flight detector

TRK tracks of particles or fragments observed in solid materials (glass,

mylar, etc.)

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

4

I
neutron energy. The range of detected particle angular distribution is shown under ANG

with the following designations:

0-180 one number in this column means the measurements

were made at this angle only (angle in degrees)

4PI a J+n geometry was used or a method like radioactivity

or a total absorption measurement

DST an angular distribution was measured

4.. 8, Remarks

An attempt is made in this column to give additional information that will make the

index entry more useful. For example, pertinent energies are more exactly defined, additional information is given on polarization or alignment experiments, residual nuclei are identified, etc. The additional information is selected in a fairly unsystematic way and

is limited by the available space. The entries should not be regarded as exhaustive or consistent

Some of the abbreviations used in this column are:

BREAKS levels located by "breaks" in the yield curve

CF compared with

GOING coincidence

DT BAL detail balance

G- WIDTH Fy, gamma- ray transition width

J-PI spin and parity assignments of levels are made

POL polarization

Q- SQUARE momentum transfer squared (q^)

REL relative

SEP ISOTP separated isotope used

B(EL) reduced radiative transition probability

NSA XXXX XXXX any number. Indicates paper is not in the

Data Center files and that index entry was made

from the Nuclear Science Abstract number XXXX in

the appropriate volume.

5, References

[1] Fuller, Gladys, 1959 Nuclear Data Tables (NUCLEAR DATA PROJECT) - National Academy

of Sciences, National Research Council, Washington, D, C,

[2] Mattauch, J, H. E., Thiele, W,, and Wapstra, A, H., Nucl, Phys, 67, 32 (1965).

5

373-303 O-70—
HYDROGEN Z=l

ABUND. SEPARATION ENERGIES (MEV)

G,N G» P G. T G,HE3 G »A G 2N

1 99. 99 * * * * *

2 1.5( -2 ) 2.2 2. 2 * *

3 * 6.3 8.5 * * 8.5

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG

z A I N »OUT M I N -MAX TYPE MIN -MAX

6 1 PE2 IH 2 E »E/ ABX 0- 12 D 41 MAG- D DST

64YE2 IH 2 E »E/ ABX 0- 40 Dl 50 MAG- D 135

6 6G0

IH 2 E »E/ ABX 0- D 54 , 70 MAG- D 48 - 70 180

66GR2 IH 2 E »E/ ABX 0- 60 D2 1 9 -447 MAG- D DST

66HU1 IH 2 E » E/ FMF 0- 70 D146 -475 MAG- D DST

67RA1 IH 2 E »E/ ABX 0- 8 D250 -370 MAG- D 180

68KA2 IH 2 E »E/ ABX 2- 4 D 38 - 90 MAG 30 - 90 155

65B01 IH 2 E »E/P ABX 0- 100 D350 MAG- D250 -350 DST

65B03 IH 2 E E/P ABX 50- 100 D235 -300 MAG- DlOO -300 DST

57BA1 IH 2 G >N ABY 30- 260 C120 -260 THR- I 21 DST

64BE 8 IH 2 S G N NOX THR- 32 C 32 SC I - D DST

65 JEl IH 2 S G »N NOX 2- 3 D 3 BF3- I DST

67BA1 IH 2 S G ,N NOX 200- 400 C999 TEL- D

69S01 IH 2 G >N ABX 2 30- 330 C350 » 450 SPK- D DST

5 7AL 1 1 H 2 G »

ABX 50- 150 C 1 70 ,264 TEL- D 20 - 75 DST

5 8 T A 2 IH 2 G »P ABX 146- 238 C 146 -238 TEL- D 51 -166 DST

65 L I 1 IH 2 S G ,P NOX 75- 250 C 75 -2 50 MAG- D DST

67K03 1 H 2 G »

ABX 100- 420 C500 T EL- D 50 -250 DST

67TU2 1

2 G , p NOX 9 D 9 EMU DST

68BU2 IH 2 G »

ABX 140- 400 C400 MAG- D 50 -200 DST

6 8 SMIH 2 G ,P ABX 100- 320 C210 -330 TEL- D 60 -180 DST

6 9 AN 1 IH 2 G »P ABX THR- 342 C222 -342 MAG- D DST

69K01 1 H 2 $ G »NOX 282- 40 5 C500 TEL- D280 -420 DST

u u \J rs J. IH 2 N »G SPC 2 D 1 SCD- D

67TU1 IH 2 N »G ABX 9 D 14 TEL- D 5 - 9 0

66HU2 IH 3 E »E/ FMF 0- 160 D25Q -370 MAG- D130 -360 DST

64J01 IH 3 E E/P ABX 0 16 D550 MAG- D DST

65B02 IH 3 G N ABX 6- 11 D 6 - 11 BF3- I DST

66K02 IH 3 G »P SPC THR- 33 C 33 TEL- D 4 - 14 90

68PF1 IH 3 G ,P ABX 11- 33 C 33 TEL- D 3 - 15 90

66K02 IH 3 G »D ABX THR- 33 C 33 TEL- D 4 - 9 90

68PF1 IH 3 G »D ABX 18- 31 C 33 TEL- D 4 - 8 90

61CE2 IH 3 N G ABX 16 D 14 TEL- D 4PI

65AJ1 IH 4 N »G ABX 11 D 14 SCD- D 0

G.NP

8.5

REMARKS

G .2P

*

*

*

P IN COINC

REL YLDS, D/C E NEUT POLARIZATION

POL NEUT ASYMM

999=1 GEV

E

E POL PHOTON

N IN COINC

PROT POLARIZATION

BINDING ENERGY

0 UPPER LIMIT ABX

6
HELIUM Z=2

^ ABUND.(l) SEPARATION ENERGIES (MEV)

G»N G»P G»T G,HE3 G»A G»2N G,NP G.2P

3 1.4(-4) 7,7 5.5 * * * * 7.7 7.7

^ 99.99 20.6 19.8 19.8 20.6 * 28.3 26.1 28.3

(1) ABUNDANCE DEPENDS ON SOURCE

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

7 A • OUT M11 T

1 NIN —IIMAM AX T1 YT Pr FC MIN — Mr \ MA AX

? HF ^ F • F / ABX ^ J ^ — ft7n D130 — ^ftO J> D W O 1

ftoil7 FRr\ 1J. F • F / r\A CJR AX 1X 71 n ? n 0 M A n — D ft n

ft Q r H 1 ^? Hn Fc ^ F • F / MA p,O Ay ^ — OU RD 7f rl Mo 2 8 — R ft ISO

ftO AH- ^jmw 1 <c n c _? F • F / P MA RO AX n — u X ^ nU R^ I; nu r 1 M O

— n ^ T 5ZtG04 7 HF ^ r,\j MA RUJ AX ^ 70 f 1 70 rrH — v n D C vj 1 6 5 F E 1 2 HE 3 r,\j »N ABX THR- 1 70 C 1 70 D n 9 T

ft ft G F 1 7 HF ^ AM RU AX T HR - r THR — ^ n RF ^ — I Zip T 2HE3 G »N ABX THR- 170 C170 CCH- D 4PI

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

ft5FF 1 ?HF 3 »

ABX THR- 1 70 r 1 7 0 \. n D n ^ T

KJ \J V r\ -J 7 HF r. »MARXU A THR- i f u C T 70 rrH— V. n D 64- Pr T

i

ft T 1 7 HF ^ c . ? P Q — 40 C 6.0 O \_ 17 D 1 — H Q7 nU

ft A 1 ? HF ^ r; . ?P MARXU A THR — 1 70 n 70 rrH — D nU O T1

ft <^ T 1 ^ n Q j> o . n MARXD A Q — 4 A r zl 0 O<^rV- H-u D Q7 nu

6 5 V A 1 7HF ^ , PD ARX rA u A THR- 1 70 r 1 7 0 rr H—ri D n T

5 5GR 1 2HE 3 P G ABX 5 — Qo D 0 _ o N A T — D 4 - 8 DST

6 2GR

2HE 3 P »

ABX 5- 7 D 0 — ? N A I - D 2 - 7 DST

66BA2 ? HF 3 P ARXO A X X w D 1 ft T - O 1 D 83 X ^ nU O

c, T1

ftft \j \j WDn \j 1± ?HF ^ Pr MARXU A 7 — 1 4 — IPX ^ N A T — D 5 n T

ft ICtF 1 ^7 Hn Fc -J D MA RD AY 7_ Q if M A T — D Q n 7 u

ft 7wn 1 7 H F Dr M

A RD AY ~7 _ i 4— 19i <1 MIN AA T

1 _~ D 2 n ^ T

ft S F R 1 7 HF 6. F . F / r\ARXD A ^ 0 n 7 n D |''l /-\ O D160 — 1X 7/ R-J n T

ft fi F R 1 7 HFZl F . F / MARXL) A ^ 0 U X -J ^ H (J U rl M V3 D162 — ? 7 n n <^ T

ftftFF 1 7 HFZl r;

? IN MARXLJ A 7 0 — ?s 0 r 7 0 — RO nu RF ^ — D r I ZxP T ^7 Hn Fu AH

r.

* In MARXD A T H R — ^7 Ao Ou rV- ^9 ftO nW r r w — D n c, T1 6 8G0 5 7 HF 4 •' N1 N AM KLJ AX ? ft- 1 S 0 V X / o .> t.? ftO 0*J Vfc- N_ n 5 — ^^^o ± J \j DST

A Q A P ^ n Q H 5 IN MO X A 4 ^ u u ^V- n D n17 O<^ T1 A Q A R 4 ^1? Hn Fc A.M- r. * IN MARXD A i_ X 17 0 ^ X ^ r r H — D nU o T1

ft 5 A R 1 r.o , p MARXO A THR — Oy Qy Qy r Q Q Q r^ rv_ H—n D A.P T 6 5 C L

2HE4 , p ABX ? 4- S A - ftn Osr\_ D-L/ D 3 - 1X 0^ Q7 0U 67BU1 2HE4 , p R I Y THR- S4 9 '-r ACT- I 6.P T 67DE3 2HE4 G » P ABX 24- 50 C 5 2 T E L- D 3 - 1 3 90

68G02 2HE4 , p ABX THR- ? ft 0 CPftO CCH- D DST

67GC5 2HE4 G »P ABX 20- 170 C170 CCH- D 1 -150 DST

6 8 GO 5 2HE4 G »P ABX 20- 200 C170 »260 CCH 2 -240 DST

68MU1 2HE4 G »P ABX 23- 32 C 28 » 33 SCI- D 3 - 10 90

69AR2 2HE4 G ,P ABX 23- 32 C300 CCH- D 4PI

69AR3 2HE4 $ G »P NOX 22- 64 C300 CCH- D DST

69P I 2 2HE4 G ,P ABX 180- 480 C TEL- D160 -500 90

69SA1 2HE4 G »P ABX 22- 30 C 32 EMU- D 2 - 8 DST

69AR1 2HE4 G »PN ABX 26- 120 C120 CCH- D 4PI

60RE2 2HE4 G »XP NOX THR- 330 C 3 3 J CCH- D 4PI

65ASI 2HE4 G XP ABX 78- 300 C250 » 300 TEL- D 58 -128 DST

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

65AS1 2HE4 G ,2D ABX 24- 300 C25Q »300 T.EL- D DST

53BA3 2HE4 G »NP RLX 150- 280 C280 TEL- D 60 -180 DST

POL OF HE3

999=1 GEV

POL OF P AND T P AND D COINC

999=1 GEV

COINCIDENCE

PAIR SPC, NP COIN

7
REF NUCLIDE REACTION RES

Z A INtOUT

EXCIT SOURCE DETECTOR ANG REMARKS

MIN-MAX TYPE MIN-MAX

63ZU1 ZHE-^ N »G ABX 24 D 4 NAI DST

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

63ZU1 2HE4 D »G ABX 24 D 1 NAI 45 1=1.35 MEV

69DE3 2HE4 D .G ABX 26- 30 D 4- 10 NAI -D 10- 30 130

69ME1 2HE4 D »G ABX 26- 34 D 6- 19 NAI -D 20- 36 135 ANG DIST AT

LITHIUM Z=3

^ ABUND.(l)

6 7.42

7 92.58

(1) ABUNDANCE DEPENDS

G,N

5,7

7.3

SEPARATION

G»P G»T

4.7 15.8

10.0 2.5

ON SOURCE

ENERGIES

G»HE3

15.8

28.3

( MEV ) G.A

1.5

2.5

G»2N

* 12.9

G,NP

3.7

12.0

Gt2P

28.7

29.1

REF NUCLIDE REACTION-RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A I N * OUT MIN-max TYPE MIN-MAX

68KA1 3L I G » N ABX 50- 85 C 55 . 85 TOF-D 10- 85 67 NEUT ENGY SPEC

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

66MA1 3L I G

D SPC 10- 28 C 32 TEL-D 4- 16 90

66MA1 3L I G » T ABX 10- 28 C 32 TEL-D 4- 16 90

68BU1 3L I 5 D » G ABX 16- 1 7 D 0- 1 nai-d 6- 18 DST

68KR 1 3L I 5 D

G ABX 16- 1 9 D 2- 6 NAI-D 10- 20 DST j_p I , 3/2+

68DE2 3L I 5 HE » G ABX 17- 2 1 D 2- 1

NAI-D 7- 20 90 HE=HE3

66AR2 3L 16 E E/ LFT 2- 4 D MAG-D 2=2.18. 4=3,56 MEV

68EI3LI6 E » E/ LFT 2 . 4 D 30- 58 MAG-D 26- 58 DST 2=2.184* 4=3.562

68HU1 3L 16 E . E/ FMF 4 D 63- 127 MAG-D 55-130 DST

69HU1 3LI6 E . E/ FMF 0- 42 D 55- 127 MAG-D DST

69NE1 3LI6 E » E/ FMF 2 . 3 D109- 282 MAG-D104-285 DST 2=2.184,3=3.562

64CH1 3LI6 E » P ABX THR- 999 D999 MAG-Dl 10-450 DST 999=1 GEV

69RA3 3L 16 G » G LFT 3 C 3 NAI-D DST 3=3.56 MEV

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

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

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

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

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

60KO5 3L 16 G, P SPC 6- 28 C 28 EMU-D 1- 20 60 E 64MA3 3L 16 G, P SPC THR- 20 C 20 EMU-D 0- 12 DST

65MA5 3L 16 G 1 P SPC THR- 31 C 31 SCD-D 3- 90

66MA4 3LI6 G 1 P SPC THR- 102 C 95 , 102 TEL-D 45- 86 DST

67DE2 3L 16 G) P ABX 9- 55 C 30- 55 TEL-D 4- 18 90

68MA1 3LI6 G » P ABX 100 c 95- 102 TEL-D 40- 95 DST

65BA2 3L 16 G» XP RLY THR- 30 c 20 » 28 EMU-D 1- 18 DST

670D1 3LI6 G. XP NOX 5- 16 c 16 EMU-D 1- 8 45 16=15.7 MEV

68MU2 3LI6 G. PD ABX THR- 32 c 32 EMU-D 4P I 65DA1 3LI6 G » D ABY THR- 4 c 4 SCD-D 90

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

66AL1 3LI6 Gi D ABY 100- 700 C200- 800 MAG-D 35

67DE2 3LI6 Gi D ABX 7- 55 c 30- 55 TEL-D 5- 17 90

8
REF NUCL I DE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

7 A A A MIN-MAX TYPE MIN- i/l A Y ''lA A

6 5 dA2 3 L I 6 G » T ABX 19 — b C 35 EMU-D 1- 1 U

r» c T 65MA5 3 L I 6 G » T SRC T W D :5

C 31 SCD-D 3- 9 0

O O O M i

"3 1 T £. J L 1 O b » 1 Ada A R Y i 9 — C 40 SCD-D 1- 11 J Q n 7 u

A "7 cr 0 J L 1 O O » 1 A R Y A t> A

r Q n

a O 1 1 o o onUZ O 1 T ^ 3 L 1 6 G » 1 A D V Ada THR- 32 C 32 EMU-D n c T 68SH2 3L I 6 G »T ABX 24- 35 c 40 MAG-D 8- 19 90

66NU1 3L 16 HE »G ABX 1 A — "? A D 5- 20 NAI-D 10- 9 A A J DST HE=HE3

A Q R 1 1 O O D L X

"3 1 T A ADA A R V 1 A — A C> D 0- 11 NAI-I 10- 9 ft A O D T up — LJF -l

65CH 1 3 L I 7

r- cr / E » E /

A D V AbX i D 2- 4 MAG-D 2- QO

1 C 9 66 AR2 3L I 7 E » E /

1 F T L r 1 X 1 D 30- 60 MAG-D Do 1 11=11.^0 MtV

^ o LI 1 IT 69nUl 3 L W E » t / F M F r rl r U A O D 55-127 MAG-D r\ c T O ( D A Z

"3 1 T "7 3 L I 7 G » N Ada A Q Y T l-l D — J U C 7- 50 BF3-I 4r 1 A c; u A T D 5 n A J. "2 1 T

*7 (j » A IN ADA A R Y T1 l-l n DK _— :5 U C 6- 30 BF3-I

c u; A 1 O P W A i O » A IN T M D — 9 A A 5 C 25 EMU-D 2- i -> V U

o y o A i

"3 1 T

"7

-t> o 9 A IN or L

9 — J3 A C 85 CCH-D 1- 1 L. n C T IN rULAKlAAl lUIN

'3 1 T

"7 r D G » r Ada A R Y A n C 21- 52 TEL-D 4- Q r\ y U

O OMA i Q 1 T

"7 r" D ADA A R Y inn i u U C 95-102 TEL-D 40- Q A Pt C T

•3 1 T "7 cr: r" D D I V K L T"3 9 0 D32 0 MAG-D 68 '3 "3 LUncKtlNI DKtMo

C A D O o 5 A K ^

O I T "7 G » A rA Q V Ad T T l-l D o o n 99 9 DTHR-999 ACT-I Wr\ LJt OOQ— 1 /"FV/

"7 n C T 6 / UL i 3 L 1 / G » U Ada A D V LO — CI A C 21- 52 TEL-D 4- 1 ( O A 9 0

3 13 M 1 I O 1 T *7 3 L 1 / G » 1 Ada A R Y A — 9 1 A i C 10 , 21 EMU-D 4k/. D Ti c

D i C) no •3 1 T

"7 G » 1 Ada A R Y 5- 9 c 10 EMU-D 1- 4 Pv c; T t

65DA1 3LI 7 G»T ABY THR- 4 c 4 SCD-D 90

67DE1 3LI 7 G»T ABX A n c 21- 52 TEL-D 4- 90

A 7 Q M 1 U J IN r Ada A R Y 150- 250 C250 TOF-D n c. T

BERYLLIUM Z = 4

A ABUND. SEPARATION ENERGIES (MEV)

G » IN G .P G ,T G,HE3 5»A f~ 9 m G > A N G»Nr G»aP

9 100.00 1.7 16 .9 17.7 21.2 2.5 20.6 18.9 *

REF NUCL I DE REACTION RES EXCI T SOURCE DETECTOR ANG REMARKS

Z A I N .OUT MI N-MAX TYPE ^IN-MAX

A O M A 9 O V iN A <i /iH R P 7 D t / A - A > u ABX 1- 2 D 0- 1 NAI-D 1- 2 Q A 9 U OwUKLt lO^ PvtV

67BL2 -^BEB P »G RLX 17- 34 D 1- 18 NAI-D 17- 33 90

rfl "7 M T 1 D ( IN i i/. Q C" O r » G RLY 18- 19 D 1- 3 NAI-D 7- 20 Pv C T

/ C M /- T D 3 No i H D t V t » E / FMF 2- 47 D 50-250 MAG-D 20- 250 r^ c T O b A K h » t / LFT 16 D MAG-D 1A— ic; o7 MP\/

AO AO r^ 1 1 I- 1

^.H RD P Q C. y F . F / c. » t / LFT 14- 17 D 40- 60 MAG-D 36- 40 \J O T1 A 7 R F 1 A 1 I P Q M- L) c V F F / FMF 2 D340 MAG-D n ^ T O O V A i

/. Q c n

E » h / ABX 0- 26 D 42- 68 MAG-D 30- 70 1 O A 180

A A A M "3 D 5 Arl 5/. n p o F F / D t » h / r RLY 8- 60 D510-590 MAG-D407 A 1 iUU MtV r LU

A Q R A "3 D V D A J/. n p o F M t » N ABY THR- 36 D 10- 36 BF3-I HP 1 P

A Q R n 0 H/i R P O D t. VF Y Y Y t > A A A RLY THR- 119 D119 MAG-D "7 r

I 6 YYV— fUlACQ CDP/"TDllM

A A lif V 1 D 3 W Y i f D t V b » M U — 1 ABX 10- 35 C 90 SCI-D /. D T 64L03 4BE9 G »G ABX 10- 30 C 10- 30 NAI-D 10- 30 140

67L01 4BE9 G »G/ ABX 12- 30 C 34 NAI-D DST
REF NUCLIDE REACTION RES EXCI T SOURCE DETECTOR ANG REMARKS

Z A INiOUT MIN-MAX TYPE MIN-MAX

64K05 4BE 9

n, 1f NW R L Y 15- 3 ? G 5 M AG— n 4 — ?0 0"^ T R F Q r,\j Ar\ RU I1

ft n r o fto nu RFo r ^J — T

1 *+ r 1 O *J I— J 6. RFQ r, 1 N THR- Rt> C 85 \_ V- n n n — 1 5

ftft T H

4RFQ >N SPC T HR- C 17 I — n ) - Q n 67BE6 4BE9 (3 »

ABX 2 - c 2- TOF- Q 0-

68KA

4BE9 > N ABX 50- 8 5 c 55 , fl 5 TOF - 1X 0-\J R 5 67GA 1 4BE9 G , 2N AB Y THR- 2 3 c 23 ACT- I iUP *T r Ti 55BA5 4BE9 G » XN ABY 30- 200 C150- 2 50 THR- I 30- DST

64 AL5 4BE9 G » XN NOX THR- 34 c 34 THR- T

X 6- DST

4.RFQ *T U l_ 7

r.

> XN A B I \j ft n c 6- ft n RF — T

i A Q fi A 1 ^RFQ S Ct » XN 7 — ft s c 8 5 rrH—n n 1 —1

1i U^ n s T 64K.05 4RFQ , P Ar\ RL) /\X c 35 11 M VJ n T —X 1 5 n T 65K.02 "T LJ L_ 7 , p ABX X u 3 1 c 35 EMU- D 1 -X 7 0 DST

66DE6 4 BE 9 G , p ABX THR- 5 0 c 20- ACT- I 66DE6 4BE9 G > P ABX THR- 5 0 c 20- TFL- n 1 1 X Q n 66V01 4 BE 9 , p ABX THR- ft 1 c 21- O 1 TEL- 5 Q n

5 7CH4 BE9 G XP SPC THR- 84 c 68 o ^ EMU- D 7 0- "^0 DS T 59CH

4BE9 G >XP R L Y THR- 80 c 90 TEL- n X J 60 DST

62BA 1 4BE9 G »

ABY 40- 60 c 45- h 7 AC T- \ 4P T 64K05 4BE9 G > D RL Y 15- 32 c 35 MAG- D 4- ^X 4' DST

66DE6 4RFQ C-, ABX THR — 5 n c 20- ^ n\j T F 1 - 4 — 1J. 0^ Qn

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

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

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

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

65LA1 4BE9 P ,G ABX 160 D155 SCD- D 0- 30 DST

P YLD

P YLD

BORON 1=5

A ABUND.(l) SEPARATION ENERGIES (MEV)

G,N G,P G»T G,HE3 G,A G,2N G,NP G,2P

10 19.61 8.4 6.6 18.7 17.8 4.5 27.0 8.3 23.5

11 80.39 11.5 11.2 11.2 27.2 8.7 19.9 18.1 30.9

(1) ABUNDANCE DEPENDS ON SOURCE

REF NUCLIDE REACTION-RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN »OUT MI N- MAX TYPE MIN -MAX

68KA1 5B G N ABX 50- 85 C 55 , 85 TOF- D 10 - 85 67 NEUT ENGY SPEC

67GA1 5B G ,BE7 RLY THR- 23 C 23 ACT- I 4PI

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

65FR2 5B 10 E ,E/ FMF 6 DIOO- 220 MA6- D 90 -220 DST 6=6.02 MEV

65SP1 5B 10 E ,E/ FMF 7 D 55 MAG- D 15 - 55 DST WIDTH, 7.48 MEV

66K01 5B 10 E ,E/ ABX 0- 18 D 50 , 60 MAG- D 30 - 60 180 8 LEVELS

66SP1 5B 10 E »E/ ABX 6 » 7 D 32- 57 MAG- D DST 6,7=6.01,7.47 MEV

64L03 5B 10 G .G ABX 10- 30 C 10- 30 NAI- D 10 - 30 140

67L01 58 10 G G/ ABX 12- 30 C 34 NAI- D DST

65HA1 5B 10 G ,XN ABX THR- 30 C 6- 30 BF3- I 4P I 68SH6 5B 10 G ,P ABX 6- 13 C 13 EMU- D DST 13=12.5 MEV

65PA1 5B 10 HE ,G ABX 18- 1-9 0- 3 NAI- D 10 - 30 DST HE=HE3

68LI 1 5B 10 HE ,G ABX 21- 27 D 3- 6 NAI- D DST HE=HE3

66F02 5B 10 A G SPC 5- 7 D 1- 3 NAI- D 2 - 7 90

10
REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

z A I N »0U T MI N- MAX TYPE MIN- MAX

64 BR2 5B 1 1 E »E/ SPC 8- 9 D 54 MAG-D 44- 46 141

66 AR2 5B 1E »E/ LFT 4 . 5 D 30- 60 MAG-D DST Zt = 4,46, 5 = 5.04 MEV

66K0 1 5B 1 1 E » E/ ABX 0- 19 D 50 60 MAG-D 30- 60 180 7 LEVELS

66RI 1 5B 1E >E/ FMF 2 > 4 D MAG-D DST 2 ,4=2. 13 ,4.46 MEV

66SP1 5B 1 1 E .E/ ABX 2- 9 D 32- 57 MAG-D DST 2.12,8.56,8.93 MEV

6 7SP 1 5B 1

E » E/ FMF 4 , 5 D 35- 57 MAG-D DST lit, 3 = 4, ^6, 5, 04 MEV

LJ 1— ' -J 5B 1G »ABX 10- 30 C 10- 30 NAI-D 10- 30

6 5 KE 1 5B 1

G »

LFT 2 C 5 NAI-D 0- 3 13 5 2=2.13 MEV

6 7L0 1 5B 1G >G/ ABX 12- 30 C 34 NAI-D DST

6 5HA 1 5B 1G » XN ABX THR- 30 C 6- 30 BF3-I 4P I 69S02 5B 1

G P ABX 15- 32 C 15- 32 SCD-D 2- 4P I 69MU2 5B 1

G » NG SPC 11- 35 C 24, 35 SCD-D 0- 9 GAMMA SPECTRUM

6 9 M U 2 5B 1 1 G » PG SPC 1 1- 35 C 24, 35 SCO-D 0- 9 GAMMA SPECTRUM

66NE 1 5B 1

G » 3P AB Y 45- 250 C250 ACT- I 4P I 6 1 KN 1 5B 1

D G ABX 16- 18 D 0- 2 THR-I 4P I 6 2 S U 2 5B 1

D G RLX 16- 20 D 1- 5 NAI-D 90

64SU5B 1

D »

ABX 18- 23 D 0- 5 NAI-D DST

66SU1 5B 1 1 D .G ABX 16- 2 1 D 1- 6 NAI-D 0- 25 DST

66Z I 1 5B 1

D »G ABX 16- 18 D 1- 2 NAI-D DST

67PA3 5B 1 1 A »G ABX 9- 1 1 D 1- 4 NAI-D 2- 10 90

CARBON Z = 6

ABUND. ( 1

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. 1

4.9 17.5 23 .9 24.4 10 .7 23.7 20.9 31. 6

( 1 ) ABUNDANCE DEPENDS ON SOURCE

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A I N ,OUT MIN- MAX TYPE MIN-MAX

64BR2 6C 12 E »E/ SPC 0- 20 D 54 MAG-D 141

66 AR2 6C 12 E »E/ LFT 4 D MAG-D 4=4.43 MEV

66CR1 6C 12 E »E/ FMF 4» 10 D600- 800 MAG-D DST 4,10=4.43,9.6 MEV

66PR 1 6C 12 E »E/ NOX 14- 21 DIOO- 200 MAG-D 180

67AF 1 6C 12 E ,E/ RLX 0- 100 D846 MAG-D DST

67BE3 6C 12 E ,E/ ABX 4 D113- 390 MAG-DIOO-400 DST 4=4.43 MEV

67CR1 6C 12 E ,E/ FMF 0- 10 DIOC- 200 MAG-D DST 4.43,7.66,9.4 MEV

67CR2 6C 12 E »E/ FMF 19 D400- 800 MAG-D DST 19=19.5 MEV

6 7P E 1 6C 12 E ,E/ LFT 15 D 40- 65 D 20- 60 DST 15=15.1 MEV

68BE6 6C 12 E»E/ FMF 18- 20 D 63- 128 MAG-D DST 19.4 MEV LEVEL

68DE3 6C 12 E .E/ FMF 55- 202 D580- 968 MAG-D450-968 DST

6 8DR 1 6C 12 E ,E/ FMF 19 D140 MAG-D DST 19=19.4 MEV

68PR 1 6C 12 E .E/ FMF 14- 21 DIOO- 200 D 80- 200 180 6 LEVELS

6 8R I 1 6C 12 E ,E/ FMF 26- 35 D 60- 100 MAG-D 40- 80 DST

69BE 5 6C 12 E,E/ FMF 20- 180 D200- 300 MAG-D180- 300 60

69DE6 6C 12 E »E/ ABX 300 D580- 968 MAG-D450-968 DST

69 T 02 6C 12 E »E/ FMF 1

D183 , 250 MAG-D150- 250 DST 11=10.8 MEV

69 V A 1 6C 12 E .E/ ABX 13- 22 D 50- 70 MAG-D 28- 70 180 15.1,19.2 MEV

70 L I 1 6C 12 E ,E/ FMF 22- 37 D 52- 102 MAG-D 15- 102 DST RED. MATRIX ELEMNTS

6 7 A M 1 6C 12 E ,E/P RLX 130 > 160 D635 MAG-D 5 1 59BA3 6C 12 E »N ABY THR- 36 D 10- 36 BF3-I 4P I 6 5HE 1 6C 12 E ,N RLY THR- 32 D 14- 32 ACT- I 4P I

ft SHF 1 6C 12 E+»N RLY THR- 32 D 14- 32 ACT-I 4P I 64CH1 6C 12 E .P ABX D999 MAG-DllO- 450 DST 999=4 GEV

68B02 6C 12 E »XXX RLY THR- 110 DUO MAG-D 76 XXX=MASS SPECTRUM

11
REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

56TZ2 6C 12 G ,MU-T LFT 23 C 22- 23 ACT- T1 4P I E 65WY1 6C 12 G ,MU-T ABX 10- 35 C 90 SCI- L) 4PI

69BE2 6C 12 G ,MU-T ABX 10- 30 C 35 MGC- p,D 10- 30 4PI

60BU3 6C 12 G ,G LFT 15 C 23 NAI- r\U DST 15=15.1 MEV

61WI 1 6C 12 G ,G ABX 40- 120 C132 SCI- u DST E 67KU2 6C 12 G ,G LFT 15 D 15 NAI- UPi i J 135 15=15.1 MEV

67L01 6C 12 G ,G/ ABX 18- 34 C 34 NAI- U DST

55SP2 6C 12 G ,N RLY THR- 20 C 17- 20 ACT- T

J. 4PI BREAKS E 56TZ1 6C 12 G ,N RLY 22- 24 C 22- 24 ACT- T

i 4PI E 57BA1 6C 12 G ,N ABY 30- 260 C120- 260 THR- T1 DST E 59SA1 6C 12 G »N NOX 19- 21 C 18- 21 MOD- T

1 4PI BREAKS E 59SA1 6C 12 G N NOX THR- 19 C 18- 19 ACT- 1 4PI BREAKS E 62F I 2 6C 12 G »N RLX 21- 29 C 25- 32 TOF- u 15

64BE8 6C 12 S G »N NOX THR- 32 C 32 SCI- U DST NEUT POLARIZATION

65VE1 6C 12 G ,N SPC THR- 33 C 34 TOF- r\U X — 14 DST

66BA4 6C 12 G »N ABX THR- 52 C 18- 52 BF3- T1 4PI

66B I 1 6C 12 G ,N ABX 20- 200 C 20- 200 BF3- T

I u— 50 4PI

66C02 6C 12 G »N ABX THR- 65 CTHR- 70 ACT- T

1 4PI

66F01 6C 12 G »N ABX 18- 70 C 18- 70 ACT- 1 4PI

66FU1 6C 12 G »N ABX 18- 37 D 18- 37 BF3- Ti 4P I 66L01 6C 12 G ,N ABX 21- 27 D 21- 27 ACT- T

1 4PI

66MI2 6C 12 G ,N ABX 18- 26 D 18- 26 BF3- T1 4PI

67AN1 6C 12 G »N RLY THR- 999 CTHR- 999 ACT- T

1 4PI

67DI2 6C 12 G «N ABY 18- 999 C300- 999 ACT- T1 4PI 999=1 GEV

67DI 3 6C 12 G ,N ABX 300- 999 C300- 999 ACT- T1 4PI 999=1 GEV

67GE2 6C 12 G N ABY THR- 27 C 22, 27 BF3- Ti 4P I 67J01 6C 12 G ,N ABX 19- 20 D 19- 20 ACT- T

i 4P I 67TA1 6C 12 G ,N ABI THR- 170 C170 CCH- T

I 4PI

68KA1 6C 12 G N ABX 50- 85 C 55, 85 TOF- u i U 85 67 NEUT ENGY SPEC

68WU1 6C 12 G »N ABX THR- 40 C 20- 40 TOF- u

-J „ i. 25 90

69DE1 6C 12 G N ABY THR- 999 C 1- 6 ACT- T1 4PI 999=5.5 GEV

69DE4 6C 12 G »N NOX 19- 260 C260 ACT- T1 DST Cll RECOIL DST

66MA2 6C 12 G »NG/ RLX 21- 31 C 21- 31 NAI- u 58BA5 6C 12 G ,XN RLY THR- 23 C 18- 23 BF3- Ti 4P I BREAKS E 64AL5 6C 12 G »XN NOX THR- 34 C 34 THR- T

I o — DST

65BA1 6C 12 G »XN ABX THR- 52 C 18- 52 BF3- T1 4PI

65MI 1 6C 12 G »XN ABX THR- 30 CTHR- 30 BF3- T

1 4PI

66FI2 6C 12 G XN SPC THR- 65 C 65 TOF- r\L> c0 — 40 90

67FE2 6C 12 G ,XN ABX 100- 150 C150 BF3- T

I 4P I 68RA2 6C 12 G ,XN SPC THR- 103 C103 TOF- u

— 90 DST

69BA1 6C 12 G »XN ABX 19- 25 C 19- 25 BF3- 1 4PI

65KI2 6C 12 G »P ABY 88- 720 D400- 720 MAG- U

*7 f\

1 V — 100 57

66KE1 6C 12 S G P ABX 21- 22 D 21- 22 EMU- r\U DST

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

67TA1 6C 12 G ,P ABX THR- 170 C170 CCH- I DST

68FR2 6C 12 G »P RLX ThR- 32 C 30, 32 TEL- U DST

68MA1 6C 12 G .P ABX 100 C 95- 102 TEL- D 40- 95 DST

68MA2 6C 12 G P RLX 50- 80 C 50- 80 TEL- T1 60 45

69MA3 6C 12 G ,P ABX 36- 80 C 50- 80 TEL- rvU zo — 70 45

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

67TA1 6C 12 G 2P ABI THR- 170 C170 CCH- T

1 4PI

64SE1 6C 12 G ,XP SPC THR- 24 C 24 EMU- u 7 —

8 DST

68FR3 6C 12 G »XP RLX 20- 38 C 38 TEL- u if — 22 90 38=37.7 MEV

64KI 1 6C 12 G »D ABY 80- 800 C400- 800 TOF- u 70 57

65KI 2 6C 12 G »D ABY 70- 720 D400- 720 MAG- D 40- 70 57

67KR2 6C 12 G >T RLX THR- 55 C 30- 55 ACT- I 4PI

67TA1 6C 12 G »HE3 ABI THR- 170 C170 CCH- I 4PI

67DI 3 6C 12 G »BE7 ABX 300- 999 C300- 999 ACT- I 4PI 999=1 GEV

1

! 12
REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

64WA1 6C 12 6 .3A ABX 18 D 17 SCI- D 4PI 18=17.6 MEV

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

67SM1 6C 12 G >NP ABX 150- 250 C250 TOF- D DST

67TA1 6C 12 G .NP ABI THR- 170 C170 CCH- I 4PI

68TA1 6C 12 G »NP ABX THR- 170 C170 CCH- I DST

68TA1 6C 12 G .NPA ABX THR- 170 C170 CCH- I DST

67TA1 6C 12 G »NHE3 ABI THR- 170 C170 CCH- I 4PI

68TA1 6C 12 G ,NHE3 ABX THR- 170 C170 CCH- I DST

67TA1 6C 12 G .NA ABI THR- 170 C170 CCH- I 4PI

68TA1 6C 12 G ,NA ABX THR- 170 C170 CCH- I DST

690W2 6C 12 G .NA ABX 26- 31 C 26- 71 ACT- I 4PI

68TA1 6C 12 G »PT ABX THR- 170 C170 CCH- I DST

67TA1 6C 12 G .PA ABI THR- 170 C170 CCH- I 4PI

68TA1 6C 12 G .PA ABX THR- 170 C170 CCH- I DST

66AR1 6C 12 G .BE7 ABX 30- 57 C 30- 57 ACT- I 4PI

67DI2 6C 12 G .BE7 ABY THR- 999 C300- 999 ACT- I 4PI 999=1 GEV

67TA1 6C 12 G .SPL ABI THR- 170 C170 CCH- I 4PI

5 4 M A A- 1 2 .XXX A R Y 1 50- 72 0 n 5 0- 7 ? n ACT- T

I XXX-ril FINAI

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

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

67FE1 6C 12 P .G ABX 25- 30 D 10- 15 NAI- D 90

69KE1 6C 12 P .G ABX 28- 3 7 D 13- 21 NAI- D 20- 38 DST

67PE1 6C 13 E .E/ LFT 15 D 40- 65 D 20- 65 DST 15=15.11 MEV

69CA1 6C 13 E .E/ SPC 0- 20 D140 MAG- DIOO- 140 DST

69T01 6C 13 E ,E/ FMF 3 D 34- 65 MAG- D 30- 65 DST 3=3.08 MEV

69WI2 6C 13 E .E/ LFT 3- 15 D 36- 65 MAG- D 15- 65 DST 7 LEVELS

69RA3 6C 13 G .G LFT 3 C 3 NAI- D DST 3=3.68 MEV

66FU3 6C 13 G .N RLY THR- 15 C 5- 15 BF3- I 4PI NSA 13943 BREAKS

NITROGEN Z=7

A ABUND.(l) SEPARATION ENERGIES (MEV)

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

14 99.63 10.5 7.6 22.7 20.7 11.6 30.6 12.5 25.1

15 0.37 10.8 10.2 14.8 28.3 11.0 21.4 18.4 31.0

(1) ABUNDANCE DEPENDS ON SOURCE

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN »OUT MIN- MAX TYPE MIN-MAX

68DI1 7N 13 P ,G LFT 15 D 14- 15 NAI- D 11- 15 DST 15.07 MEV

68RI2 7N 13 P ,G LFT 2 D 1 NAI- D 4PI 2=2.37 MEV

66K01 7N 14 E ,E/ ABX 8- 14 D 50 , 60 MAG- D 30- 60 180 5 LEVELS

68CL1 7N 14 E ,E/ LFT 8- 12 D 35- 58 MAG- D 20- 60 DST 9.17, 10.43 MEV

69BE2 7N 14 G ,MU-T ABX 10- 30 C 35 MGC- D 10- 30 4PI

66SW1 7N 14 G ,G LFT 7 D 7 NAI- D DST 7=7.11 MEV

67L01 7N 14 G ,G/ ABX 18- 32 C 34 NAI- D DST

68KA1 7N 14 G »N ABX 50- 85 C 55» 85 TOF- D 10- 85 67 NEUT ENGY SPEC

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

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

61KN1 7N 14 D ,G ABX 10- 12 D 0- 2 THR- I 4P I

68BE1 7N 15 E ,E/ LFT 6 D 50- 57 MAG- D 43- 57 DST 6=6.32 MEV

69SI1 7N 15 P »G ABX 10 D 0- 1 NAI- D 0- 12 DST SOURCE 250-670

13

373-303 O-70—
OXYGEN 1=3

A ABUND. ( 1

SEPARATION ENERGIES (MEV)

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

16 99. 76 15.7 12.1 25.0 22.8 7.2 28.9 23.0 22.3

17 3.7(-2

4.1 13.8 18.6 18.8 6.4 19.8 16.3 25.3

18 .20 8.0 15.9 15.8 25.6 6.2 12.2 21.9 29.0

( 1 ) ABUNDANCE DEPENDS ON SOURCE

>EF NUCLIDE REACTION RES EXC I T SOURCE DETECTOR ANG REMARKS

Z A I N » OUT MI N- MAX TYPE MIN- MAX

66EV1 80 15 P , G SPC 5- 9 D 1- 2 NAI-D 1- 10 DST

67EV1 80 15 P , G LFT 9- 10 D 1- 3 NAI-D DST

61 ISl 80 16 E , E/ FMF 0- 115 D 90- 215 MAG-D DST

65VA4 80 16 E , E/ ABX 10- 30 D 43- 69 MAG-D 35- 70 180

66AR2 80 16 E , E/ LFT 7 , 12 D 30- 60 MAG-D DST 7=6.92. 12=11.52

66CR1 80 16 E , E/ FMF 6 D600- 800 MAG-D DST 6=6.1 MEV

66ST2 80 16 E » E/ FMF 5- 14 D 60 MAG-D 46- 60 117 6.92,11.52 MEV

66VA1 80 16 E , E/ FMF 10- 30 D 43- 69 MAG-D 35- 70 180

67DR1 80 16 E , E/ FMF 19- D128- MAG-D DST J-PI , 19.08 MEV

68DR1 80 16 E » E/ FMF 19 , 20 D140 MAG-D DST 19=19. 1 ,20=20.5

69T02 80 16 E , E/ FMF 7 D183 , 250 MAG-D150- 250 DST 7=7.12 MEV

70BE1 80 16 E» E/ FMF 6- 8 D 51- 105 MAG-D 53- 97 DST 6.05,6.13,6.91,7.

70KI 1 80 16 E , E/ FMF 11- 14 D 40- 105 MAG-D 27- 105 DST FMF 11.5-13.1 MEV

65D03 80 16 G> MU- T ABX 13- 22 C MGC-D 4PI

65WY1 80 16 G ) MU- T ABX 10- 35 C 90 SCI-D 4PI

69BE2 80 16 G , MU- T ABX 10- 30 C 35 MGC-D 10- 30 4PI

59PA3 80 16 G, G ABX 17 D 15 , 18 NAI-D 17 90

64LA5 80 16 G ) G RLX THR- 32 C 24, 32 NAI-D 2- 27 DST

64L03 80 16 G , G ABX 10- 30 C 10- 30 NAI-D 10- 30 140

65MA1 80 16 G 5 G/ SPC 19- 30 c 21- 31 NAI-D 4- 8 140

67L01 80 16 G s G/ ABX 18- 32 c 34 NAI-D DST

68EV1 80 16 G? G LFT 6 . 8 D 6 , 8 SCD-D 6- 8 LEVELS 6.92, 7.12

57BA3 80 16 G > N ABY 15- 18 c 15- 18 ACT-I 4PI BREAKS

59SA2 80 16 G 1 N NOX THR- 22 c 15- 22 ACT-I 4PI BREAKS

62F I 2 80 16 G 5 N RLX 18- 29 c 26- 32 TOF-D 2- 15

64BE8 80 16 S G 1 N NOX 17- 32 c 32 SCI-D 2- 14 DST

65GR1 80 16 Gi N ABX THR- 54 c 10- 66 ACT-I 4PI

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

66BA5 80 16 G) N ABX 15- 25 c 15- 25 ACT-I 4PI

66C01 80 16 G! N ABX THR- 65 CTHR- 70 ACT-I 4PI

66F I 1 80 16 $ G! N NOX THR- 70 C 10- 70 TOF-D 2- 8 DST

6 6MI2 80 16 G ! N ABX 16- 27 D 16- 27 BF3- I 4PI

67GE2 80 16 G . N ABY THR- 27 C 22 , 27 BF3-I 4PI

68KA1 80 16 G! N ABX 50- 85 C 55 , 85 TOF-D 10- 85 67 NEUT ENGY SPEC

68WU1 80 16 G 1.N ABX THR- 40 c 20- 40 TOF-D 2- 25 90

69C03 80 16 $ Gi N NOX 20- 33 c 30 , 60 TOF-D 4- 16 DST N POLARIZATION

69KH1 80 16 G .N ABX 16- 33 c 22- 33 TOF-D 1- 14 98

69NA1 80 16 G .N ABX 35- 65 c 35- 65 TOF-D 16- 55 68

660W1 80 16 G .NG RLY THR- 29 c 20- 29 SCD-D 4- 9 135

660W2 80 16 G .NG RLX THR- 29 c 20- 29 SCD-D 135

67BA5 80 16 G NG SPC 21- 26 c 26 SCD-D 5- 8 135 G-SPECTRUM

67MU1 80 16 G .NG SPC 21- 30 c 28 , 30 SCD-D 5- 8 90 G-SPECTRUM

69MU1 80 16 G .NG SPC 16- 30 c 21- 30 SCD-D 90 G-SPECTRUM

69UL1 80 16 G .NG ABY THR- 32 c 32 SCD-D 5- 11 120

66FU2 80 16 G .NG/ RLY 20- 26 D 20- 26 BF3-I 4PI COINC

68ME4 80 16 G .2N ABX THR- 300 c 20- 300 ACT-I 4PI
REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

64BA3 80 16 G > XN ABX 15- 28 C 15- 28 BF3- I 4P I O/C YLD= 1 . 7 ( 22ME\/

64BA5 80 16 G ( XN ABX 15- 28 C 15- 28 BF3- I 4P I 65CA1 80 16 G ( XN ABX 17- 28 D 17- 28 BF3- I 4P I BRANCH RATIOS

6 b HA 1 80 16 G > XN ABX THR- 30 C 6- 30 BF3- I 4P I 66F I 2 80 16 G » XN SPC THR- 65 C 65 TOF-D 5- 40 90

6 7FE2 80 16 G . XN ABX 100- 150 C150 BF3- I 4P I 67MI2 80 16 G . XN SPC THR- 20 c 2 3- 27 TOF-D 2- 12 100

6 5M01 80 16 G . P SPC 15- 29 c 22 » 40 SCD-D 90 BRANCH RATIOS

65ST2 80 16 G iP ABX 1 4- 16 c 14- 16 SCD-D 2- 4 90

66DE4 80 16 G P AB I THR- 44 c 2 1 - 44 TEL-D 3- 12 90

67K01 80 16 G P ABX THR- 55 c 2 1 - 55 TEL-D 3- 30 90

67TH1 80 16 G »

RLX 19- 26 c 2 0 - 26 SCD-D 6- 14 DST

67TH2 80 16 G P RLX 20- 25 c 2 6 SCD-D 7- 12 135

67TU3 80 16 G . P SPC THR- 22 V c 2 EMU-D DST

68DE 1 80 1 6 G P ABX 16- 55 0 1 Z i - 55 TEL-D 4- 30 90

6 8 S T 1 8 0 16 G > P SPC 2 0- 26 r

C. D SCD-D 8- 13 DS T 26=25.6 MEV

68TU1 80 16 G »

SPC 2 1 » 2 2 U 2 2 EMU-D DST 21=21. 71»22=22. 16

69B A2 80 1 6 G P ABX 20- 3 0

rL 2 6, 3 1 SCD-D 8- 18 DST

69FR1 80 16 G > P ABX 12- 3 3 i - 3 3 SCD-D 8- DST

69KE3 8 0 16 G > P SPC 16- 26 C 2 6 SCD-D 4- 14 90

69SH3 80 1 6 G > P RLX 12- 27 c 2 3 , 27 EMU-D 1- 15 DST

69ST1 80 16 G (

ABX 2 1- 3 3 c 33 SCD-D 10- 20 DST

66FU2 80 16 G » PG RLY 20- 26 D 20- 26 BF 3- I 4P I CO I NC

6 60W1 80 16 G > PG RL Y THR- 29 C 20 - 29 SCO-D 4- 9 135

660W2 30 16 G » PG RLX THR- 29 C 20- 29 SCD-D 135

67BA5 80 16 G .PG SPC 17- 26 c 26 SCD-D 5- 8 135 G-SPECTRUM

67MU1 80 16 G >PG SPC 17- 30 c 28 , 30 SCD-D 5- 8 90 G-SPECTRUM

69MU1 80 16 G > PG SPC 12- 30 c 21- 30 SCD-D 90 G-SPECTRUM

69UL1 80 16 G >PG ABY THR- 32 c 32 SCD-D 5- 11 120

66V01 80 16 G »D ABX THR- 50 c 20- 50 TEL-D 5- 10 90

65BU1 80 16 G »THR 50 c 50 ACT- I 4P I 55SC2 80 16 G »

ABY THR- 32 c 32 ACT- I 4P I E

6 6 GO 2 80 16 G » T ABX THR- 55 CTHR- 55 ACT- I 4P I 67KR2 80 16 G »

RLX THR- 55 C 30- 55 AC T- 1 4P I 64T03 80 16 G »

ABX 9- 21 C 22 EMU-D DST

65R01 80 16 G . A ABX 12- 17 C 12- 17 EMU-D 1- 11 4P I 65R02 80 16 G »

RLY 1 7 C 17 EMU-D DST

6^T03 80 16 G »4A ABX 9- 2 1 C 22 EMU-D DST

65R01 80 16 G » 4A ABX 12- 17 C 12- 17 EMU-D 4P I 65GA 1 80 1 6 G >NP ABX 250 C300 TEL-D 90-140 DST

65AR3 80 16 G >BE7 RLY 32- 57 C 57 ACT- I 4P I 66AR1 80 16 G > BE7 ABX 30- 57 C 30- 57 AC T- I 4P I 6 7KR2 80 16 G > C 1 1 RLX THR- 55 C 30- 5 5 ACT- I 4P I 6 7 KR 2 80 16 G > N 1 3 RLX THR- 5 5 C 30- 5 5 ACT- I 4P I 6 1 T A 3 80 1 6 P 1

ABX 12- 26 D 0- 14 N A I - D 9 0

64t A 1 80 1 6 P »NOX 13- 2 5 D 1- 1

NA I - D

P» C T Do 1 6 7BL2 80 1 6 P >G RLX 21- 2 2 D 9- 1

MAT P\ N A 1 - D 2 1 - 2 3 45

67BL 1 80 16 P jG RLX 2 0- 30 D 10- 18 NA I -D 20- 30 DST

67EA1 80 16 P »ABX 13- 25 D 1- 14 NA I -D DST

625U2 80 16 D >G RLX 21- 25 D 1- 5 NAI-D 90

63SU2 80 16 D ,G ABX 2 1- 25 D 1- 4 NAI-D DST E 64SU1 80 16 D »G ABX 24- 28 D 1- 5 NAI-D DST

66SU1 80 16 D »

ABX 21- 26 D 1- 6 NAI-D 0- 25 DST

66PU1 80 16 HE »G RLX 23- 26 D 1- 5 NAI-D 15- 26 90 HE=HE3

67SU1 80 16 A »G RLX 14- 25 D 8- 24 NAI-D DST

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

69H01 80 18 G ,XP ABY THR- 33 C 24- 33 SCD-D 3- 14 90
FLUORINE Z=9

A ABUND. SEPARATION ENERGIES (MEV)

G»N G»P G,T G,HE3 G,A G>2N G,NP G»2P

19 100,00 10.4 8.0 11.7 22.1 4.0 19.6 6.1 23.9

DK FC rP 1 1* U \_ L T HP K C. A 1 1 'Jim K t o FC AY r T1 T1 o UU K v_ t DETECTOR ANG D C ful A r> c K tMA Ksb

7

£- MA

J. IN » W L; 1 M T M — M A Y TYPE MIN-MAX

66D02 9F 19 G ,MU-T ABX 8- 30 C260 MGP 6- 30 4PI

69BE2 9F 19 G,MU-T ABX 10- 30 C 35 MGC-D 10- 30 4P I O *-r L_ Vw/ 1 Q c\J %7 c\J rAA RL> AX NAI-D 10- 30 1 ii^n i H u 67L01 9F 19 G,G/ ABX 14- 32 C 34 NAI-D DST

66DE5 9F 19 G,N NOX THR-260 C260 ACT-I DST

67BA3 9F 19 G tN ABX THR- 25 CTHR- 25 ACT-I 4PI NSA 35223 BREAKS

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

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

68AB1 9F 19 G »XP SPC THR- 22 C 22 SCD-D 3- 13 90

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

68ME4 9F 19 G,2NP ABX THR-300 C 20-300 ACT-I 4PI

67BE7 9F 20 N ,G LFT 6- 7 D 0- 1 NAI-D 0- 7 90 SOURCE 27 ,50 KEV

NEON Z=10

A ABUND. SEPARAT ION ENERGI ES (MEV ) G,N G,P G,T G,HE3 G ,A G,2N G,NP G 2P

20 90.92 16.9 12.8 23.9 21.2 4.7 28.5 23.3 20.8

21 0.26 6.8 13.0 21.6 19.9 7.3 23.6 19.6 23.6

22 8.82 10.4 15.3 21.5 26.3 9.7 17.1 23.4 26.4

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

61CL1 10NE20 G»G LFT 1- 3 D 1- 3 NAI-D 1- 3 0 1.63,2.62,3. 34 MEV

60RE2 10NE20 G,XP RLY 100-240 C240 CCH-D 4PI

69H01 10NE20 G ,XP ABY THR- 33 C 24- 33 SCI-D 3- 14 90

66PA3 10NE20 P ,G NOX 18 D 5 SCI-D DST

67SE1 10NE20 P,G ABX 16- 25 D 3- 13 NAI-D DST

69H01 10NE22 G ,XP ABY THR- 33 C 24- 33 SCI-D 3- 14 90

68GR1 10NE22 A ,G LFT 12 , 13 D 2 , 3 NAI-D 8- 13 DST 12,13=11.89, 12. 28

16
SODIUM Z=ll

23

ABUND. SEPARATION ENERGIES (MEV)

G»N G»P G,T G,HE3 G»A G,2N G,NP G,2P

100.00 12.4 8.8 17.4 24.4 10.5 23.5 19.2 24.1

REF NUCLIDE REACTION RES

Z A IN»OUT

EXCIT SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

REMARKS

65TA1 11NA22 P ,G NOX 7 D 0- 1 NAI -D 0- 8 90 LEVELS. J-PI

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

65BA4 1 1NA23 E »E/ ABX 4 D 59 MAG -D 50- 59 180 4=4.431 MEV

65WY1 1 1NA23 G >MU-T ABX 10- 35 C 90 SCI -D 4P I 61AM1 11NA23 G »G LET 1 D NAI -D 120 1= .438 MEV

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

64ME2 11NA23 G»G LFT 4 D 4 NAI -D 4 DST 4=4.431 MEV

67L01 11NA23 G.G/ ABX 15- 30 C 34 NAI -D DST

68SH3 1 1NA23 G»XP SPC 20- 24 D 20 . 24 EMU -D 2- 14 DST

69H01 1 1NA23 G»XP ABY THR- 33 C 24- 33 SCI -D 3- 14 90

67FE3 11NA23 0 »G ABX 23- 29 D 12- 31 NAI -D 20- 30 90 LI7+016

MAGNESIUM Z=12

A ABUND. SEPARATION ENERGIES (MEV)

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

24 78.70 16.5 11.7 26.7 23.1 9.3 29.9 24,1 20.5

25 10.13 7.3 12.1 23.0 20.1 9.9 23.9 19.1 22.6

26 11.17 11.1 14.1 21.6 26.0 10.6 18.4 23.2 24.8

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR

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

68SA1 12MG E .E/ FMF 1- 8 DIOO- 260 MAG- D

64D02 12MG G MU- T ABX 12- 30 C250 MGP- D 12- 30 4P I 65D02 12MG G MU- T ABX 11- 30 C260 MGP- D 10- 30 4PI

65WY1 12MG G »MU- T ABX 10- 70 C 90 SCI- D 4PI

66D02 12MG G .MU- T ABX 8- 30 C260 MGP- D 6- 30 4P I 59LA1 12MG G G LFT 10 C 13 NAI- D 0- 12 135

67L01 12MG G .G/ ABX 16- 32 C 34 NAI- D DST

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

65MI 1 12MG G ,XN ABX THR- 30 CTHR- 30 BF3- I 4PI

66FI2 12MG G »XN SPC THR- 65 C 65 TOF- D 5- 40 90

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

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

66AR2 12MG24 E .E/ LFT 9- 22 D 52 MAG- D 141

66T I 1 12MG24 E »E/ LFT 7- 15 D 51 MAG- D 36- 51 DST

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

68FA1 12MG24 E E/ LFT 7- 28 D 39. 56 MAG- D 28- 56 180

68TI 1 12MG24 E »E/ FMF 1- 12 D 37- 51 MAG- D DST

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

67KU2 12MG24 G »G LFT 9- 1

D 9- 11 NAI- D 9- 11 135

ANG REMARKS

3 PEAKS 1.4-6.0

5 LEVELS

10.7

17
REF NUCLI DE REACTION RES EXC I T SOURCE DETECTOR ANG REMARKS

Z A I N »OUT MI N- MAX TYPE MIN- MAX

6 6 M I 2 1 2MG2''+ G »ABX 16- 2 7 D 16- 2 7 BF3-I 4P T 6 SCO 1 1 2MG24 G »

RLX THR- 6 5 C 13- 65 ACT-I 4P I 6 80K2 1 2MG24 G »

ABY THR- 20 C 20 ACT-I 4P I I SOMER I C YIELD

69AN2 1 2 M G 2 4 G » XN ABX THR- 65 c 16- 64 ACT-I 4P I MEAS TOTAL ACT

66 I SI 1 2MG24 G , P ABX THR- 34 c 15 30 EMU-D 2- 14 DST

6'^SH6 1 2MG2 4 G , F ABY THR- 100 ClOO ACT- I 4P I 67LE1 12MG24 P »G ABX 16- 25 D 5- 14 MGP-D 8- 25 90

68BE3 12MG24 P ,G ABX 16- 24 D 4- 13 NAI-D 16- 24 DST

6 8H I 1 1 2MG24 A »G RLX 11- 14 D 3- 5 NA I -D 7- 16 DST J-P I 9 G-W I DTH

69r A2 12MG25 E »E/ ABX 0- 27 D 39 9 56 MAG-D 30- 56 180 J-PI9 B(ML)

680K3 12MG25 G ,P ABY T HR- 2 0 r 20 ACT-I 4PI

6 7BE 7 1 ? M G 7 5 fv) , G LET 7 D 1 NAI-D 0- 7 90 SOURCF 84 iCFV

6 6 T ] 1 1 2MG26 E » E / LET 7- 15 D 51 MAG-D 36- 51 DS T DST CONST Q

68BE2 12MG26 E .E/ ABX 8- 14 D 39 9 56 MAG-D 180

67KU2 12MG26 G »G LET 10- D NAI-D 10 135 10=10.07 MEV

69BE3 12MG26 G »

ABX 11- 13 C 13 TOF-D 0 13 5 0=10 TO 1200 K.FV

ALUMI NUM Z = 13

A ABUND, SEPARAT ION ENERGIES (MEV)

G ) N G 9P G 9 T G9HE3 G 9A G , 2N G 9 NP G 9 2P

27 100.00 13.1 8 . 3 18 .2 23 . 7 10 .1 24.4 19.4 22.4

REF NUCLIDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A I N »OUT MIN- MAX TYPE MIN-MAX

6 8M02 1 3 A L2 5 P 9 G LET 8 D 6 SCD-I DST G-W I DTH

6 7L02 1 3AL27 E » E / FMF 0- 3 D 90- 190 MAG-D 85- 190 DST 5 LEVELS .84-3 MEV

5 9 B A 3 1 3 A L 2 7 E »

ABY THR- 36 D 10- 36 BF3-I 4P I U \_ 1 t A. 1 3 A 1 71 F . P ABX D999 MAG-Dl 10- 450 DST 999=8 GEV

\J ^ ^ 1 ^ A 1 71 G ,MU

ABX 9- 29 C250 MGP-D 9- 29 4P I 6 3 W Y 1 1 3AL27 G »MU-T ABX 10- 70 C 90 SC I-D 4P I 59PA3 1 3AL27 G »

ABX 17 D 15 9 18 NAI-D 17 90

64ME 2 13AL27 G »

LET 4 D 4 NAI-D 4 DST 4:1:4,403 MEV

6 5 KH 1 1 3AL27 G »

LET 2 9 3 D 2 9 3 NAI-D DST 293=2.2192.98 MEV

6 5 M F 3 1 A 1 7 7 LET 4 D 4 NAI-D DST 4=4.403 MEV

66 H02 1 3 A L2 7 LET 1 C 1 NAI-D 0- 1 117 1=1.01 MEV

55V A4 1 3 A L 71 G « G ABI 10 D 10 NAI-D 0- 10 80 10=10.1 MEV

6 8 RO 1 1 3 AL 2 7 G , G LFT 3 C 3 NAI-I 2. 2I92. 9893.0 MEV

64T H

1 3AL27 G »

ABX 15- 24 C 15- 24 ACT-I 4P I 6\j -/ Tt H?lit. 1 ^ A L ? 7 G »

ABX 13- 24 c 13- 25 ACT-I 4P I THRESHOLD

U RL-J I 1 1 X

1 3 A 1 71 r,VJJ .9 N1 ^ ABX 20- 200 c 2 0- 200 BF3-I 0- 50 4P I 6 6 FU

T 3 A L ? 7 G »

ABX 13- 37 D 13- 37 BF3-I 4P I 5 7 G F ? 1 3 A 1 7 7 Tivj .9 N1

ABY THR- 27 C 22 9 27 BF3-I 4P I 6 R CO 1

1

J. -J3 A 1L- 7 71 G , N RLX THR- 65 C 13- 65 ACT-I 4P I 6 8 K A 1 1 3 A L 7 7 G 9 N ABX 50- 85 C 55 9 85 TOF-D 10- 85 67 NEUT ENGY SPEC

A F 1 1

X1 ^ MA 1l_ ^19 71 r-, . 7 N ABX 25- 37 D 25- 37 BF3- I 4P I 68ME4 13AL27 G 9 2NP ABX THR- 300 C 20- 300 ACT-I 4PI

67AN1 13AL27 G9N2P RLX THR- 999 CTHR- 999 ACT-I 4PI

18
REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN»OUT MIN-MAX TYPE MIN-MAX

64AL5 13AL27 G »XN NOX THR- 34 C 34 THR- I 6- DST

66F I 2 13AL27 G »XN SPC THR- 65 C 65 TOF- D 5- 40 90

67AN2 13AL27 G »XN ABX THR- 26 C 13- 26 BF3- I 4PI

69AN3 13AL27 G »XN RLX 13- 65 C 13- 65 ACT- I 4PI

69C02 13AL27 G »XN ABX 15- 35 D 15- 35 BF3- I 4PI

69VE1 1 3AL27 G , XN SPC THR- 33 C 33 TOF- D 0- 14 DST

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

6^MA2 13AL27 G »XP SPC THR- 20 c 20 SCD- D 3- 9

68AB3 13AL27 G »XP SPC THR- 27 c 22 » 27 SCD- D 3- 15 90

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

66H03 13AL27 G »

SPC THR- 31 c 31 SCD- D 2- 13 130

66WE2 13AL27 G »A ABX 10- 33 c 33- SCD- D 4- 16 90

1 3AL27 G »P I + ABY 150- 720 C150- 720 ACT- I 4P I 64MA^ 13AL27 G ,XXX ABY 150- 720 C150- 720 -ACT- I 4PI

64MA^ 13AL27 G YYY ABY 150- 720 C150- 720 ACT- I 4PI

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

67SH2 13AL27 P »G LET 8- 11 D 0- 3 SCD- D 0- 10 DST

67VA1 13AL27 P >G NOX 8- 1D 0- 3 SCD- D 0- 10

67BE7 13AL28 N ,G LET 7- 8 D 0- 1 NAI- D 0- 7 90

XXX=NA24 FINAL

SOURCE 35»89 KEV

SILICON Z=14

A ABUND.(l) SEPARATION ENERGIES (MEV)

G,N G»P G»T G,HE3 G,A G»2N G,NP G,2P

28 92.21 17.2 11,6 27.5 23.2 10.0 30.5 24.7 19.9

29 4.70 8.5 12.3 24.6 20.6 11.1 25.7 20.1 21.9

30 3.09 10.6 13.5 22.2 24.8 10.7 19.1 23.0 24.0

(1) ABUNDANCE DEPENDS ON SOURCE

REF NUCLI DE REACT ION RES EXCIT

Z A IN ,OUT

68SA2 14SI E »E/ FMF 1- 13

65WY1 14SI G »MU-T ABX 10- 35

68BE4 14SI G »MU-T ABX 10- 30

66FI2 14SI G »XN SPC THR- 60

68G06 14SI G »XN ABX 17- 30

69AN3 14SI G ,XN RLX THR- 65

69C01 14SI G ,XN ABX 14- 38

65G01 14SI G ,P SPC THR- 27

66LI1 14SI G ,P SPC THR- 32

67G01 145 I G »P ABX THR- 29

65HA2 14S I G »A SPC THR- 31

67AN1 14SI G sXXX RLX THR- 999

64BR2 14SI28 E »E/ SPC 0- 12

66AR2 14SI28 E »E/ LET 5 66LI2 14SI28 E .E/ LET 2- 12

67SA1 14SI28 E »E/ FMF 1- 10

68AF1 14SI28 E »E/ FMF 10- 30

68DR1 14SI28 E »E/ FMF 1

68GU1 14SI28 E »E/ ABX 10- 30

69FA1 14SI28 E »E/ ABX 9- 16

SOURCE DETECTOR ANG REMARKS

MI N-MAX TYPE MIN -MAX

Dl 14- 260 MAG- DlOO -260 DST 5 LEVELS 1.

C 90 SCI- D 4PI

C 35 MGC- D 10 - 30 4PI

C 60 TOF- D 5 - 40 90

C 17- 30 BF3- I 4PI

C 16- 65 ACT- I 4PI

C 14- 38 BF3- I 4PI

C 23- 27 SCD- D 3 - 11 90

C 21 , 32 SCI- D 1 - 19 90

C 11- 29 SCD- D 1 4P I C 31 EMU- D 5 - 20 DST

CTHR- 999 ACT- I 4PI XXX=NA24

D 41 MAG- D 152

D MAG- D 5=4.97 MEV

D 30- 56 MAG- D DST 4 LEVELS

DIOO- 260 MAG- D DST 4 LEVELS

D150- 225 MAG- D120 -225 DST B ( EL ) D140 MAG- D DST 11=11.4 MEV

D150- 225 MAG- DlOO -225 DST

D 39» 56 MAG- D 30 - 56 180 J-PI, B(ML)

19
REF NUCLIDE REACTION RE5 EXCIT SOURCE DETECTOR ANG REMARKS

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

65SW1 145128 G »G LET 7 D 7 NAI-D DST J 7=6.88 MEV

67BE5 145128 G »G LET 2 D 2 NAI-D 120 2=1.78 MEV

67KU2 145 I 28 G »G LPT 1D 11- 13 NAI-D 11- 1 3 135 12=11.42 MEV

67L01 145 I 28 G »G/ ABX 15- 32 C 34 NAI-D DST

66G03 14SI28 G»N ABX 17- 30 C 17- 30 BF3-I 4PI

68C01 14SI28 G »N RLX THR- 65 C 13- 65 ACT-I 4P I 64UL3 14SI28 G»P SPC 13- 23 C 24 SCD-D 1- 11 4PI

65B I 1 14SI28 G »P RLX 18 D 18 SCD-D 4- 8 4PI

65CA2 14SI28 G »P ABX THR- 2 3 C 16- 23 5CD-D 3- 12 4PI

65MA6 145 I 28 G »P ABX 17- 22 D 17- 22 5CD-D 4- 12 4PI

65B I 1 145 I 28 G »A RLX 18 D 18 SCD-D 6- 8 4P I 65CA2 145128 G »A ABX T LJ r> THK — 2 3 C 16- 23 SCD-D 3- 12 4P I 65MA6 14SI28 G »

ABX 17- 22 D 17- 2 2 SCD-D 4- 12 4P I 68ME1 14SI 28 G»A ABX 15- 22 D 5- 14 NAI-D 10- 22 DST

61GA1 145 I 28 P »G ABX 16- 25 D 5- 13 NAI-D 90

65PA2 145 128 P »G ABX 19- 22 D 8- 11 NAI-D 8- 25 90

655 I 1 145128 P >G ABX 16- 24 D 4- 13 NAI-D 16- 24 90

64RE1 1451 29 G »G LFT 1 D 1 NAI-D 1 90 1=1.277 MEV

680K3 145 I 29 G »P ABY THR- 20 C 20 ACT-I 4PI

680K3 14SI 30 G»P ABY THR- 20 C 20 ACT- I 4PI

68ME1 145130 G»A ABX 14- 22 D 4- 14 NAI-D 10- 22 DST

68ME1 1451 32 G »

ABX 13- 18 D 7- 12 NAI-D 10- 18 DST

PH05PH0RUS Z=15

A ABUND. SEPARATION ENERGIES (MEV)

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

31 100.00 12.3 7 .3 17.9 22. 5 9 .7 23.6 17.9 20.8

REF NUCLIDE REACTION RE5 EXC I T SOURCE DETECTOR ANG REMARKS

Z A I N >OUT MI N-MAX TYPE MIN-MAX

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

65K01 1 5P 31 E »E/ FMF 1- 6 D130-180 MAG-D120- 180 DST 8 LEVELS

66H02 15P 31 G »G LFT 1 C 1 NAI-D 0- 1 117 1=1.26 MEV

68CR1 15P 31 G»G LFT 3 C 3 ANI-D 0- 3 135 3=3.13 MEV

6 8 HO 1 15P 31 G,G LFT 7- 8 D 7- 8 NAI-D 6- 8 0 7,8=7.90*8.201 MEV

68R01 15P 31 G»G LFT 3 C 3 NAI-I SELF-ABSORPTION

69RA3 15P 31 G »G LFT 3 C 3 NAI-D DST 3=3.51 MEV

5 7BA3 15P 31 G >N ABY 11- 14 C 11- 14 ACT-I 4PI BREAKS E 67GE2 15P 31 G.N ABY THR- 27 C 22 » 27 BF3-I 4PI

67MI2 1 5P 31 G .XN 5PC THR- 20 C 23- 27 TOF-D 2- 12 100

66 1 52 1 5P 31 G »P 5PC THR- 34 C 18 , 34 EMU-D 2- 16 30

68AB4 15P 31 G »XP 5PC THR- 27 C 22 , 27 SCD-D 3- 16 90

68SH3 1 5P 31 G »XP 5PC THR- 19 D 19 EMU-D 2- 14 DST

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

67B01 15P 31 P »G NOX 9- 10 D 2- 3 NAI-D 1- 10 55

6 8W01 15P 31 P »G SPC 0- 9 D 1- 2 SCD-D 0- 9 90

69W I 1 15P 31 P »G LFT 10- 1

D 3- 4 NAI-I 0- 11 55 G-G CORRELATION

20
SULPHUR Z=16

A ABUND. ( 1

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

32 95.0 15.1 9.0 24.0 19.1 6.9 28.1 21.2 16 . 1 33 0. 76 8.6 9.6 21.3 17.1 7.1 23.7 17.5 18 .2

34 4.22 11.4 10.9 20.4 21.9 7.9 20.1 21.0 20 .3

36 1.4(-29.9 * 19.3 8.9 16.9 21.2 *

( 1 ) ABUNDANCE DEPENDS ON SOURCE

REF NUCLIDE REACT ION RES EXCIT SOURCE DETECTOR ANG

Z A IN ,0UT MI N- MAX TYPE MIN-MAX

65WY1 16S G ,MU-T ABX 10- 35 C 90 SCI- D 4P I 68D01 16S G ,MU-T ABX 10- 30 C260 MGP- D 10- 4P I 68KA1 16S G ,N ABX 50- 85 C 55 , 85 TOF- D 10- o -> 67

68G06 16S G ,XN ABX 14- 30 C 14- 30 BF3- I 4P I 66LI 1 16S G »P SPC THR- 32 C 32 SCI- D 1- 90

67IS1 16S G »P ABX THR- 35 C 22- 35 EMU- D 3 DST

68AB5 16S G ,XP SPC THR- 24 C 21- 24 SCD- D 2- 90

69AB1 16S G ,XP SPC THR- 26 C 26 SCD- D 2- 14 90

55RI 1 16S G ,D RLY THR- 65 C 65 CCH- I 4P I 66H03 i O O

r:O 9 A SPC T1 HPn i\ — J i C 31 o v_ U D 3- 13 130

65AM2 LOO RLY n — 1 ^ u D500- rl M O D408 51

O / L U i 16S 32 G .G/ M

A RD Ay 14- 32 c 34 NAI- D n c. T 62F I 3 16S 32 G »N RLY 16- 28 c 32 TOF- D 1- 12

62MI 5 1J. f.\J ^s ^ c

r. SPC 1 5 — c 30 F M I J — D 0- i ^ DST

1=1 T U l 165 32 G »N MA RD Ay THR- 22 c 15- 22 ACT- I 66BI 1 165 32 G »N ABX 20- 200 c 20- 200 BF3- I 0- 50 4PI

67WE1 165 32 G ,N ABX THR- 32 c 20- 32 ACT- I 4P I 67WE2 165 32 G »N ABX 20- 32 c 20- 32 ACT- I 4PI

68C01 165 32 G .N RLX THR- 65 c 13- 65 ACT- I 4PI

67AN2 165 32 G ,XN ABX THR- 26 c 13- 26 BF3- I 4PI

68SH3 165 32 G .XP SPC 17- 20 D 17 20 EMU- D 2- 14 DST

65VA3 165 32 G >NP ABX 50- 300 C 50- 300 ACT- I 4PI

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

66H01 165 32 P .G SPC 10 D 1 NAI- D 1- 10 55

69MA5 165 32 P »G ABX 18- 2 1 D 9- 12 NAI- D 15- 25 DST

69PI 1 165 32 P ,G LFT 4- 1

D 1- 2 SCD- D 0- 10 DST

67BE7 165 33 N »G LFT 8- 9 D 0- 1 NAI- D 0- 7 90

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

67WI1 165 34 A ,G LFT 11- 12 D 4- 5 NAI- D 1- 12 DST

66K04 165 36 P G NOX 10- 11 D 1- 2 NAI- I 7- DST

REMARKS

100 MEV P COINC

90 SOURCE 30»111 KEV

21

373-303 O-70—
CHLORINE Z=17

A ABUND. SEPARATION ENERGIES (MEV)

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

35 75.53 12.6 6. 4 18. 0 19.6 7.0 24. 1 17.8 17 .3

37 24.47 10.3 8. 4 16. 8 21.9 7.9 18.9 18.3 *

REF NUCL T DE RF Af"T I ON RES EXCIT SOURCF DETECTOR RFMARK ^ Z A I N »OUT MI N-MAX TYPE MIN-MAX

66BE3 17CL G ,G RLX 5- 10 D 5-10 NAI-D 5- 10 135

66H02 17CL35 G.G LFT 1 C 1 NAI-D 0- 1 117 1=1.22 MEV

57BA3 17CL35 G»N RLY 12- 14 C 12- 14 ACT-I 4PI BREAKS E 67K02 17CL35 P »G LFT 8 D 2 NAI-D DST J-PI

67WA1 17CL35 P .G LFT 8 D 2- SCD-D 4PI

67BE7 17CL36 N »G LFT 8- 9 D 0- 1 NAI-D 0- 7 90 SOURCE 25» 50 KEV

ARGON Z=18

A ABUND. SEPARATION ENERGIES (MEV)

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

36 0.34 15.3 8 .5 24.2 18.6 6.6 28.3 21.2 14 .9

38 6.3(-2) 11.8 10 .2 20.7 20.8 7.2 20.6 20.6 18 .6

40 99.6 9.9 12.5 18.2 23.0 6.8 16.4 20.6 22 .8

REF NUCL I DE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

6 9 HOI 18AR36 G XP ABY THR- 33 C 24- 33 SCI-D 3- 14 90

67ME3 1 8 A R 3 6 P »G RLX 12- 19 D 4- 12 NAI-D 10- 20 DST

65EH1 18AR38 G »N ABY THR- 31 C 18- 31 ACT-I 4P I

65RE1 18AR40 G,P ABX 9 D 9 CCH-D 1- 6 4PI

69H01 18AR40 G »XP ABY THR- 33 C 24- 33 SCI-D 3- 14 90

65RE1 18AR40 G tA ABX 9 D 9 CCH-D 1- 12 4PI

66WE2 18AR40 G »ABX 7- 33 C 33 SCD-D 4- 16 90

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

22
POTASSIUM Z=19

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

39 93.10 13.1 6.4 18.5 19.2 7.2 25.1 18.2 16.6

40 1 . 2

( -2 ) 7.8 7.6 17.5 16.7 6.4 20.9 14.2 18.3

41 6.88 10.1 7.8 15.8 20.7 6.2 17.9 17.7 20.3

EF NUCLIDE REACTION- RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A I N »OUT MIN-MAX TYPE MIN-MAX

67G02 19K 37 P »G LFT 1- 18 D 0- 6 SCD- D 0- 6 DST

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

67L01 19K 39 G »G/ ABX 14- 32 C 34 NAI- D DST

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

69WE1 19K 39 G .N RLX 13- 29 C 13- 29 ACT- I 4PI

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

69H01 19K 39 G ,XP ABY THR- 33 C 24- 33 SCI- D 3- 14 90

TO 123 KEV ISOMER

CALCIUM Z=20

ABUND. SEPARATION ENERGIES (MEV)

G,N G» P G .T G,HE3 G »A G»2N

40 96.97 15.7 8.3 25 .0 18.8 7.0 29.3

42 0.64 11.5 10. 3 19 .7 20.2 6 .2 19.8

43 0.15 7.9 10.7 19 .8 18.3 7.6 19.4

44 2.06 11.1 12.2 20.9 23.3 8.8 19.1

46 3. 3

( -3

10.4 13. 8 21 .5 * 11.1 17.8

48 0.19 <3.9 15.3 22 .5 * 17.2

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG

Z A I N »0UT MI N -MAX TYPE MIN -MAX

62BL1 20CA40 E»E/ FMF 0- 9 D120 -220 MAG- D170 -180 DST

65CR1 20CA40 E »E/ ABX 3- 5 D250 MAG- D DST

66AR2 20CA40 E »E/ LFT 7 D MAG- D

68Z 12 20CA40 E »E/ ABX 2- 25 D283 MAG- D257 -283 88

66AM1 20CA40 E »E/P SPC 0- 120 D560 -760 MAG- D446 -479 51

65D01 20CA40 G»MU- T ABX 10- 28 C260 MGP 10 - 28 4P I 65WY1 20CA40 G »MU- T ABX 10- 70 C 90 SCI- D 4PI

66D02 20CA40 G »MU- T ABX 8- 30 C260 MGP 6 - 30 4PI

68BE4 20CA40 G»MU- T ABX 10- 30 C 35 MGC- D 10 - 30 4PI

6 8ME2 20CA40 G »G LFT 7 D 7 SCD- D DST

67L01 20CA^0 G»G/ ABX 14- 30 C 34 NAI- D DST

62FI3 20CA40 G »N RLY 16- 28 C 32 TOF- D 1 - 12

66BA1 20CA40 G»N ABX 15- 50 C 15 - 50 BF3- I 4P I 66MI2 20CA40 G»N ABX 15- 26 D 15 - 26 BF3- I 4P I 67GE2 20CA40 G»N ABY THR- 27 C 22 . 27 BF3- I 4P I 67G03 20CA40 G »N ABX 15- 30 C 15 - 30 BF3- I 4PI

69WU1 20CA40 G»N ABX 17- 24 D 15 - 24 TOF- D 2 - 9 90

69UL1 20CA40 G »NG ABY THR- 32 C 32 SCD- D 2 - 7 120

G»NP

21.5

20.4

18.2

21.8

23.2

24.

REMARKS

G ,2P

14.7

18.1

19.9

21.6

**

LEVELS

JM 4 LEVELS

= 6.89 MEV

23
REF NUCLIDE REACTION RES EXCIT

Z A INtOUT

SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

REMARKS

ft A AN 1 ? OC A4 0 r.

» XN ABX 1 ft — ft2 C 16- ft ? ATT- T

i ZlP T c9 0w Cv_ A4T 0 , XN ^PC THR- ft 5 C 65 TOF- n 5 - Q n

2 OC A40 r,VP XN ABX 100- 1 50 C150 RF 3 — r

1 UP T

ft 7M I P P0CA40 , XN SPC THR- c 2 3- 7 7 TOF- 0 — 1 2 1 on 68G06 \J \J \m/ \j 2 OC A40 » XN ABX 15- 30 c 1 5- RF 3- I 59K02 2 0CA40 G >P SPC THR- 85 c 85 EMU- D \ - 1

DST

64 I S3 2 OC A40 G >P ABX THR- 34 c 18- 34 EMU- 3- 1

DST

65 I S

20CA40 G >P SPC THR- 25 C 18- 25 EMU- 0 2- 1 6 DST

6 7DR2 2 0CA40 G , p SPC THR- 1

C 16- 1J. 97 EMU- DST

67G04 2 0CA40 G »

ABX THR- 30 c 12- 30 SCD- D

68G01 2 0CA40 G ,P ABX THR- 30 c 12- 30 SCD- D

69WU 1 2 0CA40 G ,P ABX 17- 24 D 15- 24 SCD- D 8- 15 90

69UL1 20CA40 G »PG ABY THR- 32 C 32 SCD- D 2- 7 120

68SH3 2 0CA40 G XP SPC THR- 20 D 20 EMU- D 2- 14 DST

65VA3 20CA40 G »NP ABI 50- 300 c 50- 300 ACT- I 4PI

67SM1 20CA40 G »NP ABX 150- 250 C250 TOF- D DST

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

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

67FE1 20CA40 P »G ABX 18- 23 D 10- 15 NAI- D 90

68BA1 20CA40 P »G RLX 11- 14 D 3- 6 NAI- D 8- 14 0

66ME3 20CA42 G »G LFT 2 D 2 NAI- D 2-

680K3 20CA44 G .P ABY THR- 20 C 20 ACT- I 4PI

68ZI2 20CA48 E .E/ ABX 2- 25 D283 MAG- D257-283 88

3=2.88 »6=6. 03 MEV

2=1.52 MEV

SCANDIUM Z=21

ABUND. SEPARATION ENERGIES (MEV)

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

45 100.00 11.3 6.9 17.5 21. 0 7.9 21.0 18.1 19 • 1

REF NUCLI DE REACT ION -RES EXCIT SOURCE DETECTOR ANG REMARKS

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

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

66WA1 21SC45 G,N RLY THR-300 C 50-300 ACT-I 4PI ISOMER RATIO SC44

67BE8 21SC45 G»N ABY 11- 48 C 48 ACT-I 4PI

67BE8 21SC45 G»2N ABY 21- 48 C 48 ACT-I 4PI

67BE8 21SC45 G»2P ABY 19- 48 C 48 ACT-I 4PI

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

67CH1 21SC49 P »G LFT 12 D 2 SCD-D 90

24
TITANIUM Z=22

A ABUND. SEPARATION ENERGIES (MEV)

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

46 7.93 13.1 10. 4 22.9 20.7 8.0 22.6 21.7 17.2

47 7.28 8.9 10. 5 22.0 18.4 9.0 22.1 19.3 18.7

«f 8 7 3.94 11.6 11.4 22 .4 22.6 9.4 ^lO . 5 22.1 19.9

49 5.51 8.1 11 . 3 21.8 20.4 10.1 19.8 19.6 20.8

50 5.34 10.9 12. 2 22.0 24.0 10.7 19. 1 22.3 21.8

REF NUCLIDE REACTION -RES EXCIT SOURCE DETECTOR ANG REMARKS

T W - Al i T MrN -MAX TYPE MIN-MAX

D O D C ^ P T T RLX 5- 10 D 5 - 10 NAI- D 5- 10 i _> I? 64AL5 22T I G.XN NOX THR- 34 C 34 THR- I 6- DST

67C01 22TI G»XN ABX 12- 24 c 24 BF3- I 4PI

690K1 22TI G.P RLY THR- 60 c 30 - 60 NAI- D 4PI YLD REL 12C (G.N)

690K1 22T I G »SC44 RLY THR- 60 c 30 - 60 NAI - D 4PI YLD REL 12C(G»N)

V 7 ^ IX X 2? T I . T I 45 RLY THR- 60 c 30 - 60 NAI- D 4P I YLD REL 1 2C ( G • N

690K1 22T I RLY THR- 60 c 30 - 60 NAI- D 4PI YLD REL 12C(G.N)

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

it. "7 P A "7 O / " M RLY THR- 30 c 22 . 30 ACT- I

/. D T 67PA2 22T 147 G.P Rl Y THR- 30 c 22 . 30 ACT- I 4PI

680K3 22T 147 G.P ABY THR- 20 c 20 ACT- I 4PI

690K1 22TI47 G»P RLY THR- 60 c 30 - 60 NAI- D 4PI YLD REL 12C(G.N)

U » r ABY THR- 20 c 20 ACT- I

/i D T 67PA2 22T 148 G.P RLY THR- 30 c 22 . 30 ACT- I 4PI

690K1 22T 148 G,P RLY THR- 60 c 30 - 60 NAI- D 4PI YLD REL 12C(G.N)

67PA2 22T 148 G»NP RLY THR- 30 c 22 . 30 ACT- I 4PI

67PA2 22TI49 G.NP RLY THR- 30 c 22 . 30 ACT- I 4PI

67PA2 22TI49 G»P RLY THR- 30 c 22 . 30 ACT- I 4PI

680K3 22TI49 G.P ABY THR- 20 c 20 ACT- I 4PI

690K1 22TI49 G»P RLY THR- 60 c 30 - 60 NAI- D 4PI YLD REL 12C(G.N)

67PA2 22TI50 G.NP RLY THR- 30 c 22 . 30 ACT- I 4PI

67PA2 22T I 50 G.P RLY THR- 30 c 22 . 30 ACT- I 4PI

25
VANADIUM Z=23

50

51

ABUND, SEPARATION ENERGIES (MEV)

6,N G»P G»T G,HE3 G.A G»2N G»NP G»2P

0,24 9.3 7.9 19.2 19.8 9.9 20.9 16.1 19.3

99.76 11.0 8. 1 18.7 22.6 10 .3 20. A- 19.0 20.2

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN »OUT MI N-MAX TYPE MIN -MAX

68F01 23V 49 P G LFT 8 D 1 SCD- D 0 - 8 DST ANALOG STATES

68JU1 23V 51 G »N NOX THR- 32 c 32 THR- I 5 - DST

67BE8 23V 51 G 2N ABY 20- 37 c 25- 37 ACT- I 4PI

67BE8 23V 51 G »3N 30- 37 c 37 ACT- I 4PI

690K1 23V 51 G »3N RLY THR- 60 c 30- 60 NAI- D 4PI YLD REL 12C(G»N)

68GA1 23V 51 $ G »XN SPC THR- 85 c 85 CCH 1 - 15 135 NEUT POLARIZATION

69AB2 23V 51 G ,XP SPC 8- 27 c 27 SCD- D 3 - 15 90

67BE8 23V 51 G NA ABY 21- 37 c 25- 37 ACT- I 4PI

67BE8 23V 51 G »2P ABY 20- 37 c 25- 37 ACT- I 4PI

67BE8 23V 51 G »A ABY 10- 37 c 25- 37 ACT- I 4PI

68ME4 23V 51 G ,A ABX THR- 300 c 20- 300 ACT- I 4PI

680K1 23V 51 G »A ABY THR- 20 c 20 ACT- I 4PI

68ME4 23V 51 G .A3N ABX THR- 300 c 20- 300 ACT- I 4PI

690K1 23V 51 G »SC46 RLY THR- 60 c 30- 60 NAI- D 4PI YLD REL 12C(G.N)

690K1 23V 5 1 G ,SC47 RLY THR- 60 c 30- 60 NAI- D 4P I YLD REL 12C(G.N)

690K1 23V 51 G »SC48 RLY THR- 60 c 30- 60 NAI- D 4PI YLD REL 12C(G.N)

CHROMIUM Z=24

A ABUND. SEPARATION ENERGIES (MEV)

G,N G»P G»T 6,HE3 G,A G,2N G»NP G ,2P

50 4.31 12.9 9.6 23.2 20.3 8.6 23.3 21,2 16.3

52 83. 76 12.0 10.5 22.4 21.8 9.4 21.3 21.6 18.6

53 9.55 7,9 11.1 21.0 18.8 9.1 20.0 18.5 20.1

54 2 .38 9.7 12. 19.7 22.1 7.9 17.6 20.9 22.

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

64C03 24CR G»N ABI THR- 80 C 10- 80 BF3-I 4PI

68JU1 24CR G.N NOX THR- 22 C 22 THR-I 5- DST

64AL5 24CR G»XN NOX THR- 34 C 34 THR-I 6- DST

68MC1 24CR G »XN SPC THR- 32 C 22- 32 THR-I 5- DST

680K3 24CR53 G ,P ABY THR- 20 C 20 ACT-I 4PI

26
MANGANESE Z=25

A ABUND. SEPARATION ENERGIES (MEV)

G ,P G .T G.HfS G .A

55 100.00 10.2 8.1 17 .2 21.2 7 .9 19.2 17.8 20.

R FF NIJCI TDF REACT I ON RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN »OUT MIN-MAX TYPE MIN-MAX

67ER1 25MN51 P »G NOX 6- 7 P 1- 2 SCD-D 1- 7 DST

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

69TH1 25MN55 E »E/ ABX 0- 4 D 51- 61 MAG-D 47- 61 DST B( EL ) 69D01 2 5MN5 5 G »MU-T ABX 10- 30 C 10-260 MAG-D 10- 28 4P I 68AL1 25MN55 G »G LET 0- 3 C 4 SCD-D 0- 3 130 7 LEVELS

67L01 25MN55 G »G/ ABX 14- 32 C 34 NAI-D DST

64C03 25MN55 G »N ABI THR- 80 C 10- 80 BF3-I 4P I 68JUi 25MN55 G»N NOX THR- 22 C 22 THR-I 5- DST

69DE1 25MN55 G»N ABY THR-999 C 2- 6 ACT-I 4P I 999=5.5 GEV

66W A 1 2 5MN 5 5 G » 3 N RLY THR-300 ClOO-300 ACT-I 4P I ISOMER RATIO MN52

69DE1 25MN55 G » 3N ABY THR-999 C 2- 6 ACT-I 4PI 999=5.5 GEV

68GA1 25MN55 $ G»XN SPC THR- 85 C 85 CCH-D 1- 15 135 NEUT POLARIZATION

68SH3 2 5MN55 G »XP ABX THR- 23 C 13- 23 SCI-I DST SPECTRA ALSO GIVEN

66WA1 25MN55 G »7N^P RLY THR-300 C10C-300 ACT- I 4PI ISOMER RATIO SC44

IRON Z=26

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

54 5.82 13.6 8.9 22 .9 19.7 8 .4 24.1 20.9 15.4

56 91.66 11.2 10.2 20 .9 20.3 7 .6 20.5 20.4 18.3

5 7 2,19 7.6 10.6 19.6 18.2 7.3

58 0.33 10.0 12 .0 19 .4 22.0 7 .6 17.7 20.6 21.4

REF NUCLIDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

69D02 26FE G ,MU-T ABX 10- 27 CTHR-260 MGP-D 10- 27 4PI

6'^C03 26FE G.N ABI THR- 80 C 10- 80 BF3-I 4PI

67B02 26FE G»N ABX 12 C 12. 13 TOF-D 0- 1 135 J-PI

68KA1 26FE G »

ABX 50- 85 C 55. 85 TOF-D 10- 85 67 NEUT ENGY SPEC

67C02 26FE G »XN ABX THR- 24 C 11- 24 BF3-I 4PI

66WA1 26FE G»XNP RLY THR-250 ClOO-250 ACT-I 4PI ISOMER RATIO MN52

66WA1 26FE G »XN5P RLY THR-250 ClOO-250 ACT-I 4PI ISOMER RATIO SC44

67FU1 26FE G»F ABY THR-999 D999 ACT- I 4P I 999=3 GEV

66BE 1 26FE N »

SPC 15 D 7 NAI-D 8- 18

67L01 26FE56 G »G/ ABX 14- 32 C 34 NAI-D DST

66BE'^ 26FE56 G.N ABX 11 C 13 TOF-D 135

680K3 26FE56 G.NP ABY THR- 20 C 20 ACT-I 4PI

683H3 26FE56 G .XP ABX THR- 23 C 13- 23 SC I-I DST SPECTRA ALSO GIVEN

680K3 26FE57 G »P ABY THR- 20 C 20 ACT-I 4PI

27
COBALT Z=27

A ABUND

SEPARATION ENERGIES (MEV)

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

59 100.00 10.5 1 .4 16. 6 20.3 7 .0 19.0 17.4 19.3

K t r NULL 1 Ut K t AC 1 1 UN D P Q K Ll o EXCIT SOURCE DETECTOR ANG REMARKS

7 A

1 IN »UU 1 MI N-— May PM A A TYPE MIN-MAX

O t) W Y i

t~ Mil T Ada A R Y i U C 90 SCI-D M-K I o o A L 1 0 » G

1 P T L r 1 i C 4 SCD-D 0- 3 130 1=1.187 MEV

6 TLU 1 1 ~T ^ r\ a c\ G » G/ Ada A O V i H ~ C 34 NAI-D D5T

64C03 T ~7 c r\ 2 7C059 G N

A Q T Ad 1 T1 1-J n D —K o U C 10- Q /-V BF3-I 4P I 67GE2 2 7C059 G > N Ad Y

T U D 1 n K — D "7 C 22 » d. 1 BF3-I 4P I 67HU1 2 7C059 G »N A D v AdX i i D 1

D C Q T DP i— 1 4P I 6 7L I 1 2 7C059 G »

R L Y THR- 54 C 35 » 54 ACT-I 4P I REL Cll. ISM RATIO

67L I 1 2 7C059 G » 2N RL Y THR- 54 C 35 » 54 ACT-I 4P I REL G,N

6 7 L I 1 27C059 G 3N K L Y THR- 54 C 35 . 54 ACT-I 4P I REL G.N

6 7 L I 1 27C059 G 4N K L Y THR- 54 c 35 » 54 A T _ T AV- I — 1 hP I REL GN

2 7C059 G » XN A Q V Ada 10- 27 c 10 - 27 BF3-I H-P I 65BA3 SAME DATA

6 5 D A 3 2 7C05 9 G » XN ABX TIIR- 28 c 10 - 30 BF3-I 4P I 66FI2 27C059 G»XN SPC TflR- 60 c 60 TOF-D 5- 40 90

686A1 27C059 I G»XN SPC THR- 85 c 85 CCH-D 1- 15 135 NEUT POLARIZATION

68RH1 27C059 G»XN NOX THR- 48 c 48 ACT-I 4PI

57R01 27C059 G.P SPC 1 - i 3 » 18 D 15 . 18 EMU-D 3- 7 DST

66WA1 27C059 G»5N2P RLY THR- 150 C150 ACT-I 4PI ISOMER RATIO MN52

67LI1 27C059 G »XNYP RLY THR- 54 c 35 » 54 ACT-I 4PI REL GN. MN56 FINAL

66WA2 27C060 N .G RLY 7 D 0 SCD-D 5- 8 45

NICKEL Z = 28

A ABUND

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

5 8 6 7.88 12.2 8 .2 21. 1 17 -. 7 6 .4 22.5 19.6 14.2

60 26.23 11.4 9 .5 20. 1 19.2 6 .3 20.4 20.0 16.9

6 1 1.19 1 »o 9.9 19.3 17.01 6 .5 19.2 17.4 18.1

62 3.66 10.6 11 . 1 19.5 21.

1 7.0 18.4 20.5 19.8

6^ 1 .08 9,7 12.5 19.1 22.91 8.0 16.5 21.0 *

K t r N U C L 1 U t K t AL 1 1 UIN RES EXCIT SOURCE DETECTOR AiNb REMARKS

7 A L A I N » UU 1 MIN -MAX TYPE MIN-MAX

65WY1 28N I G MU—ABX 10- 35 C 90 SCI-D /. O T 66BE3 2 8N I G »

RLX 5- 10 D 5 - 10 NAI-D 5- 10 IOC

69CE 1 28N I G »

NOX 6- 8 D 6 - 8 SCD-D 0- 8

r» c T 65G I 1 28N I G G/ RLY 8 D 8 NAI-D 8 135

6^C03 28N I G »ABI THR- 80 C 10 - 80 BF3-I y n T 4P I 67HU2 2 8N I G »N ABY THR- 22 C 22 THR-I 4- DST

64BA4 28NI G »XN ABX 10- 27 C 10 - 27 BF3-I 4PI 65BA3 SAME DATA

64BA5 2BNI G .XN ABX 12- 28 C 12 - 28 BF3-I 4PI

65BA3 28N I G »XN ABX TriR- 28 C 10 - 30 BF3-I 4PI

68FI 1 28NI G»XN ABX 11- 25 C 11 - 25 BF3-I 4PI

68GA1 28NI $ G»XN SPC THR- 85 C 85 CCH 1- 15 135 NEUT POLARIZATION

28

I

i
REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A INjOUT MIN-MAX TYPE MIN-MAX

67KN1 28NI G »T RLY THR- 49 C 36» 49 ACT- I 4PI

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

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

66DU1 28NI58 E »E/ FMF 1 D 45- 65 MAG- D DST 1=1.452

67DU1 28N 158 E »E/ FMF 1- 5 D 45- 65 MAG- D DST B( EL) , 4 LEVELS

t 9 C / ADA A R Y i U ^ U D199 T Q Q H- U

PMC"

68MI

28N I 58 G »N ABX THR- 25 C 10- 25 BF3- I 4P I 68G04 28NI 58 G ,XN ABX THR- 30 C 7- 30 BF3- I 4P I 690W1 28NI 58 G »XN ABX 12- 25 C 12- 25 BF3- I 4P I 700W1 28N 158 G ,XN ABX 11- 24 C 10- 24 BF3- I 4P I 64MA2 28N I 58 G ,XP SPC THR- 22 C 22 SCD- D 3- 9

66DU1 28NI60 E ,E/ FMF 1 D 45- 65 MAG- D DST 1=1.332 MEV

67DU1 28NI60 E »E/ FMF 1 » 4 D 45- 65 MAG- D B{ EL) 1. 33»4.03 MEV

69GU1 28NI60 E »E/ ABX 10- 30 D199 MAG- D172- 188 DST FMF

? fl N TAD c 9 C / FMF r it r

OO D183 » p ^ n 11 MO m 7 A — n ^ T — p I 67BE5 28NI60 G G LFT 1 D 1 NAI- D 120

6 8MI 1 28N 160 G .N ABX THR- 25 C 10- 25 BF3- I 4P I 68G04 28NI60 G »XN ABX THR- 30 C 7- 30 BF3- I 4PI

690W1 28N 160 G »XN ABX 12- 25 C 12- 25 BF3- I 4P I 700W1 28N 160 G ,XN ABX 1 1- 24 C 10- 24 BF3- I 4PI

66DU1 28NI62 E ,E/ FMF 1 D 45- 65 MAG- D DST 1= 1 . 172 MEV

67DU1 28NI62 E »E/ FMF 1 » 4 D 45- 65 MAG- D DST B( EL ) 1, 17*3.75 MEV

67ST1 28NI62 G »G LFT 7 D 7 NAI- D 4- 7 135 7=7.64 MEV

68M01 28NI62 G »G NOX 7 D 7 NAI- D 5- 8 90 POLARIMETER 7.646

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

69GU1 28NI64 E »E/ ABX 10- 30 D150 MAG- D120- 140 55 FMF

COPPER Z=29

A ABUND. SEPARATION ENERGIES (MEV)

G,N G»P G,T G,HE3 G,A G,2N G»NP G»2P

63 69.09 10.8 6.1 16.1 18.9 5.8 19.7 16.8 17.2

65 30.91 9.9 7.4 15.5 20.7 6.8 17.8 17.1 19.9

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN»OUT MIN-MAX TYPE MIN-MAX

59BA3 29CU E »N A6Y THR- 36 D 10- 36 BF3- I 4P I E

64CH1 29CU E ,P ABX D999 MAG- DllO- 450 DST 999=1 GEV

65WY1 29CU G ,MU-T ABX 10- 35 C 90 SCI- D 4P I 66BE3 29CU G »G RLX 5- 10 D 5- 10 NAI- D 5- 10 135

67GI 1 29CU G »G LFT 6» 8 D 6- 8 NAI- D 4- 8 DST 6»8=6. 07*8.50 MEV

67TU4 29CU G »G ABX 6 D 6 NAI- D NSA 22571

64C03 29CU G .N ABI THR- 80 C 10- 80 BF3- I 4PI

67GE2 29CU G >N ABY THR- 27 C 22 . 27 BF3- I 4PI

68KA1 29CU G »N ABX 50- 85 C 55 , 85 TOF- D 10- 85 67 NEUT ENGY SPEC

64AL5 29CU G »XN NOX THR- 34 C 34 THR- I 6 DST

64BA4 29CU G »XN ABX 10- 27 C 10- 27 BF3- I 4PI 65BA3 SAME DATA

65BA3 29CU G »XN ABX THR- 28 C 10- 30 BF3- I 4PI

68T01 29CU G XN ABX 10- 24 C 10- 24 BF3- I 4PI MONTR CALIBRATION

29

373-303 O-70—
REF NUCLIDE REACTION RES EXCIT SOURCE DETE CTOR ANG REMARKS

Z A I N »OUT MIN- MAX TYPE MIN-MAX

65ME2 29CU G »A SPC THR- 35 C 35 SCD-D 5- 26 90

64MA4 29CU G »XXX ABY 150- 720 C15G- 720 ACT- I 4P I XXX= CU62 FINAL

65HE1 29CU63 E »N RLY THR- 32 D 14- 32 ACT-I 4P I 65HE1 29CU63 E + ,N RLY THR- 32 D 14- 32 ACT-I 4P I 68AL1 29CU&3 G »G LFT 0- 2 C 4 SCD-D 0- 3 130 1.414,1.551 MEV

68TA2 29CU63 G >G LFT 1 D 1 NAI-D 1 90 1=.963 MEV

69BE7 29C'J63 G ,G LFT 6 . 8 D 6 » 8 D DST 6.07, 8.50 MEV

65GR1 29CU63 G »N ABX THR- 44 C 10- 66 ACT-I 4PI

6 80W1 29CU63 G »N RLX 12- 24 C 10- 24 ACT-I 4PI

68SU1 29CU63 G »N ABX THR- 25 D 10- 25 ACT- I 4P I 68SU1 29CU63 G »2N ABX THR- 26 D 10- 26 ACT-I 4PI

64MA2 29CU63 G ,XP SPC THR- 17 C 17 SCD-D 3- 9

68AB2 29CU63 G ,XP SPC THR- 27 C 27 SCD-D 2- 16 90

66H03 29CU63 G »ABY THR- 3 1 c 31 SCD-D 3- 14 130

AO RO D kIN 11 L. y \^ 'u o D G .A MA RID Y1 THR- 20 c 20 ACT-I

68RI 3 29CU63 G NA RLY THR- 50 c 30- 50 ACT-I 4PI RLY G,2N

68RI3 29CU63 G »2NA RLY THR- 50 c 30- 50 ACT-I 4PI RLY G,2N

O ( C ? q r [ 1 A A G ,N THR- 260 C260 TRK-I nU O T1 66V01 29CU64 G »P RLY THR- 52 C 2 3- 52 TEL-D 4- 5 90

66V01 29CU64 G »D RLY THR- 52 C 23- 52 TEL-D 4- 6 90

6 8ME3 29CU65 G »G LFT 1 D 1 NAI-D DST 1=1.116 MEV

69BE7 29CU65 G »G LFT 6 , 8 D 6 » 8 D DST 6.07, 8.50 MEV

68AB2 29CU65 G »XP SPC THR- 27 C 27 SCD-D 2- 16 90

ZINC Z=30

A ABUNO. SEPARAT ION ENERGI ES ( MEV ) G,N G,P G,T G,HE3 G,A G,2N G,NP G ,2P

64 48.89 11.9 7.7 19.0 16.7 4.0 21.0 18.6 13.8

66 27.81 11.0 8.9 18.2 18.3 4.6 19.0 18.8 16.4

67 4.11 7.1 8.9 17.4 15.7 4.8 18.1 16.0 17.3

68 18.57 10.2 10.0 17.7 19.8 5.3 17.3 19.1 18.5

70 0.62 9.2 * 17.2 * 5.9 15.7 19.5 *

REF NUCL I DE REACTION RES hXC I T SOURCE DETECTOR ANG REMARKS

Z A I N ,OUT MIN-MAX TYPE M I N-MAX

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

67HU2 30ZN G ,N ABY THR- 22 C 22 THR 4 DST

68KA1 30ZN G,N ABX 50- 85 c 55 , 85 TOF-D 10- 85 67 NEUT ENGY SPEC

67C01 3 0ZN G ,XN ABX 12- 24 c 24 BF3-I 4P I 570S1 30ZN G,P ABX THR- 31 c 20- 31 EMU-D 4- 18 DST

66H03 30ZN G »SPC THR- 31 c 31 SCD-D 3- 14 130

66AC1 30ZN G ,D YLD 16- 22 c 22 MAG-D 4P I YIELD UPPER LIMIT

65VA3 30ZN G ,XXX ABI 50- 300 c 50-300 ACT-I 4P I XXX=CU64

69BE7 30ZN54 G ,G LFT 7 D 7 D DST 7.38 MEV

67CA1 30ZN64 G ,N RLX 12- 22 C 12- 22 ACT-I 4P I 6B0W1 30ZN64 G,N RLX 12- 24 c 10- 24 ACT-I 4PI

57EL1 30ZN64 G »2N RLY THR- 30 c 32 ACT- I 4P I

30
REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

67BE5 30ZN66 G»G LET 1 D 1 NAI - D 120 1 = 1 .064 MEV

68SH5 30ZN66 G»G NOX 7 D 7 SCD 1 - 7 DST 7 = 7.368 MEV

o V o n i n 7 M A A 1 F T 7 D 7 O V- X -J J 7 = 7 . -a A Q / . -> D O M11 FI— VV 64C03 30ZN66 G»N AB I THR- 80 C 10 - 80 BF3- I I

:> u i. IN o t> O » IN r" ADA A R Y 9 9 — D u

r\_ A r T — T 680K3 30ZN66 G»NP ABY THR- 20 C 20 ACT- I A-Pi

661 VI 30ZN67 G,P ABX THR- 28 C 12 - 28 ACT- I 4P

57EL1 30ZN68 G »P ABX 13- 30 c 32 ACT- I 4PI

GALLIUM Z=31

A ABUND. SEPARATION ENERGIES (MEV)

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

69 60.4 10.3 6. 6 15 .4 18.0 4.5 16.6 16.9 16.6

71 39.6 9.3 7. 9 15 . 1 19.7 5.3 17.0 17.1 *

REF NUCLIDE REACTION RES EXC I T SOURCE DETECTOR ANG REMARKS

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

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

64BA4 31GA G.XN ABX 10- 27 C 10- 27 BF3-I 4PI 65BA3 SAME DATA

64BA5 31GA G.XN ABX 11- 26 c 11- 26 BF3-I 4PI

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

68AL1 31GA69 G.G LFT 0- 1 c 4 SCD-D 0- 3 130 0.872,1.107 MEV

68LA1 31GA69 G .G LET 0- 1 D 0- 1 NAI-D 130 4 LEVELS TO 1 . 3

680K1 31GA71 G »A ABY THR- 20 c 20 ACT- I 4PI

GERMANIUM Z=32

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

70 20.52 11.5 8.5 18.6 17.6 4.1 20. 18.9 15.1

72 27.43 10.7 9.7 18.2 19.1 5.0 18.2 19.1 17.6

73 7.76 6.8 10.0 17. 3 16.7 5.3 17.5 16.5 18.4

74 36.54 10.1 11.0 18 . 2 20.8 6,3 17.0 20.2 19.9

76 7.76 9.4 * 18. 4 * 7.5 16.9 20.8 *

REF NUCLIDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

64C03 32GE G.N ABI THR- 80 C 10- 80 BF3-I 4P I 68KR2 32GE G.A ABX THR- 33 C 33 SCD-D 4- 11 90

680K1 32GE73 G.A ABY THR- 20 C 20 ACT- I 4P I

680K3 32GE74 G .P ABY THR- 20 C 20 ACT-I 4P I

680K2 32GE76 G.N ABY THR- 20 C 20 ACT-I 4PI ISOMERIC YIELD

31
ARSENIC Z=33

ABUND. SEPARATION ENERGIES ( MEV

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

75 100.00 10.2 6.9 15. h 19.4 5.3 18.3 17,1 17.9

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN »OUT MI N-MAX TYPE MIN-MAX

64SH5 33AS75 G»G LET 1 D 1 NAI-D 122 1=.265 MEV

67LA1 33AS75 G»G LET 1 D 1 NAI-D DST 1=. 265. .280 MEV

68AL1 33AS75 G,G LET 0- 1 C 4 SCD-D 0- 3 0.86,1.07.1.35 MEV

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

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

65FH 33AS75 G»XN ABX 10- 25 C 10- 25 BF3- I 4PI

69BE1 33AS75 G »XN ABX THR- 30 D 10- 30 BF3-I 4PI

SELENIUM Z=34

ABUND. SEPARATION ENERGIES (MEV)

G.N G. P G» T G.HE3 G .A G.2N

74 0.87 12.1 8.6 19. 3 17.2 4 . 1 20.7

76 9.02 11.2 9. 5 19. 3 18.9 5 . 1 19.2

77 7.58 7,4 9.6 18. 7 16.1 5.7 18.6

78 23.52 10,5 10.4 18.9 20.1 6 .0 17.9

80 49.82 9,9 11. 4 18. 7 21.5 7 .0 16.9

82 9.19 9.3 * 18.8 » * 16.0

REF NUCLIDE REACT ION RES EXCIT SOURCE DETECTOR ANG

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

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

67HU2 34SE G.N ABY THR- 22 C 22 THR-I 4- DST

67C02 34SE G.XN ABX THR- 24 C 1

- 24 BF3-I 4P I 66WE2 34SE G .A ABX 6- 33 C 33 SCD-D 4- 16 90

69B03 34SE77 G.G ABX 0- 2 C 0 - 2 ACT-I 4P I 680K3 34SE77 G.P ABY THR- 20 C 20 ACT-I 4PI

680K2 34SE7B G.N ABY THR- 20 C 20 ACT-I 4PI

G.NP

19.4

19.8

17.0

20.1

20.4

21,2

REMARKS

G,2P

14.2

16.4

17.3

18.4

*

»

4PI ISOMERIC YIELD

32
BROMINE Z=35

79

81

ABUND. SEPARATION ENERGIES (MEV)

G,N G»P G,T G,HE3 G,A G,2N G>NP G.2P

50.54 10.7 6.3 15.8 18.7 5.5 19.0 16.9 16.7

49.46 10.2 7.5 15.9 20.2 6.5 18.0 17.4 18.9

REP NUCLIDE REACTION RES EXCIT

Z A IN»OUT

SOURCE DETECTOR ANG REMARKS

MIN-MAX TYPE MIN-MAX

68JU1 35BR

66LA1 35BR79

680K1 35BR81

G»N NOX THR- 27 C 27

G.G LFT 0- ID 0-

G»A ABY THR- 20 C 20

THR-I 5-

1 NAI-D 0-

ACT-I

DST

1 123 1=.834 MEV

4PI

ABUND.

KRYPTON Z=36

SEPARATION ENERGIES (MEV)

G,N G.P G,T G,HE3 G.A G»2N G,NP G.2P

78 0.35 11.9 8.2 19.6 16.9 4.4 20.9 18.9 13.5

80 2.27 11.5 9.1 19.6 18.2 5.1 19.9 19.8 15.4

82 1 1 . 56 11.0 9.9 19.5 19.6 6.0 18.8 20.1 17.4

83 11.55 7.5 9.8 19.1 17.2 6.5 18.5 17.4 18.2

84 56.90 10.5 10.7 19.4 21.0 7. 1 18.0 20.3 19.4

86 17.37 9.8 11.9 19.2 * 8.1 17.0 20.9 *

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A I N »OUT MI N -MAX TYPE MIN-MAX

69H01 36KR G .XP ABY THR- 33 C 24 - 33 SCI-D 3- 14 90

66BE2 36KR82 G »G LFT 1 C 1 NAI-D 0- 2 113 1=.777 MEV

69H01 36KR84 G »XP ABY THR- 33 C 24- 33 SCI-D 3- 14 90

RUBIDIUM Z=37

85

87

ABUND. SEPARATION ENERGIES (MEV)

G,N G»P G»T G»HE3 G»A G»2N G,NP G,2P

72.15 10.5 7.0 16.5 19.6 6.6 19. 17.6 17.7

27.85 9.9 8.6 17.1 21.8 8.0 18.6 18.5 20.5

REF NUCLIDE REACTION RES EXCIT

Z A IN»OUT

SOURCE DETECTOR ANG REMARKS

MIN-MAX TYPE MIN-MAX

69KN1 37RB85 G.N RLY 10- 45 C 45 ACT-I 4PI ISOMER YIELD

33
STRONTIUM Z=38

A ABUND. SEPARATION ENERGIES (MEV)

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

84 0. 56 12. 8 • 20. 2 17.9 5.2 21 . 19.6 14.6

86 9. 86 11.5 9 .6 20, 19.4 6.3 20.0 20.1 16.6

87 7. 02 8.4 9 .4 20.1 17.4 7.3 20.0 18.1 18.0

88 82. 56 11.1 1 0 .6 20 . 7 21.3 7.9 19.5 20.6 19.2

REF NUCLIDE REACT I ON RES EXC I T SOURCE DETECTOR ANG REMARKS

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

680K3 38SR87 G,P ABY THR- 20 C 20 ACT- I 4PI

68PE 1 38SR88 E »E/ RLY 1- 7 D 65, 70 MAG-D 58- 70 DST B ( EL ) , 4 LEVELS

69SH5 38SR88 E»P ABX 14- 25 D 16- 30 MAG-D 3- 14

64BE7 38SR88 G»G LFT 2 D 2 D 2=1.85 MEV

69HA1 38SR88 P »G RLX 15- 22 D 4-12 NAI-D 10- 22 90

YTTRIUM Z= 39

A ABUND. SEPARATION ENERGIES (MEV)

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

89 100,00 11.5 7 . 1 18, 1 19.9 7.9 20.7 18,2 17.7

REF NUCL IDE REACTION RES EXCI T SOURCE DETECTOR ANG REMARKS

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

67SH1 39Y 89 E ,E/ FMF 2- 3 D225 MAG-D DST 2,5 MEV

68PE1 39Y 89 E ,E/ RLY 1- 3 D 65, 70 MAG-D 60- 70 DST 5 LEVELS

68AL1 39Y 89 G ,G LFT 2 C 4 SCD-D 0- 3 130 2=1,51 MEV

69BEA 39Y 89 G »N ABX 11- 25 D 11- 26 MOD-I 4PI

66FU2 39Y 89 G »2N AB I THR- 28 DTHR- 28 BF3-I 4P I 66WA1 39Y 89 G »2N RLY THR- 280 C150,280 ACT-I 4PI ISOMER RATIO Y 87

69BE4 39Y 89 G,2N ABX 21- 27 D 19- 28 MOD

4PI

66FU2 39Y 89 G,XN AB I THR- 28 DTHR- 28 BF3-I 4PI

67BE2 39Y 89 G ,XN ABX THR- 28 DTHR- 28 BF3-I 4PI

69SH'^ 39Y 89 G»P ABX 7- 24 C 17- 24 EMU-D 2- 16 DST

67TA2 39Y 89 G»XP SPC THR- 24 C 17, 24 EMU-D 2- 16 4PI

66BL1 39Y 89 P ,G RLY 14- 17 D 5- 9 NAI-D DST

68SH1 39Y 89 P ,G ABX 13- 15 D 5- 9 NAI-D 0- 15 DST

69R I 1 39Y 89 P .G ABX 12 D 5 SCD-D 9- 12 90 5=4.97-5 .15 MEV

34.
ZIRCONIUM Z=:40

ABUND. SEPARATION ENERGIES (MEV)

G,N G» P

T1 G ,HE3 G »A

90 51 .46 12.0 8.4 20. 6 18.8 6 .7 21

91 11.23 7.2 8. 7 18 . 6 14.9 5 .4 19.2

y c. i ( . i J. 8.6 9.4 15. ~7

I 17.2 3.0

9h 17.40 8.2 10.3 15 . 9 18.5 3 .8 14.9

96 2.80 7,8 1 1

16 . 1 20.9 4.9 14.3

REF NUCLI DE REACTION RES EXCIT SOURCE DETECTOR ANG

Z A I N »OUT MI N -MAX TYPE M I N-MAX

66Dhi 4U/. K G »G RL X 5- 10 D 5 - 10 NAI- D 5- 10 IOC

6 7HU2 40ZR G > N A D Y

T Ul O

1 nK — 2 2

T LJ D 1 HK — I 4- PN C X Do i 6 5 DU 1 40ZR G »

p

Ada 1 o — 2 6 D 17 - 9 / 24 EMU- u 3 — 1 3

n. c T Do 1

r. r\ <~ \ \ J. D 9 b Hh H- U K G »p Ada A R Y 8- 24 C 20 . 24 EMU- D 2- 14 PiDoQ Ti

n R o H U Z. K V U

r-b » t / FMF 4 D 58 MA/" M Ao — D 50- 58 C T ijo 1 A Q C i-l /i /.H n 7 D o P. U Z. K V U t

n» r SPC 11- I u D 20 I''! Ao — U 3 — ^ 9

1 2 Q n

zl o c u o V o n PA n 7 D o n H- U K V U E ,P Ada 12- 23 D 16 - 24 MAG- D 4- 14

A Q P A 1 O V 1^ M 1 H U i. K V U G »G L r 1 9 0 9 NA I n T o

c r n 1 !3 ^ U i A n 7 p Q n » In ABX T1 Hn r?K — 7 C\ C 12 — 7 n A r T — A 1 I

/(H D T r i 66FU2 40ZR90 o » Z IN AB I T1 Mn DK — DTHR — 9 D CO D r ,3 — I 4P I 66FU2 40ZR90 G

V M » A IN ART A D i T 1-1 D 1 n K — 9 O DTHR 9 Q orn p 'JD — I 4P I A 7 R F 9 b / D t f

/, n 7 D o n u Z. K V u G ,XN A D X THR- 28 DTHR - 28 BF3- I

/i D T 6 6U tS 1

/. 7 n o 4U ^ K9 U P ,G RLX 11- 14 D 2 - 6 NAI- D 0- 14 9 0

67AX1 40ZR90 P ,G ABX 14- 25 D 5 - 17 NAI- D 10- 2 4 90

670B1 40ZR90 P »G A D V ABX 12- 13 D 4 - 5 NAI- D 9- 13 0 o y HA i

/. M 7 D D H- U ^ K V U P ,G D 1 V K L A 16- 22 D 7 - 14 NAI- D 10- 22

69MAM- 4 U Z. K9 U P »G Ada A R V 10- 27 D 2 - 19 NAI- D 10- 27 Pi C T Do 1

66FU2 40ZR91 G »2N ABI THR- 30 DTHR - 30 BF3- I 4P I ob r Ui! M- U ^1 K V i G ,XN ABI THR- 30 DTHR - 30 BF3- I

/. D T A "7 R P 9 A n 7 D o 1 ^ U i. K V i G ,XN ABX THR- 30 DTHR - 30 BF3- I

/i D T

66FU2 40ZR92 G .2N ABI THR- 28 DTHR 28 BF3- I 4P I 66FU2 40ZR92 G »XN AB I THR- 28 DTHR 28 BF3- I 4P I 67BE2 40ZR92 G ,XN ABX THR- 28 DTHR - 28 BF3- I 4P I

66FU2 40ZR94 G »2N AB I THR- 30 DTHR 30 BF3- I 4PI

66FU2 40ZR94 G ,XN ABI THR- 30 DTHR 30 BF3- I 4P I 67BE2 40ZR94 G »XN ABX THR- 30 DTHR - 30 BF3- I 4P I

G » NP

19.9

15 , 17,

17.

18 .

G ,2P

15.5

16.2

17. 1 18.9

21.2

REMARKS

ANALOG STATES

9=^8.496 MEV

35
NIOBIUM Z=41

ABUND, SEPARATION ENERGIES ( MEV

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

o ^ inn r\n R ft O • 0 13.4 15. 7 2 .0 16.6 i H- • 7 Id . 4

OFF MIN IUJ n^ L, TI nUCF r\ C. M v_ 1 1 U (N P F c: K H o EXCI T SOURCE DETECTOR ANG

7 A MI N-MAX TYPE MIN-MAX

67SH1 41N893 E .E/ FMF 2- 3 D225 MAG-D DST 2.2 MEV

67HU1 41NB93 G»N ABX 9- 11 D 9- 11 BF3-I 4P I 67HU2 41NB93 G,N ABY THR- 22 C 22 THR- I 4- DST

67KR1 41NB93 G jA SPC 2- 31 C 31 SCD-D 6- 15 90

68KR2 41NB93 G »A ABX THR- 33 C 33 SCD-D 7- 14 90

66WA1 41NB93 G»4N2P RLY THR-280 C150,280 ACT-I 4PI ISOMER RATIO Y 87

MOLYBDENUM Z=42

A ABUND. SEPARATION ENERGIES (MEV)

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

92 15.84 12.6 7.3 20.8 16.9 5. 22.8 19.5 12.6

94 9.04 9.7 8.5 16.6 15.4 2.1 17.7 17.4 14,5

n Cl 9t> 1 D • / 2 ^ • 4 8. 7 16 .2 14.2 2.2 17.1 15.9 15.1

96 16.53 9.2 9. 3 16 .5 16.6 2.8 16.5 17.8 16.1

97 9.46 6,8 9. 2 16 .1 15.2 2.8 16.0 16. 1 16.5

98 23.78 8.6 9.8 16.3 17.4 3.3 15.5 17.9 17.3

100 9.63 8.3 11. 15 .5 18.2 3.2 14.2 18. 19.

REF NUCL IDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN , OUT M I N -MAX TYPE MIN-MAX

66BE3 42M0 G .G RLX 5- 10 D 5 - 10 NAI- D 5- 10 135

67HU2 42M0 G»N ABY THR- 22 C 22 THR- I 4- DST

68JU1 42M0 G»N NOX THR- 22 C 22 THR- I 5- DST

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

68GE1 42M092 G»N ABX 12- 26 CTHR - 26 ACT- I 4PI

680K2 42M092 G,N ABY THR- 20 C 20 ACT- I 4PI ISOMERIC YIELD

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

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

67LA3 42M095 G»G LFT 1 D 1 NAI- D 0- 1 DST 1=0.766 MEV

69BE7 42M096 G.G LET 6 D 6 D DST 6.41, 6.44 MEV

68GE1 42M097 G.P ABX 13- 26 CTHR - 26 ACT- I 4PI

68GE1 42M098 G.P ABX 13- 26 CTHR - 26 ACT- I 4PI

68GE1 42M0100 G»N + P ABX 7- 26 CTHR - 26 ACT- I 4PI

36
TECHNETIUM Z=43

A ABUND. SEPARATION ENERGIES (MEV)

G,N G»P G.T G.HE3 G.A G.2N G.NP G»2P

93 12.9 4.1 18.4 15.9 5.1 16.7 11.4

REF NUCLIDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN tOUT MIN-MAX TYPE MIN-MAX

69EJ2 43TC93 P »G ABX 9. 10 D 6. 7 SCD-D DST 5.75-6.05.6.5-6.

RUTHENIUM Z=44

A ABUND. SEPARATION ENERGIES (MEV)

G»N G.P G.T G.HE3 G.A G.2N G.NP G.2P

96 5.51 10.1 7.3 17.4 14.2 1.7 * 17.3 12.2

98 1.87 10.3 8. 17.1 15.4 2.2 18.3 17.7 14.0

99 12.72 7.5 8,4 14.4 14.6 2.3 17.7 15.8 14.7

100 12.62 9.7 9.2 16.9 16.6 2.9 17.1 18.1 15.7

101 17.07 6.8 9.4 16.4 14.8 2.8 16.5 16.0 16.6

102 31.61 9.2 10.1 14.1 14.4 3.4 16.0 18.6 17.5

104 18.58 8.9 10.5 16.7 19.5 4.3 15.1 19. 19.

REF NUCLIDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

68JU1 44RU G»N NOX THR- 27 C 27 THR-I 5- DST

RHODIUM Z=45

A ABUND. SEPARATION ENERGIES (MEV)

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

103 100.00 9.3 6.2 13.9 15.6 3.1 16.8 15.4 16.3

REF NUCLIDE REACT I ON RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A I N »OUT MIN-MAX TYPE MIN-MAX

65KR1 45RH103 E »E/ RLY 7- 18 D 7- 18 ACT-I 4PI ISOMER YIELD

65K.R1 45RH1 03 G »G/ RLY 7- 18 C 7- 18 ACT-I 4PI ISOMER YIELD

67HU1 45RH103 G.N ABX 10. 11 D 10. 11 BF3-I 4PI

68JU1 45RH103 G»N NOX THR- 27 C 27 THR-I 5- DST

69DE1 45RH103 G.N ABY THR-999 C 1- 6 ACT-1 4PI 999=5 .

GEV

69DE1 45RH103 G.2N ABY THR-999 C 1- 6 ACT-1 4PI 999=5.5 GEV

65KR1 45RH103 G,2P ABX 15- 40 C 15- 40 ACT-I 4PI

37

373-303 O-70—
PALLADIUM Z=46

A SEPARATION ENERGI ES ( MEV

G , N (3 , p G ,T G»HE3 G,A G » 2 N Tn . NP r, . ? p

10.4 7 ,8 17 .4 17.7 X J5 • J 104 10,97 10.0 8 . 7 17.0 16.4 2.6 17.6 18.0 14.9

1 n^i 7 . 1 Qo . 8 16 .6 14.2 2.9 17.1 X J • o 1 R 7

106 27.33 9.5 9 .3 16.8 17.6 3.2 16.6 18.4 16.4

9.2 .0 16.6 18.5 3.9 1 R . R 1 7 . R 110 11.81 8,8 11 • 16 .4 19.6 15.0 18.7 19.2

REF NUCLIDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A I N ,OUT MIN-MAX TYPE MIN-MAX

68JU1 46PD G,N NOX THR- 27 C 27 THR-I 5- DST

67KN1 46PD G,T RLY THR- 49 C 36 , 49 A r T — r 4PI

D O 1^ -? r; . MP MoT i R Y THR- 20 C 20 AT T— T

Q n AA R Y 1 D 1 NAI-D 0- 1 X £- W 1 1 17 MF V

69DE2 46PD108 G»XN ABX 9- 25 C 9- 25 BF3-I 4PI

6 QDF 5 A p n 1 Oft rAA RLJ AX 8- 25 C 8- 25 BF3-I 4P I 69DE2 46PD108 G»P ABX 9- 25 C 9- 25 ACT-I 4PI

69DE5 46PD108 G,P ABX 15- 28 C 8- 28 ACT-I 4PI

69DE5 46PD1 10 G ,N ABX 8- 28 C 8- 28 ACT-I 4PI ISOMER YIELD ON

SILVER Z=47

A ABUND. SEPARATION ENERGIES (MEV)

G,N G,P G,T G,HE3 G»A G,2N G,NP G,2P

107 61.35 9,5 5.8 13.9 16.4 2.8 17. 15.4 15.1

109 48.65 9.2 6.5 13.8 17.3 3.3 16.5 15.8 16.4

REF NUCLIDE REACTION RES EXCIT

Z A IN , OUT

65WY1 47AG G,MU-T ABX 10- 35

67GE2 47AG G,N ABY THR- 27

67HU1 47AG G,N ABX 10» 11

68F 147AG G,XN ABX 9- 25

56WA1 47AG G,T RLY THR- 31

65ME2 47AG G »A SPC THR- 35

66WE2 47AG G,A ABX 3- 33

64DE4 47AG G ,F ABX 300- 999

65HE1 47AG107 E ,N RLY THR- 32

65HE1 47AG107 E+ ,N RLY THR- 32

66CA1 47AG107 G »G/ ABI 0- 2 69B03 47AG107 G,G ABX 0- 2 69BE1 47AG107 G »XN ABX THR- 30

66WI47AG107 G,T ABX THR- 56

66CA1 47AG109 G»G/ AB I 0- 2 69B03 47AG109 G ,G ABX 0- 2 680K1 47AG1 09 G ,A ABY THR- 20

SOURCE DETECTOR ANG REMARKS

MIN- MAX TYPE MIN -MAX

C 90 SCI- D 4PI

C 22 27 BF3- I 4PI

D 10, 11 BF3- I 4PI

C 9- 25 BF3- I 4PI

C 31 ACT- I 4PI

C 35 SCD- D 5 - 26 90

C 33 SCD- D 4 - 16 90

C300- 999 EMU- D300 -999 4P I

D 14- 32 ACT- I 4PI

D 14- 32 ACT- I 4PI

C 0- 2 ACT- I 4PI 5 LEVELS

C 0- 2 ACT- I 4PI

D 9- 30 BF3- I 4P I SEP ISOTOPES

C 31- 56 ACT- I 4PI

C 0- 2 ACT- I 4PI 6 LEVELS

C 0- 2 ACT- I 4PI

C 20 ACT- 1 4PI

38
CADMIUM 1=^8

A ABUND. SEPARATI ON ENERGIES (MEV)

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

106 1.22 11. 7. 17 .2 14.6 1.6 19 . 17.4 12.3

108 0.88 10.3 8. 1 17 • 15.7 2.3 18.3 17.7 13.9

110 12.39 9.9 8. 9 16 .9 16.9 2.9 17.2 18.1 15.4

111 12.75 7.0 9. 1 16 .6 14.6 3.3 16.8 15.9 16.2

112 24.07 9.4 9. 7 16 .8 17.9 3.5 16.4 18.5 16.8

113 12.26 6.5 9. 7 16 .5 15.6 3.9 15.9 16.2 17.6

114 2 8.86 9.0 10.3 16.8 18.9 4.1 15.6 18.8 18.3

116 7.58 8.7 11.2 15.6 4.9 14.7 18.7 *

REF NUCLIDE REACTION RES EXC I T SOURCE DETECTOR ANG REMARKS

Z A I N »OUT MI N--MAX TYPE MIN-MAX

66BE3 A-8CD G »G RLX 5- 10 D 5-- 10 NAI-D 5- 10 135

69RA1 48CD G »G NOX 7 D 7 NAI-D DST 7=6.485 MEV

65GI 1 48CD G RLY 8 D 8 NAI-D 8 135 8=7.64 MEV

67HU2 4BCD G »N ABY THR- 22 C 22 THR-I 4- DST

69MI 1 48CD1 10 G »SPC 6- 8 D 6'- 8 SCD-D 4- 8 DST

65CH1 48CD1 1

E »E/ ABX 1 D 1'- 2 ACT-I 4P I 1=1.34 MEV

66CA1 48CD111 G »G/ ABI 0- 2 C ij - 2 ACT-I 4P I . 76 » 1 . 12 » 1.3 1 69B03 48CD1 1 1 G » G ABX 0- 2 C 0-- 2 ACT-I 4PI

66MI 1 48CD1 12 G »G ABX 8 D 8 NAI-D 0- 8 DST 8=7.64 MEV

68M01 48CD112 $ G»G NOX 7 D NAI-D 5- 8 90 POLAR I METER 7.6

69CE1 48CD1 12 G»G NOX 6- 8 D 6 - 8 SCD-D 0- 8 DST

69M I 1 48CD1 12 G»G SPC 6- 8 D 6 - 8 SCD-D 4- 8 DST

680K3 48CD1 13 G »P ABY TriR- 20 C 20 ACT-I 4P I

oTSTl 48CD114 G »LFT 7 D 7 NAI-D 4- 7 135 7=7.64 MEV

I NDIUM Z = 49

A ABUND. SEPARATION ENERGIES (MEV)

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

113 4.28 9.4 6.1 13.9 16.8 3.0 17.3 15.5 15.7

115 95. 72 9.0 6. 8 13.9 17.9 3.8 16. 3 15.9 17.1

REF NUCLIDE REACT ION RES EXC I T SOURCE DETECTOR ANG REMARKS

Z A I N »OUT MI N -MAX TYPE MIN-MAX

68KA1 49 I N G »N ABX 50- 85 C 55 , 85 TOF-D 10- 85 67 NEUT ENGY SPEC

69FU1 49 I N G N ABX 9- 31 D 9 - 31 BF3-I 4P I 69FU1 49 I N G »2N ABX 16- 31 D 16 - 31 BF3-I 4PI

69FU1 491 N G>3N ABX 25- 31 D 25 - 31 BF3-I 4PI

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

66VE1 49IN113 G ,G/ ABX 1 D 0 - 1 ACT-I 4PI 1=.392 MEV

65CH1 49 I Nl 1

E »E/ ABX 1 D 1 - 2 ACT-I 4PI 1=1.07 MEV

65KR1 4 9 I fU 1

E »E/ RLY 7- 18 D 7 - 18 ACT-I 4PI ISOMER YIELD

39
REF NUCLI DE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

65KR1 491 Nl 15 G »G/ RLY 7- 18 C 7 - 18 ACT-I 4PI ISOMER YIELD

66VE1 491 Nl 15 G »G/ ABX 1 D 0 1 ACT-I 4PI 1=1.04 MEV

68B03 49IN1 15 G»G ABI 1 » I C 0 1 ACT-I 4PI 1,1=600,830 KEV

69B03 49IN115 G »G ABX 0- 2 C 0 2 ACT-I 4PI

67HU1 49IN115 G »N ABX 10, 1

D 10 1

BF3-I 4PI

56HE2 49IN115 G»2P RLY THR- 3 1 C 31 ACT-I 4P I REL G,A

56HE2 49IN115 G »A RLY THR- 31 C 31 ACT-I 4PI REL NEUTRONS

680K1 49IN115 G »A ABY THR- 20 C 20 ACT-I 4PI

TIN Z = 50

A ABUND. SEPARAT ION ENERGIES (MEV)

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

112 0.96 11.1 7. 8 17.1 15.0 1.8 * 17.6 12.9

114 0.66 10.3 8. 5 14.3 15.3 2.6 18. 1 18.0 14.6

115 0.35 7.5 8. 7 17 .0 14.4 3.2 17.9 16.1 15.6

116 14.30 9.6 9. 3 17 . 1 17.4 3.4 17.1 18.3 16.1

117 7.61 6.9 9.5 16.8 15.3 3.8 16. 5 16.2 16.9

118 24.03 9.3 10.0 17 .1 18 . 5 4.1 16.3 18.8 17.5

119 8.58 6.5 9.9 16 .8 16.3 4.4 15.8 16.5 18.2

120 32.85 9.1 10. 8 17.1 19.6 4.8 15.6 19.0 19.0

122 4.72 8.8 11.6 17.3 20.8 5.7 15.0 20. * 124 5.94 8.5 12. 18 • * 14.4 20.4 *

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOK ANG REMARKS

Z A IN »OUT MI N -MAX TYPE MIN-MAX

66BE3 50SN G »G RLX 5- 10 D 5 - 10 NAI-D 5- 10 135

69RA1 50SN G »G NOX 7 D 7 NA I -D DST 7=6.988 MEV

69SH2 50SN G»G SPC 6 7 D 6 » 7 SCD-D 6- 8 6=6.736,7=7.368

67HU2 50SN G • N ABY THR- 22 C 22 THR-I 4- DST

68KA1 50SN G »N ABX 50- 85 C 55 , 85 TOF-D 10- 85 67 NEUT ENGY SPEC

64AL5 50SN G»XN NOX THR- 34 C 34 THR-I 6- DST

67BA4 50SN116 E ,E/ FMF 1 , 2 D150 MAG-D145-150 DST 1.27,2.24 MEV

69CU1 50SN1 16 E ,E/ FMF 1- 12 D 55 . 60 MAG-D DST

69FU1 50SN 1 1

G »

ABX 9- 29 D 9 - 29 BF3-I 4P I 69FU1 50SN1 16 G,2N ABX 17- 29 D 17 - 29 BF3-I 4PI

69FU1 50SN116 G»3N ABX 27- 29 D 27 - 29 BF3-I 4PI

6761 1 50SN1 17 G .G LFT 7 D 6 - 7 NAI-D 4- 8 DST 7=7.01 MEV

69BE7 50SN1 17 G »G LFT 7 D 7 D DST 7.01 MEV

69FU1 50SN117 G»N ABX 6- 31 D 6 - 31 BF3-I 4PI

69FU 1 50SN1 17 G » 2N ABX 16- 31 D 16 - 31 BF3-I 4P I 69FU1 50SN1 17 G »3N ABX 24- 31 D 24 - 31 BF3-I 4PI

680K3 50SN1 17 G.P ABY THR- 20 C 20 ACT-I 4PI

69CU1 50SN1 18 E>E/ FMF 1- 4 D 55 , 60 MAG-D DST

66HR1 50SN1 18 G»G LFT 1 D 1 NAI-D 1 90 1=1.22 MEV

69CE1 50SN118 G»G NOX 6- 8 D 6 - 8 SCD-D 0- 8 DST

69FU1 50SN118 G »N ABX 9- 30 D 9 - 30 BF3-I 4PI

69FU1 50SN118 G »2N ABX 16- 30 D 16 - 30 BF3-I 4PI

69FU1 50SN118 G »3N ABX 25- 30 D 25 - 30 BF3-I 4PI

40
REF NUCLIDE REACTION RES EXCI T SOURCE DETECTOR ANG REMARKS

Z A I N ,OUT M I N-MAX TYPE MIN-MAX

69FU1 50SN119 G »N ABX 6- 31 D 6- 31 BF3-I 4PI

69FU1 50SN119 G ,2N ABX 1 5 - 3 1 D 15- 3 1 BF3-I 4PI

69FU1 50SN1 19 G » 3N ABX 2 2- 3 1 D 2 2- 3 1 BF 3- I 4P I

50SN12U E , E/ FMF 1 » 2 D 1 50 MAG-D145-150 DS T 1 .18,2.40 MEV

69CU1 50SN1 20 E , E / FMF 1- 4 D 5 5 » 60 MAG-D DST

66HR1 50SN1 20 G , G LFT 1 D 1 NAI-D 1 90 1 =1.18 MEV

69FU1 50SN120 G »N ABX 9- 29 D 9- 29 BF3-I 4PI

69FU1 50SN120 G ,2N ABX 15- 2 9 D 15- 29 BF3-I 4PI

69FU1 50SN1 20 G » 3N ABX 24 — 2 9 D 2 4- 2 9 BF3- I 4P I

67BA4 50SN124 E » E/ FMF 1 » 2 D 1 50 M AG— Dl 45 — 1 5 0 DST 1 .13,2.59 MEV

69CU1 50SN124 E »E/ FMF 1- 4 D 55, 60 MAG-D DST

69FU1 50SN124 G »N ABX 8- 3 1 D 8- 3 1 BF3-I 4PI

69FU1 50SN124 G , 2N ABX 14- 31 D 14- 31 BF3- I 4P I 69FU1 50SN124 G,3N ABX 23- 31 D 23- 31 BF3-I 4PI

ANTIMONY Z = 51

A ABUND. SEPARATION ENERGIES (MEV)

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

121 57.25 9.3 5. 8 12 .9 17.1 3.1 16.3 14.9 16.6

123 42.75 9.0 6.6 13.1 18. 4.1 15.8 15.4 18.

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

"7 A Z A I N »OUT MI N- MAX TYPE MIN-MAX

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

67HU1 51SB G »N ABX 10» 1D 10, 11 BF3-I 4PI

68JU1 51SB G ,N NOX THR- 27 C 27 THR-I 5- DST

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

64SH5 51SB123 G .G LFT 1 D 1 NAI-D 122 1 =0.161 MEV

TELLURIUM Z = 52

A ABUND

SEPARATION ENERGIES (MEV)

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

120 8 . 9 ( -2 ) 10.3 7.2 15.8 13.9 0.3 1816.8 12.3

122 2.46 10.1 8.0 15 .8 15.2 1.1 17.0 17.3 13.8

123 0.87 6.9 8. 1 15.7 13.0 1.5 17.0 15.0 14.5

124 4.61 9.4 8.6 15.9 16.2 1.8 16.4 17.6 15.1

IOC 12 5 6.99 6.6 8. 7 15 .7 14.0 2.2 16.0 15.2 15.8

126 18.71 9.1 9. 1 15 .8 17.2 2.5 15.7 17.9 16.4

128 31.79 8.8 9. 6 15.7 18.0 3.2 15.1 18.0 17.5

130 34.48 8.4 10. 1 15 .6 18.7 3.7 14.5 18.0 18.5

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

66BE3 52TE G G RLX 5- 10 D 5- 10 NAI-D 5- 10 135

65AK1 52TE124 G»G LFT 1 D 1 NAI-D 100 1 =.603 MEV

68SC1 52TE124 G ,G LFT 1 D 1 NAI-D 105 1 =603 KEV

66ME1 52TE125 G »G LFT 1 D 1 SCD-D 1 DST 1 =.463 MEV

41
IODINE Z=53

A ABUND. SEPARATION ENERGIES (MEV)

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

i d. 1 100 .00 9.1 O . 2 13 .4 16.3 2.2 1 A O lb • tL

R F F NUCLIDE REACT ION RK FC o EXCI T SOURCE DETECTOR A M (" p p M A D C. K 1 1*1 A K Is. o

7 T M .ni 1M T N —MA'1 A Ay T Y P F M T M — M A Y

A A F D 1 D o r K i ^ "2 T 11 A? 7/ y o 1L Fr T1 J. n 1 O V- L/ n 11 1— OA'S MCV/

t) y L A i

I i A ( \j 1 F T L r 1 1X D 1 INN AA Ti — 13 0

n D T O o U K J. S> ^ I -J 1 1 A / ij A Q V Ada T HR — \j o RFd r _3 — T

1 4P I D r J 1 i 11 A7 7' A D V A tS A ^ on\j \j — 1 nn r 1 n n AT T — T1

/ n T 4P I 999=1 GEV

A ~7 LJ 1 1 1

1

i. A7 71 5 ("I A D V Ada n in . 11 RF ^ — D r J? T1 4 P I 5 3 I 12 7 Q « N A R V A D Y THR- 80 0 -ftnn \j \j \j ACT- T

J. /. D T 4 r 1 A O R F A O V D tl O 5 3 I 12 7 , N Ada A P Y 9 - 2 1 D 9 — a 1 MOD- I / D T A Q n F 1 b y L* t i 5 3 I 12 7 (3 , fvj AA DR VI THR- r 1 — f. AC T- I OQo — r ^ \i AO Q7 VV FL. A? 5 3 I 12 7 G »N MA RD ay 9- 32 D 9 - 32 MOD- I P T Ao AO RD R 1 rs i b 3 I 12 7 G , 2N MA RD Ay THR- 3 3 D 8 - 3 3 BF 3 — I ZiP T 7 n I 1 5 3 I 12 7 G , 2N ADA A R X 300- 99 9 C999 AC T- I ^ P T Aft U O ^in^ X1 11 A7 7/ . 7 N A R Y T H R — R n n r tin o u u AA rV- T1 — I

I APT

A Q(<F f> 531 127 G »2N ADA A R V 16- 31 D 9 - 31 MOD- I AO Q V F 9 7 V L A 53 1 127 G .2N ADA A R y 16- 32 D 16 - 32 MOD- I ZiP T A 7 1^1 T T 53 1 127 G »3N ADA A R y 300- 999 C999 ACT- I APT OQWa — 1 i^P w V — i OC. V A Q in 1 531 127 G »3N AA RD YT THR- 800 C 50 -800 ACT- I APT

A (~i D cr A 531 127 G ,3N A O V Ada 27- 31 D 9 - 31 MOD- I A-P I 69DE1 531 127 G »3N ABY THR- 999 C 2 - 6 ACT- I 4PI 999=5.5 GEV

69VE2 531 127 G »3N ABX 26- 32 D 26 - 32 MOD- I 4PI

68J01 531 127 G »4N ABY THR- 800 C 50 -800 ACT- I API

68J01 531 127 G »6N ABY THR- 800 C 50 -800 ACT- I 4PI

68J01 53 1 127 G »7N ABY THR- 800 C 50 -800 ACT- I API

68J02 531 127 G ,XN ABX THR- 800 C150 -800 ACT- I 4PI

XENON Z=54

A ABUND. SEPARATION ENERGIES (MEV)

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

124 0.10 10.0 7.0 16.5 14.1 0.5 * 16.7 11.7

126 0.09 10.0 7.6 16.0 14.9 1.3 17.9 17.2 13.2

128 1.92 9.6 8.2 15.9 15.7 1.8 16.8 17,3 14.4

129 26.44 6.9 8.3 15.7 13.6 2.1 16.6 15.1 15,0

130 4.08 9.3 8.7 15.9 16.5 2.3 16.2 17,6 15.5

131 21.18 6,6 8.8 15.7 14.4 2.5 15.9 15.3 16.0

132 26.89 8.9 9. 1 15.7 17.2 2.7 15.5 17.7 16,5

134 10 .44 8.5 9.5 15.6 17.9 3.2 15.0 17.8 17,5

136 8.87 7.9 10.0 15.4 * 3.6 14.4 17.8 *

REF NUCLIDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

69H01 54XE G .XP ABY THR- 33 C 2 4 - 33 SCI-D 3- 14 90

42
CESIUM Z=55

A ABUND. SEPARATION ENERGIES (MEV)

G,N G,P G,T G,HE3 G,A G,2N G,NP G» 2P

133 100,00 9.0 6.1 13,2 16,2 2.1 16.2 15.1 15 .3

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN »OUT MIN-MAX TYPE MIN-MAX

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

69BE1 55CS133 G »XN ABX THR- 30 D 9- 30 BF3-I 4PI

BARIUM Z=56

A ABUND, SEPARATION ENERGIES (MEV)

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

130 0,10 10. 7. 16,1 14,0 0.6 18 . 16.8 12 . 0

132 9, 7

( -2

9.6 7,6 15.7 14.6 0.9 17.2 16.9 13 , 1 13^ 2.42 9.2 8.0 15.7 15.4 1.4 16.6 17.1 14 ,2

133 6.59 7.2 8.5 15.7 13.6 2.0 16.4 15.2 14 .8

136 7.81 9.2 8,7 15,9 16,3 2,3 16.4 17.7 1. 6

137 11.32 6.9 9,0 16,2 14,8 2.7 16.2 15.6 16 .0

138 71.66 8.5 8.9 15.7 16.8 2.8 15,5 17.6 16 ,6

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

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

680K3 56BA137 G.P ABY THR- 20 C 20 ACT-I 4PI

LANTHANUM Z=57

A ABUND. SEPARATION ENERGIES (MEV)

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

138 8.9 ( -2

7. 6.0 13.7 13.9 2.3 16.6 13.0 15 ,0

139 99.91 8.8 6.2 13.2 16.0 2.1 16. 14.8 15 . 1

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

Z A I N »OUT MIN-MAX TYPE MIN-MAX

66BE3 57LA139 G »G RLX 5- 10 D 5- 10 NAI-D 5- 10' 135

69BE7 5i7LA139 G ,G LPT 6 D 6 D DST 6.413 MEV

67HU1 57LA139 G.N ABX 9- 11 D 9- 11 BF3-I 4PI

68BE5 37LA139 G»N ABX THR- 30 D 7- 30 MOD-I 4PI

68JU1 57LA139 G »N NOX THR- 27 C 27 THR-I 5- DST

68BE5 57LA139 G »2N ABX THR- 30 D 7- 30 MOD-I 4PI

68BE5 57LA139 G,3N ABX THR- 30 D 7- 30 MOD-I 4PI

43
CERIUM Z=58

ABUND. SEPARATION ENERGIES (MEV)

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

136 0. 19 10. 7. 16. 0 13. 8 .6 17.7 16.9 12.3

138 0,25 9. 7

16. 14. 7 1.2 17.3 16.8 13.1

140 88.48 9.0 8. 0 16. 15 . 0 1.4 16.6 16.8 14.2

142 11.07 7.2 8. 9 12. 1 14. 4 -1.4 12.6 15.7 15.9

REP NUCL I DE REACT I ON RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN »OUT MIN-MAX TYPE MIN-MAX

66BE3 58CE G »G RLX 5- 10 D 5- 10 NAI-D 5- 10 135

69BE6 58CE G.N ABX 8- 23 D 8- 30 MOD- I 4PI

69BE6 58CE G»2N ABX 12- 30 D 8- 30 MOD

4PI

69BE6 58CE G »3N ABX 24- 30 D 8- 30 MOD

4PI

68SH4 58CE140 E »P SPC 13- 30 D 30 MAG-D 5- 15 90 ANALOG STATES

680K2 58CE140 G »N ABY THR- 20 C 20 ACT-I 4P I ISOMERIC YIELD

ABUND.

PRASEODYMIUM Z=59

SEPARATION ENERGIES (MEV)

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

141 100.00 9.4 5. 2 13. 3 14.3 1 • 17.1 14.3 13.2

REF NUCLIDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN »OUT MIN -MAX TYPE MIN-MAX

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

68M01 59PR141 $ G»G NOX 7 D 7 NAI-D 5- 8 90 POLARIMETER 7.632

69MI59PR141 G»G SPC 6- 8 D 6 - 8 SCD-D 4- 8 DST

59D I 1 59PR141 G»N RLY 9- 30 C 30 ACT-I 4PI REL CU63 (G,N)

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

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

67CA1 59PR141 G.N RLX 9- 17 C 9 - 17 ACT-I 4PI

67HU1 59PR141 G.N ABX 10. 1

D 10 . 11 BF3-I 4PI

68CA1 59PR141 G.N ABX 9- 17 C 9 - 17 ACT-I 4PI

68 JUl 59PR141 G.N NOX THR- 30 C 30 THR-I 5- DST

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

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

69EJ1 59PR141 P ,G ABX 15 D 9 - 11 SCI-D 6- 15 DST 15=14.95 MEV
NEODYMIUM Z=60

A ABUND

SEPARATION ENERGIES (MEV)

b » N G» P G» T G,HE3 G,A /— "OKI G , 2 N G , NP G , 2P

1^2 2 7.11 9.8 7.2 15. 8 13.8 0.7 17.7 16.6 12.5

143 12.17 6.1 7.5 14. 2 10.8 0.7 15.9 13.4 13.1

144 23.85 7.8 8.0 12.7 13.2 — 1.9 13.9 15.3 13.7

145 8.30 5.7 7. 9 12. 6 11.8 -1.6 13.6 13.8 14.4

146 17.22 7.6 8. 6 12. 8 14.2 -1.2 13.3 15.5 15.0

148 5.73 7.3 9. 12. 7 15. -0.6 12. 16.1 * 150 5.62 7.3 * 13. « 0.3 12.3 16. *

REF NUCLIDE REACTION RES EXCI T SOURCE DETECTOR ANG REMARKS

Z A IN »OUT MI N-MAX TYPE MIN-MAX

66BE3 60ND G»G RL X 5- 10 D 5- 10 NAI-D 5- 10 135

680K2 60ND142 G»N ABY THR- 20 C 20 ACT-I 4PI ISOMERIC YIELD

69ME3 60ND144 G»G LFT 2 . 2 C 2 » 2 SCD-D DST B( EL ) ,2.074 , 2.

69VA2 60ND148 G »XN ABX 8- 23 C 8- 23 BF3-I 4PI

69VA2 60ND150 G »XN ABX 8- 23 C 8- 23 BF3-I 4P I

SAMARIUM Z= 62

A

A D 1 1 M n AdUIMU • SEPARAT ION ENERGIES (MEV)

r M G» P G» T G,HE3 G,A G . NP

iff in c; i U • D 6.4 16.3 12.6 0. 16.2 10.5

if ( O • J 7.1 12. 10.4 -2.3 1 /i oi H- • 0 J. j> . ^ J. ^ . t

148 11.24 8.1 7.6 13.0 12.8 -2.0 15.3 13.0

If y 5 • o 7. 5 12.6 11.1 -1.9 1 4 . U 13.5 13.5

150 7 .44 8.0 8. 3 12. 9 13.8 -1.5 13.8 15.5 14.2

152 26.72 0.2 8.6 13.6 15.3 -0.3 13.8 16.5 15.6

154 22.71 7.9 8.9 13. 9 16.3 1.1 13.8 16. *

D C K t r IN U L L 1 U t K t 1 i DIM RES EXC I T SOURCE DETECTOR AM/" REMARKS

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

o9Dt6 62SM G » N ABX 7- 21 D 7- 27 MOD-I 4H I 69BE6 62SM G.2N ABX 13- 25 D 7- 27 MOD

4PI

69BE6 62SM G »3N ABX 23- 27 D 7- 27 MOD-I 4P I

66BE3 62SM144 G»G RLX 5- 10 D 5- 10 NAI-D 5- 10 135

59DI 1 62SM144 G»N RLY 11- 30 C 22, 30 ACT-I 4PI REL CU63 (G ,N)

65ME

62SM 148 G »G LFT 1 D 1 NAI-D DST 1=1.46 MEV

69 VA2 62SM1 50 G »XN ABX 8- 23 C 8- 23 BF3- I 4P I

65ME1 62SM152 G»G LFT 1 D 1 NAI-D 105 1=0.96 MEV

67BE4 62SM1 52 G iG LFT 1 D 1 NAI-D 120 1=0.963 MEV

68 T A2 62SM152 G »G LFT 1 D 1 NAI-D 1 90 1=0.963 MEV

69VA2 62SM1 52 G XN ABX 8- 23 C 8- 23 BF3-I 4P I

69M01 62SM154 E,F ABX THR- 999 D 60-999 TRK-I DST 999=1 GEV

69VA2 62SM154 G»XN ABX 8- 23 C 8- 23 BF3-I 4PI

69M01 62SM154 G»F ABX THR- 999 c 60-999 TRK-I DST 999=1 GEV

45

I
EUROPIUM Z^63

A ABUND

SEPARATION ENERGIES (MEV)

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

1 3 1

/. "7 O O H 1 tO Z

~7 n 4.9 10. 2 12.7 -2.0 14.4 12.9 13.1

153 52.18 8.5 5 .9 1 1 . 2 14.7 -0.3 14.8 14. 2 14.5

REF NUCLIDE REACT ION RES EXC I T SOURCE DETECTOR ANG REMARKS

Z A I N »OUT MIN-MAX TYPE M I N- MAX

67HU1 63EU G »N ABX 9- 11 D 9- 11 BF3-I 4P I

66AT1 63EU153 G»G LET 1 D 1 SCD-D 1 1=97 KEV

69BE8 63EU153 G »N ABX 8- 29 D 8- 29 BF3-I 4PI INCLUDES NP

69BE8 63EU153 G»2N ABX 8- 29 D 8- 29 BF3-I 4PI INCLUDES 2NP

69BE8 6 3 E U 1 5 3 G »3N ABX 8- 29 D 8- 29 BF3-I 4PI

GADOLINIUM Z=64

A ABUNu A Q 1 1 M P\

SEPARATION ENERGIES (MEV)

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

ICO U m ZU oo . 7.3 13. 3 12.5 -2.2 15.0 15.3 12.2

Z t Id Q ^ o » o 7 .6 13. 9 14.0 -1.0 15.1 16.2 13.5

155 14.73 6.4 7.6 14.1 12.2 -0.1 15.1 14.1 14.0

lob 2 U . 4 / O . D 8 .0 14.1 14.8 0.2 15.0 16.2 14.7

157 15.68 6.4 8 .0 14. 0 13.3 0.6 14.9 14.4 15.2

IRQ loo 4 . O / ~7 Q 8.4 13. 8 15.4 0.7 14.3 16.0 15.9

160 21.90 6.1 * 13.3 * 0.9 13.3 16.1 *

REF NUCLIDE REACTION RES EXCI T SOURCE DETECTOR ANG REMARKS

Z A IN »OUT MIN-MAX TYPE MIN-MAX

66BA3 64GD1 5 5 G G LFT 1 D 1 NAI-D 1 60 » 86.5 KEV

66ST1 64GD155 G»G LFT 1 D 1 NAI-D 1 1=60 KEV

69BE8 646D160 G »N ABX 8- 29 D 8- 29 BF3-I 4PI INCLUDES NP

69BE8 64GD160 G 2N ABX 8- 29 D 8- 29 BF3-I 4P I INCLUDES 2NP

69BE8 64GD160 G »3N ABX 8- 29 D 8- 29 BF3-I 4PI

TERBIUM Z=65

A - ABUNDSEPARATION ENERGIES (MEV)

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

156 5 . 2

( -2

10. 7. 14. 12.7 -1.4 16.5 16 . 11.8

159 99.95 8.2 6 .2 12.0 14.4 0.2 14.9 14.2 14.6

REF NUCLIDE REACT I ON RES EXC I T SOURCE DETECTOR ANG REMARKS

Z A I N »OUT MIN-MAX TYPE MIN-MAX

66AT2 65TB1 59 G »G LFT 1 D 1 SCD-D DST 1=58 KEV

66R A 1 65TB1 59 G »G LFT 1 D 1 NAI-D DST 1=363, 580 KEV

68BE5 65TB159 G »N ABX THR- 30 D 7- 30 MOD-I 4P I 680K2 65TB159 G»N ABY THR- 20 C 20 ACT-I 4P I ISOMERIC YIELD

68BE5 65TB159 G»2N ABX THR- 30 D 7- 30 MOD-I 4PI

68BE5 65TB159 G »3N ABX THR- 30 D 7- 30 MOD-I 4PI

46
DYSPROSIUM Z=66

A ABUND

SEPARAT ION ENERGIES (MEV)

G,N G»P G ,T G,HE3 G »

G,2N G,NP G ,2P

11. 56^ 5 • 2

( -2

7.1 12.9 s- 0.6 12.8 15.8 * 158 9.0(-2) 9. 6.9 14. 13.3 -0.8 15.7 16. 12.5

160 2.29 8,6 7.4 13.9 13.8 -0.4 15.4 15.6 13.6

161 18.88 6.4 7.5 13 .6 12.3 -0.3 15.0 13.9 14.0

162 25.53 8.2 8.0 13 .6 14.5 0.0 14.6 15.7 14.9

163 24.97 6.2 8.3 13 .4 13.4 0.2 14.5 14.3 15.5

164 28.18 7.7 8.5 13.4 15.4 0.5 13.9 16.0 16.

NO DATA

HOLMIUM Z= 67

A ABUND. SEPARATION ENERGIES (MEV)

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

165 100.00 8.0 6.1 11 .6 14. -0.2 14.6 13.8 14.7

REF NUCLIDE REACT I ON RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A I N »OUT MI N-MAX TYPE M I N-MAX

66 AX 1 67H0165 G »G ABX 13, 16 D 13 , 16 NAI- D DST

66AX 1 67H0165 G »N ABX 8- 20 D 8- 20 BF3- I 4PI

67GE2 67H0165 G »N ABY THR- 27 C 22 » 27 BF3- I 4P I 67HU1 67H0165 G »

ABX 9- 10 9- 11 BF3- I 4PI

68BE5 67H0165 G »ABX THR- 30 D 7- 30 MOD- I 4PI

696E8 67H0165 G »N ABX 8- 29 D 8- 29 BF3- I 4P I I NCLUDES NP

66AX 1 67H0 1 6 S G » 2N ABX 8- 20 D 8- 20 BF3- I 4P I 67HA1 67H0165 G » 2N RLX 14- 29 C 14- 29 ACT- I 4P I YIELD TO I SOMERE

68BE5 67H0165 G » 2N ABX THR- 30 D 7- 30 MOD- I 4PI

69BE8 67H0165 G » 2N ABX 8- 29 D 8- 29 BF3- I 4PI INCLUDES 2NP

68BE5 67H0165 G ON ABX THR- 30 D 7- 30 MOD- I 4P I 69BE8 67H0165 G ,3N ABX 8- 29 D 8- 29 BF3- I 4PI

6 5 AMI 67H0165 S G»XN ABY 10- 20 C 10- 20 BF3- I 4PI ORIENTED TARGET

69KE2 67H0165 $ G »XN ABX 10- 21 D 10- 21 BF3- I 4P I ORIENTED TARGET

66SC1 67H0165 G>P SPC THR- 70 C 70 TEL- D 6- 14 DST

66SC1 67H0165 G»D RLY THR- 70 C 70 TEL- D 6- 14 DST

66SC1 67H0165 G »T RLY THR- 70 C 70 TEL- D 6- 14 DST

4.7
ERBIUM Z=68

A ABUNO. SEPARATION ENERGIES (MEV)

G,N G»P G.T G,HE3 G.A G,2N G.NP G. 2P

1 6^: U • 1 4

ny

6 .

1 y. Ill 1 c 14. 12.2 — 1.5 it 15.4 1

• 3

164 1.56 8.8 6.8 14. 12.8 -1.3 15.6 15.2 12 • 3

loo 3 J . 4 i QO . !3 7.4 13.5 13.5 -0.8 15.2 15.6 1

• 5

167 22.94 6.4 7.5 13.4 12.3 -0.6 15.0 13.9 14 .3

168 27.07 7.8 8.0 13.1 14.4 -0.5 14.2 15.3 15 .0

1 "7 n ( . ^ 12.7 * -0.1 13.2 15.7

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A I N tOUT MIN-MAX TYPE M I N-"MAX

69BE6 68ER G»N ABX 7- 21 D 7- 28 MOD-I 4PI

69BE6 68ER G»2N ABX 13- 27 D 7- 28 MOD-I 4PI

69BE6 68ER G »3N ABX 23-28D 7-28 MOD-I 4PI'

THULIUM Z=69

A ABUND. SEPARATION ENERGIES (MEV)

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

169 100.00 8.0 5.6 12.8 13.2 -1.1 15. 13.4 13 .5

NO DATA

YTTERBIUM Z=70

A SEPARATION ENERGIES (MEV)

G.P G.T G,HE3 G.A (j ^ N

Co M D * Vir co • 9 D c. r 168 0 . 14 9. 6. 13. 11.8 -2.1 15.9 14.8 11 • 0

170 3.03 8 . 6.6 13. 12.2 -2.0 15.3 14.7 1 2 . 1 171 14.31 6.8 6.9 12.9 11.2 -1.6 15. 13.4 12 .9

1 iZ Q 1 O . i 7.4 13.0 13.3 -1.3 i 4 . y 1 D . i i i

Q . O

173 16.13 6.5 7.6 11.4 12.4 -0.8 14.6 14.0 14 .6

174 3 1.84 7.4 8.0 12.9 14.4 -0.5 13.9 15.1 15 .1

1 76 12.73 D . 6 8. 12.0 * -0.7 In » 1 TT

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

69M01 70Y3174 E .F ABX THR-999 D 60-999 TRK-I DST 999=1 GEV

69M01 70YB174 G»F ABX THR-999 C 60-999 TRK-I DST 999=1 GEV

4B
LUTETIUM Z=71

A ABUND. SEPARATION ENERGIES (MEV)

6,N G.P G.T G.HE3 G,A G»2N G»NP G 2P

175 97.41 7.8 5.5 11.0 12.8 -1.4 14.4 13.0 1 3 • 5 176 2.59 6. 1 5.9 10.7 12.0 -1.6 14.0 11.7 13 .9

REF NUCLIDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN »OUT MIN-MAX TYPE MIN'-MAX

69BE6 71LU 6»N ABX 7- 24 D 7- 28 MOD-I 4PI

69BE6 71LU G.2N ABX 14- 28 D 7- 28 MOD-I 4PI

69BE6 71LU G »3N ABX 24- 28 D 7- 28 MOD-I 4PI

HAFNIUM Z=72

A ABUND. SEPARATION ENERGIES (MEV)

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

174 0.18 * 5.8 13. 11.3 -2.6 * 14.4 10 .9

176 5.20 8. 6.4 12.4 11.7 -2.4 15.0 14.3 11 .9

177 18.50 6.4 6.6 12.1 10.6 -2.5 14. 12.8 12 .5

178 27.14 7.6 7.3 11,9 12.4 -2.4 14.0 14.2 13 .5

179 13.75 6.1 7.5 11.8 11.8 -2.1 13.7 13.4 14 .0

180 35.24 7.3 7.9 12.2 13.6 -1.4 13.4 14.9 15 . 1

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A I N »OUT MIN-MAX TYPE MIN -MAX

67MI1 72HF G»F ABX 300-999 300-999 TRK-I 999=1600 MEV

67RA2 72HF G»F ABX THR-260 C200-260 EMU-I 4PI

61HA1 72HF177 G .G LFT 0- IDG- 1 NAI-D 0 - 1 110 113» 321 KEV

\

49
TANTALUM Z=73

A AOUND. SEPARAT ION ENERGIES (MEV)

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

180 1.2 ( -2

6.8 r-D . 9 11 . 1 11.6 -2.1 14.6 12.0 13.4

TOT 181 9 9.99 ' . 6 6. 2 11 . 1 13. 3 -1.4 14.4 13.5 14.1

REF NUCL I DE REACTION RES EXC I T SOURCE DETECTOR ANG REMARKS

Z A IN , OUT M I N-MAX TYPE MIN- MAX

59BA3 73TA181 E »N ABY THR- 36 D 10- 36 BF3-I 4PI

65HE1 73TA181 E.N RLY THR- 32 D 14- 32 ACT-I 4PI

68B01 73T A181 E »F AB I D25U ,500 EMU- I 4PI

65HE1 73TA181 E+ »N RLY THR- 32 D 14- 32 ACT-I 4PI

67SH3 73TA181 G »G/ ABX 18 D 18 NAI-D 0- 18 90 RAMAN SCATTERINC

67GE2 73TA181 G »N ABY THR- 27 C 22 , 27 BF3-I 4PI

67HU1 73TA181 G »N ABX 8- 1

D 8- 1

BF3- I 4PI

68BE5 73TA181 G »N ABX THR- 30 D 7- 30 MOD

4P I 68KA1 73TA181 G »N ABX 50- 85 C 55 , 85 TOF-D 10- 85 67 N tU 1 ENG

SPEC

68VE1 73TA181 G ,N ABX THR- 36 D 7- 36 MOD-I 4PI

69TS1 73TA181 G »N NOX 15- 26 C 26 SCI-D 7 DST

68BE5 73TA181 G»2N ABX THR- 30 D 7- 30 MOD-I 4PI

68VE1 73TA181 G»2N ABX T UJ D 1 n K ~ 36 D 7- 36 MMUDr^i - T

i 4PI

68BE5 73TA181 G»3N ABX THR- 30 D 7- 30 MOD-I 4PI

68VE1 73TA181 G.3N ABX THR- 36 D 7- 36 MOD-I 4P I 6eBE5 73TA181 G »4N ABX THR- 36 D 7- 36 MOD-I 4P I 68VE1 73TA181 G »4N ABX THR- 36 D 7- 36 MOD-I 4P I 64AL5 73T A181 G >XN NOX THR- 34 C 34 THR-I 6- DST

66F 12 73TA181 G »XN SHC THR- 60 C 60 TOF-D 5- 40 90

6 7AN2 7 3T A 1 8

G » XN ABX THR- 20 C 8- 20 BF3-I 4P I 69 I SI 73TA181 G »XN ABX 7- 30 c 7- 30 MOD-I 4PI

67M I 1 73TA181 G ,F A b X 300- 999 300-999 TRK-I 999= 1600 MEV

67RA2 7 3 T A 1 8 1 G »ABX THR- 260 C20U~260 EMU

4P I

TUNGSTEN (WOLFRAM) Z=74

A ABUND. SEPARAT I ON ENERGIES (MEV)

G,N G . P 6 , T G,HE3 G,A G,2N G,NP G ,2P

180 0. 14 * 6 . 5 12 .8 11. 6 -2.6 * 14.4 11.7

182 26.41 6.0 7. 0 13 .0 12. 8 -1.7 14.9 14.7 13.2

183 14.40 6.2 7. 1 12 .4 11.7 -1.6 14.2 13.2 13.4

184 30.64 7.4 7.7 12 . 1 13 . 1 -1.5 13.6 14.6 14.3

18 6 2 8.41 I » d 8. 12 .2 14. 4 -1.1 1 i • 0 15.0

REF NUCLIDE REACT I ON RES EXC I T SOURCE DETECTOR ANG REMARKS

Z A IN»OUT MI N-MAX TYPE MIN- MAX

66BE3 74W G ,G RLX 5- 10 D 5- 10 NAI-D 5- 10 135

64DE4 74W G »F ABX 300- 999 C300-999 EMU-D300- 999 4PI

66SH2 74W 183 G .G LET 1 D 1 NAI-D 1 4PI 1=46,48 KEV

69BE8 7 4W 186 G »N ABX 8- 29 D 8- 29 BF3- I 4PI INCLUDES NP

69BE8 74W 186 G»2N ABX 8- 29 D 8- 29 BF3-I 4P I INCLUDES 2NP

69BE8 74W 186 G »3N ABX 8- 29 D 8- 29 BF3-I 4P I

50
RHENIUM Z=75

A ABUND. SEPARATION ENERGIES (MEV)

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

3 7,07 8 • 5.4 10.5 12.2 -2.3 14. 12.9 13.1

187 62.93 7.3 6.0 10.5 13.2 -1.6 13.5 13.2 14.3

REF NUCLIDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

7 A T N .OUT MIN-MAX TYPE MJN--MAX

67MI

75RE G>F ABX 300-999 300-999 TRK-I 999=1600 MEV

67RA2 75RE G,F ABX THR-260 C200-260 EMU-I 4P I

67ME 1 7 5R E 1 8 5 G »

LFT 0- 1 D 0- 1 SCD-D 0- 1 DST 646,718»-8 74 KEV

6^LA3 75RE187 G»G LFT 0- 1 D 0- 1 NAI-D DST 5 LEVELS

64SH5 75RE187 G fG LFT 1 D 1 NAI-D 12 2 1=686 KEV

67LA2 75RE187 G G LFT 0- 1 D 0- 1 SCD-D 8 LEVELS

OSMIUM Z=76

A ABUND. SEPARATION ENERGIES (MEV)

G,N G»P G,T G,HE3 G,A G,2N G»NP G 2P

184 0.02 * 6.0 * 10.7 2.9 14.1 10.4

186 1.59 8.3 6.5 13.0 11.6 2.8 15.1 14.4 11.9

187 1 .64 6.3 6.5 12.0 10.5 2.7 14.5 12.8 12.4

188 13.3 7.8 7.1 12.1 12.5 2.3 14.1 14.4 13.0

189 16.1 6.0 7.3 11.9 n .3 2.0 13.

13.1 13.6

1 90 26.4 7.8 8.0 12.4 13.7 1.5 13.8 15.1 14.8

192 41.0 7.6 * 13.0 » 0.0 13.5 15.9 *

REF NUCL I DE REACT lON-RES EXCIT SOURCE DETECTOR ANG REMARKS

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

67RA2 760S G,F ABX THR-260 C200-260 EMU-I 4PI

67MI 1 760S G,F ABX 300-999 300-999 TRK-I 999=1600 MEV

IRIDIUM Z=77

A ABUND. SEPARATION ENERGIES (MEV)

G,N G»P G»T G,HE3 G,A G,2N G»NP G,2P

191 3 7.3 8.2 5.4 10.7 12.8 -2.0 14. 5 13.2 13.4

193 62 . 7 7.8 5.8 10.9 14.0 -1.0 13.9 13.5 *

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN »OUT MIN-MAX TYPE MIN -MAX

67SC1 77IR191 G »G LFT 0- 1 D 0- 1 SCD-D 0 1 125 539»588 KEV

68DA1 771 R191 S G»G NOX 1 D 1 NAI-D DST MAG MOMENT, 129

67ME2 77IR193 G ^G LFT 0- IDG- 1 SCD-D 0 1 105 460»557, 559 KEV

51
PLATINUM Z=78

A ABUND. SEPARATION ENERGIES (MEV)

G,N G»P G,T G,HE3 G»A G,2N G.NP G,2P

190 1 . 3

( -2

9. 6. 13. 11.1 -3.2 15.9 14.6 11.0

192 0. 78 8. 15.0 15.1 12.2

194 32.9 8.4 7.6 13.0 13.3 -1.4 14.7 15.4 13.4

O • 1 7.6 12.9 11.8 -1.2 1 H • 5 in "7 i H . U

196 25.3 7.9 8.1 13.1 14.2 -0.8 14.0 15 . 5 14.8

198 7.21 7.6 8.8 13.1 15.1 0.0 13.4 15.7 *

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN .OUT M T M — M A y TYPF 1 T r C MTN— rl i IN MAy ("IMA

O O D C J 7fori R P T RLX 5- 10 D 5- 10 NAI-D 5- 10 1.1 ^ ^ 68JU1 78PT G»N NOX THR- 27 C 27 THR-I 5- DST

67MI

78PT G.F ABX 300-999 300-999 TRK-I 999=1600 MEV

67RA2 78PT G»F ABX THR-260 ClOO-260 EMU-I DST

GOLD Z=79

A M D IN • SEPARATION ENERGIES (MEV)

G,N G»P G»T G»HE3 G»A G.2N G.NP G .2P

197 100.00 8.1 5.8 11.4 13.6 -0.9 14.8 13.8 14.0

REF NUCLi DE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

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

67GE2 79AU197 G .N ABY THR- 27 C 22. 27 BF3-I 4PI

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

69DE1 79AU197 G»N ABY THR-999 C 1- 6 ACT-I 4PI 999=5.5 GEV

69DI 1 79AU197 G»N ABY THR-900 C400-900 ACT-I 4PI

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

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

67MI79AU197 G»F ABX 300-999 300-999 TRK-I 999=1600 MEV

67RA2 79AU197 G,F ABX THR-260 ClOO-260 EMU- I DST

52
MERCURY Z=80

A ABUND. SEPARATION ENERG I E5 ( MEV ) G • N G P G »

G»HE3 G » A G » 2N G » NP G » 2P

196 0.15 9. 6.6 13. 12.4 -1 .9 16. 15.0 11.7

198 10.02 8.6 7.1 13.4 13.1 -1.3 15.3 15.2 12.9

199 16.84 6.6 7.2 13,3 11.8 -0.8 15.3 13.8 13.7

200 23.13 8.0 7.7 13.3 14.0 -0.7 14.7 15.3 14.2

201 13.22 6.2 7.6 13.0 12.7 -0.3 14.2 14.0 14.8

202 29.80 7.8 8.5 13.2 14.9 -0.1 14.0 15.4 15.

204 6.85 7.5 9. 13.5 16.1 1. 13.5 16. »

REF NUCLIDE REACT ION RES EXCIT SOURCE DETECTOR ANG REMARKS

66BE3

69RA1

69B03

680K3

80HG

80HG

80HG199

80HG199

IN .OUT

G.G

G »G

G »G

G»P

RLX

NOX

ABX 0-

ABY THRMIN-MAX TYPE MIN-MAX

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

2 C 0- 20 C 20

2 ACT-I

ACT-I

10 135

DST 5=4.906 MEV

4PI

4PI

69CA2 80HG201 G»MU-T ABX 0 0 SCI-D 0=32.2 KEV, J-PI

THALLIUM Z=81

203

205

ABUND. SEPARATION ENERGIES (MEV)

G,N G»P G.T G,HE3 G,A G,2N G,NP G,2P

29.5 7.7 5.7 11.2 13.4 -0.9 14.6 13.5 14.2

70.5 7.5 6.4 11,4 15. 0.0 14.2 14.0 15.

REF NUCLIDE REACTION RES

Z A IN»OUT

EXCIT SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

REMARKS

66BE3

68KA1

65M02

67MI

81TL

81TL

81TL

81TL

G»G RLX 5- 10 D 5- 10 NAI-D 5- G.N ABX 50- 85 C 55, 85 TOF-D 10-

G»XN ABX 10-110 C 16-110 ACT-I

G»F ABX 300-999 300-999 TRK-I

10 135

85 67 NEUT ENGY SPEC

4P I 999=1600 MEV

67PA1 81TL203 G,G LPT 1 D 1 NAI-D

56HE2 81TL203 G,N RLY THR- 31 C 31 ACT-I

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

110 1=279 KEV

4PI REL CU63

4PI REL NEUTRONS

69M02

69RA1

57EL2

81TL205

81TL205

81TL205

G,G

G,G

G,A

LFT

LFT

7

8

D

D

7

8

ABX THR- 32 C 32

SCD-D

NAI-D

ACT-I

0- 9 DST

DST

4PI

7=7,646

8=7.647 MEV

53
LEAD Z=82

A ABUND. ( 1 ) SEPARAT ION ENERGIES ( MEV ) G,N G,P G,T G,HE3 G,A G,2N G,NP G »2P

204 1 .48 8,2 6.6 12.8 12.4 -2.0 15.2 14.4 12.3

206 23.6 8.1 7.3 13.0 13.4 -1.1 14.8 14.8 13.7

207 22.6 6.7 7.5 13.0 12.7 -0.4 14.8 14.0 14.9

208 52 . 3 7.4 8.0 12.9 14.5 -0.5 14. 1 14.9 15.4

( 1 ) ABUNDANCE DEPENDS ON SOURCE

O CT C Rtr NUCLIDE REACT ION RES EXCI T SOURCE DETECTOR ANG REMARKS

Z A I N »OUT MI N-MAX TYPE MIN-MAX

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

59PA3 B2PB G »G ABX 1 7 D 15 , 1 8 NA I - D 17 90

6 5G I 1 D 1 r> D 8 2 K B G » G L r 1 Do D 5- 8 N A I — D 3- 8 13 5 8=7.28 MEV

XI, rfi. n rr 1 o D U t 1 0 O D Q o Z r b

e~(j » b

D 1 V K L A I z — 1 -7 D 12- 1 / MAT N A 1 — D DST

6 / uL Z

Q o D Q G

hi A Q V A D T T LJ D 1 HK — 2 7 C 22 . 2 7 BF 3 — I 4P 1 ^ "7 1 1 O o 1 nUZ O O D Q

O Z r D G » IN A D V A b Y T 1-1 D 1 nK — 2 2 C 22 T LJ D1 HK — T

1 4

— DST

6 o J U 1 O O D P G fN NOX THR- 22 C 22 THR- I 5- n. c T Do 1 68KA1 82PB G »N ABX 50- 85 C 55 , 85 TOF- D 10- 85 67 NEUT ENGY SPEC

69TS1 82PB o » IN NOX 1 — ^ o C 26 c ^ r\ bC u— D 7 DST

O H A L D

Q "> D Q (J Y M » A IN M Y INw AT 1-4 D 1 n K — C 34 T UJ D 1 HK — I 6- nUoC T1 O 0 L i O Z r D

r-b

Y M » A IN NU AT Ul D 1 n K — C 22- 3 2T LJ D 1 HK — I 5-

D 0 1 >J i G

V M » AN Ada A n V 10- 2 4 C 10- 24 O [T T Br 3 — I

/ D T MUN IK CALlbKAII UN

"7 ^/1 T 1 D / M 1 1 o ^ r D G » r

A Q V A oX 3 UU — O O (~i 9 9 9 300- 999 r Ko— 1 D5T 999=1600 Mtv

Q T n Q o2r D G »F mdX THR- 260 cioo- 260 EMU- In. c T Do T 66BE1 82PB N »

SPC 14 D 7 NAI- D 8- 18

6 6 Z I 2 o2PB206 E » E / R L X 3 D 28- 70 M AG- D DS T B ( cL ) 3=2.6 MEV

6 8 Z I 1 82PB<i06 E » E / 2- 5 D 28- 73 MAG- D 28- 73 100 b(EL) 3 LEVELS

66BE 3 8 2 P B 2 0 6 G »RL X 5 - 1 0 D 5- 1

NA I - D 5- 10 13 5 6 / nU 1 82PB206 G »

ABX 9- 1D 9- 1

BF 3- I 4P I 6 9 dU 1 o 1 n D T P» Zl o2rD2 06 G »

5r C

T UJ n

T HK — 1 0 c 8- 1t Ul

D 135 G-W I DTH

69 V 1

G » XN SPC T LJ O3 3 c 33 TOF- D 0- 14 Do 1 ENKiCHED Kb206

66Z I 2 8 2 P B2 07 E » E / RLX 3 D 28- 70 MAG- D DST B(EL) 3=2.62»2.66

68Z I 1 82PB207 E » E/ FMF 2- 5 D 28- 73 MAG- D 28- 73 100 5 LEVELS

66DE2 82PB207 G »N SPC THR- 80 c 80 CCH- D 0- 15 135

69b01 82PB207 G »N SPC THR- 9 C 7- 9 TOF- D 135 G-WIDTH

69B04 82PB207 G »N ABX THR- 8 C 9 TOF- D A-B 135 A-B 25-350 KEV

70B01 82PB207 G »N ABX THR- 8 c 9 TOF- D 135 ERRATUM FOR 69B04

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

66Z 12 82PB208 E .E/ RLX 3 D 28- 70 MAG- D DST 8(EL) 3=2.615 MEV

68Z I 1 82PB208 E ,E/ FMF 2- 7 D 28- 73 MAG- D 28- 73 100 7 LEVELS

6 9M01 82PB208 E »F ABX THR- 999 D 60- 999 TRK- I DST 999=1 GEV

68KA3 82PB208 G »MU-T LFT 7 D 7 NAI- D 7 7=7.277 MEV

65MC1 82PB208 G »G LET 7 D 7 NAI- D DST 7=7.28 MEV

66BE3 82PB208 G »G RLX 7 D 5- 10 NAI- D 5- 10 135 7=7.28 MEV

66D01 82PB208 G »G LFT 7 D 7 NAI- D DST 7=7.297 MEV

67D01 82PB208 G »LFT 7 D 7 NAI- D DST ERRATUM FOR 66D01

67G I 1 B2PB208 G »G LFT 7 D 6- 8 NAI- D 4- 8 DST 7=7.2 8 MEV

67ST1 82PB208 G » u LFT 7 D 7 NAI- D 4- 7 135 7=7.28 MEV

6 8M01 82PB208 G »G NOX 7 D 7 NAI- D 5- 8 90 POLARIMETER 7.28

69RA1 82PB208 G »G LFT 8 D 8 NAI- D DST 8=7.277 MEV

54
REF NUCL I DE REACTION RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A I N »OUT MI N-MAX TYPE MIN-MAX

67HU1 82PB2Q8 G »ABX 9-11 D 9-11 BF3- I 4P I 6 9B01 82PB208 G »N SPC THR- 10 C 7-10 TOF-D 135 G-W IDTH

69B04 82PB208 G »

ABX THR- 8 C 9 TOF-D A-B 135 A-B 25-350 KEV

70B01 82PB208 G .N ABX THR- 8 C 9 TOF-D 135 ERRATUM FOR 69804

68G03 82PB208 G ,XN ABX THR- 22 CTHR- 22 BF 3- I 4PI

69VE1 82PB208 G »XN SPC THR- 33 C 33 TOF-D 0- 14 DST ENRICHED PB208

69M01 82PB208 G .F ABX THR-999 C 60-999 TRK-I DST 999=1 GEV

BISMUTH Z= 83

A ABUND. SEPARATION ENERGIES (MEV)

&,N G P G

T G,HE3 G »A G,2N G,NP G.2P

209 100.00 7.4 3. 8 94 10.9 -3 . 1 14.3 11.2 11.8

REF NUCL I DE REACT ION RES EXCIT SOURCE .-DETECTOR ANG REMARKS

Z A

T M

i IN M I N - M A X TYPE MIN-MAX

66Z I 2 8 3 B I 2 09 E » E / RL X 2 - 3 D 2 8 - 70 MAG-D DST B(EL) 2.58» 2.73

68Z I 1 83B I 209 E » E / FMF 2 D 28- 73 MAG-D 28- 73 100 B(EL) 2.6 MEV

6 BBA2 83B I 209 E »

ABX T HR — 999 D200-999 FRG-I 4P I 999=1.5 GEV

68801 83B I 209 E »A8 I THR-500 D250 » 500 EMU-I 4P I 6 9 MO 1 83B I 209 E

r- » r ABX THR-999 D 60-999 TRK-I DST 999=1 GEV

663E3 83B I 209 G » G RLX 5- 10 D 5-10 NAI-D 5- 10 135

66DE 1 8 3B I 2 09 G » G RLX 12- 17 D 12- 17 NAI-D DST

6 7G I 1 8 3 B I 2 09 f-u » o L F T 7 D 6- 8 NAI-D 4- 8 DST 7=7.15 MEV

69BE 7 83B I 209 G » G LFT 7 D 7 D DST 7.15 MEV

69CE 1 83B I 2 09 G > G NOX 6- 8 D 6- 8 SCD-D 0- 8 DST

6 9 M E 2 83B I 209 G » G LFT 2- 3 C 3 SCD-D 127 2.563 » 2.581 »2.598

69RA1 83B I 209 G » G LFT 8 » 8 D 8 8 NAI-D DST 8»8=7.416» 7.149

66BE4 8381 209 G » N ABX 7 C 11 TOF-D 13 5 66DE2 838 I 209 G > N SPC THR- 80 CTHR- 80 CCH-D 0- 15 135

67HU1 8 3B I 209 G > N ABX 9- 11 D 9-11 BF3-I 4P I 67KU1 8 3B I 209 G »N SPC 12- 16 D 12- 16 TOF 0- 8 115

68KA1 838 I 209 G »

ABX 50- 8 5 C 55 » 85 TOF-D 10- 85 67 NEUT ENGY SPEC

68LE1 83B I 209 G »

SPC 7- 20 C 20 EMU-D 0- 13 DST

69TS1 8381 209 G »N NOX 15- 26 C 26 SCI-D 7 DST

6 7WY1 83BI 209 G »3N RL I THR-137 C137 ACT- I 4P I 6 7WY1 83BI 209 G » 4N RL I THR-137 C137 ACT-I 4P I 67WY 1 83B I 209 G »5N RL I THR-137 C137 ACT-I 4P I 6 7 W Y 1 8 3 812 09 G »6N RL I THR-137 C137 ACT-I 4P I 6 7W Y 1 838 I 209 G ,7N RL I THR-137 C 1 37 ACT-I 4P I 6 7 W Y

838 I 209 G ,8N RL I THR-137 C137 ACT-I 4P I 67WY1 8 38 I 2 09 G ,9N RL I THR-137 C137 ACT-I 4P I 64AL5 83BI209 G ,XN NOX THR- 34 C 34 THR-I 6- DST

67AN2 83BI209 G ,XN ABX THR- 20 C 8- 20 BF3-I 4P I 69VE1 8 3 812 09 G ,XN SPC THR- 33 C 33 TOF-D 0- 14 DST

6 7WY1 8 38 I 209 G »4NP RLI THR-137 C137 ACT-I 4P I 67WY1 83B I 2 09 G »5NP RLI THR-137 C137 ACT-I 4P I 67WY 1 8381209 G »6NP RLI THR-137 C137 ACT-I 4P I 6 7WY 1 8381209 G ,7NP RLI THR-137 C137 ACT-I 4P I 6 7WY 1 8381209 G »8NP RLI THR-137 C137 ACT-I 4P I 69M01 8381209 G ,F ABX THR-999 C 60-999 TRK-I DST 999=1 GEV

64DE4 83B I 209 G ,F ABX 300-999 C300-999 EMU-D300-999 4P I 67MI 1 8381 209 G »F ABX 300-999 300-999 TRK-I 999=1600 MEV

67MI 1 83BI209 G »F ABX 300-999 300-999 TRK-I 999=1600 MEV

6 7R A2 8 3B I 2 09 G »F ABX THR-260 ClOO-260 EMU-I DST

66BE1 83BI210 N »G SPC 1 1 D 7 NAI-D 8- 18

55
RADIUM Z = 88

226

ABUND. SEPARATION ENERGIES (MEV)

G,N G»P G»T G.HE3 G»A G»2N G»NP

6.4 6.9 9.7 * -4.9 11.3 13.7

G.2P

*

REF NUCLIDE REACTION-RES EXCIT SOURCE DETECTOR ANG REMARKS

Z A IN»OUT MIN-MAX TYPE MIN-MAX

68ZH1 88RA226 G.F RLY THR- 25 C 9- 25 TRK-I DST

THORIUM Z=90

ABUND. SEPARATION ENERGIES (MEV)

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

232 100.00 6.4 7.7 10. •» -4.1 11.4

REF NUCLIDE REACTION RES EXCIT SOURCE DETECTOR ANG

Z A IN»OUT MI N-MAX TYPE MIN-MAX

69WA1 90TH 6»F RLX 0-999 C200-999 SCD-D DST

58KA2 90TH232 G»F ABX 5- 18 C 5- 18 lON-I DST

59BA4 90TH232 G»F RLY THR- 20 C 6- 20 I ON

DST

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

65CA3 90TH232 G.F ABY 300-100 C 1 EMU-I 4PI

65SA1 90TH232 G.F SPC THR- 8 C 8 TOF-D 1- 8 DST

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

68RA1 90TH232 G.F NOX THR- 8 C 5- 8 FRG-I DST

69KA1 90TH232 G.F ABX THR- 8 C 5- 8 TRK-I DST

69MA2 90TH232 G.F ABX 5- 9 D 5- 9 EMU-I 4PI

G.NP

14.

G.2P

DST 999=1.2 GEV

56
URANIUM Z=92

A ABUiND. SEPARATION ENERGIES (MEV)

G,N G»P G»T G,HE3 G»A G»2N G.NP G.2P

23^ 5.6(-3) 6.8 6.6 10.3 10.6 --^.8 12.7 13.3 12.0

235 0.72 5.3 6.7 10.0 9.5 12.0 11.9 12.3

238 99.27 6.1 7.6 10.0 * —+.3 11.4 14.0 *

REF NUCLIDE REACTION RES EXC I T SOURCE DETECTOR ANG REMARKS

Z A IN »OUT MI N-MAX TYPE MIN -MAX

69WA1 92U G ,F RLX 0- 999 C200- 999 SCD-D DST 999=1.2 GEV

58 K A2 92U 233 G , F ABX 5- 1 8 C 5- 1I ON- I DS T 59B A4 92U 233 G ,F RL Y THR- 20 C 6- 20 ION- I DST E

59BA4 92U G . F RL Y THR- 20 C 6- 20 lON-I DST E

59BA4 92U 235 G ,F RL Y THR- 20 C 6- 20 ION- I DST E 66K03 92U 235 G ,F RL Y THR- 25 C 10- 25 ACT-I 4P I 68PE2 92U 235 G ,F NOX THR- 25 C 25 I ON-D 4P I

59BA4 92U 236 G ,F RL Y THR- 20 C 6- 20 I ON- I DST E

67R A3 92U 238 E ,F RLX THR- 260 D 25- 260 EMU- I 4P I 68B01 92U 238 E F AB I THR- 40 D250 , 500 EMU- I DST

69M01 92U 238 E .F ABX THR- 999 D 60- 999 TRK-I DST 999=1 GEV

59BA3 92U 238 E »N ABY THR- 36 D 10- 36 BF3- I 4P I 68KA1 92U 238 G .N ABX 50- 85 C 55 , 85 TOF-D 10 - 85 67 NEUT ENGY SPEC

69DE1 92U 238 G .N ABY THR- 999 C 1- 6 ACT-I 4P I 999=5.5 GEV

55KA1 92U 238 G .F ABX THR- 26 C 12- 26 ACT- I 4P I E 55LA2 92U 238 G .F RLY THR- 19 C 19 BF3-I 4P I DELAYED NEUT E 56K02 92U 238 G .F ABX 8- 24 C 8- 24 lON-I E

56K03 92U 238 G >F SPC THR- 18 C 18 lON-D 50 -100 4PI E 57BA4 92U 238 G .F NOX THR- 27 c 9- 27 EMU-D DST E

57SC2 92U 238 G .F RLY THR- 15 c 4- 16 ACT-I 4P I E

583A7 92U 238 G .F NOX THR- 27 c 6- 27 EMU-I DST E

58KA2 92U 2 38 G ,F ABX 5- 18 c 5- 18 I ON

DST

59BA4 92U 238 G ,F RLY THR- 20 c 6- 20 ION- I DST E 60PR2 92U 238 G ,F NOX 7 D 7 BF3- I 4P I SOURCE F 19 ( P » AG 1 65AL1 92U 2 38 G , F RLX 6- 7 D 6- 7 EMU-D DST

65CA3 92U 2 38 G , F ABY 300- 999 C999 EMU- I 4P I QgQ=i GEV

65H01 92U 238 G ,F RLY THR- 33 C 33 SCD-Dl 00 -200 90 MASS SPC

65H02 92U 238 G , F NOX 7 D 7 SC I - I 4P I SOURCE F19(P.AG)

65K I 1 92U 238 G , F ABY 6- 7 C 5- 7 ACT-I 4P^ r IJ. 65MA3 92U 2 3 8 G , F MA RU /NX 5- 8 D 5- 8 EMU-D

^^ S N T 1 c.? J R r. ,9 Fr R 1 Y THR- i.1 SJ C 10- RF 3- I 92U 238 G »F Rrs 1i_ /\X 6- 1 D 6- 7 TRK-I DST TRACKS IN GLASS

65S02 92U 238 G .F NOX THR- 9 C 5- 9 EMU-I DST

66B01 92U 238 G iF NOX THR- 9 C 5- 9 TRK-I DST TRACKS IN GLASS

66MA3 92U 238 G ,F ABX 5- 9 D 5- 9 EMU-I DST

66ME2 92U 238 G .F ABY 17 D 17 ACT-I 4PI SOURCE LI7(P,G)

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

67KA1 92U 238 G .F RLY THR- 7 C 5- 7 ACT-I 4PI

67RA3 92U 238 G ,F RLX THR- 260 C 25- 260 EMU-I 4PI

68KU1 92U 238 G .F ABY THR- 7 C 4- 7 ACT-I 4PI

68RA1 92U 238 G »F NOX THR- 8 C 5- 8 FRG-I DST

69KA1 92U 238 G ,F ABX THR- 8 C 5- 8 TRK-I DST

69MA1 92U 238 G .F ABX 5- 9 D 5- 9 EMU-I DST N-CAPTURE G'S

69M01 92U 238 G ,F ABX THR- 999 C 60- 999 TRK-I DST 999=1 GEV

57
NEPTUNIUM Z = 93

237

ABUND. SEPARATION ENERGIES (MEV)

G,N G»P G»T G,HE3 G»A

6.7 5.0 8.3 10.5 -5.0

G,2N

12.^

G»NP

11.5

G,2P

12.1

REF NUCLIDE REACTION RES

Z A IN. OUT

EXCIT SOURCE DETECTOR ANG REMARKS

MIN-MAX TYPE MIN-MAX

58KA2

SgBA-^

93NP237

93NP237

G»F

G.F

ABX 5- 18 C

RLY THR- 20 C

5- 18 lON-I

6- 20 lON-I

DST

DST

PLUTONIUM Z = 94

ABUND. SEPARATION ENERGIES (MEV)

G,N G»P G»T G,HE3 G,A G»2N G,NP G»2P

238 6.9 5.9 9.9 9.7 -5.6 12.9 12.6 11.0

239 5.6 6.1 9.8 8.9 -5.2 12.6 11.5 11.3

240 6.4 6.4 9.5 10.0 -5.2 12.1 12.5 11.7

2A2 5.4 6.7 9.5 10.8 -5.1 11.9 11.8 12.3

REF NUCLIDE REACTION RES

Z A IN.OUT

EXCIT SOURCE DETECTOR ANG

MIN-MAX TYPE MIN-MAX

REMARKS

69KA1 94PU238 G,F ABX THR- 8 C 5- 8 TRK-I DST

58KA2 94PU239 G.F ABX 5- 18 C 5- 18 I ON

DST

59BA4 94PU239 G.F RLY THR- 20 C 6- 20 lON-I DST E 66RA2 94PU239 G.F NOX 5- 7 C 5- 8 DST

68RA1 94PU239 G.F NOX THR- 8 C 5 . 8 FRG-I DST

59BA4 94PU240 G.F RLY THR- 20 C 6- 20 lON-I DST E

68RA1 94PU240 G.F NOX THR- 8 C 5 . 8 FRG-I DST

69KA1 94PU240 G.F ABX THR- 8 C 5- 8 TRK-I DST

68RA1 94PU242 G.F NOX THR- 8 C 5 . 8 FRG-I DST

69KA1 94PU242 G.F ABX THR- 8 C 5- 8 TRK-I DST

AMERICIUM Z = 95

241

ABUND.

G.N

6.7

SEPARATION ENERGIES (MEV)

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

4.6 8.2 9.5 -5.6 12.7 11.1 11.0

REF

Z A IN. OUT

NUCLIDE REACTION RES EXC I T MIN-MAX TYPE MIN-MAX

SOURCE DETECTOR ANG REMARKS

58KA2 95AM241 G.F ABX 5- 18 C

59BA4 95AM241 G.F RLY THR- 20 C

5- 18 lON-I

6- 20 lON-I

58

DST

DST
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61Knl H. H. Knitter, H. Waffler; PICNS-61 , 823 (1961)

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61Ta2 N. W. Tanner, G. C. Thomas, E. D. Earle; PICNS-61

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62Mi5 C. Milone, S. Milone Tamburino, V. Emma, S. Femino

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64
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65Arl P. E. Argan, G. Mantovani, A. Piazzoli; Nuovo Cimento 37

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65Ar2 P. E. Argan, L. Meneghetti , S. Vitale; Nuovo Cimento 38,

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65Ar3 H. Artus; Z. Natur forschg . 20A, 320 (1965)

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65Ba4 W. C. Barber, G. J. Vanpraet; Nucl. Phys. 72, 63 (1965)

65Bel B. L. Berman, R. L. Bramblett, J. T. Caldwell, R. R.

Harvey, S. C. Fultz; Phys. Rev. Letters 15, 727 (1965)

65Bil P. G. Bizzeti, A. M. Bizzeti Sona, M. Bocciolini,

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65Bo2 R. Bosch, J. Lang, R. Muller, W. Wolfli; Helv. Phys.

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65Bo3 Paul Bounin; Ann. Phys. 10, 475 (1965)

65Bul H. V. Buttlar, A. Goldmann; Z. Physik 187, 355 (1965)

65Cal J. T. Caldwell, R. L. Bramblett, B. L. Berman, R. R.

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65Ca2 P. H. Cannington, R. J. J. Stewart, G. R. Hogg,

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65Ca3 F. Carbonara, H. G. DeCarvalho, R. Rinzivillo, E. Sassi,

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65Chl B. T. Chertok, E. C. Booth; Nucl. Phys. 66, 230 (1965)

65C11 H. G. Clerc, R. J. Stewart, R. C. Morrison; Phys.

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65Col S. Costa, F. Ferrero, S. Ferroni, L. Pasqualini, E.

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65Co2 S. Costa, B. Minetti, C. Molino, L. Pasqualini,

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65Co3 S. Costa, F. Ferrero; Mat. Nat. 99, 85 (1965)

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65De2 R. W. Detenbeck, J. C. Armstrong, A. S. Figuera,

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65Ehl D. Ehhalt, R. Kosiek, R. Pfeiffer; Z. Physik 187. 210 (1965)

65Fel V. N. Fetisov, A. N. Gorbunov, A. T. Varfolomeev;

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65Fil D. S. Fielder, J. Le Tourneux, K. Min, W. D. Whitehead;

Phys. Rev. Letters 15, 33 (1965)

65Frl R. Frosch, R. E. Rand, M. R. Yearian, H. L. Crannell,

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65Fr2 G. Fricke , G. R. Bishop, D. B. Isabelle; Nucl. Phys. 67,

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65Gal J. Garvey, B. H. Patrick, J. G. Rutherglen, I. L. Smith;

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65Grl I. A. Grishaev, D. I. Sikora, V. A. Shkoda-Ul yanov,

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65Hol G. R. Hogg; Nucl. Phys. 72, 167 (1965)

65Ho2 M. Holmberg, H. Conde; Arkiv Fysik 29, 301 (1965)

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65Ki2 Motohiro Kihara; J. Phys. Soc. Japan 20, 1313 (1965)

65Kol P. Kossanyi-Deraay , R. M. Lombard, G. R. Bishop;

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65Krl P. Kruger, T. M. Crawford, J. Goldemberg, W. C. Barber;

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65Lal H. Langevin-Joliot , C. Stephan, G. Johnson, J. Vernotte;

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65Mo2 J. Moffatt, D. Reitmann; Nucl. Phys. 65, 130 (1965)

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Sov. At. Energy 19, 1080 (1965)

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65Scl R. Schrack, D. Kohler, N. G. Puttaswamy, W. E. Meyerhof;

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65Spl E. Spamer, F. Gudden; Phys. Letters 14, 210 (1965)

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65Tal N. W. Tanner; Nucl. Phys. 61, 297 (1965)

65Thl M. N. Thompson, J. M. Taylor, D. V. Webb; Phys.

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65Th2 M. N. Thompson, J. M. Taylor, B. M. Spicer, J. E. E.

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65Vel V. V. Verbinski, J. C. Courtney; Nucl. Phys. 73 398 (1965)

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65Wyl J. M. Wyckoff, B. Ziegler, H. W. Koch, R. Uhlig;

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66Be3 G. Ben-David, B. Arad, J. Balderman, Y. Schlesinger;

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66Bil G. Bishop, S. Costa, S. Ferroni, R. Malvano, G. Ricco;

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66F0I G. M. Fossa, G. Ricco. C. Manfredotti; Nuovo Cimento

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66Kel

66K0I

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66Wil Bjorn Wiik; Z. Physik 189, 423 (1966)

66Wol W. Wolfli, R. Bosch, J. Lang, R. Muller, P. Marmier;

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66Y0I D. H. Youngblood, G. C. Morrison, R. E. Segel;

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66Zil B. Ziegler, W. Buss, H. Waffler; Nucl . Phys. 83,

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67Bal G. Barbiellini, C. Bernardini, F. Felicetti, G. P. Murtas;

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67De4 F. P. Denisov, A. Duisebaev, P. A. Cerenkov; ZhETF

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67Dil V. Di Napoli, F. Dobici, F. Salvetti, H. G. De Carvalho;

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68Abl

68Ab2

68Ab3

68Ab4

68Ab5

68Afl

68A11

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68Ba2

68Bel

68Be2

68Be3

68Be4

68Be5

68Be6

68B11

K. Abe, E. Tanaka, N. Kawamura, M. Kanazawa, N. Mutsuro;

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68Bo2

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68Cal

68C11

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68Dal

68Del

68De2

68De3

68Dil

68D0I

68Drl

68Eil

68Evl

68Fal

68Fil

68F0I

68Frl

68Fr2

68Fr3

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68Gel

68G0I

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68Go4 B. I. Goryachev, B. S. Ishkhanov, I. M. Kapitonov, I. M.

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68Go5 A. N. Gorbunov; Phys . Letters 27B , 436 (1968)

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68Grl J. Graff, G. Chouraqui, M. Port, J. M. Thirion, S. Jang,

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68Hil G. J. Highland, T. T. Thwaites; Nucl. Phys. A109,

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68H0I J. H. Hough, Z. B. du Toit, W. L. Mouton; Nucl. Phys.

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68Hul R. M. Hutcheon, T. E. Drake, V. W. Stobie, G. A. Beer,

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68J0I G. G. Jonsson, B. Forkman; Nucl. Phys. A107, 52 (1968)

68Jo2 G. G. Jonsson, B. Forkman, K. Lindgren; Phys. Letters

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68Jul J. W. Jury. J. S. Hewitt, K. G. McNeill; Can. J.

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68Kal N. N. Kaushal , E. J. Winhold, P. F. Yergin, H. A.

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68Ka2 L. Katz, G. Ricco, T. E. Drake, H. S. Caplan; Phys.

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68Ka3 C. J. Kapadia, V. E. Michalk, J. A. Mclntyre; Nucl.

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68Krl L. Kraus, M. Suffert, D. Magnac-Valette ; Nucl. Phys.

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68Kr2 G. Kraft, R. Kosiek, R. Mundhenke, J. Winter; Nucl.

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68Kul B. V. Kurchatov, V. I. Novgorodtseva , V. A. Pchelin,

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Fiz. 7, 521 (1968) ; Sov. J. Nucl. Phys. 7, 326 (1968)

68Lal H. Langhoff, L. Frevert; Nucl. Phys. Alll, 225 (1968)

68Lel A. I. Lepestkin; Yad. Fiz. 8, 433 (1968) ; Sov. J.

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68Lil S. C. Ling, A. M. Young, S. L. Blatt; Nucl. Phys.

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68Mal J. L. Matthews, W. Bertozzi, S. Kowalski, C. P. Sargent,

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68Mcl K. G. McNeill, J. S. Hewitt, J. W. Jury; Can. J.

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68Me2 F. R. Metzger; Phys. Rev. 165, 1245 (1968)

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68Mil K. Min, T. A. White; Phys. Rev. Letters 21, 1200 (1968)

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68Mo2 G. C. Morrison, D. H. Youngblood, R. C. Bearse , R. E.

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68Mul R. Mundhenke, R. Kosiek, G. Kraft; Z. Physik 216,

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68Mu2 A. Murakami; Nuovo Cimento 558, 604 (1968)

680kl Y. Oka, T. Kato, K. Nomura, T. Saito, H. T. Tsai;

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680k2 Y. Oka, T. Kato, A. Yamadera; Bull. Chem. Soc. Japan

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68Pel G. A. Peterson, J. Alster; Phys. Rev. 166, 1136 (1968)

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Sov. J. Nucl. Phys. 7, 584 (1968)

68Pfl R. Pfeiffer; Z. Physik 208, 129 (1968)

68Prl G. A. Proca, D. B. Isabelle; Nucl. Phys. A109, 177 (1968)

68Ral N. S. Rabotnov, G. N. Smirenkin, A. S. Soldatov,

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Letters 26B, 218 (1968)

68Ra2 J. A. Rawlins, C. Glavina, S. H. Ku , Y. M. Shin; Nucl.

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68Rhl C. E. Rhoades, Jr., H. A. Medicus; Phys. Rev. 167, 1049,

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68Ril G. Ricco, H. S. Caplan, R. M. Hutcheon, R. Malvano;

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68R0I S. W. Robinson, C. P. Swann, V. K. Rasmussen; Phys.

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1181 (1968) ; Sov. J. Nucl. Phys. 7, 705 (1968)

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68Scl M. Schumacher; Phys. Rev. 171, 1279 (1968)

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68Sh5 N. Shikazono, Y. Kawarasaki; Nucl. Phys. A118, 114 (1968)

68Sh6 A. Kh. Shardanov, B. A. Yur ev; Yad. Fiz. 8, 424 (1968)

Sov. J. Nucl. Phys. 8, 245 (1969)

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Phys. Rev. 176, 1366 (1968)

68Tal G. G. Taran; Yad. Fiz. 7, 478 (1968) ; Sov . J. Nucl.

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68Ta2 G. K. Tandon, J. A. Mclntyre; Nucl. Instr. and Meth.

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68T0I T. Tomimasu; J. Phys. Soc. Japan 25, 655 (1968)

68Tul P. M. Tutakin; Yad. Fiz. 8, 661 (1968) ; Sov. J. Nucl.

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68Val G. J. Vanpraet, W. C. Barber; Z. Physik 211, 213 (1968)

68Vel A. Veyssiere, H. Beil, R. Bergere; Corapt . Rend. Acad. Sci.

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68Zhl E. A. Zhagrov, Yu . A. Nemilov, Yu. A. Selitskii;

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68Zil J. F. Ziegler, G. A. Peterson; Phys. Rev. 165, 1337 (1968)

68Zi2 P. D. Zimmerman, M . R. Yearian, T. W. Donnelly; Phys.

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69An2 D. W. Anderson, B. C. Cook, T. J. Englert; Nucl. Phys.

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69An3 D. W. Anderson, A. J. Bureau, B. C. Cook, T. J. Englert;

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69An4 Yu. P. Antuf ev , Yu . V. Zhebrovskii, L. Ya. Kolesnikov, V. S. Kuz menko,

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680 (1969); Sov. J. Nucl. Phys. 9, 394 (1969)

69Arl Yu. M. Arkatov, A. V. Bazaevam, P. I. Vatset, V. I.

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69Ar2 Yu. M. Arkatov, P. I. Vatset, V. I. Voloshchuk, V. V.

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69Ar3 Yu. M. Arkatov, P. I. Vatset, V. I. Voloshchuk, V. L.

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69Ar4 Yu. M. Arkatov, P. I. Vatset. V. I. Voloshchuk, A. P.

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Yad. Fiz. 9, 473 (1969); Sov. J. Nucl. Phys. 9, 271 (1969)

69Bal G. Baciu, D. Catana, C. Deberth, C. Iliescu, B. Cirstoiu;

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69Ba2 J. E. E. Baglin, M. N. Thompson; Nucl. Phys. A138,

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69Cal H. S. Caplan, R. K. Gupta, E. L. Tomusiak, C. S. Yang;

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69Ca2 D. E. Carlson, A. A. Temperley; Phys. Letters 30B,

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69Cel R. Cesareo, M. Giannini, P. Oliva, D. Prosperi, M. C.

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69Chl B. T. Chertok, E. C. Jones, W. L. Bendel, L. W. Fagg;

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69Col S. Costa, L. Ferrero, L. Pasqualini, F. Ferrero,

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69Co2 S. Costa, L. Ferrero, L. Pasqualini, C. Manfredotti;

Lettere al Nuovo Cimento 2, 318 (1969)

69Co3 G. W. Cole Jr., F. W. K. Firk, T. W. Phillips;

Phys. Letters 30B, 91 (1969)

69Cul T. H. Curtis, R. A. Eisenstein, D. W. Madsen, C. K.

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69Dal A. V. Davydov, G. R. Kartashov, I. N. Vishnevsky;

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69Dil V. Di Napoli, D. Margadonna, F. Salvetti, H. G.

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JETP Letters 10, 231 (1969)

69Do2 B. S. Dolbilkin, A. I. Isakov, V. I. Korin, L. E. Lazareva,

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69Ejl H. Ejiri, P. Richard, S. Ferguson, R. Heffner, D. Perry;

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69Ej2 H. Ejiri, S. M. Ferguson, I. Halpern, R. Heffner;

Phys. Letters 29B, 111 (1969)

69Fal L. W. Fagg, W. L. Bendel, E. C. Jones, Jr., and S. Numrich; Phys. Rev

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69Frl D. E. Frederick, R. J. J. Stewart, andR. C. Morrison; Phys. Rev. 186,

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69Gal R. Garfagnini, G. Piragino, A. Zanini; Nuovo Cimento 63B,

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69Hal M. Hasinoff, G. A. Fisher, H. M. Kuan, S. S. Hanna;

Phys. Letters 30B, 337 (1969)

69Hol W. Hofraann, R. Kosiek, G. Kraft, R. Mundhenke ; Z.

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69Hul R. M. Hutcheon, H. S. Caplan; Nucl. Phys. A127, 417 (1969)

69Isl B. S. Ishkhanov, I. M. Kapitonov, E. V. Lazutin;

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69Kal S. P. Kapitza, N. S. Rabotnov, G. N. Smirenkin, A. S.

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69Kel G. Kernel, W. M. Mason; Nucl. Phys. A123 , 205 (1969)

69Ke2 M. A. Kelly, B. L. Berman, R. L. Bramblett, S. C. Fultz;

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69Ke3 N. K. Keller, J. K. P. Lee D. B. McConnell; Can. J.

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69Khl T. A. Khan, J. S. Hewitt, K. G. McNeill; Can. J. Phys.

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69Knl U. Kneissl, H. Schneider, R. Volpel, K. Wolcken; Nucl.

Phys. A135, 395 (1969)

69Kol R. Kose, B. Martin, R. Runkel, H. Wahlen, K. H. Kissler;

Z. Physik 220. 305 (1969)

69Lal H. Langhoff, D. Gfoller; Nucl. Phys. A127, 379 (1969)

69Mal A. Manfredini, L. Fiore, C. Ramorino, H. G. De

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69Ma4 W. M. Mason, G. Kernel, J. L. Black. N. W. Tannner;

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69Me2 F. R. Metzger; Phys. Rev. 187, 1680 (1969)

69Me3 F. R. Metzger; Phys. Rev. 187, 1700 (1969)

69Mil V. E. Michalk. J. A. Mclntyre; Nucl. Phys A137

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69Mo2 R. Moreh, A. Wolf; Phys. Rev. 182, 1236 (1969)

69Mul K. M. Murray, J. C. Ritter; Phys. Rev. 182, 1097 (1969)

69Mu2 Kenneth M. Murray; Phys. Rev. Letters 23, 1461 (1969)

69Nal P. C. Nagle, E. J. Winhold, P. F. Yergin, P. Stoler,

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69Na2 K. Nagatani, M. R. Dwarakanath, D. Ashery Nucl Phys

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690kl Y. Oka, T. Kato, N. Sato; Bull. Chem. Soc. Japa*

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69502 Yu. I. Sorokin, V. G. Shevchenko, B. A. Yur ev;

Yad. Fiz. 9, 254 (1969); Sov . J. Nucl. Phys. 9, 149 (1969)

69Stl R. J. J. Stewart, R. C. Morrison, D. E. Frederick; Phys.

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69Thl H. Theissen, R. J. Peterson, W. J. Alston, III, and J. R. Stewart;

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84 U.S. GOVERNMENT PRINTING OFFICE : 1970 0 —373-303
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