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Recommended abbreviations for comment- The status of the work: TBD:To be done, TBC:To be completed, TBP:To be published, ABST:Abstract- The form of data given: NDG:No data given, GRPH(S):Graph(s), TBL:Table, CURV:Curve, PRELIM:Preliminary data, SUPSDD:Superseded- Experimental method: VDG:Van der graaff, SCIN:Scintillator, SPEC(T):Spectrometer, MASS-SPEC:Mass spectrometer, GELI:Germanium (lithium drifted) detector, TOF:Time-of-flight, SCAT:Scattering, ACT:Activation- Theoretical treatment: ANAL(YS):Analysis, CALC:Calculation, C-C:Coupled channel, OPTMDL:Optical model, STATMDL:Statistical model, COMPNUC:Compound nucleus, TH(EO):Theory, theoretical- Further specfication of reaction quantity:
General: EN:Neutron energy, EG:Gamma ray energy, ELAS:Elastic, INEL:Inelastic, SIG:Cross section (do not use ’CS’), ABSOL:Absolute, REL TO:Relative to, CFD:Compared withParticle emission: ANG:Angle, ANGDIST:Angular distribution, LEG COEF:Legendre coefficients, E’:Secondary energy, A, ALF:Alpha (particle), D:Deuteron, N:Neutron, P:Proton, G(AM):Gamma (ray)Final state: EXCIT:Excitation, LVL:Level, META:Metastable, GND:Ground state, ISOM:Isomeric state, T1/2,HL:Half-life
Resonance parameters: RESPARS:Resonance parameters J:Spin, L:Orbital angular momentum, WT(OT):Total width, WN:Neutron width, WG:Gamma width, WF:Fission width, WA(LF):Alpha widthElement (* monoisotopic element, No blank in A-field):
ActiniumAc
89 Californium
Cf98
Aluminium * Al
13 Carbon *C
6Americium
Am
95 Cerium
Ce58
Antimony
Sb51 Cesium *Cs
55
Argon
Ar
18 ChlorineCl
17
Arsenic *As
33 ChromiumCr
24
AstatineAt
85 Cobalt *Co
27BariumBa
56 CopperCu
29
Berkelium
Bk
97 Curium
Cm
96Berylium *Be
4 Darmstadtium Ds
110
Bismuth *Bi
83 Dubnium
Db105
BohriumBh
107 Dysprosium
Dy66
Boron
B
5 Einsteinium
Es99Bromine
Br35 Erbium
Er68Cadmium
Cd48 Europium
Eu
63
Calcium
Ca20 Fermium
Fm100

Reaction codes:
ABS Absorption
ELElastic scattering
FFission
FUS Total fusion
INL Inelastic scattering
NON Nonelastic (= tot-ela)

PAISCTTCC
THS
TOTX

Pair production
Total scat. (ela + inel)
Total charge changing
Thermal neutron scat.
Total
Process unspecified

Physical quantity codes:
ALF α , capture-tofission cross section ratio
AMP Scattering length or amplitude
CHG Fragment charge distribution
CS
Cross section
CSP Partial cross section
CST Temperature dependent cross section
DAd σ /dΩDEd σ /dE
DAA d σ /dΩ1 dΩ2DAE d σ /dΩdE
D3A d σ /dΩ1 dΩ2 dE
Laboratory codes:
2JPNAIS AIST
2JPNAIT Ashikaga I. Tech.
2JPNAOY Aoyama Gakuin U.
2JPNCIT Chiba I.Tech.
2JPNETL Electrotech. Lab.
2JPNFE
Fuji Electric
2JPNFUK Fukuoka U.
2JPNGMT Gifu Col.Med.Tech.
2JPNHIR Hiroshima U.
2JPNHIT Himeji I. Tech.
2JPNHOS Hosei U.

2JPNHYO
2JPNICU
2JPNIPC
2JPNIRS2JPNISS2JPNJAE
2JPNJCL2JPNJEL2JPNJNC
2JPNJPN
2JPNJSR

D3E
D4A
DAP
DATDEPDPDTETA
EVL
FY
INT

Fluorine *Francium
Gadolinium
Gallium
GermaniumGold *
Hafnium
Hassium
Helium *Holmium *Hydrogen *IndiumIodine *Irirdium
IronKrypton

0AAP
DEC
ETAFFrGdGa
GeAu
HfHs
He
HoH
In
I
IrFeKr

98764
31
32
79
72
108
267
149
53
77
2636

AlphasAntiprotons
Deuterons
Electron captureη -mesonsLanthanum *Lawrencium
Lead
Lithium
Lutetium
Magnesium
Manganese *Meitnerium
Mendelevium
Mercury
Molybdenum
Neptunium
Neodymium
Neon
Nickel
Niobium *FF
GHE2HE3
HE6
HFd σ /dΩdE1 dE2d σ /dΩ1 dΩ2 dE1 dE2d σ /dΩ (partial)
Temperature dependent Legendre coefficient
Energy spectrum for specific group)d σ /d p
d σ /dt
η , number of fission neutron per absorption
Evaluation
Fission product yield
Cross section integral over incident energy

Hyogo Agr.U.
Internat. Christ. U.
RIKEN
Nat.I.of Radiol.Sci.
ISSP, U.Tokyo.
JAEA
Cycl. Lab., RIKENElect.Pow.Dev.Corp.
Nucl.Cycl.Develop.I.
Japan
Synchrotrn Rad.Res.I.

2JPNJTD2JPNKEK2JPNKIT2JPNKNK
2JPNKNZ2JPNKON2JPNKTJ
2JPNKTO2JPNKUE2JPNKYO
2JPNKYULaLrPb
Li
Lu
Mg
Mn
Mt
Md
Hg
Mo
Np
Nd
Ne
Ni
Nb

57103
82
371
1225
109
101
80
4293
60
102841Fission fragments
Gammas
2 He
3 He
6 He
Heavy fragment

KE
KER
MLT
NQ
NU
NUD
NUF
POL
POD
POT
PY

Nitrogen *Nobelium
OsmiumOxygen *Palladium
Phosphorus *Platinum
Plutonium
Polonium
PotassiumPraesodymium*
Promethium
Protactinium
RadiumRadon
Rhenium

K
KN
KP
LF
N
P

N
No
Os
O
Pd
P
Pt
Pu
PoK
Pr
Pm
Pa
Ra
Rn
Re

Kaons,unspecified
Kaons,negative
Kaons,positive
Light fragment
Neutrons
Protons

7102
768461578948419596191888675

Rhodium *Rubidium
Ruthenium
Rutherfordium
Samarium
Scandium *Seaborgium
Selenium
SiliconSilverSodium *Strontium
Sulphur
Tantalum *Technetium
Tellurium

2JPNLEP
2JPNNAG2JPNNCT
2JPNNIA
2JPNNIF
2JPNNIG
2JPNNII
2JPNOSA2JPNOSP2JPNPNC
2JPNSAE

KEK
Nagoya U.
Oita Nat.Col. Tech.
Nagasaki I. Applied Sci.
Nat.Inst.Fusion Sci.
NAIG Corp.
Niigata U.
Osaka U.
Rad.Centre Osaka Pref.
PNC
Sumitomo Ato. E. Ind.

4537441046221106341447113816734352

Terbium *Thallium
Thorium *Thulium *Tin
Titanium
Tungsten
Uranium
Vanadium *Xenon
Ytterbium
Yttrium *Zinc
Zirconium

TbTlThTm
SnTiWUVXeYbYZn
Zr

65
8190
6950
2274
92
2354703930
40Pions,unspecified
Pions,neutral
Pions,negative
Pions,positive
Tritons

PIPI0
PIN
PIP
T

Kinetic energy
Kerma factor
Multiplicity
Nuclear quantity (level density parameter etc.)
ν , number of fission neutron (tot or prompt)
νd , number of fission neutron (delayed)
Fission fragment neutron yield
Polarization (polarization, analyzing power etc.
Angular or energy dependent polarization
Potential scatteirng radius or cross section
Product yield (other than fission)

Juntendo U.
KEK
U.Occup.Env.Health
Kinki U.
Kanazawa U.
Konan U.
Kobe Tokiwa J. Col.
Kyoto U.
Kyoto U. of Education
Kyoritsu Col. Pharm.
Kyushu U.

Rh
Rb
Ru
Rf
Sm
Sc
Sg
Se
Si
Ag
Na
Sr
S
Ta
Tc
Te

RI
RP
RR
SIF
SPC
TSL
TT
TTD
TTP

2JPNSHR2JPNSHZ
2JPNSTA2JPNSUT
2JPNSUU
2JPNTIT2JPNTKS
2JPNTMU
2JPNTOH
2JPNTOI
2JPNTOK

Resonance integral
Resonance parameter
Reaction rate
Self indication
Gamma spectrum
Thermal scattering
Thic target yield
Differential thick target yield
Partial thck target yield

Ship Res..
Shizuoka U.
Sci.Tech.Agency
Tokyo U. of Sci.
Saitam U.
Tokyo I.Tech.
Tokushima U.
Tokyo Metro.U.
Tohoku U.
Tohoku I.Tech.
U.of Tokyo

2JPNTSU2JPNWDA
2JPNWER2JPNYAM
2JPNYMG
2JPNYOK

U.of Tsukuba
Waseda U.
Wakasawan E.Res.C.
Yamanashi U.
Yamagata U.
Rikkyo U.

CINDA ENTRY FORM (Example)
Japan Charged-Particle Nuclear Reaction Data Group
DateCompiler
PunchedTarget
A MZ61236↓

7Reaction
Proj.
Proc.

D

Quant.

Lab.

Work

Inc. Energy (eV)Min ± Max ±2004.06.26
Otsuka Naohiko

Title

ReferenceVol. Iss. Page

PTP

111

PTP/S

153

JPJ

73

1-5

41

1-5

2004

5PTP/S

153

2JPNJPN

Theo

3.5+9DA

TT

2JPNTOH

Expt

2.0+31.0+5JPJ

73

↓

↓↓

↓

↓

↓

↓

↓

↓

↓

↓

340

200405

Nagahiro+

GRPH,OPTMDL,N(1535) dominance3609

200403

Kasagi+

GRPH,Pd-Li Tgt,E-DE

↓↓

↓

↓

30DN

TTD

2JPNTOH

Expt

2.5+7NST

414399200404

Aoki+↓
9TTD↓↓||
↓TT

4||
↓

TT||
↓

||
↓

||
↓

||
↓

||
↓

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↓

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90232

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3KORKAE

Theo

1.0+6

2.5+8JAERI-C

2004581200404

Lee+

92

233

||

234

96

243

||
↓244

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246

Comments
Comments (incl. other lab., products)
Scanned but no article

↓236

1/1

Proc.of "Finite Density QCD"

NST

DAE

Author+.

1-5

JAERI-C
ETA+3HE

Date

Page
CheckedVerfied↓
GRPH,TOF,2JPNJAE
GRPH,TOF,2JPNJAE,7Be
GRPH,TOF,2JPNJAE
GRPH,TOF,2JPNJAE,7Be
GRPH, LDM, CFD Exp, 2JPNJAE||↓
GRPH, LDM, 2JPNJAE||↓

Recommended abbreviations- The status of the work: TBD:To be done, TBC:To be completed, TBP:To be published, ABST:Abstract- The form of data given: NDG:No data given, GRPH(S):Graph(s), TBL:Table, CURV:Curve, PRELIM:Preliminary data, SUPSDD:Superseded- Experimental method: VDG:Van der graaff, SCIN:Scintillator, SPEC(T):Spectrometer, MASS-SPEC:Mass spectrometer, GELI:Germanium (lithium drifted) detector, TOF:Time-of-flight, SCAT:Scattering, ACT:Activation- Theoretical treatment: ANAL(YS):Analysis, CALC:Calculation, C-C:Coupled channel, OPTMDL:Optical model, STATMDL:Statistical model, COMPNUC:Compound nucleus, TH(EO):Theory, theoretical- Further specfication of reaction quantity:
General: EN:Neutron energy, EG:Gamma ray energy, ELAS:Elastic, INEL:Inelastic, SIG:Cross section (do not use ’CS’), ABSOL:Absolute, REL TO:Relative to, CFD:Compared with
Particle emission: ANG:Angle, ANGDIST:Angular distribution, LEG COEF:Legendre coefficients, E’:Secondary energy, A, ALF:Alpha (particle), D:Deuteron, N:Neutron, P:Proton, G(AM):Gamma (ray)Final state: EXCIT:Excitation, LVL:Level, META:Metastable, GND:Ground state, ISOM:Isomeric state, T1/2,HL:Half-life
Resonance parameters: RESPARS:Resonance parameters J:Spin, L:Orbital angular momentum, WT(OT):Total width, WN:Neutron width, WG:Gamma width, WF:Fission width, WA(LF):Alpha width