Japan Charged-Particle Nuclear Reaction Data Group
Division of Physics, Graduate School of Science
Hokkaido University
060-0810 Sapporo, JAPANE-mail: nrdf@jcprg.org
Internet: http://www.jcprg.org/Telephone +81(JPN)-11-706-2684
Facsimile +81(JPN)-11-706-4850

Memo CP-E/060 (Revised)
Date:
To:
From:
Subject:

December 8, 2004
Distribution
OTSUKA Naohiko
Addition to Dictionary 25 34 (Modifiers) and Dictionary 36 (Quantities)

We propose the following quantity codes:
Dictionary 25 34 (Modifiers)
IPE
Dictionary 36 (Quantities),PY/DA/DE,,TT/IPE,PY/DE,,TT/IPE

Quantity

integrated over partial energy range

Differential product yield for thick target yieldwith respect to angle and energy of out goingparticle, integrated over partial energy range
1/E Differential product yield for thick target yield withrespect to energy of out going particle,
integrated over partial energy range
YLD

Dimension Reference

Subentry,PY/DA/DE,,TT/IPE

Reaction
Type
PY2

YLD

E1858.009,PY/DE,,TT/IPE

PYE

1/E

S. Yonai et al.,
Nucl.
Instrum.Meth.,
A515(2003)733

E1858.010

Note that:- In dictionary entry, “TT/” and “for thick target yield” may be omitted, because “TT” isapproved as a general quantity modifier in the 2004 NRDC meeting.
-Then, if we keep the rule, “General quantity modifiers should trail other modifiers”,“TT/IPE” in SF8 must be “IPE/TT”. However I use “TT/IPE” in E1858 for the time
being to keep consistency with other entries.

Distribution:
S. Babykina, CAJaD
S. Dunaeva, NDS
H. Henriksson, NEA-DB
M. Lammer, NDS
M. Mikhaylyukova, CJD
O. Schwerer, NDS
V. Varlamov, CDFE
V. Zerkin, NDS

J.H. Chang, KAERI
Z.G. Ge, CNDC
A. Kaltchenko, KINR
S. Maev, CJD
C. Nordborg, NEA-DB
S. Tákacs, ATOMKI
M. Vlasov, KINR
Y.X. Zhuang, CNDC

M. Chiba, JCPRG
O. Gritzay, KINR
K. Katō, JCPRG
V.N. Manokhin, CJD
P. Obložinský, NNDC
S. Taova, VNIIEF
M. Wirtz, NDS
EXFOR, NEA-DB

F.E. Chukreev, CAJaD
A. Hasegawa, JAERI
M. Kellet, NEA-DB
V. McLane, NNDC
A. Ohnishi, JCPRG
T. Tárkányi, ATOMKI
H.W. Yu, CNDC
JCPRG Distribution

Sample of coded entry (E1858.009)
S. Yonai et al., Nucl. Instrum.Meth., A515(2003)733 Fig.11
SUBENT
BIB
REACTION
EN-SECE1858009
20041122
E185800900001
614
E185800900002(26-FE-0(P,X)0-NN-1,,PY/DA/DE,,TT/IPE)
E185800900003
ANG is polar angle between beam and neutron inE185800900004
laboratory system
E185800900005(E,N) Lower limit energy to obtain double differential E185800900006
multiplicity integrated over neutron energy
E185800900007
ANALYSIS(INTED) Integration for energy range above 5 MeV
E185800900008
ERR-ANALYS (ERR-S) Statistical error
E185800900009
ADD-RES(COMP) Intranuclear cascade model (MCNPXE185800900010[L.S.Waters(Ed.) MCNPX User's Manual Version
E185800900011
2.4.0, LA-CP-02-408, LANL, 2002] and NMTC/JAM
E185800900012[K.Niita et al., Nucl. Instr. Meth.
E185800900013
B184(2001)406].)
E185800900014
STATUS(TABLE) Data (Fig. 11, p742 in reference) received by E185800900015
e-mail from S.Yonai (2003.12.8)
E185800900016
ENDBIB
140E185800900017
COMMON13
E185800900018
E-MIN
E185800900019
MEV
E185800900020
5.
E185800900021
ENDCOMMON
30
E185800900022
DATA
37E185800900023
ANG
DATA
ERR-S
E185800900024
ADEG
PRD/INC/SR PRD/INC/SR
E185800900025
0.
7.640E-02 8.340E-05
E185800900026
7.5
6.120E-02 6.690E-05
E185800900027
15.
5.230E-02 6.210E-05
E185800900028
30.
4.530E-02 7.960E-05
E185800900029
60.
1.880E-02 3.090E-05
E185800900030
90.
1.000E-02 3.560E-05
E185800900031
110.
7.340E-03 3.160E-05
E185800900032
ENDDATA
90E185800900033
ENDSUBENT320
E185800999999