NOTE:
- wildcards available by asterisk (*)
- logical OR combination by semicolon (;)
- logical AND combination among fields
Manual (English)
Manual (Japanese)
Query
Database Version of February 18, 2010
Reaction and Quantity
Target
(e.g. Li-6)
Projectile
(e.g. n) or
Select light particle or process
A : Alphas
AP : Antiprotons
D : Deuterons
ETA : Eta mesons
FF : Fission Fragments
G : Gammas
HCP : Heavy Charged Particle
HE2 : He-2
HE3 : He-3
HE6 : He-6
HF : Heavy Fragment
K : Kaons,unspecified
KN : Kaons,negative
KP : Kaons,positive
LCP : Light Charged Particle (Z less than 7)
LF : Light Fragment
N : Neutrons
P : Protons
PI : Pions,unspecified
PI0 : Pions,neutral
PIN : Pions,negative
PIP : Pions,positive
RCL : Recoil Nucleus
RSD : Residual Nucleus
T : Tritons
or
Select from all options
0
10-NE-17
10-NE-18
10-NE-19
10-NE-20
10-NE-21
10-NE-22
10-NE-23
10-NE-24
10-NE-25
10-NE-26
10-NE-27
10-NE-28
10-NE-29
10-NE-30
11-NA-21
11-NA-22
11-NA-23
11-NA-24
11-NA-25
11-NA-26
11-NA-27
11-NA-28
11-NA-29
11-NA-30
11-NA-31
11-NA-32
11-NA-33
12-MG-22
12-MG-23
12-MG-24
12-MG-25
12-MG-26
12-MG-28
12-MG-29
12-MG-30
12-MG-31
12-MG-32
12-MG-33
12-MG-34
12-MG-35
12-MG-36
13-AL-23
13-AL-24
13-AL-25
13-AL-26
13-AL-27
13-AL-28
13-AL-30
13-AL-31
13-AL-32
13-AL-33
13-AL-34
13-AL-35
13-AL-36
13-AL-37
13-AL-38
13-AL-39
14-SI-24
14-SI-26
14-SI-27
14-SI-28
14-SI-29
14-SI-30
14-SI-33
14-SI-34
14-SI-35
14-SI-36
14-SI-37
14-SI-38
14-SI-39
14-SI-40
15-P-27
15-P-28
15-P-31
15-P-36
15-P-37
15-P-38
15-P-39
15-P-40
15-P-41
15-P-42
15-P-43
16-S-28
16-S-29
16-S-30
16-S-32
16-S-34
16-S-36
16-S-38
16-S-39
16-S-40
16-S-41
16-S-42
16-S-43
16-S-44
17-CL-35
17-CL-37
17-CL-42
17-CL-43
17-CL-44
17-CL-45
17-CL-46
18-AR-34
18-AR-36
18-AR-40
18-AR-42
18-AR-44
18-AR-45
18-AR-46
18-AR-47
19-K-48
2-HE-3
2-HE-4
2-HE-6
2-HE-8
20-CA-40
20-CA-44
20-CA-48
22-TI-44
22-TI-48
22-TI-50
23-V-43
23-V-44
23-V-45
23-V-46
23-V-47
24-CR-44
24-CR-45
24-CR-46
24-CR-47
24-CR-48
24-CR-49
24-CR-52
24-CR-54
24-CR-60
24-CR-62
25-MN-46
25-MN-47
25-MN-48
25-MN-49
25-MN-50
25-MN-51
26-FE-48
26-FE-49
26-FE-50
26-FE-51
26-FE-52
26-FE-53
26-FE-56
26-FE-58
26-FE-66
27-CO-50
27-CO-51
27-CO-52
27-CO-53
27-CO-54
27-CO-55
27-CO-59
28-NI-52
28-NI-53
28-NI-54
28-NI-55
28-NI-56
28-NI-57
28-NI-58
28-NI-60
28-NI-64
28-NI-68
28-NI-70
29-CU-63
29-CU-69
3-LI-11
3-LI-6
3-LI-7
3-LI-8
3-LI-9
30-ZN-70
30-ZN-72
32-GE-74
32-GE-76
32-GE-80
32-GE-82
34-SE-82
36-KR-78
36-KR-84
36-KR-86
4-BE-10
4-BE-11
4-BE-12
4-BE-14
4-BE-7
4-BE-9
42-MO-92
5-B-10
5-B-11
5-B-12
5-B-13
5-B-14
5-B-15
5-B-17
5-B-8
50-SN-112
50-SN-132
54-XE-129
54-XE-132
54-XE-136
6-C-10
6-C-11
6-C-12
6-C-13
6-C-14
6-C-15
6-C-16
6-C-17
6-C-18
6-C-19
6-C-9
7-N-12
7-N-13
7-N-14
7-N-15
7-N-16
7-N-17
7-N-18
7-N-19
7-N-20
7-N-21
7-N-22
79-AU-197
8-O-13
8-O-14
8-O-15
8-O-16
8-O-17
8-O-18
8-O-19
8-O-20
8-O-21
8-O-22
8-O-23
8-O-24
82-PB-208
85-AT-205
85-AT-206
86-RN-205
86-RN-206
86-RN-207
86-RN-208
86-RN-209
87-FR-208
87-FR-209
87-FR-210
87-FR-211
87-FR-212
87-FR-216
87-FR-217
87-FR-218
88-RA-210
88-RA-211
88-RA-212
88-RA-213
88-RA-214
88-RA-215
88-RA-216
88-RA-217
88-RA-218
88-RA-219
88-RA-220
88-RA-221
88-RA-222
88-RA-223
89-AC-215
89-AC-216
89-AC-217
89-AC-218
89-AC-219
89-AC-220
89-AC-221
89-AC-222
89-AC-223
89-AC-224
89-AC-225
89-AC-226
9-F-17
9-F-18
9-F-18-L
9-F-19
9-F-20
9-F-21
9-F-22
9-F-23
9-F-24
9-F-25
9-F-26
9-F-27
90-TH-221
90-TH-222
90-TH-223
90-TH-224
90-TH-225
90-TH-226
90-TH-227
90-TH-228
90-TH-229
91-PA-226
91-PA-227
91-PA-228
91-PA-229
91-PA-230
91-PA-231
91-PA-232
91-PA-235
92-U-231
92-U-232
92-U-233
92-U-234
92-U-235
92-U-236
92-U-237
92-U-238
A
AP
D
E
G
HE3
KN
KP
N
P
PIN
PIP
T
Reaction
(e.g. n) or
Select light particle or process
ABS : Absorption
EL : Elastic scattering
F : Fission
FUS : Total fusion
INL : Inelastic scattering
NON : Nonelastic (= total minus elastic
PAI : Pair production
SCT : Total scattering (elastic + inelastic
TCC : Total charge changing
THS : Thermal neutron scattering
TOT : Total
X : Process unspecified
XN : Variable number of emitted neutrons
YP : Variable number of emitted protons
A : Alphas
AP : Antiprotons
D : Deuterons
ETA : Eta mesons
FF : Fission Fragments
G : Gammas
HCP : Heavy Charged Particle
HE2 : He-2
HE3 : He-3
HE6 : He-6
HF : Heavy Fragment
K : Kaons,unspecified
KN : Kaons,negative
KP : Kaons,positive
LCP : Light Charged Particle (Z less than 7)
LF : Light Fragment
N : Neutrons
P : Protons
PI : Pions,unspecified
PI0 : Pions,neutral
PIN : Pions,negative
PIP : Pions,positive
RCL : Recoil Nucleus
RSD : Residual Nucleus
T : Tritons
or
Select from all options
0
1-H-4
1-H-6
1-H-7
10N
10N+2P
10N+5P
10N+6P
10N+7P
10N+8P
10N+A
10N+P
11N
11N+10P
11N+9P
11N+A
11N+P
12-MG-26
12N
12N+2P
12N+A
12N+P
13-AL-27
13N
13N+11P
13N+P
14-SI-28
14-SI-29
14-SI-30
14N+2P
14N+P
15N+8P
17N+13P
17N+9P
19N+11P
19N+15P
2-HE-2
2-HE-5
2-HE-6
2-HE-7
2-HE-8
21N+17P
23N+18P
27N+17P
2A
2A+F
2A+N
2D
2G
2HE3
2N
2N+2-HE-6
2N+2A
2N+2P
2N+2P+2A
2N+3-LI-9
2N+3P
2N+4-BE-12
2N+4-BE-8
2N+4-BE-9
2N+4P
2N+5P
2N+7P
2N+A
2N+D
2N+P
2N+P+2A
2N+P+A
2N+P+D
2P
2P+2-HE-6
2P+2A
2P+2D
2P+3-LI-6
2P+4N
2P+5N
2P+6N
2P+A
2P+A+D
2P+D
2P+D+A
2P+F
2P+N
2P+X
2PI0
3-LI-10
3-LI-5
3-LI-6
3-LI-7
3-LI-8
3-LI-9
3A
3D
3N
3N+2A
3N+2P
3N+3A
3N+3P
3N+4P
3N+5P
3N+6P
3N+7P
3N+A
3N+P
3N+P+A
3P
3P+2-HE-6
3P+A
3P+D
4-BE-10
4-BE-11
4-BE-7
4-BE-8
4-BE-9
44-RU-112
47N+27P
49N+28P
4D
4N
4N+2A
4N+2P
4N+3P
4N+4P
4N+5P
4N+6P
4N+7P
4N+8P
4N+A
4N+P
4N+P+A
4P
5-B-10
5-B-11
5-B-12
5-B-13
5-B-8
5N
5N+2A
5N+2P
5N+3P
5N+4P
5N+5P
5N+6P
5N+7P
5N+A
5N+P
5P
6-C-11
6-C-12
6-C-13
6-C-14
6-C-15
6-C-9
6N
6N+2P
6N+3P
6N+4P
6N+5P
6N+6P
6N+7P
6N+8P
6N+A
6N+P
6P
7-N-12
7-N-13
7-N-14
7-N-15
7D
7N
7N+2P
7N+3P
7N+4P
7N+5P
7N+6P
7N+7P
7N+8P
7N+9P
7N+A
7N+P
8-O-15
8-O-16
8-O-17
8-O-18
8N
8N+10P
8N+2P
8N+3P
8N+4P
8N+5P
8N+6P
8N+7P
8N+8P
8N+9P
8N+A
8N+P
8N+P+2A
9N
9N+2P
9N+3P
9N+4P
9N+5P
9N+6P
9N+7P
9N+8P
9N+A
9N+P
A
A+2-HE-6
A+2N
A+3-LI-6
A+3-LI-7
A+3N
A+4-BE-7
A+4-BE-9
A+4N
A+6N
A+7N
A+A
A+D
A+D+N
A+F
A+N
A+N+2P
A+N+A
A+N+D
A+N+P
A+N+P+T
A+P
A+P+N
A+P+X
A+T
A+X
ABS
AN
AP
B-
D
D+2A
D+3-LI-6
D+4-BE-7
D+A
D+A+N
D+D
D+F
D+HE3
D+HE3+2A
D+N
D+N+A
D+N+P
D+P
D+P+N
D+T
D+X
EL
ETA
ETA+P
F
F+X
FUS
FUS+F
G
G+2N
G+2P
G+A
G+D
G+F
G+N
G+P
G+T
G+X
HE2
HE2+N
HE3
HE3+2A
HE3+3-LI-6
HE3+A
HE6
INL
INL+F
KN
KP
N
N+2-HE-5
N+2-HE-7
N+2A
N+2D
N+2P
N+2P+2A
N+2P+A
N+2P+D
N+3A
N+3P
N+3P+D
N+4-BE-10
N+4-BE-9
N+4P
N+5P
N+8-O-16
N+A
N+A+N
N+A+P
N+A+P+T
N+D
N+D+A
N+D+N
N+D+P
N+F
N+G
N+HE3
N+N
N+P
N+P+2A
N+P+2D
N+P+A
N+P+A+T
N+P+D
N+P+N
N+P+N+A
N+P+N+P
N+P+T
N+P+X
N+PIP
N+T
N+X
NON
P
P+2-HE-6
P+2A
P+2D
P+2D+A
P+2N
P+2N+A
P+2N+P
P+3-LI-6
P+3-LI-7
P+3A
P+3N
P+4-BE-7
P+4-BE-9
P+4N
P+6N
P+7N
P+8-O-16
P+A
P+A+F
P+A+N
P+A+X
P+D
P+D+2A
P+D+3-LI-6
P+D+HE3
P+D+N
P+D+T
P+F
P+N
P+N+2A
P+N+A
P+N+A+T
P+N+D
P+N+P
P+N+T
P+P
P+PAI
P+T
P+T+A
P+X
PAI
PI0
PI0+P
PI0+PIP
PIN
PIN+N
PIN+P+P
PIN+PI0+P+P
PIN+PIP
PIN+PIP+N+P
PIN+PIP+P
PIN+X
PIP
PIP+N
PIP+N+X
PIP+P
PIP+X
SCT
T
T+2A
T+A
T+F
T+HE3
T+N
T+P
T+P+N
TCC
THS
TOT
X
X+2P
X+3P
X+A
X+D
X+F
X+N
X+N+3-LI-9
X+P
X+PI
X+PIN
XN
XN+4P
Product
(e.g. He-4)
Quantity
Select from quantity list
Cross section data : CS
Partial cross section data : CSP
Temperature dependent cross section data : CST
Differential data with respect to angle : DA
Differential data with respect to angle and energy : DAE
Partial differential data with respect to angle : DAP
Differential data with respect to energy : DE
Partial differential data with respect to energy : DEP
Kinetic energies : E
Fission product yields : FY
Cross section integral over incident energy : INT
Scattering amplitudes : L
Miscellaneous fission quantities : MFQ
Outgoing particle multiplicities : MLT
Nuclear quantities : NQ
Polarization data : POL
Product yields : PY
Resonance integrals : RI
Resonance parameters : RP
Reaction rates : RR
Gamma spectra : SP
Special quantities : SQ
Thick target yields : TT
Differential thick target yields : TTD
Partial thick target yields : TTP
Energy Range
to
Unit :
any
eV
eV/c
keV
keV/c
MeV
MeV/c
GeV
GeV/c
Type :
any
Beam energy
Center of mass energy
Plot
Horizontal axis (1)
Select the category
Monitor/Assumed Value
Quantity Measured
Resonance Parameters
Energy/Momentum of Incident Projectile
Secondary Energy
Angle
Coefficient Number
Independent Variables or Associated Inform.
Isotope/Particle Identification
Additional Information
Used for Photonuclear Data only
Horizontal axis (2)
Select the category
Monitor/Assumed Value
Quantity Measured
Resonance Parameters
Energy/Momentum of Incident Projectile
Secondary Energy
Angle
Coefficient Number
Independent Variables or Associated Inform.
Isotope/Particle Identification
Additional Information
Used for Photonuclear Data only
Vertical axis
any
Value of Quantity Specified under 'REACTION' : DATA
Approximate Value of Quantity specif. under 'REACTION' : DATA-APRX
Value of Quantity specif. under 'REACTION', C.M. Sys. : DATA-CM
Upper Limit of Quantity specified under 'REACTION' : DATA-MAX
Lower Limit of Quantity specified under 'REACTION' : DATA-MIN
Upper Lim.of Quant.specif.under 'REACTION', C.M.Sys. : DATA-MX-CM
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100
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in order of publication year (for EXFOR)
Bibliography
Author
First Author
(e.g., O.Schwerer)
Reference
Select journal
Astronomy and Astrophysics
Anais da Academia Brasileira de Ciencias
Annales Acad. Sci. Fennicae, Series A6: Physica
Atti Acad. Naz. Lincei,Rend.,Sci.Fis.,Mat.Nat.
Atti Acad. Sci. Torino, Cl.Sci.Fis.Mat.Nat.
Memoires de l'Acad. Roy.Belg.,Cl.Sci.
Analytical Chemistry
Analitica Chimica Acta
Angewandte Chemie
Acta Chemica Scandinavica
Acta Crystallographica
Acta Crystallographica, Part A
Acta Crystallographica, Part B
Journal of the American Chemical Society
Annales de Chimie
Annalen der Physik
Atomnaya Energiya
Atomnaya Energiya, Supplement
Atomic Energy
Atomic Energy in Australia
Journal of the Atomic Energy Society of Japan
Arkiv foer Fysik
Acta Physica Hungarica
Acta Technica (Budapest)
Anales del Instituto de Fisica
Advances in Physics
Astrophysical Journal
Astrophysical Journal, Letters
Astrophysical Journal, Supplement
Arab Journal of Nuclear Sci.and Application
American Journal of Physics
Australian Journal of Science
Arabian J.for Science and Engineering
Atomki Koezlemenyek
Atomkernenergie
Atomki Kozlemenyek Supplement
Analyst (London)
Atomic Data and Nuclear Data Tables
Annals of Nuclear Energy
Annalen der Physik (Leipzig).
Transactions of the American Nuclear Society
Acta Oncologica (Stockholm)
Annals of Physics (New York)
Acta Physica Austriaca
Annales de Physique (Paris)
Applied Physics Letters
Acta Physica Polonica
Acta Physica Polonica, Part A
Acta Physica Polonica, Part B
Applied Physics A
Applied Physics B
Acta Polytechnica Scandinavica
Applied Radiation and Isotopes
Annual Review of Nuclear and Part.Sci.
Anales de Fisica y Quimica
Acta Physica Sinica
Acta Physica Slovaca
Astrophysics and Space Science
Annales de la Societe Scientifique de Bruxelles
Atomes
Atompraxis
Atomtechnikai Tajekoztato
Atomwirtschaft, Atomtechnik
Australian Journal of Physics
Bulletin of the American Physical Society
Bull.Russian Academy of Sciences - Physics
Bulletin de la Societe Chimique de France
Bull.Research Council of Israel, Sect. F
Bull.of the Chemical Soc.of Japan
Bull.of Inst.Chemical Research, Kyoto Univ.
Bull.de la Classe des Sci.,Acad.Roy.Belgique
Bull. of the Israel Physical Society
Bull.d'Informations Scientifiques et Techniques
British Journal of Applied Physics
British J.of Applied Physics, Suppl.
Bezpecnost Jaderne Energie
Bulgarian J.of Physics
Bull.Boris Kidrich Inst.Nucl.Sci., Electron.
Bull. Boris Kidrich Inst.Nucl.Sci., Nucl.Eng.
Bull. Boris Kidrich Inst.Nucl.Sci., Physics
Journal of the British Nuclear Energy Society
Transactions of the Bose Research Inst.,Calcutta
Bull.de l'Acad.Pol.Sci., Chimique
Bull.de l'Acad.Pol.Sci.,Math.,Astr.,Phys.
Bull.de l'Acad.Pol.Sci.,Ser.Sci.Techniques
Bolletino della Societa Italiana di Fisica
Bull.Societe Royale des Sciences de Liege
Bull.of the Tokyo Inst.of Technology
Chemia Analityczna
Cahiers de Physique
Ciencia e Cultura (Sao Paulo)
Chinese Journal of Physics (Taiwan)
Canadian Journal of Chemistry
Canadian Journal of Physics
Canadian Journal of Research
Canadian Journal Research, Part A
Canadian Journal Research, Part B
Communication of Nuclear Data Progress
Chinese J.of Nuclear Physics (Beijing).
Nuclear Science and Techniques (Shanghai).
Canadian Nuclear Technology
Chinese Physics
Computer Physics Communications
Chinese Physics
Chinese Physics Letters
Comptes Rendus, Serie B, Physique
Comptes Rendus, Serie B, Physique
Comptes rendus, Serie C, Chimie
Comptes Rendus Acad.Bulgare Sci.
Current Science
Abstracts of papers, American Chemical Soc.
Atomic Energy Science and Technology
Collection of Czech.Chemical Communications
Czechoslovak Journal of Physics
Ceskoslovensky Casopys pro Fyziku
Czech.J.of Physics, Part B
Dissertation Abstracts
Dissertation Abstracts B (Sciences)
Doklady Akademii Nauk
Energie Atomique
European Applied Research Reports
Energia es Atomtechnika
Ergebnisse der Exakten Naturwissenschaften
Energia Nucleare (Milan)
Energie Nucleaire
Europ.J.of Nucl.Medicine and Molecular Imaging
Euronuclear
European Physical Journal A: Hadrons and Nuclei
Europ. Physical Journal C: Particles and Fields
Earth and Planetary Sci.Letters
J.of Engineering Sciences, Univ. of Riyadh
Experimentelle Technik der Physik
Europhysics Letters
Experientia
Few-Body Systems
Few-Body Systems, Supplement
Fizika Elementarnykh Chastic i Atomnogo Yadra
Fortschritte der Physik
Fizika
Fizika B
Fizika, Supplement
Fizika Metallov i Metallovedeniya
Fysisk Tidsskrift
Fizika Tverdogo Tela
Geochimica et Cosmochimica Acta
Genshiryoku Kogyo
Godishnik na Sofijskija Univ. 'Kliment Ohridski'
Helvetica Chimica Acta
High Energy Physics and Nucl.Phys.,Engl.ed.
He Huaxue yu Fangshe Huaxue
Hyperfine Interactions
Health Physics
Helvetica Physica Acta
Int.Atomic Energy Agency Bulletin
Proc.Indian Assoc.for Cultiv.of Sci.
Bull.Boris Kidrich Inst.of Nucl.Sci.
Instruments and Experimental Techniques
Trudy Inst.Fiziki Gruzinskoi Akad.Nauk
Izvestiya na Fizicheskija Institut s ANEB
Israel Journal of Mathematics
Indian Journal of Physics
Indian Journal of Physics, Part A
Int. Journal of Modern Physics, Part E
Inorganic and Nuclear Chemistry Letters
Isotopenpraxis
Indian Journal of Pure and Applied Physics
Int.Journal for Radiation Physics and Chemistry
IEE Transactions on Nuclear Science
Indian Science Abstracts
Israel J.of Chemistry
Israel J.of Physics
Izv.Vysshikh Uchebnykh Zavedenii,Ser.Fizika
Izv.Vysshikh Uchebnykh Zavedenii,Ser.Yad.En.
Izv.Azerb.Akad.Nauk,Ser.Fiz.-Tekh.i Mat.
Izv.Kaz.Akad.Nauk,Ser.Fiz.-Mat.
Izv.Latviiskoi Akad.Nauk
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EXFOR quantity
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Alpha : ALF
Length or amplitude : AMP
Fragment charge : CHG
Cross section : CS
Differential with respect to number of particles : CSN
Partial cross section : CSP
Temperature dependent cross section : CST
Triple differential dAngle1/dAngle2/dE' : D3A
Triple differential dAngle/dE1'/dE2' : D3E
Quadruple diff. dAng1/dAng2/dE1'/dE2' : D4A
Differential d/dAngle : DA
Double differential dAngle1/dAngle2 : DAA
Double differential dAngle/dE' : DAE
Partial differential d/dAngle : DAP
Temperature-dependent Legendre coefficient : DAT
Differential d/dE' : DE
Energy spectrum for specific group : DEP
Diff. by linear momentum of outgoing part. : DP
Diff. by 4-momentum transfer squared : DT
Eta : ETA
Evaluation : EVL
Fission product yield : FY
Cross section integral over incident energy : INT
Kinetic energy : KE
Kerma factor : KER
Multiplicity : MLT
Nuclear quantity : NQ
Nu : NU
Nu delayed : NUD
Fragment neutrons : NUF
Polarization : POL
Differential polarization : POD
Product yield (other than fission) : PY
Resonance integral : RI
Resonance parameter : RP
Reaction rate : RR
Self indication : SIF
Gamma spectrum : SPC
Thermal scattering : TSL
Thick target yield : TT
Differential thick target yield, d/dAngle : TTD
Partial thick target yield : TTP
Select from EXFOR Quantity
Fission-product yield (assumed cumulative) : (CUM),FY
Product yield (assumed cumulative) : (CUM),PY
Cross section (assumed cumulative) : (CUM),SIG
Gamma prod. cross sect.(assumed cumulative) : (CUM),SIG,G
Sat.thick/thin target yield(assumed cumul.) : (CUM),TTY
Production thick/thin target yld(assum.cum.) : (CUM),TTY,,DT
Cross section,uncert. if cum or +meta,undef. : (CUM)/(M)/UND,SIG
Cross section,incl.isom.trans.,uncert.if cum : (CUM)/M+,SIG
Cross section, undef.react.(assumed cumulative) : (CUM)/UND,SIG
Cross section (assumed reaction defined) : (DEF),SIG
Product yield (uncert.if isomeric trans.incl) : (M),PY
Cross section (uncert.if isomeric trans.incl) : (M),SIG
Thick-target yield (uncert.if isom.trans.incl) : (M),TTY
Cross sect.,undef.react.(uncert.isom.trans.inc) : (M)/UND,SIG
Tensor analyzing power, T20, spherical coord. : 20,POL/DA,,TAP
Tensor anal.power, T(20), spher.coord.,f.deut. : 20,POL/DA,D,TAP
Vector anal.power, T(20),spher.coord.,f.deut. : 20,POL/DA,D,VAP
Tensor anal.power,T(20)/dA(p)/dA(alpha)/dE(p+a) : 20,POL/DA/DA/DE,P/A/P+A,T
Tensor analyzing power, T21, spherical coord. : 21,POL/DA,,TAP
Tensor anal.power, T(21), spher.coord.,f.deut. : 21,POL/DA,D,TAP
Tensor analyzing power, T22, spherical coord. : 22,POL/DA,,TAP
Tensor analyzing power, T31, spherical coord. : 31,POL/DA,,TAP
Tensor analyzing power, T32, spherical coord. : 32,POL/DA,,TAP
Tensor analyzing power, T33, spherical coord. : 33,POL/DA,,TAP
Tensor analyzing power,T20,spher.coord.,partl. : 20/PAR,POL/DA,,TAP
Tensor analyzing power,T21,spher.coord.,partl. : 21/PAR,POL/DA,,TAP
Tensor analyzing power,T22,spher.coord.,partl. : 22/PAR,POL/DA,,TAP
Tensor analyzing power,T31,spher.coord.,partl. : 31/PAR,POL/DA,,TAP
Tensor analyzing power,T32,spher.coord.,partl. : 32/PAR,POL/DA,,TAP
Tensor analyzing power,T33,spher.coord.,partl. : 33/PAR,POL/DA,,TAP
Adler-Adler symmetry coefficient : ,AG,,AA
Adler-Adler asymmetry coefficient : ,AH,,AA
Average kinetic energy of outgoing particle : ,AKE
Average kinetic energy of alphas : ,AKE,A
Average kinetic energy of fission fragments : ,AKE,FF
Average kinetic en. of fission frag. at reson. : ,AKE,FF,RES
Average kinetic energy of heavy fragments : ,AKE,HF
Average kinetic energy of light fragments : ,AKE,LF
Average kinetic energy of neutrons : ,AKE,N
Avg.kinetic en. of fission frag. at given angle : ,AKE/DA,FF
Avg.kinetic en. of neutrons at a given angle : ,AKE/DA,N
Capture-to-fission cross section ratio : ,ALF
Capture-to-fission (alpha) ratio at resonance : ,ALF,,RES
Scattering amplitude : ,AMP
Most probable mass of fission products : ,AP
Most probable mass of fragment specified : ,AP,*F
Most probable mass at res. of fragment specif. : ,AP,*F,RES
Most probable mass of heavy fragment : ,AP,HF
Most probable mass of heavy fragment at reson. : ,AP,HF,RES
Most probable mass of light fragment : ,AP,LF
Most probable mass of light fragment at reson. : ,AP,LF,RES
Resonance area : ,ARE
Resonance area * square root(E) : ,ARE,,RTE
Angular correlation : ,COR
Alpha to fission fragment angular correlation : ,COR,A/FF
Alpha to heavy fragment angular correlation : ,COR,A/HF
Fragment to fragment angular correlation : ,COR,FF/FF
Angular correlation neutrons/deuterons : ,COR,N/D
Neutron to fission fragment angular correlation : ,COR,N/FF
Angular correlation neutrons/protons : ,COR,N/P
Angular correlation neutrons/tritons/alfas : ,COR,N/T/A
Angular correlation protons/deuterons : ,COR,P/D
Average level spacing : ,D
Differential c/s with respect to angle : ,DA
Differential c/s d/dA * 4pi : ,DA,,4PI
Asymmetry of distribution of outgoing particles : ,DA,,ASY
Cosine coef. d/dA = a(0)+Sum(a(L)cos**L) : ,DA,,COS
Cosine coef. k**2 d/dA = Sum(a(L)cos**L) : ,DA,,COS/1K2
Cosine coef. 4pi/Sig d/dA=1+Sum(a(L)cos**L) : ,DA,,COS/RS
Cosne coef. (d/dA)/(d/dA,0deg)=Sum(a(L)cos**L) : ,DA,,COS/RS0
Cosne coef. (d/dA)/(d/dA,90deg)=Sum(a(L)cos**L) : ,DA,,COS/RSD
Cos coef. d/dA=a(0)+Sum(a(L)*sin**2*cos**L) : ,DA,,CS2
Diff.cs integrated over partial angular range : ,DA,,IPA
Legendre coef. d/dA=a(0)+Sum(a(L)*p(L)) : ,DA,,LEG
Legendre coef. k**2 d/dA=Sum(a(L)*p(L)) : ,DA,,LEG/1K2
Legendre coef. d/dA=1/2Sum((2L+1)a(L)*p(L)) : ,DA,,LEG/2L2
Legendre coef. 4pi d/dA=Sum((2L+1)a(L)*p(L)) : ,DA,,LEG/L4P
Legendre coef. 4pi/Sig d/dA=1+Sum(a(L)*p(L)) : ,DA,,LEG/RS
Leg.coef. (d/dA)/(d/dA,0deg)=Sum(a(L)*p(L)) : ,DA,,LEG/RS0
Leg.coef. d/dA=1+Sum(a(L)) rel.90deg. : ,DA,,LEG/RSD
Leg.coef. 4pi/Sig d/dA=Sum((2L+1)a(L)*p(L)) : ,DA,,LEG/RSL
Differential cs d/dA rel.to Mott scattering : ,DA,,MOT
Differential c/s d/dA * 4pi/Sigma : ,DA,,RS
Differential c/s d/dA relative to 0 deg. : ,DA,,RS0
Differential c/s d/dA relative to 90 deg. : ,DA,,RSD
Differential cs d/dA rel.to Rutherf.scatt. : ,DA,,RTH
D/da coef. for sin**2 expansion : ,DA,,SN2
Diff.cross section d/dA for thick target : ,DA,,TT
Angular distribution of particle specified : ,DA,*
Angular distribution of particle spec. * 4pi : ,DA,*,4PI
Coeff. of cosine expansion for particle specif. : ,DA,*,COS
Legendre coef. d/dA=1+Sum(a(L)) for part. spec. : ,DA,*,LEG
Angular distribution of part.spec. * 4pi/Sigma : ,DA,*,RS
Angular distr. of particle specif. rel. 90 deg. : ,DA,*,RSD
Angular distribution of particle pair specified : ,DA,*/*
Angular distribution of alphas : ,DA,A
Legendre coef. d/dA=1+Sum(a(L)) for alphas : ,DA,A,LEG
Legendre coef. 4pi/Sig d/dA=1+Sum(a(L)) : ,DA,A,LEG/RS
Leg.coef. d/dA=1+Sum(a(L)) rel.90deg for alphas : ,DA,A,LEG/RSD
Angular distribution of alphas * 4pi/Sigma : ,DA,A,RS
Angular distribution of alphas rel.90 deg. : ,DA,A,RSD
Ang.distr.of alphas rel.90 deg.f.thick target : ,DA,A,TT/RSD
Ang.distr.of alphas vs.fiss.frag.,rel.90 deg. : ,DA,A+FF,RSD
Angular distribution of of deuterons : ,DA,D
Angular distribution of deuterons * 4pi/Sigma : ,DA,D,RS
Angular distribution of fission fragments : ,DA,FF
Angular distribution of fission frag. * 4pi : ,DA,FF,4PI
Cos.coef. d/dA=a(0)+Sum(a(L)cos**L),fiss.frag. : ,DA,FF,COS
Cos.coef.4pi/Sig d/dA=Sum(2L+1)a(L)cos**L,ff : ,DA,FF,COS/RS
Cos.coef.(d/dA)/(d/dA90deg)=1+Sum(a(L)cos**L)ff : ,DA,FF,COS/RSD
Leg.coef. d/dA=a(0)+Sum(a(L)*p(L)),fission frag : ,DA,FF,LEG
Leg.coef.4pi/Sig d/dA=Sum(a(L)p(L)),fiss.frag. : ,DA,FF,LEG/RS
Leg.coef.4pi/Sig d/dA=Sum((2L+1)a(L)p(L)),ff : ,DA,FF,LEG/RSL
Leg.coef.(d/dA)/(d/dA,90deg)=1+Sum(a(L)p(L)),ff : ,DA,FF,LEG/RSD
Angular distribution of fission frag. rel.90deg : ,DA,FF,RSD
Sine**2 coef.d/dA=a(0)+Sum(a(L)sin**2(L*Theta)) : ,DA,FF,S2T
Sine**2 coef. d/dA=Sum(a(L)sin**2L(Theta)) : ,DA,FF,SN2/RS0
Angular distribution with respect to gammas : ,DA,G
Angular distribution of gammas * 4pi : ,DA,G,4PI
Leg.coef. d/dA=a(0)+Sum(a(L)p(L)) for gammas : ,DA,G,LEG
Angular distribution of gammas rel.to 90 deg. : ,DA,G,RSD
Angular distribution of 3He : ,DA,HE3
Leg.coef. d/dA=a(0)+Sum(a(L)p(L)) for He-3 : ,DA,HE3,LEG
Differential c/s d/dA of heavy fission frag. : ,DA,HF
Differential c/s d/dA of light fission frag. : ,DA,LF
Angular distr. of light fiss.frag.rel. 90 deg. : ,DA,LF,RSD
Angular distribution of neutrons : ,DA,N
Leg.coef.4pi/Sig(90deg)d/dA=1+Sum(a(L)p(L)),n : ,DA,N,LEG/RSD
Angular distribution of neutrons * 4pi/Sigma : ,DA,N,RS
Angular distribution of neutron/proton pair : ,DA,N/P
Angular distribution of protons : ,DA,P
Angular distribution of protons * 4pi : ,DA,P,4PI
Diff. cs d/dA for protons rel.to Rutherf.scatt. : ,DA,P,RTH
Angular distribution of residual nucleus : ,DA,RSD
Angular distribution of tritons : ,DA,T
Angular correlation : ,DA/CRL
Angular correlation of particle pair specified : ,DA/CRL,*/*
Angular correlation alphas/alphas/fiss.prod. : ,DA/CRL,A/A/FF
Alpha to fission fragment angular correlation : ,DA/CRL,A/FF
Alpha / gamma angular correlation : ,DA/CRL,A/G
Alpha to heavy fragment angular correlation : ,DA/CRL,A/HF
Fragment to fragment angular correlation : ,DA/CRL,FF/FF
Angular correlation neutrons/deuterons : ,DA/CRL,N/D
Neutron to fission fragment angular correlation : ,DA/CRL,N/FF
Angular correlation neutrons/protons : ,DA/CRL,N/P
Neutron/triton/alpha angular correlation : ,DA/CRL,N/T/A
Angular correlation protons/deuterons : ,DA/CRL,P/D
Angular correlation protons/alphas/fiss.prod. : ,DA/CRL,P/A/FF
Angular correlation protons/protons/fiss.prod. : ,DA/CRL,P/P/FF
Double diff. cross section d2/dA/dA : ,DA/DA
Double diff. cross section d2/dA(*)/dA(*) : ,DA/DA,*/*
Double diff. cross section d2/dA(a)/dA(a) : ,DA/DA,A/A
Angular correlation betw.alphas,rel.angle : ,DA/DA,A/A+A
Ang.correl.betw.alphas,rel.angle,non-coplanar : ,DA/DA,A/A+A,NCP
Angular correlation alphas/gammas : ,DA/DA,A/G
Angular correlation betw. fission fragments : ,DA/DA,FF/FF
Double diff. cross section d2/dA(n)/dA(a) : ,DA/DA,N/A
Double diff. cross section d2/dA(n)/dA(d) : ,DA/DA,N/D
Double diff. cross section d2/dA(n)/dA(n) : ,DA/DA,N/N
Double diff. cross section d2/dA(n)/dA(p) : ,DA/DA,N/P
Double diff. cross section d2/dA(p)/dA(a) : ,DA/DA,P/A
Double diff. cross section d2/dA(p)/dA(d) : ,DA/DA,P/D
Double diff. cross section d2/dA(p)/dA(p) : ,DA/DA,P/P
Double diff.cs for angles of t-a pair vs. 6Li : ,DA/DA,T+A/3-LI-6
Triple diff.cross section d3/dA/dA/dE : ,DA/DA/DE
Triple diff.cross section d3/dA(*)/dA(*)/dE(*) : ,DA/DA/DE,*/*/*
Triple diff.cross section d3/dA(a)/dA(a)/dE(a) : ,DA/DA/DE,A/A/A
Triple diff.cross sect. d3/dA(a)/dA(He3)/dE(a) : ,DA/DA/DE,A/HE3/A
Triple diff.cs d3/dA(a)/dA(He3)/dE(He3) : ,DA/DA/DE,A/HE3/HE3
Triple diff.cross section d3/dA(a)/dA(p)/dE(a) : ,DA/DA/DE,A/P/A
Triple diff.cross section d3/dA(d)/dA(d)/dE(d) : ,DA/DA/DE,D/D/D
Triple diff.cross sect. d3/dA(d)/dA(He3)/dE(d) : ,DA/DA/DE,D/HE3/D
Triple diff.cross sect. d3/dA(g)/dA(p)/dE(g) : ,DA/DA/DE,G/P/G
Triple diff.cross section d3/dA(n)/dA(a)/dE(a) : ,DA/DA/DE,N/A/A
Triple diff.cross section d3/dA(n)/dA(n)/dE(n) : ,DA/DA/DE,N/N/N
Triple diff.cross section d3/dA(n)/dA(p)/dE(p) : ,DA/DA/DE,N/P/P
Triple diff.cross section d3/dA(p)/dA(a)/dE(p) : ,DA/DA/DE,P/A/P
Triple diff.cs d3/dA(p)/dA(a)/dE(rel.en.p-a) : ,DA/DA/DE,P/A/P+A
Triple diff.cross section d3/dA(p)/dA(d)/dE(d) : ,DA/DA/DE,P/D/D
Angle-energy correlation p/d, non-coplanar : ,DA/DA/DE,P/D/D,NCP
Triple diff.cross section d3/dA(p)/dA(d)/dE(p) : ,DA/DA/DE,P/D/P
Triple diff.cross section d3/dA(p)/dA(g)/dE(g) : ,DA/DA/DE,P/G/G
Triple diff.cross section d3/dA(p)/dA(n)/dE(n) : ,DA/DA/DE,P/N/N
Triple diff.cross section d3/dA(p)/dA(p)/dE(p) : ,DA/DA/DE,P/P/P
Triple diff.cross section d3/dA(p)/dA(t)/dE(p) : ,DA/DA/DE,P/T/P
Triple diff.cross sect. d3/dA(t)/dA(a)/dE(a) : ,DA/DA/DE,T/A/A
Triple diff.cross sect. d3/dA(t)/dA(a)/dE(a) : ,DA/DA/DE,T/A/T
Triple diff.cs d3/dA(t)/dA(a)/dE(rel.en.t-a) : ,DA/DA/DE,T/A/T+A
Triple diff.cross sect. d3/dA(t)/dA(He3)/dE(t) : ,DA/DA/DE,T/HE3/T
Quadruple diff.cs d4/dA(p)/dA(p)/dE(p)/dE(res) : ,DA/DA/DE/DE,P/P/P/RSD
Double diff.cross section d2/dA/dE : ,DA/DE
Double diff.cross section d2/dA/dE * 4pi : ,DA/DE,,4PI
Double-diff.cs integr.over partial ang.range : ,DA/DE,,IPA
Partl.leg.coef. 4pi/Sig d2/dA/dE=Sum(a(L)p(L)) : ,DA/DE,,LEG
Total spin transfer * d2/dA/dE : ,DA/DE,,TST
Double-diff. cs for thick target : ,DA/DE,,TT
Double diff.cross sect. d2/dA/dE of part.spec. : ,DA/DE,*
Double diff.cross section d2/dA/dE of alphas : ,DA/DE,A
040 1422 0DAE DAE Double-diff.cs d2/dA(a)/dE(residual nucleus) : ,DA/DE,A/RSD
Double-diff.cs d2/dA(d)/dE(residual nucleus) : ,DA/DE,D/RSD
Double diff.cross sect. d2/dA/dE of deuterons : ,DA/DE,D
Double diff. gamma prod.cross section d2/dA/dE : ,DA/DE,G
Double-diff.gamma cs integr.over part.ang.range : ,DA/DE,G,IPA
Double-diff.cross section for residual nucleus : ,DA/DE,RSD
Double-diff.cs f.resid.int.over part.ang.range : ,DA/DE,RSD,IPA
Double diff.cross section d2/dA/dE of neutrons : ,DA/DE,N
Double diff.cs d2/dA/dE of neutrons rel.90 deg : ,DA/DE,N,RSD
Double diff.cross section d2/dA/dE of protons : ,DA/DE,P
Double diff.cross section d2/dA/dE of tritons : ,DA/DE,T
Triple diff.cross section d3/dA(*)/dE(*)/dE(*) : ,DA/DE/DE,*/*/*
Triple diff.cross section d3/dA(n)/dE(n)/dE(p) : ,DA/DE/DE,N/N/P
Diff.cs dAngle/d(lin.momentum) : ,DA/DP
Kinetic en. of fission frag. with resp.to angle : ,DA/KE,FF
Lg.cf.4pi/Sig d/dA=Sum(a(L)p(L)),fis.fr.,tmp.dp : ,DA/TMP,FF,LEG/RS
Diff.cross sect. with resp.to Treim.-Yang angle : ,DA/TYA,P
Quadruple diff.cs d4/dA(a)/dE(a)/dA(a)/dE(a) : ,DA2/DE2,A/A
Quadruple diff.cs d4/dA(d)/dE(d)/dA(d)/dE(d) : ,DA2/DE2,D/D
Quadruple diff.cs d4/dA(p)/dE(p)/dA(a)/dE(a) : ,DA2/DE2,P/A
Quadruple diff.cs d4/dA(p)/dE(p)/dA(p)/dE(p) : ,DA2/DE2,P/P
Energy spectrum of outgoing particles : ,DE
Energy spectrum of particle specified : ,DE,*
Energy spectrum of particle pair specified : ,DE,*/*
Energy spectrum of alphas : ,DE,A
Energy spectrum of alpha/residual nucleus pair : ,DE,A/RSD
Energy spectrum of deuterons : ,DE,D
Energy spectrum of fission fragments : ,DE,FF
Energy spectrum of gammas : ,DE,G
Energy spectrum of light fission fragments : ,DE,LF
Energy spectrum of neutrons : ,DE,N
Energy spectrum of neutron/deuteron pair : ,DE,N/D
Energy spectrum (sum of kin.en.of 3 particles) : ,DE,N/N/A
Energy spectrum of neutron/proton pair : ,DE,N/P
Energy spectrum of protons : ,DE,P
Energy spectrum of proton/alpha pair : ,DE,P/A
Energy spectrum of proton/deuteron pair : ,DE,P/D
Energy spectrum of proton/residual nucleus pair : ,DE,P/RSD
Energy spectrum of residual nucleus : ,DE,RSD
Energy spectrum of tritons : ,DE,T
Energy spectrum in zero-degree calorimeter : ,DE/ZCAL
dsigma/dE(k) : ,DEK
dsigma/dE(T) : ,DET
dsigma/dE(T) in lead glass detector : ,DET/PB
dsigma/dm(T)/dRapidity * 1/(2pi*m(T)) : ,DMT/DR,,2MT
E/sigma d3sigma/dp3 : ,DP3,,RSE
Diff.c/s with respect to 4-mom.transfer squared : ,DT
Energy correlation : ,ECO
Effective mass correlation : ,EMC
Resonance energy : ,EN
Adler-Adler resonance energy : ,EN,,AA
Neutron yield (Eta) : ,ETA
Eta at resonance : ,ETA,,RES
Eta/Nu at resonance : ,ETA/NU,,RES
dE(T)/dRapidity : ,ETR/DPR
dE(T)/dRapidity in lead glass detector : ,ETR/PB/DPR
Leg.coef.of 1st kind for spin-pol.prob. * d/dA : ,FM/DA,,AL1
Leg.coef.of 1st kind for spin-pol.prob. * d/dA : ,FM/DA,,AL1/RS
Sine**2 coef. for spin-pol.prob. * d/dA : ,FM/DA,,SN2
Leg.coef.of 1st kind, spin-pol.prob*(d/dA)**2 : ,FM2/DA,,AL1
Sine**2 coef. for spin-pol.prob * (d/dA)**2 : ,FM2/DA,,SN2
Cross-section integral over incident energy : ,INT
Cross-section integral over inc. energy at res. : ,INT,,RES
Cross-section integral over inc. energy*sqrt(E) : ,INT,,RTE
Integral over incid.energy of ang. distr. : ,INT/DA
4pi * integral over inc.energy of ang.distr. : ,INT/DA,,4PI
Diff.cs integrated over partial angular range : ,IPA
Double-diff.cs integr.over partial ang.range : ,IPA/DE
Double-diff.gamma cs integr.over part.ang.range : ,IPA/DE,G
Double-diff.cs f.resid.int.over part.ang.range : ,IPA/DE,RSD
Inverse slope parameter : ,ISP
Spin J : ,J
Kinetic energy of fission fragments : ,KE,FF
Temp.of Maxwell.distr.of outgoing neutrons : ,KEM,N
Most probable kinetic energy alphas : ,KEP,A
Kerma factor : ,KER
Momentum L : ,L
Level density parameter : ,LDP
Linear momentum correlation : ,MCO
Multiplicity of outgoing particle : ,MLT
Multiplicity for thick target,no.part./inc. : ,MLT,,TT
Gamma multiplicity : ,MLT,G
Average gamma multiplicity at resonance : ,MLT,G,RES
Neutron multiplicity : ,MLT,N
Neutron multiplicity as fct.of fiss.fr.mass : ,MLT,N/FF
Neutron multiplicity for a thick target : ,MLT,N,TT
Proton multiplicity : ,MLT,P
Negative pion multiplicity : ,MLT,PIN
Positive pion multiplicity : ,MLT,PIP
Particle multiplicity f.thick target d/dA : ,MLT/DA,,TT
Diff.part.multipl.f.thick target,int.ang.range : ,MLT/DA,,TT/IPA
Particle multiplicity f.thick target d2/dA/dE : ,MLT/DA/DE,,TT
Particle multiplicity f.thick target d/dE : ,MLT/DE,,TT
Total neutron yield (nu-bar) : ,NU
Total Nu-bar at resonance : ,NU,,RES
Probab.of emiss.of N neutrons in 1 fiss.event : ,NU/DN
Vogt relative phase : ,PHS,,VGT
Delayed neutron emission probability : ,PN
Spin-polarization probability : ,POL
Polarization asymmetry : ,POL,,ASY
Spin-spin asymmetry (antiparallel-parallel) : ,POL,,DSP/ASY
Spin-polarization probability of deuterons : ,POL,D
Asymmetry of fission fragments : ,POL,FF,ASY
Spin-polarization probability d/dA : ,POL/DA
Assc.leg.coef.of 1st kind to fit spin-pol.prob. : ,POL/DA,,AL1
Analyzing power : ,POL/DA,,ANA
Anal.power,Leg.coef. d/dA=a(0)+Sum(a(L)*p(L)) : ,POL/DA,,ANA/LEG
Asymmetry of polarized particles : ,POL/DA,,ASY
Asymmetry as a fn. of inc.parallel/perpend. : ,POL/DA,,ASY/PP
Tensor anal.power,inc.proj.spin normal scatt.pl : ,POL/DA,,AYY
Tensor anal.power,inc.proj.spin parall.scatt.pl : ,POL/DA,,AZZ
Cosine coef. for fit to spin-pol. probability : ,POL/DA,,COS
Legendre coef. for fit to spin-pol. probability : ,POL/DA,,LEG
Spin-flip probability, S(nn) : ,POL/DA,,SF
Spin-polariz. prob., coef. sum in power sin**2 : ,POL/DA,,SN2
Spin rotation function, Q : ,POL/DA,,SRF
Tensor analyzing power, T(kq), spherical coord. : ,POL/DA,,TAP
Vector analyzing power, iT(11),spherical coord. : ,POL/DA,,VAP
Analyzing power for particle specified : ,POL/DA,*,ANA
Diff. spin-polariz. prob. d/dA of deuterons : ,POL/DA,D
Analyzing power for deuterons : ,POL/DA,D,ANA
Tensor anal.power, T(kq), spher.coord.,f.deut. : ,POL/DA,D,TAP
Vector anal.power, iT(11),spher.coord.,f.deut. : ,POL/DA,D,VAP
Analyzing power for helium-3 : ,POL/DA,HE3,ANA
Analyzing power for neutrons : ,POL/DA,N,ANA
Analyzing power for protons : ,POL/DA,P,ANA
Analyzing power dA1/dA2/dE1 for 2 particles : ,POL/DA/DA/DE,,ANA
Anal.power dA1/dA2/dE1 f.neutr.,deut.,rel.energ : ,POL/DA/DA/DE,N/D/N+D,ANA
Anal.power dA1/dA2/dE1 f.neutr.,prot.,rel.energ : ,POL/DA/DA/DE,N/P/N+P,ANA
Anal.power dA1/dA2/dE1 f.prot.,deut.,rel.energ : ,POL/DA/DA/DE,P/D/P+D,ANA
Analyzing power dA1/dA2/dE1 for 2 protons : ,POL/DA/DA/DE,P,ANA
Analyzing power dA1/dA2/dE1 f. alpha, 2 protons : ,POL/DA/DA/DE,P/A/P,ANA
Diff.spin-pol.probab.w.resp.to angle and energy : ,POL/DA/DE
Analyzing power / dE : ,POL/DA/DE,,ANA
Asymm.of polarized part.w.resp.to angle and en. : ,POL/DA/DE,,ASY
Total spin transfer w.resp.to angle and energy : ,POL/DA/DE,,TST
Analyzing power dA/dE for alphas : ,POL/DA/DE,A,ANA
Analyzing power dA/dE for deuterons : ,POL/DA/DE,D,ANA
Double-diff.spin-pol.probab. for neutrons : ,POL/DA/DE,N
Analyzing power dA/dE for neutrons : ,POL/DA/DE,N,ANA
Analyzing power dA/dE for protons : ,POL/DA/DE,P,ANA
Analyzing power d2/dA/dE for proton pair : ,POL/DA/DE,P/P,ANA
Analyzing power d4/dA(p)/dA(p)/dE(p)/dE(p) : ,POL/DA2/DE2,P/P,ANA
Parity : ,PTY
Product yield : ,PY
Product yield per unit time : ,PY,,DT
Prod.yield for thick target,no.of nucl./inc. : ,PY,,TT
Differential product yield d/dA : ,PY/DA
Diff.product yield d/dA for thick target : ,PY/DA,,TT
Prod.yield d/dA f.thick target,int.ang.range : ,PY/DA,,TT/IPA
Differential product yield d/dA/dE : ,PY/DA/DE
Double-diff.product yield for thick target : ,PY/DA/DE,,TT
Scattering radius : ,RAD
Resonance integral : ,RI
Resonance integral for limited energy range : ,RI,,LIM
Resonance integral, non 1/v part : ,RI,,RNV
Resonance int., non 1/v, limited energy range : ,RI,,RNV/LIM
Resonance integral, 1/v part : ,RI,,RV
Resonance integral, 1/v, limited energy range : ,RI,,RV/LIM
Resonance integral, isomeric sum : ,RI/SUM
Resonance integral, non 1/v part, isomeric sum : ,RI/SUM,,RNV
Spin-cut-off factor : ,SCO
Reaction rate (sigma*velocity) : ,SGV
Reaction rate (sigma*velocity), non 1/v part : ,SGV,,RNV
Reaction rate (sigma*velocity), 1/v part : ,SGV,,RV
S-factor for reaction rate : ,SGV,,SFC
Self-indication function : ,SIF
Temperature-dependent self-indication function : ,SIF/TMP
Cross section : ,SIG
Cross sect. (spins antiparallel-spins parallel) : ,SIG,,DSP
Cross section at resonance : ,SIG,,RES
Cross section * square root(E) at resonance : ,SIG,,RES/RTE
Cross section, non 1/v part : ,SIG,,RNV
Cross section * root(E) : ,SIG,,RTE
Cross section, 1/v part : ,SIG,,RV
Spin-flip cross section : ,SIG,,SF
S-factor for cross section : ,SIG,,SFC
S-factor for cross section at resonance : ,SIG,,SFC/RES
Spin-spin cross section : ,SIG,,SS
Transmission : ,SIG,,TRN
Cross section for thick target : ,SIG,,TT
Gamma-production cross section : ,SIG,G
Cs diff.by number of outgoing particles : ,SIG/DN
Cross section ratio : ,SIG/RAT
Cross section sum : ,SIG/SUM
Temperature-dependent cross section : ,SIG/TEM
Temperature-dependent cross section : ,SIG/TMP
Gamma spectrum : ,SPC
Gamma spectrum at resonance : ,SPC,,RES
Gamma spectrum for thick target : ,SPC,,TT
Gamma spectrum as function of angle : ,SPC/DA
Spectrum as a function of rapidity : ,SPC/DR
Strength function : ,STF
Statistical weight factor g : ,SWG
Nuclear temperature : ,TEM
Transmission : ,TRN
Saturated thick/thin-target yield : ,TTY
Production thick/thin-target yield : ,TTY,,DT
Physical thick/thin-target yield : ,TTY,,PHY
Prod.thick target yield/1 MeV thn. : ,TTY,,TM
Diff.satur.thick target yield d/dA : ,TTY/DA
Diff.prod.thick/thin target yield : ,TTY/DA,,DT
Diff.satur.thick target yld d/dA/dE : ,TTY/DA/DE
Diff.satur. thick target yield d/dE : ,TTY/DE
Diff.production thick target yield d/dE : ,TTY/DE,,DT
Outg.part.mult.f.thick tgt,fct.of beam curr. : ,TTY/MLT
Thick target mult.d/dA,fct.of beam current : ,TTY/MLT/DA
Thick targ.mult.d/dA,fct.of beam curr., for g : ,TTY/MLT/DA,G
Thick target mult.d/dA/dE,fct.of beam current : ,TTY/MLT/DA/DE
Thick-target prod.yld(fct.of inc.beam curr.) : ,TTY/PY
Thk-targ.prd.yld(fct.of inc.beamcurr.)d/dA : ,TTY/PY/DA
Thk-targ.prd.yld(fct.of inc.beamcurr.)d/dAdE : ,TTY/PY/DA/DE
Thick-target yield ratio : ,TTY/RAT
Resonance width : ,WID
2ag * resonance width : ,WID,,2AG
2g * resonance width : ,WID,,2G
4ag * resonance width : ,WID,,4AG
Adler-Adler Nu : ,WID,,AA
ag * resonance width : ,WID,,AG
g * resonance width : ,WID,,G
Reich-Moore resonance width : ,WID,,RM
2g * Reich-Moore resonance width : ,WID,,RM/2G
g * Reich-Moore resonance width : ,WID,,RM/G
Reich-Moore resonance width * peak cross sect. : ,WID,,RM/S0
g * Reich-Moore resonance width squared : ,WID,,RM/SQ/G
Resonance width * peak cross section : ,WID,,S0
Resonance width squared : ,WID,,SQ
g * resonance width squared : ,WID,,SQ/G
Resonance width squared * peak cross section : ,WID,,SQ/S0
Vogt resonance width : ,WID,,VGT
2g * Vogt resonance width : ,WID,,VGT/2G
Reduced width : ,WID/RED
2ag * reduced width : ,WID/RED,,2AG
2g * reduced width : ,WID/RED,,2G
4ag * reduced width : ,WID/RED,,4AG
ag * reduced width : ,WID/RED,,AG
g * reduced width : ,WID/RED,,G
Reich-Moore reduced resonance width : ,WID/RED,,RM
2g * Reich-Moore reduced resonance width : ,WID/RED,,RM/2G
R-matrix reduced resonance width : ,WID/RED,,RMT
R-matrix reduced width amplitude : ,WID/RED,,RMT/AMP
Vogt reduced resonance width : ,WID/RED,,VGT
Resonance strength : ,WID/STR
Most probable charge of fission products : ,ZP
Most probable charge of heavy fragments : ,ZP,HF
Most probable charge of light fragments : ,ZP,LF
Reich-Moore resonance width for channel 1 : 1,WID,,RM
Vogt resonance width for channel 1 : 1,WID,,VGT
Energy spectrum of 2nd secondary particle : 2,DE
Reich-Moore resonance width for channel 2 : 2,WID,,RM
Vogt resonance width for channel 2 : 2,WID,,VGT
Reich-Moore resonance width for channel 3 : 3,WID,,RM
Reich-Moore resonance width for channel 4 : 4,WID,,RM
Bound-atom scattering amplitude : BA,AMP
Bound-atom cross section : BA,SIG
Bound-atom coherent scattering amplitude : BA/COH,AMP
Partial bound-atom scattering amplitude : BA/PAR,AMP
Average kinetic energy of binary fission frag. : BIN,AKE,FF
Most prob. mass of heavy frag.in binary fission : BIN,AP,HF
Binary fission cross section : BIN,SIG
Binary/ternary differential fiss.frag.dist.d/dA : BIN/TER,DA/RAT,FF
Binary/ternary cross section ratio : BIN/TER,SIG/RAT
Spectrum of outgoing particles, central : CEN,SPC
dSpectr./dm(T)/dR * 1/(2pi*m(T)), central : CEN,SPC/DMT/DR,,2MT
dSpectr./dp(T)/dR * 1/(2pi*p(T)), central : CEN,SPC/DPT/DR,,2PT
Spectrum as a function of rapidity, central : CEN,SPC/DR
Total element yield of fission products : CHG,FY
Total element fiss. yield of diff.d/d(frag.en.) : CHG,FY/DE
Total chain yield of fission products : CHN,FY
Total chain yield, fiss.prod.diff.d/d(frag.en) : CHN,FY/DE
Differential c/s d/dA, compound nucleus contrib : CN,DA
Fission-product yield, compound nucleus contrib : CN,FY
Nu-bar, compound nucleus contribution : CN,NU
Product yield, compound nucleus contribution : CN,PY
Cross section, compound nucleus contribution : CN,SIG
Partial cross section, compound nucleus contrib : CN/PAR,SIG
Cross section, specif. seq., comp.nucl.contrib. : CN/SEQ,SIG
Partial cross section, spec.seq.,comp.nuc.contr : CN/SEQ/PAR,SIG
Coherent scattering amplitude : COH,AMP
Coherent cross section : COH,SIG
Production cross section for continuous gammas : CON,SIG
Cumulative fission-product yield : CUM,FY
Cummulative fission-product yield isom. ratio : CUM,FY/RAT
Cumulative product yield : CUM,PY
Cumulative product yield per unit time : CUM,PY,,DT
Cumulative product yield for thick target : CUM,PY,,TT
Cumulative cross section : CUM,SIG
Cumulative cross section sum : CUM,SIG/SUM
Saturated cumul.thick/thin target yield : CUM,TTY
Cum.production thick-target yield (unsat.) : CUM,TTY,,DT
Physical thick/thin-target yield, cumulative : CUM,TTY,,PHY
Cumulative thick-target yield ratio : CUM,TTY/RAT
Cumulative cross sect.(uncert.isom.trans.incl.) : CUM/(M),SIG
Cum.thick-target yield (uncert.isom.trans.incl) : CUM/(M),TTY
Cum.cross sect.,undef.react.(uncert.isom.trans) : CUM/(M)/UND,SIG
Cumul.prod.yield f.thick targ.excl.isom.trns. : CUM/M-,PY,,TT
Cumulative cross section, excluding isom.trans. : CUM/M-,SIG
Cum.satur.thick-target yield,exclud.isom.trans : CUM/M-,TTY
Cumulative fission prod. yield for ternary fiss : CUM/TER,FY
Cumulative cross section, undefined reaction : CUM/UND,SIG
Cumul. cross section ratio, undefined reaction : CUM/UND,SIG/RAT
Cumulative thick-target yield, undefined react. : CUM/UND,TTY
Cumul.thick-target yield/unit time,undef.react. : CUM/UND,TTY,,DT
Differential c/s d/dA,direct interaction contr. : DI,DA
Double diff. c/s d2/dA/dEdir.interaction contr : DI,DA/DE
En.spectrum of outg.partl.,dir.interact.contr. : DI,DE
Cross section, direct interaction contribution : DI,SIG
Partial diff. c/s d/dA,direct interaction contr : DI/PAR,DA
Partial double diff. c/s d2/dA/dE, ir.int.contr : DI/PAR,DA/DE
Partial cross section, direct interact.contrib. : DI/PAR,SIG
Partial cross section, spec.seq.,dir.int.contr. : DI/SEQ,SIG
Production cross section for discrete gammas : DIS,SIG
Average kinetic energy of delayed neutrons : DL,AKE,N
Energy spectrum of delayed neutrons : DL,DE,N
Delayed neutron yield : DL,NU
Yield of del.neutrons em.by specified fiss.frag : DL,NU,FF
Delayed-neutron emission cross section : DL,SIG,N
Intensity of delayed gammas : DL,SPC
Cumulative delayed neutron yield : DL/CUM,NU
Avg. kinetic en. for specif. delayed neut.group : DL/GRP,AKE,N
Energy spectrum for specific delayed neut.group : DL/GRP,DE,N
Delayed neutron yield for given half-life group : DL/GRP,NU
Del.neutron emiss.cs for given half-life group : DL/GRP,SIG,N
Independent delayed neutron yield : DL/IND,NU
Avg. kinetic en. for specif. delayed neut.group : DL/PAR,AKE,N
Energy spectrum for specific delayed neut.group : DL/PAR,DE,N
Partial yield of delayed neutrons : DL/PAR,NU
Partial delayed-neutron emission cross section : DL/PAR,SIG,N
Particle emission angular distribution : EM,DA
Leg.coef. for fit to (4pi/Sig)d/dA emission c/s : EM,DA,,LEG/RSL
Double diff. emission cross section, d/dA/dE : EM,DA/DE
Double diff. proton emission cross section : EM,DA/DE,P
Leg.coef. for fit to double-diff.emission cs : EM,DA/DE,,LEG/RSL
Particle emission energy spectrum : EM,DE
Analyzing power / dE for particle emission : EM,POL/DA/DE,,ANA
Analyzing power dA/dE for proton emission : EM,POL/DA/DE,P,ANA
Emission cross section : EM,SIG
Satur.thick target yld f.emission,d2/dA/dE : EM,TTY/DA/DE
Particle emission partial diff. c/s d/dA : EM/PAR,DA
Partial double-diff. emission cs d2/dA/dE : EM/PAR,DA/DE
Leg.coef.f.partial double-diff.emission cs : EM/PAR,DA/DE,,LEG/RSL
Partial particle emission energy spectrum : EM/PAR,DE
Partial emission diff.spin-polar.prob. : EM/PAR,POL/DA
Partial emission cross section : EM/PAR,SIG
Partial diff. c/s d/dA for electric polar.given : EP,DA
Cross section for electric polarity given : EP,SIG
Astrophysical s-factor for electr.polar. given : EP,SIG,,SFC
Strength function for electr.polarity given : EP,STF
Integral c/s over inc.en.for electr.polar.given : EP/PAR,INT
Partial cross section for electric polar. given : EP/PAR,SIG
Free-atom scattering amplitude : FA,AMP
Free-atom cross section : FA,SIG
Free-atom coherent scattering cross section : FA/COH,SIG
Free-atom incoherent scattering cross section : FA/INC,SIG
Partial free-atom scattering amplitude : FA/PAR,AMP
Avg.kin.energy of outg.part.for high en.fission : FIS,AKE
Avg.kin.energy of fragments of high energy fiss : FIS,AKE,FF
Partial cs due to high-energy fission : FIS,SIG
'High-energy' component of cross section : HEN,SIG
Incoherent scattering amplitude : INC,AMP
Incoherent scattering cross section : INC,SIG
Avg.kin.energy at given angle, direct formation : IND,AKE/DA
Differential cross sect. d/dA, direct formation : IND,DA
Ang. distr. of neutrons, direct formation : IND,DA,N
Double diff. c/s d2/dA/dE, direct formation : IND,DA/DE
Independent fission-product yield : IND,FY
Total yield of prompt fission gammas : IND,FY,G
Independent yield of correlated fragment pairs : IND,FY/CRL
Indep.yield of correl.light/heavy fragm.pairs : IND,FY/CRL,LF/HF
Diff.indep. fission product yield d/d(frag.en.) : IND,FY/DE
Independent fission-product yield ratio : IND,FY/RAT
Independent fission-product yield sum : IND,FY/SUM
Independent product yield : IND,PY
Independent product yield per unit time : IND,PY,,DT
Indep. product yield for a thick target : IND,PY,,TT
Independent cross section : IND,SIG
Independent gamma prod.cs : IND,SIG,G
Independent cross section ratio : IND,SIG/RAT
Independent cross section sum : IND,SIG/SUM
Independent thick-target yield : IND,TTY
Independent thick-target yield ratio : IND,TTY/RAT
Indep.production thick/thin-target yld (unsat.) : IND,TTY,,DT
Indep. cross section (isomeric trans.uncertain) : IND/(M),SIG
Indep. fission-product yield, incl. isom.trans. : IND/M+,FY
Independent product yield, incl. isom.trans. : IND/M+,PY
Independent cross sect., incl. isomeric trans. : IND/M+,SIG
Ind.satur.thick/thin-target yld,incl.isom.tr. : IND/M+,TTY
Ind.production thick-target yld incl.isom.tr. : IND/M+,TTY,,DT
Ind. cross sect., undef.react.,incl.isom.trans. : IND/M+/UND,SIG
Independ.fission-prod.yield for ternary fission : IND/TER,FY
Independent product yield, undefined reaction : IND/UND,PY
Independent cross section, undefined reaction : IND/UND,SIG
Independent gamma prod.cs, undefined reaction : IND/UND,SIG,G
Indep. cross section ratio, undefined reaction : IND/UND,SIG/RAT
Indep. cross section sum, undefined reaction : IND/UND,SIG/SUM
Independent thick-target yield,undefined react. : IND/UND,TTY
Indep.thick-target yield/unit time,undef.react. : IND/UND,TTY,,DT
'Low-energy' component of cross section : LEN,SIG
Spin-flip probability S(LL)*d2/dA/d(E) : LL,DA/DE,,SF
Spin correlation parameter, A(LL) : LL,POL/DA,,ANA
Spin correlation parameter, C(LL) : LL,POL/DA,,C
Spin rotation parameter, D(LL) : LL,POL/DA,,D
Spin-transfer parameter, K(LL) : LL,POL/DA,,K
Spin rotation parameter, D(LL), for neutrons : LL,POL/DA,N,D
Spin rotation parameter, D(LL), for protons : LL,POL/DA,P,D
Tensor anal.power A(LL)/dA(n)/dA(d)/d(E(n+d) : LL,POL/DA/DA/DE,N/D/N+D,A
Tensor anal.power A(LL)/dA(n)/dA(p)/d(E(n+p) : LL,POL/DA/DA/DE,N/P/N+P,A
Tensor anal.power A(LL)/dA(p)/dA(d)/d(E(p+d) : LL,POL/DA/DA/DE,P/D/P+D,A
Doub.diff.spin rotation parameter, D(LL) : LL,POL/DA/DE,,D
Doub.diff.spin rotat. param. f.neutrons, D(LL) : LL,POL/DA/DE,N,D
Spin rot.param.D(LL),fct.of 4-mom.transfer : LL,POL/DT,,D
Partl.spin correlation parameter A(LL) : LL/PAR,POL/DA,,ANA
Spin-rotation parameter, D(LL), partl.reaction : LL/PAR,POL/DA,,D
Spin-transfer parameter, K(LL), partl.reaction : LL/PAR,POL/DA,,K
Spin-rotation parameter, D(LL), specif. sequ. : LL/SEQ,POL/DA,,D
Cs diff.by long.sec.lin.mom.,int.over ang.range : LON,DA/DP,,IPA
Cs dif.by long.sec.lin.mom.int.over p ang.range : LON,DA/DP,P,IPA
Polarization asymmetry for longitud.polar. : LON,POL,,ASY
Spin-spin asymmetry for longitud. spin states : LON,POL,,DSP/ASY
Longitudinal analyzing power A(z) : LON,POL/DA,,ANA
Cs diff.(longit.spins, parallel - antiparallel) : LON,SIG,,DSP
Spin-spin cs, longitudinal to beam direction : LON,SIG,,SS
Cs diff.by long.sec.lin.mom.,int.over ang.range : LP,DA/DP,,IPA
Cs dif.by long.sec.lin.mom.int.over p ang.range : LP,DA/DP,P,IPA
Diff.cs w.resp.to longit.secondary momentum : LP,DP
Diff.cs w.resp.to longit.sec.mom.of resid.nucl. : LP,DP,RSD
Cs diff.by long.sec.lin.mom.,int.over ang.range : LP,IPA/DP
Cs dif.by long.sec.lin.mom.int.over p ang.range : LP,IPA/DP,P
Spin correlation parameter, A(LS) : LS,POL/DA,,ANA
Spin correlation parameter, C(LS) : LS,POL/DA,,C
Spin rotation parameter, D(LS) : LS,POL/DA,,D
Spin-transfer parameter, K(LS) : LS,POL/DA,,K
Spin rotation parameter, D(LS), for neutrons : LS,POL/DA,N,D
Spin rotation parameter, D(LS), for protons : LS,POL/DA,P,D
Double-diff.spin rotation parameter D(LS) : LS,POL/DA/DE,,D
Doub.diff.spin rotat. param. f.neutrons, D(LS) : LS,POL/DA/DE,N,D
Spin rot.param.D(LS),fct.of 4-mom.transfer : LS,POL/DT,,D
Spin-rotation parameter, D(LS), partl.reaction : LS/PAR,POL/DA,,D
Spin-transfer parameter, K(LS), partl.reaction : LS/PAR,POL/DA,,K
Product yield, including formation via isom.tra : M+,PY
Prod.yield for thick target,incl.via isom.trans : M+,PY,,TT
Resonance integral, including via isomer.trans. : M+,RI
Resonance int., lim.en.range, incl.isom.trans. : M+,RI,,LIM
Cross section, incl. form. via isomeric trans. : M+,SIG
Thick-target yield, incl. via isomeric trans. : M+,TTY
Thick-target yield per unit time incl.isom.tr. : M+,TTY,,DT
Physical thick/thin-target yield incl.isom.tr. : M+,TTY,,PHY
Cross section,incl.isom.trans.(uncert.reac.def) : M+/(DEF),SIG
Cross section,incl.via isom.trans.,undef.react. : M+/UND,SIG
Thick target yield,incl.isom.trans.,undef.react : M+/UND,TTY
Thick-targ.yld/unit time incl.isom.tr.,undef. : M+/UND,TTY,,DT
Cross section, excluding isomeric transition : M-,SIG
Thick-target yield, excluding isomeric transit. : M-,TTY
Mass yield of fiss.fragm.as sum of ind.yields : MAS,FY
Spectrum of outgoing particles, minimum bias : MNB,SPC
dSpectra/dp(T)/dRapid. * (1/2pi*p(T)), min.bias : MNB,SPC/DPT/DR,,2PT
dSpectra/dRapidity : MNB,SPC/DR
Cross section for magnetic polarity given : MP,SIG
Strength function for magnetic polarity given : MP,STF
Spin correlation parameter, A(NL) : NL,POL/DA,,ANA
Spin correlation parameter, A(NN) : NN,POL/DA,,ANA
Spin correlation parameter, C(NN) : NN,POL/DA,,C
Spin-depolarization parameter, D(NN) : NN,POL/DA,,D
Spin-transfer parameter, K(NN) : NN,POL/DA,,K
Spin-flip probability S(nn) : NN,POL/DA,,SF
Spin-depolarization parameter, D(NN),f.neutrons : NN,POL/DA,N,D
Spin-depolarization parameter, D(NN),f.protons : NN,POL/DA,P,D
Spin-transfer parameter for recoil nucl., K(NN) : NN,POL/DA,RCL,K
Tensor anal.power A(NN)/dA(n)/dA(d)/d(E(n+d) : NN,POL/DA/DA/DE,N/D/N+D,A
Tensor anal.power A(NN)/dA(n)/dA(p)/d(E(n+p) : NN,POL/DA/DA/DE,N/P/N+P,A
Tensor anal.power A(NN)/dA(p)/dA(d)/d(E(p+d) : NN,POL/DA/DA/DE,P/D/P+D,A
Doub.diff.spin rotat. param. f.neutrons, D(NN) : NN,POL/DA/DE,N,D
Doub.diff.spin rotation parameter, D(NN) : NN,POL/DA/DE,,D
Doub.diff.spin transfer parameter, K(NN) : NN,POL/DA/DE,,K
Double diff. spin-flip prob.d/dA/dE, S(nn) : NN,POL/DA/DE,,SF
Spin rot.param.D(NN),fct.of 4-mom.transfer : NN,POL/DT,,D
Cross section * spin-flip probability S(nn) : NN,SIG,,SF
Spin-flip prob. S(nn)*d/dA, partl.reaction : NN/PAR,DA,,SF
Partl.spin correlation parameter A(NN) : NN/PAR,POL/DA,,ANA
Spin-depolarization param., D(NN), partl.react. : NN/PAR,POL/DA,,D
Spin-transfer parameter, K(NN), partl.reaction : NN/PAR,POL/DA,,K
Spin-flip prob. S(nn) for partial reaction : NN/PAR,POL/DA,,SF
Spin-transf.param.K(NN),rec.nucl.,partl.react. : NN/PAR,POL/DA,RCL,K
Spin-depolarization parameter,D(NN),specif.seq. : NN/SEQ,POL/DA,,D
Probab.for the prod.of N product particles : NUM,PY
Cs for production of specified no. of fragments : NUM,SIG,FF
Cs for production of specified no. of neutrons : NUM,SIG,N
Cs for production of specified no. of protons : NUM,SIG,P
Cs for prod.of specified no.of negative pions : NUM,SIG,PIN
Cs for prod.of specified no.of positive pions : NUM,SIG,PIP
Average gamma energy for specific group of g's : PAR,AKE,G
Av.gamma energy as fct.of energ.of emitt.neutr. : PAR,AKE,G/N
Average energy for specific group of neutrons : PAR,AKE,N
Most prob.mass of heavy fragm.f.given excit.en. : PAR,AP,HF
Partial resonance area : PAR,ARE
Partial reaction, angular correlation : PAR,COR
Partial reaction, ang.correl. gammas/neutrons : PAR,COR,G/N
Partial differential cross section d/dA : PAR,DA
Partial diff. cross section d/dA * 4pi : PAR,DA,,4PI
Cosine coef. for fit to partial d/dA : PAR,DA,,COS
Partl.cos coef.4pi/Sig d/dA=1+Sum(a(L)cos**L) : PAR,DA,,COS/RS
Ptl.cos coef(d/dA)/(d/dA,90deg)=Sum(a(L)cos**L) : PAR,DA,,COS/RSD
Par.diff.cs integrated over partial ang. range : PAR,DA,,IPA
Legendre coef. for fit to partial d/dA : PAR,DA,,LEG
Leg.coef.fit to partl d/dA=1/2Sum(2L+1)a(L)p(L) : PAR,DA,,LEG/2L2
Leg.coef.fit partl.4pi/Sig d/dA=1+Sum(a(L)p(L)) : PAR,DA,,LEG/RS
Leg.coef. fit to partial (d/dA)/(d/dA,90deg) : PAR,DA,,LEG/RS0
Par.Leg.coef(4pi/Sig,90deg)d/dA=1+Sum(a(L)p(L)) : PAR,DA,,LEG/RSD
Partl.Leg.coef(4pi/Sig)d/dA=Sum((2L+1)a(L)p(L)) : PAR,DA,,LEG/RSL
Partial diff. cross section d/dA * 4pi/Sigma : PAR,DA,,RS
Partial diff. cs d/dA * 4pi/Sigma f.thick target : PAR,DA,,RS/TT
Partial diff. c/s d/dA relative to 0 deg. : PAR,DA,,RS0
Partial diff. cross section d/dA rel. to 90 deg : PAR,DA,,RSD
Partial diff. cs d/dA rel.to Rutherf.scatt. : PAR,DA,,RTH
Partial D/da coef. for sin**2 expansion : PAR,DA,,SN2
Partial diff. cs * total spin transfer : PAR,DA,,TST
Thick-target angular distr., partial reaction : PAR,DA,,TT
Partial angular distr. of particle specified : PAR,DA,*
Partial angular distribution of alphas : PAR,DA,A
Partial angular distribution of deuterons : PAR,DA,D
Partial diff. gamma em. cross section d/dA : PAR,DA,G
Partial diff. gamma em. cross section d/dA*4pi : PAR,DA,G,4PI
Leg.coef. for fit to partial gamma em. d/dA : PAR,DA,G,LEG
Leg.coef.partl.4pi/Sig d/dA=1+Sum(a(L)p(L)),g's : PAR,DA,G,LEG/RS
Leg.cf.par.4pi/Sig(90dg)d/dA=1+Sum a(L)p(L),g's : PAR,DA,G,LEG/RSD
Partial diff. gamma em. c/s d/dA rel.to 90 deg. : PAR,DA,G,RSD
Partial diff. gamma em. cs d/dA f.thick target : PAR,DA,G,TT
Partial angular distribution of He-3 particles : PAR,DA,HE3
Partial angular distribution of neutrons : PAR,DA,N
Par.Leg.cf.4pi/cs(90deg)*d/dA=1+Sum(a(L)p(L)),n : PAR,DA,N,LEG/RSD
Partial angular dist. of neutrons rel.to 90 deg : PAR,DA,N,RSD
Partial angular distrib. of neutron/proton pair : PAR,DA,N/P
Partial angular distribution of protons : PAR,DA,P
Partial angular distribution of residual nucl. : PAR,DA,RSD
S-factor for partial diff. cross section : PAR,DA,,SFC
Partial angular distribution of tritons : PAR,DA,T
Ang.correl. of particle pair spec., partial : PAR,DA/CRL
Ang.correl. of particle pair spec., partial : PAR,DA/CRL,*/*
Alpha / alpha angular correl.,partial reaction : PAR,DA/CRL,A/A
Alpha / gamma angular correl.,partial reaction : PAR,DA/CRL,A/G
Alpha / He-6 angular correl.,partial reaction : PAR,DA/CRL,A/HE6
Deuteron/alpha angular correl.,partial reaction : PAR,DA/CRL,D/A
Gamma/gamma angular correl., partial reaction : PAR,DA/CRL,G/G
Gamma/neutron angular correl., partial reaction : PAR,DA/CRL,G/N
Gamma/proton angular correl., partial reaction : PAR,DA/CRL,G/P
Neutron/proton angular correl., partial reactio : PAR,DA/CRL,N/P
Partial double diff.cross section d2/dA/dA : PAR,DA/DA
Partial double diff.cross sect. d2/dA(*)/dA(*) : PAR,DA/DA,*/*
Partl.ang.correl.alphas/alphas : PAR,DA/DA,A/A
Partl.ang.correl.alphas/gammas : PAR,DA/DA,A/G
Partl.ang.correl.deuteron/alpha,rel.angle : PAR,DA/DA,D/D+A
Partl.ang.correl.gammas/alphas : PAR,DA/DA,G/A
Partl.ang.correl.gammas/gammas : PAR,DA/DA,G/G
Partial double diff.cross sect. d2/dA(n)/dA(a) : PAR,DA/DA,N/A
ial ang.correl. neutrons/gammas : PAR,DA/DA,N/G
Partial double diff.cross sect. d2/dA(n)/dA(n) : PAR,DA/DA,N/N
Partial double diff.cross sect. d2/dA(n)/dA(p) : PAR,DA/DA,N/P
Partial ang.correl. protons/gammas : PAR,DA/DA,P/G
Ptl.double diff.cs f.angles of t-a pair vs. 6Li : PAR,DA/DA,T+A/3-LI-6
Partial triple diff.cross-section : PAR,DA/DA/DE
Par.triple diff.cross sect.d3/dA(*)/dA(*)/dE(*) : PAR,DA/DA/DE,*/*/*
Par.triple diff.cs d3/dA(n)/dA(p)dE(p) : PAR,DA/DA/DE,N/P/P
Partial triple diff.cross-section : PAR,DA/DA/DE,P/A/P
Partial triple diff.cross-section f.protons : PAR,DA/DA/DE,P/P/P
Partial double diff.cross-section : PAR,DA/DE
Partial double diff.gamma-emiss.cross-section : PAR,DA/DE,G
Partial double diff.gamma-emiss.cross-sect.*4pi : PAR,DA/DE,G,4PI
Spectrum of outgoing particles for specif.level : PAR,DE
4pi/Sig polar. * d/dA Leg.coef.of 1st kind : PAR,FM/DA,,AL1/RS
Par.diff.cs integrated over partial ang. range : PAR,IPA
Cs integral over incident energy f.given level : PAR,INT
Integral over incid.energy of partl.ang distr. : PAR,INT/DA
4pi * integral over inc.en. of partl.ang.distr. : PAR,INT/DA,,4PI
Integral over inc.en. of partl.ang distr. gams : PAR,INT/DA,G
4pi*integral over inc.energy of ang.distr.gams. : PAR,INT/DA,G,4PI
Partl linear mom. correl. of particle pair */* : PAR,MCO,*/*
Partial linear momentum correlation of n/p : PAR,MCO,N/P
Partial multiplicity : PAR,MLT
Partial multiplicity : PAR,MLT,*
Partial gamma multiplicity : PAR,MLT,G
Partial gamma multiplicity at resonance : PAR,MLT,G,RES
Partial gamma multiplicity f.thick target : PAR,MLT,G,TT
Partial neutron multiplicity : PAR,MLT,N
Partial yield of neutrons : PAR,NU
Partial polarization : PAR,POL
Polarization for gamma-ray specified : PAR,POL,G
Diff. spin-polarization prob.for partial react. : PAR,POL/DA
Partial analyzing power : PAR,POL/DA,,ANA
Ptl.Anal.power,Leg.coef.d/dA=a(0)+Sum(a(L)*p(L)) : PAR,POL/DA,,ANA/LEG
Partial analyzing power for thick target : PAR,POL/DA,,ANA/TT
Partial asymmetry of polarized particles : PAR,POL/DA,,ASY
Partl.tensor anal.power,spins normal scatt.pl. : PAR,POL/DA,,AYY
artl.tensor anal.power,spins parallel to beam : PAR,POL/DA,,AZZ
Spin-flip probability, S(nn), partial reaction : PAR,POL/DA,,SF
Partial total spin transfer w.resp.to angle : PAR,POL/DA,,TST
Vect.anal.power,partl.react.,iT(11),spher.coord : PAR,POL/DA,,VAP
Asymmetry for given p-alpha pair : PAR,POL/DA,P/A,ASY
Partial analyz.power dA1/dA2/dE1 f. 2 particles : PAR,POL/DA/DA/DE,,ANA
Partial analyz.power d2/dA(p)/dA(p) : PAR,POL/DA/DE,P/P,ANA
Partial product yield for thick target : PAR,PY,,TT
Product yield for thick target for a given gamm : PAR,PY,G,TT
Partial diff.product yield d/dA for thick targe : PAR,PY/DA,,TT
Partial cross section : PAR,SIG
Partial cross section at resonance : PAR,SIG,,RES
Partial cross section * square root(E) : PAR,SIG,,RTE
S-factor for partial cross section : PAR,SIG,,SFC
Partial cross section for particle specified : PAR,SIG,*
Partial cross section for alpha group : PAR,SIG,A
Partial gamma-production cross section : PAR,SIG,G
Partial gamma-production cs for thick target : PAR,SIG,G,TT
Partial cross section for secondary protons : PAR,SIG,P
Partial cross section for particle pair specif. : PAR,SIG,*/*
Partial gamma spectrum : PAR,SPC
Partial strength function : PAR,STF
Partial thick target yield : PAR,TTY
Partial thick target gamma yield : PAR,TTY,G
Partial differential thick target yield d/dA : PAR,TTY/DA
Partial thick target mult.d/dA,fct.of beam curr. : PAR,TTY/MLT/DA
Thick targ.mult.d/dA,fct.of beam curr., for g : PAR,TTY/MLT/DA,G
Ptl.Thk-targ.prd.yld(fct.of inc.beamcurr.)d/dA : PAR,TTY/PY/DA
Partial width : PAR,WID
g * partial width : PAR,WID,,G
R-matrix red.resonance width f.partial reaction : PAR,WID/RED,,RMT
Partial resonance strength : PAR,WID/STR
Most probable charge, for fragm.energy given : PAR,ZP
Partial cross section,undef.react.,assumed cum. : PAR/(CUM)/UND,SIG
Partial cross section (uncert.if react.defined) : PAR/(DEF),SIG
Inverse slope as function of rapidity, central : PAR/CEN,ISP
Total chain yield of fiss.prod.f.given excit.en. : PAR/CHN,FY
Prod.cs for continuous gammas of given en.range : PAR/CON,SIG
Partial angular distribution, cumulative : PAR/CUM,DA
Partial cumulative cross section : PAR/CUM,SIG
Prod.cs for discrete gammas of given en.range : PAR/DIS,SIG
Partial angular distribution, direct formation : PAR/IND,DA
Part.leg.coef.k**2 d/dA=Sum(a(L)p(L)),dir.form. : PAR/IND,DA,,LEG/1K2
Ind.fission yield for fragm.energy given : PAR/IND,FY
Abs.yield of pr.fiss.gammas of def.energy : PAR/IND,FY,G
Partial independent cross section : PAR/IND,SIG
Independent cross section ratio,partl.react. : PAR/IND,SIG/RAT
Ang.distr.of discrete gammas incl.isom.trans. : PAR/M+,DA,G
Ang.distr.of discrete gammas excl.isom.trans. : PAR/M-,DA,G
Primary frag.avg.kin.energy for given exc.energ : PAR/PRE,AKE
Avg.kin.energy of prim.frag.for given exc.energ : PAR/PRE,AKE,FF
Primary fragm.fission yield for given exc.energ : PAR/PRE,FY
Partial angular distrib., undefined reaction : PAR/UND,DA
Partial angular distrib., undefined reaction : PAR/UND,DA,*
Partial angular distr. of gammas, undef.react. : PAR/UND,DA,G
Partial cross section, undefined reaction : PAR/UND,SIG
dSpectr/dm(T)/dRap. * 1/(2pi*m(T)), peripheral : PER,SPC/DMT/DR,,2MT
Spectrum as a function of rapidity, peripheral : PER,SPC/DR
Potential scattering radius : POT,RAD
Potential scattering cross section : POT,SIG
Average kinetic energy of prompt neutrons : PR,AKE,N
Av.energy of prompt neutr.dep.on fiss.frag.en. : PR,AKE/DE,N/FF
Angular correlation of prompt fission neutrons : PR,COR,N/N
Angle-energy correl. of prompt neut./fiss.frag. : PR,COR/DE,N/FF
Angular correlation of prompt fission neutrons : PR,CRL,N/N
Leg.coef.4pi/Sig d/dA=1+Sum(a(L)p(L)),pr.gam. : PR,DA,G,LEG/RS
Ang. distrib. prompt fission gammas rel.90 deg. : PR,DA,G,RSD
Angular distribution of prompt fission neutrons : PR,DA,N
Leg.coef.4pi/Sig d/dA=1+Sum(a(L)p(L)),pr neuts. : PR,DA,N,LEG/RS
Ang. distrib. prompt fiss. neutrons rel.90 deg. : PR,DA,N,RSD
Angular correlation of prompt fission neutrons : PR,DA/CRL,N/N
Double diff.spect of pr.fiss.neutrons d2/dA/dE : PR,DA/DE,N
Energy spectrum of prompt fission neutrons : PR,DE,N
Prompt neut.spect.rel.to Maxw.distr.of giv.temp : PR,DE,N,MXD
Energy spect.of prompt fiss.neut*square root(E) : PR,DE,N,RTE
Energy correl. neutron / heavy fission fragment : PR,KE/CRL,N/HF
Energy correl. neutron / light fission fragment : PR,KE/CRL,N/LF
Temp.of Maxwell.distr.of prompt neutrons : PR,KEM,N
Prompt neutron yield (nu-bar) : PR,NU
No.of prompt neutr.em.by fiss.fr.of def.A or Z : PR,NU,FF
Prompt neutron yield as fctn.of heavy frag.mass : PR,NU,HF
Prompt neutron yield as fctn.of light frag.mass : PR,NU,LF
Prompt Nu-bar at resonance : PR,NU,,RES
No.of prompt neutr.em.by fiss.fr.of given E : PR,NU/DE,FF
No.of prompt neutr.em.by heavy fiss.fr.of giv.E : PR,NU/DE,HF
No.of prompt neutr.em.by light fiss.fr.of giv.E : PR,NU/DE,LF
Probab.of emiss.of N prompt neutr.in 1 fiss.ev. : PR,NU/DN
Prompt fission cross section : PR,SIG
Intensity of prompt fission gammas : PR,SPC
Probability for emission of N prompt neutrons : PR/NUM,NU
Prompt partial diff. gamma emiss.cross section : PR/PAR,DA,G
Ang.correl.of prompt fiss.neutr.of certain en. : PR/PAR,DA/CRL,N/N
Partial prompt neutron yield (nu-bar) : PR/PAR,NU
Ang.dist.of prompt fission neuts,ternary fiss. : PR/TER,DA,N
Prompt nu-bar for ternary fission : PR/TER,NU
Prompt nu-bar for ternary fission,fn of alpha E : PR/TER,NU/DE,A
Prompt gamma-spectrum from ternary fission : PR/TER,SPC
Average kinetic energy of primary fragment : PRE,AKE,FF
Average kinetic energy of primary heavy frag. : PRE,AKE,HF
Average kinetic energy of primary light frag. : PRE,AKE,LF
Avg.kinetic energy of prim.frag.,fn.of angle : PRE,AKE/DA,FF
Most prob.mass of ifss.fragm., pre-n-emission : PRE,AP
Most prob.mass, pre-n-emission of frag.specif. : PRE,AP,*F
Most prob.mass,pre-neutron-emission heavy frag. : PRE,AP,HF
Most prob.mass,pre-neutron-emission light frag. : PRE,AP,LF
Centr.of mass dist.of pr.fiss.fr.,dep.on angle : PRE,AP/DA,FF
Angular distrib. of primary fission fragments : PRE,DA,FF
Ang.distrib. of primary light fission fragm. : PRE,DA,LF
Ang. distr. of primary fission frag.rel.90 deg. : PRE,DA,FF,RSD
Kin. energy ang.distr. of primary fission frag. : PRE,DA/KE,FF
Lg.cf.4pi/Sig d/dA=Sum(a(L)p(L)),pr.ff,tmp.dp : PRE,DA/TMP,FF,LEG/RS
Energy spectrum of primary fission frag.specif. : PRE,DE,*F
Energy spectrum of primary fission fragments : PRE,DE,FF
Energy spectrum of primary heavy fission frag. : PRE,DE,HF
Energy spectrum of primary light fission frag. : PRE,DE,LF
Primary fission-product yield : PRE,FY
Primary fiss.prod.yield of correl.frag. pairs : PRE,FY/CRL
Yield of correl.primary light/heavy fragm.pairs : PRE,FY/CRL,LF/HF
Primary fission-product yield d/d(kinetic en.) : PRE,FY/DE
Primary light fragm.fission yield d/dE(fragm.) : PRE,FY/DE,LF
Kinetic energy of primary fission fragments : PRE,KE,FF
Total kinetic energy of primary frag. pair : PRE,KE/CRL,LF/HF
Most probable kin.en.of pre-neutron emiss.alpha : PRE,KEP,A
Primary-fission product yield, binary fission : PRE/BIN,FY
Av.kin.en.of tern.alphas corr.w.pr.fragm.energy : PRE/TER,AKE/CRL,A/FF
Primary-fission prod.yield, ternary fission : PRE/TER,FY
Energy correlation prim.fragment/tern.alphas : PRE/TER,KE/CRL,FF/A
Most prob.en.of alphas corr.w.pr.fragm.energy : PRE/TER,KEP/CRL,A/FF
Yield of alphas of giv.en.corr.w.pr.fragm.energ : PRE/TER/PAR,FY/CRL,A/FF
Average kin.energy of post-neut-emission frag. : SEC,AKE,FF
Most prob. mass of fiss.fragm.,post-n-emiss. : SEC,AP
Most prob. mass of post-n-emiss. frag.specif. : SEC,AP,*F
Most prob.mass of post-neut.-emiss. heavy frag. : SEC,AP,HF
Most prob. mass of post-neut.-emiss.light frag. : SEC,AP,LF
Post-neutron-emission fission-product yield : SEC,FY
Post-neutron-emiss.yield of correl.fragm.pairs : SEC,FY/CRL
Most prob. charge of fiss.fragm.,post-n-emiss. : SEC,ZP
Pre-delayed-neutron chain yield : SEC/CHN,FY
Pre-delayed-neutron chain yield d/d(kin. en.) : SEC/CHN,FY/DE
Diff.cross section for spec. reaction seq. : SEQ,DA
Ang.distr.of particle + reaction seq. specified : SEQ,DA,*
Angular distr.of deuterons, specif.react.seq. : SEQ,DA,D
Triple-diff.cs d3/dA(p)/dA(p)/dE(p),spec.r.seq. : SEQ,DA/DA/DE,P/P/P
Triple-df.cs d3/dA(t)/dA(n)/dE(rsd),spec.r.seq. : SEQ,DA/DA/DE,T/N/RSD
Double-diff.cs for spec. reaction seq. : SEQ,DA/DE
Angular distr. of tritons, specif.reaction seq. : SEQ,DA,T
Cross section int. over inc.en.,spec.react.seq. : SEQ,INT
Analyzing power for specif.reaction sequence : SEQ,POL/DA,,ANA
Product yield for specified reaction sequence : SEQ,PY
Cross section for specified reaction sequence : SEQ,SIG
Thick target yield for specified reaction seq. : SEQ,TTY
Partial angular distr. for specif.reaction seq. : SEQ/PAR,DA
Partial angular distr. of neuts.,spec.reac.seq. : SEQ/PAR,DA,N
Partial ang.correl.neutrons/He2,spec.reac.seq. : SEQ/PAR,DA/CRL,N/HE2
Ptl.double-diff.cs d2/dA(p)dA(t),spec.reac.seq. : SEQ/PAR,DA/DA,P/T
Partial cross section, specified reaction seq. : SEQ/PAR,SIG
Spin correlation parameter, A(SL) : SL,POL/DA,,ANA
Spin correlation parameter, C(SL) : SL,POL/DA,,C
Spin rotation parameter, D(SL) : SL,POL/DA,,D
Spin-transfer parameter, K(SL) : SL,POL/DA,,K
Spin rotation parameter, D(SL), for neutrons : SL,POL/DA,N,D
Spin rotation parameter, D(SL), for protons : SL,POL/DA,P,D
Double-diff.spin rotation parameter D(SL) : SL,POL/DA/DE,,D
Doub.diff.spin rotat. param. f.neutrons, D(SL) : SL,POL/DA/DE,N,D
Spin rot.param.D(SL),fct.of 4-mom.transfer : SL,POL/DT,,D
Partl.spin correlation parameter A(SL) : SL/PAR,POL/DA,,ANA
Spin-rotation parameter, D(SL), partl.reaction : SL/PAR,POL/DA,,D
Spin-transfer parameter, K(SL), partl.reaction : SL/PAR,POL/DA,,K
Average kinetic energy of spallation products : SPL,AKE
Partial cross section due to spallation : SPL,SIG
Spin-flip probability S(SS)*d2/dA/d(E) : SS,DA/DE,,SF
Spin correlation parameter, A(SS) : SS,POL/DA,,ANA
Spin correlation parameter, C(SS) : SS,POL/DA,,C
Spin rotation parameter, D(SS) : SS,POL/DA,,D
Spin-transfer parameter, K(SS) : SS,POL/DA,,K
Spin rotation parameter, D(SS), for neutrons : SS,POL/DA,N,D
Spin rotation parameter, D(SS), for protons : SS,POL/DA,P,D
Double-diff.spin rotation parameter D(SS) : SS,POL/DA/DE,,D
Doub.diff.spin rotat. param. f.neutrons, D(SS) : SS,POL/DA/DE,N,D
Spin rot.param.D(SS),fct.of 4-mom.transfer : SS,POL/DT,,D
Spin-rotation parameter, D(SS), partl.reaction : SS/PAR,POL/DA,,D
Spin-transfer parameter, K(SS), partl.reaction : SS/PAR,POL/DA,,K
Spin-rotation parameter, D(SS), specif.sequ. : SS/SEQ,POL/DA,,D
Avg. kin.en. of particle specif., ternary fiss. : TER,AKE,*
Avg. kinetic energy of alphas, ternary fission : TER,AKE,A
Avg. kinetic energy of deuterons, ternary fiss. : TER,AKE,D
Avg. kin.energy of fission frag., ternary fiss. : TER,AKE,FF
Average kinetic energy of 6He, ternary fission : TER,AKE,HE6
Avg.kin.energy of heavy fiss.frag.,tern. fiss. : TER,AKE,HF
Avg. kin.energy light chg. part., ternary fiss. : TER,AKE,LCP
Avg.kin.energy of light fiss.frag.,tern. fiss. : TER,AKE,LF
Avg. kinetic energy of protons, ternary fission : TER,AKE,P
Avg. kinetic energy of tritons, ternary fission : TER,AKE,T
Most probable mass of ternary fiss. frag. : TER,AP
Most prob. mass of heavy ternary fission frag. : TER,AP,HF
Alpha/fragment angular correl., ternary fission : TER,COR,A/FF
Fragment/fragment ang. correl., ternary fission : TER,COR,FF/FF
Angular correl. light chg. part., ternary fiss. : TER,COR,LCP/FF
Ang. distr. of particle specif.,ternary fission : TER,DA,*
Angular distr. alphas rel 90 deg.,ternary fiss. : TER,DA,*,RSD
Angular distrution of alphas, ternary fission : TER,DA,A
Angular distr. alphas rel 90 deg.,ternary fiss. : TER,DA,A,RSD
Angular distr. fission frag., ternary fission : TER,DA,FF
Ang. distr. fiss. frag. rel 90deg,ternary fiss. : TER,DA,FF,RSD
Ang. distr. of fission neutrons,ternary fission : TER,DA,N
Lg.cf.4pi/Sig d/dA=Sum(a(L)p(L))cor.a/g,tern.f. : TER,DA/CRL,G/A,LEG/RS
Ang.corr.gammas/alphas rel.90 deg., tern.fiss. : TER,DA/CRL,G/A,RSD
Lg.cf.4pi/Sig d/dA=Sum(a(L)p(L))cor.g/lcp,tern. : TER,DA/CRL,G/LCP,LEG/RS
Ang.corr.gammas/light c.p.rel.90 deg.,tern.fiss : TER,DA/CRL,G/LCP,RSD
Double-diff. cs d2/dA/dE of alphas,ternary fiss : TER,DA/DE,*
Double-diff. cs d2/dA/dE alphas, ternary fiss. : TER,DA/DE,A
Kin. energy angular distr. alphas,ternary fiss. : TER,DA/KE,*
Kin. energy angular distr.alphas, ternary fiss. : TER,DA/KE,A
Energy spectr.of particle specif.,ternary fiss. : TER,DE,*
Energy spectrum of alphas, ternary fission : TER,DE,A
Energy spectrum of deuterons, ternary fission : TER,DE,D
Energy spectrum of protons, ternary fission : TER,DE,P
Energy spectrum of tritons, ternary fission : TER,DE,T
Fission-product yield, ternary fission : TER,FY
Alpha yield from ternary fission : TER,FY,A
Light-charged-particle yield, ternary fission : TER,FY,LCP
Proton yield from ternary fission : TER,FY,P
Triton yield from ternary fission : TER,FY,T
(particle)/(fragment) correl., ternary fission : TER,FY/CRL,*/*F
Frag.given/(fragment) correl., ternary fission : TER,FY/CRL,*F
Fragment given/alpha correl., ternary fission : TER,FY/CRL,A
Alpha/heavy frag. ang.correl., ternary fission : TER,FY/CRL,A/HF
Alpha/light frag. ang.correl., ternary fission : TER,FY/CRL,A/LF
Fragment/fragment ang. correl., ternary fission : TER,FY/CRL,FF/FF
Fragm.gvn/heavy charged partl.corr.,tern.fiss. : TER,FY/CRL,HCP
Heavy frag./light frag.ang.correl.,tern.fission : TER,FY/CRL,HF/LF
Fragm.gvn/light charged partl.corr.,tern.fiss. : TER,FY/CRL,LCP
Light chgd prt./heavy frag.ang.corr.,tern.fiss. : TER,FY/CRL,LCP/HF
Light chgd prt./light frag.ang.corr.,tern.fiss. : TER,FY/CRL,LCP/LF
Light frag./heavy frag.ang.correl.,tern.fission : TER,FY/CRL,LF/HF
Most probable kin.energy of ternary fission alp : TER,KEP,A
Ternary fission cross section : TER,SIG
Ternary fission cross section at resonance : TER,SIG,,RES
Alpha-emission cross section, ternary fission : TER,SIG,A
Most probable charge of ternary fission frag. : TER,ZP
Ternary/binary fission alpha yield ratio : TER/BIN,FY/RAT,A
Ternary/binary cross section ratio : TER/BIN,SIG/RAT
Ternary/binary cross section ratio at resonance : TER/BIN,SIG/RAT,,RES
Yield of tern.alpha particles for given alpha e : TER/PAR,FY,A
Polarization asymmetry for transverse polar. : TRS,POL,,ASY
Spin-spin asymmetry for transverse spin states : TRS,POL,,DSP/ASY
Transverse vector analyzing power, A(x) : TRS,POL/DA,,ANA
Cs diff.(transv.spins, parallel - antiparallel) : TRS,SIG,,DSP
Spin-spin cs, transverse to beam direction : TRS,SIG,,SS
Cross section, undefined reaction : UND,SIG
Cross section ratio, undefined reaction : UND,SIG/RAT
Cross section sum, undefined reaction : UND,SIG/SUM
Thick target yield, undefined reaction : UND,TTY
Thick-target yield per unit time, undef.reactio : UND,TTY,,DT
Unweighted prod.cs integral over incid.energy : UNW,INT
Unweighted production cross section : UNW,SIG
SF5 :
any
(blank)
(CUM)
(CUM)/(M)/
(CUM)/M+
(CUM)/UND
(DEF)
(M)
(M)/UND
1
2
20
20/PAR
21
21/PAR
22
22/PAR
3
31
31/PAR
32
32/PAR
33
33/PAR
4
BA
BA/COH
BA/PAR
BIN
BIN/TER
CHG
CHN
CN
CN/PAR
CN/SEQ
CN/SEQ/PAR
COH
CON
CUM
CUM/(M)
CUM/(M)/UN
CUM/M-
CUM/TER
CUM/UND
DI
DI/PAR
DI/SEQ
DIS
DL
DL/CUM
DL/GRP
DL/IND
DL/PAR
EM
EM/PAR
EP
EP/PAR
FA
FA/COH
FA/INC
FA/PAR
FIS
HEN
INC
IND
IND/(M)
IND/M+
IND/M+/UND
IND/TER
IND/UND
LEN
LL
LL/PAR
LL/SEQ
LON
LP
LS
LS/PAR
M+
M+/(DEF)
M+/UND
M-
MAS
MP
NL
NN
NN/PAR
NN/SEQ
NUM
PAR
PAR/(CUM)/
PAR/(DEF)
PAR/CHN
PAR/CON
PAR/CUM
PAR/DIS
PAR/IND
PAR/M+
PAR/M-
PAR/PRE
PAR/UND
POT
PR
PR/NUM
PR/PAR
PR/TER
PRE
PRE/BIN
PRE/TER
PRE/TER/PA
SEC
SEC/CHN
SEQ
SEQ/PAR
SL
SL/PAR
SPL
SS
SS/PAR
SS/SEQ
TER
TER/BIN
TER/PAR
TRS
UND
UNW
SF6 :
any
(blank)
AG
AH
AKE
AKE/CRL
AKE/DA
AKE/DE
ALF
AMP
AP
AP/DA
ARE
COR
COR/DE
CRL
D
DA
DA/CRL
DA/DA
DA/DA/DE
DA/DA/DE/D
DA/DE
DA/DE/DE
DA/DP
DA/KE
DA/RAT
DA/TMP
DA/TYA
DA2/DE2
DE
DP
DT
ECO
EMC
EN
ETA
ETA/NU
FM/DA
FM2/DA
FY
FY/CRL
FY/DE
FY/RAT
FY/SUM
INT
INT/DA
IPA
IPA/DE
IPA/DP
J
KE
KE/CRL
KEM
KEP
KEP/CRL
KER
L
LDP
MCO
MLT
MLT/DA
MLT/DA/DE
MLT/DE
NU
NU/DE
NU/DN
PHS
PN
POL
POL/DA
POL/DA/DA/
POL/DA/DE
POL/DA2/DE
POL/DT
PTY
PY
PY/DA
PY/DA/DE
RAD
RI
RI/SUM
SCO
SGV
SIF
SIF/TMP
SIG
SIG/DN
SIG/RAT
SIG/SUM
SIG/TEM
SIG/TMP
SPC
SPC/DA
STF
SWG
TEM
TRN
TTY
TTY/DA
TTY/DA/DE
TTY/DE
TTY/MLT
TTY/MLT/DA
TTY/MLT/DA
TTY/PY
TTY/PY/DA
TTY/PY/DA/
TTY/RAT
WID
WID/RED
WID/STR
ZP
SF7 :
any
(blank)
A
A+FF
A/A
A/A+A
A/A/A
A/A/FF
A/FF
A/G
A/HE3/A
A/HE3/HE3
A/HE6
A/HF
A/LF
A/P/A
A/RSD
D
D/A
D/D
D/D+A
D/D/D
D/HE3/D
D/RSD
FF
FF/A
FF/FF
G
G/A
G/G
G/LCP
G/N
G/P
G/P/G
HCP
HE3
HE6
HF
HF/LF
LCP
LCP/FF
LCP/HF
LCP/LF
LF
LF/HF
N
N/A
N/A/A
N/D
N/D/N+D
N/FF
N/G
N/HE2
N/HF
N/LF
N/N
N/N/A
N/N/N
N/N/P
N/P
N/P/N+P
N/P/P
N/T/A
P
P/A
P/A/FF
P/A/P
P/A/P+A
P/D
P/D/D
P/D/P
P/D/P+D
P/G
P/G/G
P/N/N
P/P
P/P/FF
P/P/P
P/P/P/RSD
P/T
P/T/P
PIN
PIP
RCL
RSD
T
T+A/3-LI-6
T/A/A
T/A/T
T/A/T+A
T/HE3/T
T/N/RSD
SF8 :
any
(blank)
2AG
2G
4AG
4PI
AA
AG
AL1
AL1/RS
ANA
ANA/LEG
ANA/TT
ASY
ASY/PP
AYY
AZZ
C
COS
COS/1K2
COS/RS
COS/RS0
COS/RSD
CS2
D
DSP
DSP/ASY
DT
G
IPA
K
LEG
LEG/1K2
LEG/2L2
LEG/L4P
LEG/RS
LEG/RS0
LEG/RSD
LEG/RSL
LIM
MOT
MXD
NCP
PHY
RES
RES/RTE
RM
RM/2G
RM/G
RM/S0
RM/SQ/G
RMT
RMT/AMP
RNV
RNV/LIM
RS
RS/TT
RS0
RSD
RTE
RTH
RV
RV/LIM
S0
S2T
SF
SFC
SFC/RES
SN2
SN2/RS0
SQ
SQ/G
SQ/S0
SRF
SS
TAP
TM
TRN
TST
TT
TT/IPA
TT/RSD
VAP
VGT
VGT/2G
Explicit form (SF5-9) :
ENDF quantity
Select NSUB
0 : Photo-Nuclear Data
1 : Photo-Induced Fission Product Yields
3 : Photo-Atomic Interaction Data
4 : Radioactive Decay Data
5 : Spontaneous Fission Product Yields
6 : Atomic Relaxation Data
10 : Incident-Neutron Data
11 : Neutron-Induced Fission Product Yields
12 : Thermal Neutron Scattering Data
113 : Electro-Atomic Interaction Data
10010 : Incident-Proton Data
10011 : Proton-Induced Fission Product Yields
10020 : Incident-Deuteron Data
10021 : Deuteron-Induced Fission Product Yields
10030 : Incident-Triton Data
10031 : Triton-Induced Fission Product Yields
20040 : Incident-Alpha data
20041 : Alpha-Induced Fission Product Yields
20040 : Incident-Alpha data
20041 : Alpha-Induced Fission Product Yields
Select MF
1 : General information
2 : Resonance parameters
3 : Cross sections
4 : Angular distributions of secondary particles
5 : Energy distributions of secondary particles
6 : Product energy-angle distributions
7 : Thermal neutron scattering law data
8 : Radioactive decay data
9 : Multiplicities for product. of radioactive elements
10 : Cross sections for product. of radioactive elements
11 : General comments on photon production
12 : Photon product. multiplicities and transition prob.
13 : Photon production cross sections
14 : Photon angular distributions
15 : Continuous photon energy spectra
23 : Smooth photon interaction cross sections
27 : Atomic form factors or scattering functions
30 : Introduction to covariances
31 : Covariances of the ave. number of neutrons per fiss.
32 : Covariances of resonance parameters
33 : Covariances of neutron cross sections
34 : Covariances for angular dist. of secondary particles
35 : Covariances for energy dist. of secondary particles
40 : Covariances for production of radioactive nuclei
Select MT
1 : n,total
2 : z,zO
3 : z, non-elastic
4 : z,n
5 : z,anything
6 : Not allowed in version 6
7 : Not allowed in version 6
8 : Not allowed in version 6
9 : Not allowed in version 6
10 : z,continuum
16 : z,2n
17 : z,3n
18 : z,F
19 : n,f
20 : n,nf
21 : n,2nf
22 : z,na
23 : z,n3a
24 : z,2na
25 : z,3na
26 : Not allowed in version 6.
27 : n,abs
28 : z,np
29 : z,n2a
30 : z,2n2a
31 : Not allowed in version 6.
32 : z,nd
33 : z,nt
34 : z,n3He
35 : z,nd2a
36 : z,nt2a
37 : z,4n
38 : n,3nf
39 : Not allowed in version 6. Use only as an LR
40 : Not allowed in version 6. Use only as an LR
41 : z,2np
42 : z,3np
46 : Not allowed in version 6.
47 : Not allowed in version 6.
48 : Not allowed in version 6.
49 : Not allowed in version 6.
50 : y,nO
51 : z,n1
52 : z,n2
53 : n,n3
54 : n,n4
55 : n,n5
56 : n,n6
57 : n,n7
58 : n,n8
59 : n,n9
60 : n,n10
61 : n,n11
62 : n,n12
63 : n,n13
64 : n,n14
65 : n,n15
66 : n,n16
67 : n,n17
68 : n,n18
69 : n,n19
70 : n,n20
71 : n,n21
72 : n,n22
73 : n,n23
74 : n,n24
75 : n,n25
76 : n,n26
77 : n,n27
78 : n,n28
79 : n,n29
80 : n,n30
81 : n,n31
82 : n,n32
83 : n,n33
84 : n,n34
85 : n,n35
86 : n,n36
87 : n,n37
88 : n,n38
89 : n,n39
90 : z,n40
91 : z,nc
101 : n, disappearance
102 : z,y
103 : z,p
104 : z,d
105 : z,t
106 : z,3He
107 : z,a
108 : z,2a
109 : z,3a
111 : z,2p
112 : z,pa
113 : z,t2a
114 : Z,d2a
115 : z,pd
116 : z,pt
120 : Not allowed in version 6.
151 : n,RES
201 : z,Xn
202 : z,Xy
203 : z,Xp
204 : z,Xd
205 : z,Xt
206 : z, X3He
207 : z,Xa
208 : z,Xpi+
209 : z,Xpi0
210 : z,Xpi-
211 : z,Xmu+
212 : z,Xmu-
213 : Z,XK+
214 : z,XK0(long
215 : z,XK0(short
216 : Z,XK-
217 : z,Xanti-proton
218 : z,Xanti-neutron
i : Redundant. Derived files only.
251 : n,....
252 : n,....
253 : n,....
301 : z,....
451 : z,....
452 : Z,....
454 : z,....
455 : z,....
456 : z,....
457 : z,....
458 : n,....
459 : z,....
465 : Not allowed in version 6.
466 : Not allowed in version 6.
500 : Total charged particle stopping power.
501 : Total photon interaction cross section.
502 : Photon coherent scattering.
504 : Photon incoherent scattering.
505 : Imaginary scattering factor.
506 : Real scattering factor.
515 : Pair production, electron field.
516 : Pair production. Sum of MT=515, 517. Redundant.
517 : Pair production, nuclear field.
518 : Not allowed in version 6.
522 : Photoelectric absorption.
532 : Not allowed in version 6.
533 : Not allowed in version 6.
534 : K (1s1/2) Subshell photoelectric cross section.
535 : L1 (2s1/2) Subshell photoelectric cross section.
536 : L2 (2p1/2) Subshell photoelectric cross section.
537 : L3 (2p3/2) Subshell photoelectric cross section.
538 : M1 (3s1/2) Subshell photoelectric cross section.
539 : M2 (3p1/2) Subshell photoelectric cross section.
540 : M3 (3p3/2) Subshell photoelectric cross section.
541 : M4 (3d3/2) Subshell photoelectric cross section.
542 : M5 (3d5/2) Subshell photoelectric cross section.
543 : N1 (4s1/2) Subshell photoelectric cross section.
544 : N2 (4p1/2) Subshell photoelectric cross section.
545 : N3 (4p3/2) Subshell photoelectric cross section.
546 : N4 (4d3/2) Subshell photoelectric cross section.
547 : N5 (4d5/2) Subshell photoelectric cross section.
548 : N6 (4f5/2) Subshell photoelectric cross section.
549 : N7 (4f7/2) Subshell photoelectric cross section.
550 : O1 (5s1/2) Subshell photoelectric cross section.
551 : O2 (5p1/2) Subshell photoelectric cross section.
552 : O3 (5p3/2) Subshell photoelectric cross section.
553 : O4 (5d3/2) Subshell photoelectric cross section.
554 : O5 (5d5/2) Subshell photoelectric cross section.
555 : O6 (5f5/2) Subshell photoelectric cross section.
556 : O7 (5f7/2) Subshell photoelectric cross section.
557 : O8 (5g7/2) Subshell photoelectric cross section.
558 : O9 (5g9/2) Subshell photoelectric cross section.
559 : P1 (6s1/2) Subshell photoelectric cross section.
560 : P2 (6p1/2) Subshell photoelectric cross section.
561 : P3 (6p3/2) Subshell photoelectric cross section.
562 : P4 (6d3/2) Subshell photoelectric cross section.
563 : P5 (6d5/2) Subshell photoelectric cross section.
564 : P6 (6f5/2) Subshell photoelectric cross section.
565 : P7 (6f7/2) Subshell photoelectric cross section.
566 : P8 (6g7/2) Subshell photoelectric cross section.
567 : P9 (6g9/2) Subshell photoelectric cross section.
568 : P10 (6h9/2) Subshell photoelectric cross section.
569 : P11 (6h11/2 Subshell photoelectric cross section.
570 : Q1 (7s1/2) Subshell photoelectric cross section.
571 : Q2 (7p1/2) Subshell photoelectric cross section.
572 : Q3 (7p3/2) Subshell photoelectric cross section.
600 : z,p0
601 : z,p1
602 : z,p2
603 : z,p3
604 : z,p4
605 : z,p5
606 : z,p6
607 : z,p7
608 : z,p8
609 : z,p9
610 : z,p10
611 : z,p11
612 : z,p12
613 : z,p13
614 : z,p14
615 : z,p15
616 : z,p16
617 : z,p17
618 : z,p18
619 : z,p19
620 : z,p20
621 : z,p21
622 : z,p22
623 : z,p23
624 : z,p24
625 : z,p25
626 : z,p26
627 : z,p27
628 : z,p28
629 : z,p29
630 : z,p30
631 : z,p31
632 : z,p32
633 : z,p33
634 : z,p34
635 : z,p35
636 : z,p36
637 : z,p37
638 : z,p38
639 : z,p39
640 : z,p40
641 : z,p41
642 : z,p42
643 : z,p43
644 : z,p44
645 : z,p45
646 : z,p46
647 : z,p47
648 : z,p48
649 : Z,Pc
650 : z,d0
651 : z,d1
652 : z,d2
653 : z,d3
654 : z,d4
655 : z,d5
656 : z,d6
657 : z,d7
658 : z,d8
659 : z,d9
660 : z,d10
661 : z,d11
662 : z,d12
663 : z,d13
664 : z,d14
665 : z,d15
666 : z,d16
667 : z,d17
668 : z,d18
669 : z,d19
670 : z,d20
671 : z,d21
672 : z,d22
673 : z,d23
674 : z,d24
675 : z,d25
676 : z,d26
677 : z,d27
678 : z,d28
679 : z,d29
680 : z,d30
681 : z,d31
682 : z,d32
683 : z,d33
684 : z,d34
685 : z,d35
686 : z,d36
687 : z,d37
688 : z,d38
689 : z,d39
690 : z,d40
691 : z,d41
692 : z,d42
693 : z,d43
694 : z,d44
695 : z,d45
696 : z,d46
697 : z,d47
698 : z,d48
699 : z,dc
700 : z,t0
701 : z,t1
702 : z,t2
703 : z,t3
704 : z,t4
705 : z,t5
706 : z,t6
707 : z,t7
708 : z,t8
709 : z,t9
710 : z,t10
711 : z,t11
712 : z,t12
713 : z,t13
714 : z,t14
715 : z,t15
716 : z,t16
717 : z,t17
718 : z,t18
719 : z,t19
720 : z,t20
721 : z,t21
722 : z,t22
723 : z,t23
724 : z,t24
725 : z,t25
726 : z,t26
727 : z,t27
728 : z,t28
729 : z,t29
730 : z,t30
731 : z,t31
732 : z,t32
733 : z,t33
734 : z,t34
735 : z,t35
736 : z,t36
737 : z,t37
738 : z,t38
739 : z,t39
740 : z,t40
741 : z,t41
742 : z,t42
743 : z,t43
744 : z,t44
745 : z,t45
746 : z,t46
747 : z,t47
748 : z,t48
749 : z,tc
750 : z,3He0
751 : z,3He1
752 : z,3-He2
753 : z,3-He3
754 : z,3-He4
755 : z,3-He5
756 : z,3-He6
757 : z,3-He7
758 : z,3-He8
759 : z,3-He9
760 : z,3-He10
761 : z,3-He11
762 : z,3-He12
763 : z,3-He13
764 : z,3-He14
765 : z,3-He15
766 : z,3-He16
767 : z,3-He17
768 : z,3-He18
769 : z,3-He19
770 : z,3-He20
771 : z,3-He21
772 : z,3-He22
773 : z,3-He23
774 : z,3-He24
775 : z,3-He25
776 : z,3-He26
777 : z,3-He27
778 : z,3-He28
779 : z,3-He29
780 : z,3-He30
781 : z,3-He31
782 : z,3-He32
783 : z,3-He33
784 : z,3-He34
785 : z,3-He35
786 : z,3-He36
787 : z,3-He37
788 : z,3-He38
789 : z,3-He39
790 : z,3-He40
791 : z,3-He41
792 : z,3-He42
793 : z,3-He43
794 : z,3-He44
795 : z,3-He45
796 : z,3-He46
797 : z,3-He47
798 : z,3-He48
799 : z,3Hec
800 : z,a0
801 : z,a1
802 : z,a2
803 : z,a3
804 : z,a4
805 : z,a5
806 : z,a6
807 : z,a7
808 : z,a8
809 : z,a9
810 : z,a10
811 : z,a11
812 : z,a12
813 : z,a13
814 : z,a14
815 : z,a15
816 : z,a16
817 : z,a17
818 : z,a18
819 : z,a19
820 : z,a20
821 : z,a21
822 : z,a22
823 : z,a23
824 : z,a24
825 : z,a25
826 : z,a26
827 : z,a27
828 : z,a28
829 : z,a29
830 : z,a30
831 : z,a31
832 : z,a32
833 : z,a33
834 : z,a34
835 : z,a35
836 : z,a36
837 : z,a37
838 : z,a38
839 : z,a39
840 : z,a40
841 : z,a41
842 : z,a42
843 : z,a43
844 : z,a44
845 : z,a45
846 : z,a46
847 : z,a47
848 : z,a48
849 : z,ac
851 : Lumped-reaction covariances.
852 : Lumped-reaction covariances.
853 : Lumped-reaction covariances.
854 : Lumped-reaction covariances.
855 : Lumped-reaction covariances.
856 : Lumped-reaction covariances.
857 : Lumped-reaction covariances.
858 : Lumped-reaction covariances.
859 : Lumped-reaction covariances.
860 : Lumped-reaction covariances.
861 : Lumped-reaction covariances.
862 : Lumped-reaction covariances.
863 : Lumped-reaction covariances.
864 : Lumped-reaction covariances.
865 : Lumped-reaction covariances.
866 : Lumped-reaction covariances.
867 : Lumped-reaction covariances.
868 : Lumped-reaction covariances.
869 : Lumped-reaction covariances.
870 : Lumped-reaction covariances.
871 : Lumped-reaction covariances.
872 : Lumped-reaction covariances.
873 : Lumped-reaction covariances.
874 : Lumped-reaction covariances.
875 : z,2n0
876 : z,2n1
877 : z,2n2
878 : z,2n3
879 : z,2n4
880 : z,2n5
881 : z,2n6
882 : z,2n7
883 : z,2n8
884 : z,2n9
885 : z,2n10
886 : z,2n11
887 : z,2n12
888 : z,2n13
889 : z,2n14
890 : z,2n15
891 : z,2nc
Select LR
22 : +a
23 : +3a
24 : +n+a
25 : +2n+a
28 : +p
29 : +2a
30 : n+2a
32 : +d
33 : +t
34 : +3He
35 : +d+2a
36 : +t+2a
39 : internal conversion
40 : electron pair creation
Links
About EXFOR
Data source:
http://www-nds.iaea.org/nrdc/about/about-exfor.html
Maintained by International Network of Nuclear Reaction Data Centres (NRDC)
http://www-nds.iaea.org/nrdc/
The report of this system
"Web-Based Search and Plot System for Nuclear Reaction Data"
N. Otuka, M. Aikawa, T. Suda et al., Proc. Int. Conf. Nuclear Data for Sci. Technol. (ND2004),
Sep. 26 - Oct. 1, 2004, Santa Fe, USA, p.561.
http://dx.doi.org/10.1063/1.1945071
Nuclear Data Center, Japan Atomic Energy Agency (JAEA)
e-mail: tokai-ndc-wwwadm@jaea.go.jp
