Memo CP-D/274=============
To: Distribution

10 January 1997

From: O.Schwerer
Subject: Dictionary transmission 9072

Dictionary transmission 9072 is available by FTP from our open area (as usual in 2 formats:
TRANS 9072 and in DANIEL backup format, DAN_BACK.9072).
We are sending it on diskette to CJD, CAJaD and CNDC. The other centers are asked to pick
it up from our open area by FTP. The procedure is unchanged: ftp iaeand.iaea.or.at, user
NDSOPEN (no password), subdirectory TRANS, files TRANS.9072 and DAN_BACK.9072.
Please let us know if there are any problems with getting the files.
The updates include the changes agreed at the June NRDC meeting and modifications
proposed in recent memos. The many new polarization quantities proposed by NNDC inmemos CP-C/217 and 218 were not yet fully discussed and agreed at the NRDC meeting, so I
originally intended to postpone their inclusion until formal approval. However, since half ayear has passed now, and no comments were received, I included them all, in order to avoid
further delays. If any problems arise they should be submitted before (or, at latest, at) theNRDC meeting in May.
Below I append an abbreviated list of all updates included in this transmission. 'A' meansaddition, 'M' means modification, 'D' means deletion. To check all details of the modifications
please see the actual dictionary file. The deletions all concern the codes for relativistic heavy
ion data withdrawn by NNDC (Action 42 of the NRDC meeting) and are shown only in thelist below but not in the TRANS.9072 file.

*********************
DICT.003
A 1USAKNTA 1USANMS
M 2BLGBRUA
A 2BLGVUB

KNT1USAKent State University, Kent, OH
NMS1USANew Mexico State University, Las Cruces, NM
BRU2BLGUniv.Libre de Bruxelles, Bruxelles=(previously Brussels Univ.)
VUB2BLGVrije Univ., Bruxelles, Cyclotron Dept.

*********************
DICT.005
ACeased publication after 1992. Last issue = Vol.12 no.4,Dec.1992*********************
DICT.006
A ECN-C2NEDRCNEnergy Research Foundation,Petten Reports
A ECN-R2NEDRCNEnergy Research Foundation,Petten Reports
A INDC(SUD)- 3ZZZIAESudanese report to the I.N.D.C.

***

A JAERI-CA JAERI-R-2JPNJAEJAERI Tokai Reports
2JPNJAEJAERI Tokai Reports***********************
DICT.007
A 94PETRBG
A
AA
A 96BUDAAA
A 96DENTON
AA
A
A 96NOTREDAA
A 96SAROVA
A
A

Conf.Nucl.Spectrosc.Nucl.Struct.,St.Petersburg 1994 4RUS
(Int.Conf.on Nucl.Spectroscopy and Nucl.Structure,
St.Petersburg, Russia, 17-20 May 1994)
Some papers published in IZV 60 (1), (5), (11), 1996
9.Symp.on Capture Gamma Ray Spect., Budapest, 1996 3HUN(9.Int.Symp.on Capture Gamma Ray Spectroscopy andRelated Topics, Budapest, 8 - 12 October 1996)
Conf.on Appl.of Accel.in Res.and Ind.,Denton,USA,19961USA(14.Int.Conf.on the Application of Accelerators in
Research and Industry, Denton, Texas, USA,6 - 9 Nov. 1996)
Conf.on Nuclei in the Cosmos IV, Notre Dame, 1996
1USA
(Conf. on Nuclei in the Cosmos IV, Notre Dame,Indiana, USA, June 1996)
Worksh.Exact Meas.in Nucl.Spect., Sarov, Russia 1996 4RUS
(11. Workshop on Exact Measurements in Nuclear
Spectroscopy, Sarov (Arzamas-16), Russia,
2 - 6 Sept. 1996)*********************
DICT.018
M ESTRG

Electron storage ring*********************
DICT.019
M HARD
M KINDTHardened
Kinematically determined*********************
DICT.021
M RINGRM STATD

Ring ratio method
Statistically determined*********************
DICT.023
M UNFLD

Unfolding procedure*********************
DICT.024
D MSS-TK
D RAP
DD
D RAP-ERR

82E1000000E/C2HTransverse mass - rest mass of outgoing particle
7 E1000000NO HRapidity
Function of outgoing energy+Mom(parallel)/Energy-Mom(parallel)/
7 E9100000NO HRapidity uncertainty

D RAP-MAX
D RAP-MIN
D RAP-PS
DDA WVE-NM

7 E3000000NO HUpper limit of rapidity
7 E2000000NO HLower limit of rapidity
7 E1000000NO HPseudo rapidity
Function of outgoing Mom+Mom(parallel)/Mom-Mom(parallel)/
7 G00010001/L Wave Number*********************
DICT.025
A 1/FM
per Fermi
1/L
1.E+15L
D 1/GEV2
per GeV-squared
1/E2
1.E-18E
D A*GEV/C
Atomic number * GeV/veloc.of light E/CZ
A B*MEV
Barns * MeV
B*E
1.E+6ZD GEV/C2
GeV per Velocity of Light squared E/C2
1.E+18E
D MB*C3/GEV2 mb * vel.of light-cubed/GeV-squaredBC/MZ
A KBQ/MUAHR
Kilo-Becquerel/micro-Ampere-hour
TTY 2.702703E-5TT
A MBQ/MUAHR
Mega-Becquerel/micro-Ampere-hour
TTY 2.702703E-2TT*********************
DICT.031
D CEN
DA LOND PER
DA TRS

Central(For relativistic heavy ion data)
48Longitudinal spins
Peripheral(For relativistic heavy ion data)
49Transverse spins*********************
DICT.032
M CRL
D DMT
D DR
D ISP

32Correlation
Differential with resp.to sec.particle transverse mass RHI
Differential with respect to rapidity
RHI
Inverse slope parameter
RHI*********************
DICT.034
D 2MT
D
D 2PT
DM AYYMA AZZAA CLLA
A
A CLS
A
A
A CNN

times 2pi * transverse secondary particle mass
for relativistic heavy ion datatimes 2pi * transverse secondary particle momentum
for relativistic heavy ion data
33Tensor analyz.power,inc.proj.spin normal to scatt.plane
Tensor analyzing power, incident projectile spin
32
Tensor analyz.power,inc.proj.spin parall.to scatt.plane
Tensor analyzing power, incident projectile spin
33
Spin corr.fct.,target and beam spins parallel to beam
*Spin correlation function, target and beam spins
parallel to beam direction in scattering plane
33
Spin corr.fct.,beam spin perp.,target spin parall.beam*Spin correlation function, beam spin parallel, target
spin perpendicul. to beam direction in scattering plane
33
Spin corr.fct.,target and beam spins normal scatt.planeAA
A CSLAAA CSSAAA DSPA IPA
A KLLAAA KLSAAA KNN
AAA KSLAAA KSSAAA SFC*Spin correlation function, target and beam spinsnormal to scattering plane
33
Spin corr.fct.,target and beam spins perpend.to beam
*Spin correlation function, beam spin perpendicular,
target spin parallel to beam direction in scatt. plane
33
Spin corr.fct.,target and beam spins perpend.to beam
*Spin correlation function, target and beam spins
perpendicular to beam direction in scattering plane
36
Spins parallel minus spins antiparallel
47
integrated over partial angular range
33
Spin transf.param.,target+beam spins parall.to beam
*Spin transfer parameter, target and beam spins
parallel to beam direction in scattering plane
33
Spin trsf.param.,beam sp.parall.,target sp.perp.to beam
*Spin transfer parameter, beam spin parallel,target spin perpend.to beam direction in scatt. plane
33
Spin transf.param.,target+beam spins normal scatt.pl.
*Spin transfer parameter, target and beam spinsnormal to scattering plane
33
Spin trsf.param.,beam sp.perp.,target sp.parall.to beam
*Spin transfer parameter, beam spin perpendicular,
target spin parallel to beam direction in scatt. plane
33
Spin transf.param.,target+beam spins perpend.to beam
*Spin transfer parameter, target and beam spins
perpendicular to beam direction in scatteringg plane48
S-factor*********************
DICT.036
M
BRA = bremsstrahlung spectrum average (for PhotoND)A
BRS = average over part of bremsstrahlung spectrum
D CEN,SPC/DMT/DR,,2MT SP
Double-dif.sp.d/dm(trs)/dR*1/(2pi*trs.mass,cen.)
D(Double-diff. spectrum d/d(transverse mass)/
Dd(rapidity)*1/(2pi*transverse mass),central)
D CEN,SPC/DRSP
Spectrum as a function of rapidity, central
A ,DA,,IPA
CS+ B
Diff.cs integrated over partial angular range
D ,DMT/DR,,2MTSP
Double-diff.cs d/dm(trns)/dR*1/(2pi*transv.mass)
D(Double-diff.cross section d/d(transv.mass)/
Dd(rapidity) * 1/(2pi*transverse mass))
M ,POL/DA,,AYY
POD NO Tensor anal.power,inc.proj.spin normal scatt.pl.
M(Tensor analyzing power, incident projectileM
spin normal to scattering plane)
A ,POL/DA,,AZZ
POD NO Tensor anal.power,inc.proj.spin parall.scatt.pl.
A(Tensor analyzing power, incident projectile
Aspin normal to scattering plane)
A ,POL/DA,,CLL
PO NO Spin corr.fct.,target+beam spins parall.to beamA
(Spin correlation function, target and beamA
spins parallel to beam direction inAscattering plane)
A ,POL/DA,,CLS
PO NO Spin corr.fct.,beam parall.,target perp.to beamA
(Spin correlation function, beam spinAparallel, target spin perpendicularAto beam direction in scattering plane)
A ,POL/DA,,CNN
PO NO Spin corr.fct.,target+beam spns normal scatt.pln

AA
A ,POL/DA,,CSL
A
AA
A ,POL/DA,,CSS
AAA
A ,POL/DA,,KLL
A
AA
A ,POL/DA,,KLS
AAA
A ,POL/DA,,KNN
A
A
A ,POL/DA,,KSL
A
AA
A ,POL/DA,,KSS
A
AA
A ,POL/DA,P,ANA
A ,SGV,,SFC
A ,SIG,,DSP
A ,SIG,,SFC
M ,WID/RED,,RMT
M IND,FY/CRLA IND,SIG,GA
A
A IND/UND,SIG,G
A
A
A
A
A
A
A LON,SIG,,DSP
A PAR,AKE,GA PAR,DA,HE3
A PAR,POL/DA,,AYYAAA PAR,POL/DA,,AZZAAD PAR/CEN,ISP(Spin correlation function, target andbeam spins normal to scattering plane)
PO NO Spin corr.fct.,beam sp.perp.,targ.sp.parall.beam(Spin correlation function, beam spin
perpendicular, target spin parallel
to beam direction in scattering plane)
PO NO Spin corr.fct.,target+beam spins perpend.to beam
(Spin correlation function, targetand beam spins perpendicular
to beam direction in scattering plane)
PO NO Spin trsf.parm.,target+beam spns parall.to beam
(Spin transfer parameter, target andbeam spins parallel to beam directionin scattering plane)
PO NO Spin trsf.prm.,beam sp.parall.,targ.sp.perp.beam(Spin transfer parameter, beam spinparallel, target spin perpendicular to beam
direction in scattering plane)
PO NO Spin trsf.parm.,target+beam spns normal scat.pl.
(Spin transfer parameter, target andbeam spins normal to scattering plane)
PO NO Spin trsf.prm.,beam sp.perp.,targ.sp.parall.beam(Spin transfer parameter, beam spin
perpendicular, target spin parallel to beam
direction in scattering plane)
PO NO Spin trsf.parm.,target+beam spns perpend.to beam(Spin transfer parameter, target andbeam spins perpendicular to beam directionin scattering plane)
POD NO Analyzing power for protons
RRS B*E S-factor for reaction rate
CS+ BCs for spins antiparall.minus cs f.spins parall.
CS+ B*E S-factor for cross section
RP TBRE.R-matrix reduced resonance width
FY FY Independent yield of correlated fragment pairs
CS B
Independent gamma prod.cs(Independent gamma productioncross section)
CS B
Independent gamma prod.cs, undefined reaction(Independent gamma production cross section,
without defined reaction channel, outgoingparticles represent only sumof emitted nucleons.)===Not to be used with process codes 'X','F'.
So far only used for charged particle data.
CS+ B
Cs diff.(longit.spins, antiparallel - parallel)
E
E Average gamma energy for specific group of g's
DAP DA Partial angular distribution of He-3 particles
POD NO Partl.tensor anal.power,spins normal scatt.pl.
(Partial tensor analyzing power,
spins normal to scattering plane)
POD NO Partl.tensor anal.power,spins parallel to beam
(Partial tensor analyzing power,
spins parallel to beam direction)
SP
Inverse slope as a fct.of rapidity, central

D PAR/PER,ISPSP
Inverse slope as a fct.of rapidity, peripheral
D PER,SPC/DMT/DR,,2MT SP
Double-dif.sp.d/dm(trs)/dR*1/(2pi*trs.mass,per.)
D(Double-diff. spectrum d/d(transverse mass)/
Dd(rapidity)*1/(2pi*transv.mass),peripheral)
D PER,SPC/DRSP
Spectrum as a function of rapidity, peripheral
A PR,DA,N,RSD
DA NO Ang. distrib. prompt fiss. neutrons rel.90 deg.
A PRE,FY/CRLFY FY Primary fiss.prod.yield of correl.fragment pairsA(Primary fission-product yield
Aof correlated fragment pairs)
A SEQ,DA
DA DA Diff.cross section for spec. reaction seq.
A
(Diff.cs for partial reaction specified byAsequence of outgoing particles)
A SEQ,DA/DEDA DA Double-diff.cs for spec. reaction seq.
A
(Double-diff.cs for partial reaction
Aspecif. by sequence of outgoing particles)
A TRS,SIG,,DSP
CS B
Cs diff.(transv.spins, antiparallel - parallel)

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