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Integral cross sections, general
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(CUM),SIG | (Cross section (uncertain if cumulative))
(Cross section, uncertain if cumulative)
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(CUM),SIG/RAT | (Cross section ratio (uncertain if
cumulative))
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(CUM)/M+,SIG | (Cross section,incl.isom.trans.,uncert.if
cum)
(Cross section, including formation of the
product nucleus via isomeric transition,
uncertain if cumulative)
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(CUM)/M-,SIG | (Cross section excluding isomeric
transition, uncertain if cumulative)
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(M),INT | (Cs.int.over inc.energy, unc. if iso.trans.
incl.)
(Cross section integral over incident
energy, uncertain if isomeric transition
included)
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(M),RI | (Resonance integral (uncert.if isom.trans.
incl.))
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(M),SIG | (Cross section (uncert.if isomeric trans.
incl))
(Cross section, including/excluding
formation via isomeric transition regarded
by compiler as uncertain)
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,DA,*,4PI | (Angular distribution of particle spec. *
4pi)
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,DA,,4PI | (Differential c/s d/dA * 4pi)
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,INT | (Cross-section integral over incident
energy)
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,INT,,RAB | (Cs.int.inc.e.*abun.(nat)/abun.(nucl.of 1st
term))
(Cross section integral over incident energy
times natural isotopic abundance divided
by abundance of target of first term of
REACTION sum)
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,INT,,RTE | (Cross-section integral over inc.
energy*sqrt(E))
(Cross section integral over incident energy
* root(E) )
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,INT/DA,,4PI | (4pi * integral over inc.energy of ang.
distr.)
(4 pi * integral over incident energy of
angular distribution)
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,IPA | (Diff.cs integrated over partial angular
range)
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,IPA,* | (Diff.cs int.over part.ang.range of part.
spec.)
(Differential cross section integrated over
partial angular range of particle
specified)
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,RI | (Resonance integral)
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,RI,,LIM | (Resonance integral for limited energy
range)
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,RI,,RNV | (Resonance integral, non 1/v part)
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,RI,,RNV/LIM | (Resonance int., non 1/v, limited energy
range)
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,RI,,RV | (Resonance integral, 1/v part)
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,RYL | (Reaction yield)
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,SGV | (Thermonuclear reaction rate)
Spectrum-averaged, always used with the
modifier 'MXW'.
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,SIF | (Self-indication function)
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,SIF,,TMP | (Self-indication function at other than room
tmp.)
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,SIG | (Cross section)
Independent formation of product nucleus
assumed but not explicitly stated by author
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,SIG,*+* | (Cross section for particle pair)
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,SIG,,D4PI | (Cross section divided by 4pi)
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,SIG,,DMN | (Cross section divided by target mass
number)
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,SIG,,HYD | (Cross section of hydrogen in hydride
molecule)
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,SIG,,RAB | (Cs * abund.(nat)/abund.(nuclide of 1st
term))
(Cross section times natural isotopic
abundance, divided by abundance of target
of first term of REACTION sum)
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,SIG,,RES | (Cross section at resonance)
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,SIG,,RES/RTE | (Cross section * square root(E) at
resonance)
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,SIG,,RNV | (Cross section, non 1/v part)
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,SIG,,RTE | (Cross section * root(E))
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,SIG,,RV | (Cross section, 1/v part)
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,SIG,,SFC | (S-factor)
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,SIG,,SFC/RES | (S-factor at resonance)
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,SIG,,SS | (Spin-spin cross section)
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,SIG,,TMP | (Cross section at other than the room
temperature)
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,SIG,,TT | (Cross section for thick target)
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,SIG,,TTA | (Cross section in thin target approximation)
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,SIG,ER | (Unspec. evap. resid. production cross
section)
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,SIG,ER,SFC | (S-factor for unspecified evaporation
residue)
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,SIG,G | (Gamma-production cross section)
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,SIG,G,RES | (Gamma-production cross section at
resonance)
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,SIG/RAT | (Cross section ratio)
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,SIG/RAT,,RES | (Cross section ratio at resonance)
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,TRN | (Transmission)
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,TRN,,TMP | (Transmission at other than the room
temperature)
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BA,SIG | (Bound-atom cross section)
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BA/COH,SIG | (Bound-atom coherent cross section)
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BIN,SIG | (Binary fission cross section)
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BIN/TER,SIG/RAT | (Binary/ternary cross section ratio)
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CN,SIG | (Cross section, compound nucleus
contribution)
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COH,SIG | (Coherent cross section)
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CON,SIG | (Production cross section for continuous
gammas)
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CUM,INT | (Cumulative cross-section, int.over inc.
energy)
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CUM,SIG | (Cumulative cross section)
(Cumulative cross section, including
formation of product nucleus via
radioactive decay and isomeric transition)
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CUM,SIG,,RAB | (Cum.Cs * abund.(nat)/abund.(nucl.of 1st
term))
(Cumulative cross section times natural
isotopic abundance, divided by abundance
of target of first term of REACTION sum)
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CUM,SIG/RAT | (Cross section ratio, cumulative)
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CUM/(M),SIG | (Cumulative cross sect.(uncert.isom.trans.
incl.))
(Cumulative cross section, but including/
excluding formation of product nucleus via
radioactive decay and isomeric transition
regarded by compiler as uncertain)
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CUM/M-,SIG | (Cumulative cross section, excluding isom.
trans.)
(Cumulative cross section, including
formation of product nucleus via radio-
active decay, but excl.isomeric
transition)
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DI,SGV | (Thermonuclear reaction rate, direct int.
contr.)
(Thermonuclear reaction rate, direct
interaction contribution)
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DI,SIG | (Cross section, direct interaction
contribution)
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DI,SIG,,SFC | (S-factor, direct interaction contribution)
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DIS,SIG | (Production cross section for discrete
gammas)
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DL,SIG | (Cross section of delayed products)
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DL,SIG,N | (Delayed-neutron emission cross section)
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DL/GRP,SIG | (Cross sect.of delayed prod.f.gvn.half-life
grp.)
(Cross section of delayed products for given
half-life group)
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DL/GRP,SIG,N | (Del.neutron emiss.cs for given half-life
group)
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EM,SIG | (Emission cross section)
(Emission cross section excluding elastic
scattering)
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EXL,SIG | (Cross section including excitation to
low-lying levels)
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FA,SIG | (Free-atom cross section)
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FA/COH,SIG | (Free-atom coherent scattering cross
section)
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FA/INC,SIG | (Free-atom incoherent scattering cross
section)
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FIS,SIG | (Partial cs due to high-energy fission)
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INC,SIG | (Incoherent scattering cross section)
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L-,SIG | (Cross section excluding quasi-metastable
state production)
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L-,SIG,,SFC | (S-factor excluding quasi-metastable state
production)
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LON,SIG,,DSP | (Cs diff.(longit.spins, parallel -
antiparallel))
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M+,RI | (Resonance integral, including via isomer.
trans.)
(Resonance integral, including formation of
the product nucleus via isomeric
transition)
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M+,SIG | (Cross section, incl. form. via isomeric
trans.)
(Cross section, including formation of the
product nucleus via isomeric transition)
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M+,SIG,,RAB | (Cs * abund.(nat)/abund.(nucl.of 1st term)
including isomeric transition)
(Cross section times natural isotopic
abundance, divided by abundance of target
of first term of REACTION sum including
isomeric transition)
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M+,SIG,,SFC | (S-factor including isomeric transition)
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NUM,SIG | (Cs for production of N product particles)
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NUM,SIG,* | (Cs for production of N product particles
spec.)
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PAR,SGV | (Partial thermonuclear reaction rate)
Spectrum-averaged, always used with the
modifier 'MXW'.
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PAR,SIG,G,RAB | (Ptl.gam.pro.Cs*abun.(nat)/abun.(nucl. 1st
term))
(Partial cross section times natural
isotopic abundance, divided by abundance
of target of first term of REACTION sum)
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POT,SIG | (Potential scattering cross section)
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SEQ,SIG | (Cross section for specified reaction
sequence)
(Partial cross section for specified
sequence of outgoing particles)
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SPL,SIG | (Partial cross section due to spallation)
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TER,SIG | (Ternary fission cross section)
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TER/BIN,SIG/RAT | (Ternary/binary cross section ratio)
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TRS,SIG,,DSP | (Cs diff.(transv.spins, parallel -
antiparallel))
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UNW,INT | (Unweighted prod.cs integral over incid.
energy)
(Production cross section integral, not
weighted by outgoing particle
multiplicity)
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UNW,SIG | (Unweighted production cross section)
(Production cross section, not weighted by
multiplicity of outgoing particle)
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Integral cross sections, partial
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CN/PAR,SIG | (Partial cross section, compound nucleus
contrib)
To be used only when partial cross section
leaving the residual nucleus in specific
level is split into direct-interaction and
compound-nucleus contributions
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CN/PAR,SIG,,RES | (Part. c/s, compound nucleus contrib.at
resonance)
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CN/SEQ/PAR,SIG | (Partial cross section, spec.seq.,comp.nuc.
contr)
(Partial cross section for specified
sequence of outgoing particles, compound
nuclear contribution)
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DI/PAR,SIG | (Partial cross section, direct interact.
contrib.)
To be used only when partial cross section
leaving the residual nucleus in specific
level is split into direct-interaction and
compound-nucleus contributions
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EM/PAR,SIG | (Partial emission cross section)
(Partial emission cross section excluding
elastic scattering)
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EP,SIG | (Cross section for electric polarity given)
(Electric multipole component of cross
section for polarity specified)
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EP,SIG,,SFC | (S-factor for electric polarity given)
(S-factor for electric multipole component
of cross section for polarity specified)
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EP/PAR,INT | (Integral c/s over inc.en.for electr.polar.
given)
(Electric multipole component of partial
cross section integral over incident
energy for polarity specified)
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EP/PAR,SIG | (Partial cross section for electric polar.
given)
(Electric multipole component of partial
cross section for polarity specified)
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EP/PAR,SIG,,SFC | (S-factor for electric polarity given,
partial)
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ISP,SIG | (Cross section, partial for intermediate
product)
(Cross-section, partial with respect to
secondary energy of intermediate product)
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ISP/PAR,SIG | (Cross section, partial for final and
intermediate products)
(Cross-section, partial with respect to
secondary energy of final and intermediate
products)
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MP,SIG | (Cross section for magnetic polarity given)
(Magnetic multipole component of cross
section for polarity specified)
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PAR,DA,*,4PI | (Partial diff.particle em.cross section
d/dA*4pi)
(Diff.partial particle emission cs * 4pi)
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PAR,DA,,4PI | (Partial diff. cross section d/dA * 4pi)
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PAR,INT | (Cs integral over incident energy f.given
level)
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PAR,INT/DA | (Integral over incid.energy of partl.ang
distr.)
(Integral over incident energy of partial
angular distribution)
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PAR,INT/DA,* | (Integral over inc.en. of partl.ang distr.
part.)
(Integral over incident energy of partial
angular distribution of part.spec.)
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PAR,INT/DA,*,4PI | (4pi*integral over inc.energy of ang.distr.
part.)
(4 pi * integral over incident energy of
partial angular distribution of
part.spec.)
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PAR,INT/DA,,4PI | (4pi * integral over inc.en. of partl.ang.
distr.)
(4 pi * integral over incident energy of
partial angular distribution)
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PAR,IPA | (Par.diff.cs integrated over partial ang.
range)
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PAR,IPA,* | (Par.diff.cs integr.ov.part.ang.rang,f.part.
spec.)
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PAR,SIG | (Partial cross section)
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PAR,SIG,* | (Partial cross section for particle
specified)
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PAR,SIG,*+* | (Partial cross section for particle pair)
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PAR,SIG,,RES | (Partial cross section at resonance)
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PAR,SIG,,RTE | (Partial cross section * square root(E))
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PAR,SIG,,SFC | (S-factor for partial reaction)
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PAR,SIG,G,RES | (Partial gamma-production cross section at
resonance)
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PAR/CON,SIG | (Prod.cs for continuous gammas of given en.
range)
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PAR/CUM,SIG | (Partial cumulative cross section)
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PAR/CUM,SIG,G | (Partial cumulative gamma production cross
section)
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PAR/DIS,SIG | (Prod.cs for discrete gammas of given en.
range)
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SEQ/PAR,SIG | (Partial cross section, specified reaction
seq.)
(Partial cross section of the partial cs
specified by sequence of outgoing
particles)
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Thick target yields
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(CUM),TTY,,EOB | (EOB thick target yield, uncertain if
cumulative)
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(CUM),TTY,,PHY | (Physical thick target yield, unc. if
cumulative)
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(M),TTY,,EOB | (EOB thick target yld., unc. if isom.trans.
incl.)
(End-of-bombardment thick/thin target yield,
uncertain if isomeric transition included)
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(M),TTY,,PHY | (Physical thick targ.yld.,unc.if isom.trans.
incl.)
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(M),TTY,,SAT | (Saturat.thick targ.yld., unc.if isom.trans.
incl.)
(Saturation thick/thin-target yield,
uncertain if isomeric transition included)
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,MLT,*,TT | (Thick target multiplicity of particle
specified)
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,MLT,,TT | (Multiplicity for thick target,no.part./inc.
)
(Outgoing particle or radiation multiplicity
for thick target, no. of particles per
incident projectile)
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,MLT,,TT/CH | (Multiplicity for thick target per elect.
charge)
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,MLT/DA,,TT/CH | (Part.mult.f.thick targ.d/dA per electric
charge)
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,MLT/DA,G,TT | (Gamma multiplicity for thick target d/dA)
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,MLT/DA/DE,,TT | (Particle multiplicity f.thick target
d2/dA/dE)
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,MLT/DA/DE,,TT/CH | (Part.mult.f.thick targ.d2/dA/dE per elec.
charge)
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,MLT/DE,,TT | (Particle multiplicity f.thick target d/dE)
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,MLT/DE,,TT/NPD | (Particle multipl.f.thick target d/dE prob.
dist.)
(Particle multiplicity for thick target d/dE
normalized to probability distribution)
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,MLT/IPA/DE,,TT/NPD |
(Mult.f.thick tar.d2/dA/dE in.ov.ang.ran.
pro.dis.)
(Multiplicity d2/dA/dE for thick target
integrated over angular range normalized
to probability distribution)
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,PY,,TT | (Prod.yield for thick target,no.of nucl.
/inc.)
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,PY,,TT/CH | (Thick target product yield per electric
charge)
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,PY/DA,,TT | (Diff.product yield d/dA for thick target)
(Differential product yield for thick
target with respect to angle of
outgoing particle)
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,PY/DA,,TT/CH | (Thick target prod. yld. d/dA per electric
charge)
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,PY/DA/DE,,TT | (Double-diff.product yield for thick target)
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,PY/DA/DE,,TT/CH | (Thick targ.prod.yld. d/dA/dE per electric
charge)
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,PY/DE,,TT | (Diff.product yield d/dE for thick target)
|
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,PY/DE,,TT/NPD | (Diff.prod.yield d/dE f.thick target prob.
dist.)
(Energy differential product yield for thick
target normalized to probability
distribution)
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,PY/IPA,,TT | (Prod.yield d/dA f.thick target,int.ang.
range)
(Differential product yield for thick
target with respect to angle of
outgoing particle, integrated over
angular range)
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,PY/IPA/DE,,TT | (Prod.yield d/dA/dE f.thick target,int.ang.
range)
(Double differential product yield for thick
target integrated over angular range)
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,TTY,,(PHY) | (Thick/thin-target yield, unc. if physical)
(Thick/thin-target yield, uncertain if it is
physical yield)
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,TTY,,EOB | (End-of-bombardment thick/thin-target yield)
|
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,TTY,,PHY | (Physical thick/thin-target yield)
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,TTY,,SAT | (Saturation thick/thin target yield)
|
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,TTY/DEN,,PHY | (Physical thick targ.yld.diff.by incident
energy)
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CUM,TTY,,(PHY) | (Cumulative thick target yield, unc. if
physical)
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CUM,TTY,,EOB | (EOB thick target yield, cumulative)
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CUM,TTY,,PHY | (Physical thick/thin-target yield,
cumulative)
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CUM,TTY,,SAT | (Cumulative saturation thick target yield)
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CUM,TTY/DEN,,PHY | (Cum.physical thick target yld.diff.by inc.
energy)
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M+,TTY,,(PHY) | (Thick target yld.,incl.iso.tran.,unc.if
physical)
(Thick target yield including isomeric
transition, uncertain if physical)
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M+,TTY,,EOB | (EOB thick target yield, incl.isomeric
transition)
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M+,TTY,,PHY | (Physical thick target yield incl.isomeric
trans.)
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M+,TTY,,SAT | (Saturation thick target yld.incl.isomeric
trans.)
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M+,TTY/DEN,,PHY | (Phys.thick targ.yld.dif.by inc.ene.inc.iso.
tran.)
(Physical thick target yield differential by
incident energy including formation by
partial feeding via isomeric transition)
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PAR,MLT,*,TT | (Partial multiplicity of part.spec.f. thick
targ.)
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PAR,MLT,,TT | (Partial thick target multiplicity)
|
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PAR,MLT,,TT/CH | (Partial thick target mulit. per electric
charge)
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PAR,MLT,G,TT/CH | (Ptl.thick target gamma mult.per electric
charge)
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PAR,PY,,TT | (Partial product yield for thick target)
|
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PAR,PY,,TT/CH | (Partial product yield for thick target per
electric charge)
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Special quantities
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,ALF | (Capture-to-fission cross section ratio)
===reaction (N,ABS)
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,ALF,,RES | (Capture-to-fission (alpha) ratio at
resonance)
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,ALF,,TTA | (Capture-to-fission yield ratio)
alpha in thin target approximation
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,ETA | (Neutron yield (Eta))
REACTION(SF3) is NON (or ABS below (n,n')
threshold)
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,ETA,,RES | (Eta at resonance)
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,KER | (Kerma factor)
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,MLT | (Multiplicity of outgoing particle)
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,MLT,* | (Multiplicity of particle specified)
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,MLT,,RES | (Multiplicity at resonance)
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,MLT,G,RES | (Average particle multiplicity at resonance)
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,MLT/DA | (Particle multiplicity d/dA)
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,MLT/DE | (Particle multiplicity d/dE)
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,NU | (Total neutron yield (nu-bar))
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,NU,,RES | (Total Nu-bar at resonance)
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,NU/DA/DE,LF+HF/N | (Diff. prompt neutron mult.
d/dA(lf+hf)/dE(n))
(Differential prompt fission neutron
multiplicity with respect to outgoing
angle between light and heavy fission
fragment and energy of neutron)
|
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,NU/DA/DE,N+*F/N | (Diff. prompt neut.mult.d/dA(n+frag.spec.
)/dE(n))
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,NU/DE | (Diff. fiss. neutron multiplicity d/dE(n))
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,NU/DE,,RRE | (Diff. fiss. neutron mult.rel.to square
root(E))
(Differential fission neutron multiplicity
with respect to outgoing neutron energy
relative to square root(E))
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,PN | (Delayed neutron emission probability)
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,PN/DE | (Energy spect.of del.neutrons emitt.by spec.
prec.)
(Energy spectrum of delayed neutrons emitted
by specific precursor)
|
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DL,NU | (Delayed neutron yield)
|
|
DL/CUM,NU | (Cumulative delayed neutron yield)
(Cumulative delayed neutron yield from an
individual precursor, including formation
of product nucleus via radioactive decay
and isomeric transition)
|
|
DL/GRP,NU | (Delayed neutron yield for given half-life
group)
|
|
DL/GRP/PAR,NU | (Partial del.neutron yld.for gvn half-life
group)
|
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DL/IND,NU | (Independent delayed neutron yield)
(Independent delayed neutron yield from an
individual precursor)
|
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ISP/PR/FRG,NU | (Multiplicity of prompt neutrons from frag.
spec.,partial.f.interm.prod.)
(Multiplicity of prompt neutrons from
fragment specified, partial for
intermediate product)
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NUM,NU | (Probability for emission of N neutrons)
|
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NUM,PN | (Probab.for the emission of N delayed
neutrons)
|
|
PAR,DA/DA | (Partial double diff.cross section d2/dA/dA)
(Partial double-diff. cross section with
respect to 2 angles referring to 2
outgoing particles)
= To be used only when it is obvious to
which particles the angles refer.
|
|
PAR,DA/DA,*/* | (Partial double diff.cross sect.
d2/dA(*)/dA(*))
|
|
PAR,DA/DA,*/*+* | (Partl.ang.correlation, relative angle)
|
|
PAR,DA/DA,*/*,NCP | (Partial angular correlation, non-coplanar)
|
|
PAR,KER | (Partial kerma factor)
|
|
PAR,MLT | (Partial multiplicity)
|
|
PAR,MLT,* | (Partial multiplicity of particle specified)
|
|
PAR,MLT,*,RES | (Partial multiplicity of part.spec. at
resonance)
|
|
PAR,MLT,,RES | (Partial multiplicity at resonance)
|
|
PAR,MLT/DA | (Partial multiplicity d/dA)
|
|
PAR,MLT/DA,* | (Partial multiplicity d/dA for particle
specified)
|
|
PAR,MLT/DA,,TT/CH | (Ptl.thick target mult. d/dA per electric
charge)
|
|
PAR,MLT/DA,G,TT/CH | (Ptl.thick targ.gam.mult.d/dA per electric
chrg.)
|
|
PAR,NU | (Partial neutron yield)
|
|
PAR,PN | (Partial delayed neutron emission
probability)
|
|
PAR,PY/DA | (Partial diff.product yield d/dA)
|
|
PAR,PY/DA,,TT | (Partial diff.product yield d/dA for thick
target)
(Partial differential product yield
for thick target with respect to
angle of outgoing particle)
|
|
PAR,PY/DA,,TT/CH | (Ptl.dif.prod.yld.d/dA for thick targ.per e.
chrg.)
|
|
PAR,PY/IPA,,TT | (Ptl.prod.yld. d/dA for thick targ.,int.ang.
range)
|
|
PR,NU | (Prompt neutron yield (nu-bar))
|
|
PR,NU,,RES | (Prompt Nu-bar at resonance)
|
|
PR,NU/DA | (Diff.prompt.neut.mult.d/dA(n))
(Differential prompt fission neutron
multiplicity with respect to outgoing
angle of neutron)
|
|
PR,NU/DA,,RSD | (Diff.prompt.neut.mult.d/dA(n) rel. to 90
deg)
(Differential prompt fission neutron
multiplicity with respect to outgoing
angle of neutron relative to 90 deg)
|
|
PR,NU/DA,N+*F | (Diff.prompt neut.mult.d/dA(n+frag.
specified))
(Differential prompt fission neutron
multiplicity with respect to outgoing
angle between neutron and fragment
specified)
|
|
PR,NU/DA/DE,,RS0 | (Diff.prompt.neut.mult.d/dA/dE rel. to 0
deg)
(Differential prompt fission neutron
multiplicity with respect to outgoing
angle and energy of neutron relative to 0
deg)
|
|
PR,NU/DA/DE,N+*F/N | (Diff.prompt neut.mult.d/dA(n+frag.spec.
)/dE(n))
(Differential prompt neutron multiplicity
with respect to angle between neutron and
fission fragment specified and energy of
neutron)
|
|
PR,NU/DE | (Energy spectrum of prompt fission neutrons)
|
|
PR,NU/DE,,MXD | (Prompt neut.spect.rel.to Maxw.distr.of giv.
temp)
Temperature is coded under KT-NRM.
|
|
PR,NU/DE,,NPD | (Prompt fission neutron spectrum in
probability)
|
|
PR,NU/DE,,RRE | (Prompt neut.spect. relative to square
root(E))
(Differential prompt fission neutron
multiplicity with respect to outgoing
neutron energy relative to square root(E))
|
|
PR,NU/TKE | (Prompt neut.mult.for a given tot.kin.
energy)
(Prompt neutron multiplicity for a given
total kinetic energy)
|
|
PR/FRG,NU | (Multiplicity of prompt neutrons from the
fragment specified)
|
|
PR/FRG,NU,HF | (Mult. of prompt neutrons from the heavy
fragment)
(Multiplicity of prompt fission neutrons
emitted from the heavy fragment)
|
|
PR/FRG,NU,LF | (Mult. of prompt neutrons from the light
fragment)
(Multiplicity of prompt fission neutrons
emitted from the light fragment)
|
|
PR/FRG,NU/TKE | (Mult.of pr.neut.from the frag.spec.at given
TKE)
(Multiplicity of prompt fission neutrons
emitted from the fragment specified at a
given total kinetic energy)
|
|
PR/NUM,NU | (Probability for emission of N prompt
neutrons)
|
|
PR/PAR,NU | (Partial prompt neutron yield (nu-bar))
|
|
PR/PAR,NU/DA | (Part.diff.prompt neut.mult.d/dA)
|
|
PR/TER,NU | (Prompt nu-bar for ternary fission)
|
|
PR/TER,NU/DA,N+*F | (Diff.prompt neut.mult.d/dA(n+frag.spec.),
ter.fis)
(Differential prompt fission neutron
multiplicity with respect to outgoing
angle between neutron and fragment
specified for ternary fission)
|
|
PRE/PR,NU | (Prompt neutron multiplicity for a given
primary fragment)
|
|
PRE/PR/FRG,NU | (Multiplicity of prompt neutrons from the
primary fragment specified)
|
|
SEC/PR,NU | (Prompt neutron multiplicity for a given
secondary fragment)
|
|
SEQ/PAR,DA/DA,*/* | (Partial ang.correl.of spec.part.,spec.reac.
seq.)
|
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Special quantities for scattering
|
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,AMP | (Scattering length)
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,RAD | (Potential scattering radius)
|
|
BA,AMP | (Bound-atom scattering length)
|
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BA/COH,AMP | (Bound-atom coherent scattering length)
|
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BA/INC,AMP | (Bound-atom incoherent scattering length)
|
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BA/PAR,AMP | (Partial bound-atom scattering length)
|
|
COH,AMP | (Coherent scattering length)
|
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COH/IM,AMP | (Coherent scattering length (imaginary
part))
|
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FA,AMP | (Free-atom scattering length)
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Product yields
|
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,MLT/DA/DE | (Particle multiplicity d2/dA/dE)
|
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,PY | (Product yield)
|
|
,PY/DA | (Differential product yield d/dA)
(Differential product yield with respect to
angle of outgoing particle)
|
|
,PY/DA/DE | (Differential product yield d/dA/dE)
(Differential product yield with respect to
angle and energy of outgoing particle)
|
|
CUM,PY | (Cumulative product yield)
Includes formation of product nucleus via
radioactive decay and isomeric transition.
|
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CUM,PY,,TT | (Cumulative product yield for a thick
target)
|
|
NUM,PY | (Probab.for the production of N reaction
products)
|
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PAR,PY | (Partial product yield)
|
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Angular distributions, general
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,DA | (Differential c/s with respect to angle)
|
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,DA,* | (Angular distribution of particle specified)
|
|
,DA,*+* | (Angular distribution of particle pair
specified)
|
|
,DA,*+FF,RSD | (Ang.distr.of spec.part.vs.fiss.frag.,rel.90
deg.)
|
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,DA,*,RS | (Angular distribution of part.spec. *
4pi/Sigma)
|
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,DA,*,RSD | (Angular distr. of particle specif. rel. 90
deg.)
|
|
,DA,*,RTH | (Diff. cs d/dA for spec.part.rel.to Ruth.
scatt.)
|
|
,DA,*,TT/RSD | (Ang.distr.of part.specif.rel.90deg.f.thick
targ.)
|
|
,DA,,MOT | (Differential cs d/dA rel.to Mott
scattering)
(Angular distribution, relative to
relativistic scattering by point nucleus
(Mott scattering))
|
|
,DA,,RES | (Differential cross section d/dA at
resonance)
|
|
,DA,,RS | (Differential c/s d/dA * 4pi/Sigma)
|
|
,DA,,RS/TMP | (Differential c/s d/dA * 4pi/Sigma at other
than room temperature)
|
|
,DA,,RS0 | (Differential c/s d/dA relative to 0 deg.)
(Angular distribution, diff.sig/sig(0deg))
|
|
,DA,,RSD | (Differential c/s d/dA relative to 90 deg.)
(Angular distribution, diff.sig/sig(90deg))
|
|
,DA,,RTH | (Differential cs d/dA rel.to Rutherf.scatt.)
(Angular distribution, relative to
scattering by point nucleus (Rutherford
scattering))
(Differential cs, coeff. for a
sum in power of sine**2 )
|
|
,DA,,TMP | (Diff.cross section d/dA at other than room
temp.)
|
|
,DA,,TT | (Diff.cross section d/dA for thick target)
|
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,DA,FF,RSD/RES | (Ang.distr.of fiss.fragm. rel. to 90 deg. at
res.)
(Angular distribution of fission fragments
relative to 90 deg. at resonance)
|
|
,DA/TYA,P | (Diff.cross sect. with resp.to Treim.-Yang
angle)
(Diff.cross section, Treiman-Yang
distribution for plane defined by incident
projectile and outgoing proton)
|
|
,INT/DA | (Integral over incid.energy of ang. distr.)
(Integral over incident energy of angular
distribution)
|
|
,INT/DA,,RES | (Integral over incid.energy of ang. dist. at
res.)
|
|
,INT/DE,RSD | (Integr.over incid.en., of spectrum of res.
nucl.)
(Integral over incident energy of energy
spectrum of residual nucleus)
|
|
CN,DA | (Differential c/s d/dA, compound nucleus
contrib)
(Diff.partl.cs,compund-nucleus contributn)
|
|
CUM,DA,,RSD | (Diff.c/s d/dA relative to 90 deg.,
cumulative)
|
|
DI,DA | (Differential c/s d/dA,direct interaction
contr.)
(Diff.partl.cs,direct-interactn contributn)
|
|
EM,DA | (Particle emission angular distribution)
(Differential emission cross section
excluding elastic scattering)
|
|
EXL,DA | (Angular diff. cross section including
excitation to low-lying levels))
(Angular differential cross section
including excitation to low-lying levels)
|
|
PRE,DA,FF,RSD | (Angular distribution of primary fission
fragment relative to 90 deg)
|
|
PRE,DA,LF | (Angular distribution of primary light
fission fragment)
|
|
SEQ,DA,* | (Angular dist. of part.spec.,specif.reaction
seq.)
(Diff.cs with respect to part.spec., for
partial reaction specified by sequence of
outgoing particles)
|
|
TER,DA,* | (Ang. distr. of particle specif.,ternary
fission)
|
|
TER,DA,*,RSD | (Angular distr. alphas rel 90 deg.,ternary
fiss.)
|
|
TER,DA,N | (Ang. distr. of fission neutrons,ternary
fission)
|
|
Angular distributions, partial reactions
|
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DI/PAR,DA | (Partial diff. c/s d/dA,direct interaction
contr)
|
|
EM/PAR,DA | (Particle emission partial diff. c/s d/dA)
(Differential partial emission cross section
excluding elastic scattering)
|
|
EP,DA | (Partial diff. c/s d/dA for electric polar.
given)
(Electric multipole component of diff.cross
section for polarity specified)
|
|
ISP,DA | (Differential cross section d/dA, partial
for intermediate product)
|
|
NN/PAR,DA,,NSF | (Non-spin-flip probability (1-S(nn))*partial
d/dA)
|
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NN/PAR,DA,,SF | (Spin-flip probability S(nn)*partial d/dA)
|
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PAR,DA | (Partial differential cross section d/dA)
|
|
PAR,DA,* | (Partial angular distr. of particle
specified)
|
|
PAR,DA,*+* | (Partial angular distr. of particle pair)
|
|
PAR,DA,*,RAB | (Partial ang.dist.of particle
specified*abun.(nat)/abun.(nucl. 1st term))
(Partial angular distribution of the
specified particle times the natural
isotopic abundance divided by the
abundance of the target of the first term
of the REACTION sum)
|
|
PAR,DA,*,RS | (Partial diff. cross section d/dA *
4pi/Sigma of particle specified)
|
|
PAR,DA,*,RSD | (Partial diff. c/s d/dA rel.to 90 deg.)
(Diff.partial cross section for prod.of
part.spec., rel. to value at 90 degrees)
|
|
PAR,DA,,RES | (Partial diff. cross section at resonance)
|
|
PAR,DA,,RS | (Partial diff. cross section d/dA *
4pi/Sigma)
|
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PAR,DA,,RS/TT | (Partial diff. cs d/dA * 4pi/Sigma f.thick
target)
|
|
PAR,DA,,RS0 | (Partial diff. c/s d/dA relative to 0 deg.)
(Partial cross section, diff.sig/sig(0deg))
|
|
PAR,DA,,RSD | (Partial diff. cross section d/dA rel. to 90
deg)
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PAR,DA,,RTH | (Partial diff. cs d/dA rel.to Rutherf.scatt.
)
|
|
PAR,DA,,SFC | (Partial angular differential S-factor)
|
|
PAR,DA,,TST | (Partial diff. cs * total spin transfer)
|
|
PAR,DA,,TT | (Thick-target angular distr., partial
reaction)
|
|
PAR,DA,G,RES | (Partial diff. cross section d/dA at
ressonance)
(Partial differential cross section with
respect to angle of gamma at resonance)
|
|
PAR/CUM,DA | (Partial angular distribution, cumulative)
|
|
PAR/ICL,DA | (Partial diff. c.s. d/dA uncor. for other
channels emit.the same part.)
(Partial differential cross section d/dA
uncorrected for other channels emitting
the same particle)
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|
PAR/ICL,DA,* | (Partial diff. c.s. d/dA(*) uncor. for other
channels emit. same part.)
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PAR/ICL,DA,,4PI | (Part.diff. c.s. d/dA uncor. for other
channels emit.the same part. *4pi)
(Partial differential cross section d/dA
uncorrected for other channels emitting
the same particle * 4pi)
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PAR/L-,DA,G | (Ang.diff.c.s..of dis.gammas excl.transition
from quasi-metastable state)
(Angular differential cross section of
discrete gammas excluding transition from
quasi-metastable state)
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SEQ/PAR,DA,* | (Partial ang.distr.of spec.part.,spec.reac.
seq.)
(Diff.partial cs with respect to specified
particle, for partial reaction specified
by sequence of outgoing particles)
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Fitting coefficients
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,DA,*,COS | (Coeff. of cosine expansion for particle
specif.)
(Angular distr. of particle specified,
cosine-coeff. of the form d-Sig/d-Omega =
a(0) + Sum( a(L)cos**L ))
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,DA,*,COS/RS | (Cos.coef.4pi/Sig d/dA=Sum(2L+1)a(L)cos**L)
Angular distr. of particle specified,
cosine-coeff. of the form
4pi/Sig d-Sig/d-Omega = 1+Sum(a(L)cos**L))
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|
,DA,*,COS/RSD | (Cos.coef.
(d/dA)/(d/dA90deg)=1+Sum(a(L)cos**L))
(Angular distr. of particle specified,
cosine-coeff. of the form
(d-Sig/d-Omega)/(d-Sig/d-Omega at 90 deg)
= 1 + Sum( a(L)*cos**L ) )
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,DA,*,LEG | (Leg.coef. d/dA=a(0)+Sum(a(L)*P(L)) for
part. spec.)
(Angular distr. of particle specified,
Legendre coeff. of the form d-Sig/d-Omega
= a(0) + Sum( a(L)*P(L) ))
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|
,DA,*,LEG/RS | (Legendre coef. 4pi/Sig d/dA=1+Sum(a(L)))
(Differential cs with respect to specified
particle, Legendre coeff. of the form
4pi/Sig d-Sig/d-Omega = 1 + Sum(
a(L)P(L)))
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,DA,*,LEG/RSD | (Leg.coef. d/dA=1+Sum(a(L))rel.90deg f.spec.
part.)
(Differential cs with respect to specified
particle, Legendre coeff. of the form
(d-Sig/d-Omega)/(d-Sig/d-Omega at 90 deg)
= = Sum(a(L)*P(L)))
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,DA,*,LEG/RSL | (Leg.coef.4pi/Sig
d/dA=1+Sum((2L+1)a(L)P(L)))
(Angular distr. of particle specified,
Legendre coeff. of the form 4pi/Sig
d-Sig/d-Omega= 1+Sum((2L+1)a(L)P(L)))
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,DA,*,S2T | (Sine**2 coef.
d/dA=a(0)+Sum(a(L)sin**2(L*Theta)))
(Angular distr. of particle specified,
coefficients of the form d-Sig/d-Omega =
a(0) + a(1)*sin**2(Theta) +
a(2)*sin**2(2*Theta))
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,DA,*,S2T/RS0 | (Coef.d/dA rel.to
0deg=1+Sum(a(L)sin**2(L*Theta)))
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,DA,*,S2T/RSD | (Coef.d/dArel.
90deg=a(0)+Sum(a(L)sin**2(L*Theta)))
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|
,DA,,COS | (Cosine coef. d/dA = a(0)+Sum(a(L)cos**L))
(Diff.cs, cosine-coeff. of the form
d-Sig/d-Omega = a(0) + Sum( a(L)cos**L ))
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,DA,,COS/1K2 | (Cosine coef. k**2 d/dA = Sum(a(L)cos**L))
(Diff.cs, cosine-coeff. of the form k**2
d-Sig/d-Omega = Sum(a(L)*cos**L) )
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|
,DA,,COS/RS | (Cosine coef. 4pi/Sig
d/dA=1+Sum(a(L)cos**L))
(Diff.cs, cosine-coeff. of the form 4pi/Sig
d-Sig/d-Omega = 1+Sum(a(L)cos**L))
|
|
,DA,,COS/RSD | (Cosne coef. (d/dA)/(d/dA,
90deg)=Sum(a(L)cos**L))
(Diff.cs, cosine-coeff. of the form
(d-Sig/d-Omega)/(d-Sig/d-Omega at 90 deg)
= Sum ( a(L)cos**L ))
|
|
,DA,,CS2 | (Cos coef.
d/dA=a(0)+Sum(a(L)*sin**2*cos**L))
(Diff.cs, fitting coeff. of the form
d-Sig/d-Omega = a(0) + a(1)*sin**2(Theta)
+ a(2)*sin**2(Theta)*cos(Theta) +
a(3)*sin**2(Theta)*cos**2(Theta) )
|
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,DA,,LEG | (Legendre coef. d/dA=a(0)+Sum(a(L)*P(L)))
(Diff.cs, Legendre coeff. of the form
d-Sig/d-Omega = a(0) + Sum( a(L)*P(L) ))
|
|
,DA,,LEG/1K2 | (Legendre coef. k**2 d/dA=Sum(a(L)*P(L)))
(Diff.cs, Legendre coeff. of the form k**2
d-Sig/d-Omega = Sum ( a(L)*P(L) ))
|
|
,DA,,LEG/2L2 | (Legendre coef.
d/dA=1/2Sum((2L+1)a(L)*P(L)))
(Diff.cs, Legendre coeff. of the form
d-Sig/d-Omega =
(1/2)Sum((2L+1)*a(L)*P(L)))
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|
,DA,,LEG/4PI | (Legendre coef. 4pi
d/dA=a(0)+Sum(a(L)*P(L)))
|
|
,DA,,LEG/RS | (Legendre coef. 4pi/Sig
d/dA=1+Sum(a(L)*P(L)))
(Diff.cs, Legendre coeff. of the form
4pi/Sig d-Sig/d-Omega = 1 + Sum(
a(L)P(L)))
|
|
,DA,,LEG/RS0 | (Leg.coef. (d/dA)/(d/dA,
0deg)=Sum(a(L)*P(L)))
(Diff.cs, Legendre coeff. of the form
(d-Sig/d-Omega)/(d-Sig/d-Omega at 0 deg) =
Sum ( a(L)*P(L) ))
|
|
,DA,,LEG/RSD | (Leg.coef. d/dA=1+Sum(a(L)) rel.90deg.)
(Diff.cs, Legendre coeff. of the form
4pi/Sig(90deg) d-Sig/d-Omega = = 1 +
Sum(a(L)*P(L)))
|
|
,DA,,LEG/RSL | (Leg.coef. 4pi/Sig
d/dA=Sum((2L+1)a(L)*P(L)))
(Diff.cs, Legendre coeff. of the form
4pi/Sig d-Sig/d-Omega=Sum((2L+1)a(L)P(L)))
|
|
,DA,,LEG/RTH | (Leg.coef.(d/dA)/(d/dA)Ruth.
=a(0)+Sum(a(L)*P(L)))
(Legendre coefficients of the ratio of the
differential cross section to Rutherford
scattering differential cross section)
|
|
,DA/DE,,LEG/RS | (Legendre coeff. d2/dA/dE'=Sum(a(E',
L)*P(L)))
|
|
EM,DA,,LEG | (Leg.coef.d/dA=a(0)+Sum(a(L)*P(L)) for emis.
c/s)
|
|
EM,DA,,LEG/RSL | (Leg.coef. for fit to (4pi/Sig)d/dA emission
c/s)
(Differential emission cross section
excluding elastic scattering, Legendre
coeff.of the form 4pi/Sig
d-Sig/d-Omega=Sum((2L+1)a(L)P(L)))
|
|
EM,DA/DE,,LEG/RSL | (Leg.coef. for fit to double-diff.emission
cs)
(Double-differential emission cross section
excluding elastic scattering, Legendre
coeff.of the form 4pi/Sig
d2-Sig/d-Omega/dE'=
Sum((2L+1)a(E',L)P(L)))
|
|
EXL,DA,,LEG | (Leg.coef. d/dA=a(0)+Sum(a(L)*P(L)) incl.
exciation to low-lying levels)
(Angular differential cross section
including excitation to low-lying levels
of the form d-Sig/d-Omega = a(0) + Sum(
a(L)*P(L) ))
|
|
PAR,DA,*,COS | (Cosine coefficient for fit to partial d/dA
of particle specified)
(Diff.partial cross section for particle
specified, cosine-coefficient of the form
d-Sig/d-Omega = a(0) + Sum( a(L)cos**L ))
|
|
PAR,DA,*,COS/RSD | (Ptl.cos coef(d/dA)/(d/dA,
90deg)=Sum(a(L)cos**L) of particle
specified)
(Diff.partial cross section for particle
specified, cosine-coeff. of the form
(d-Sig/d-Omega)/(d-Sig/d-Omega at 90 deg)
= Sum ( a(L)cos**L ))
|
|
PAR,DA,*,LEG | (Leg.coef. for fit to partialparticle em.
d/dA)
(Diff.partial cross section for particle
production, Legendre coeff.of the form
d-Sig/d-Omega = a(0) + Sum( a(L)*P(L) ))
|
|
PAR,DA,*,LEG/RS | (Leg.coef.partl.4pi/Sig
d/dA=1+Sum(a(L)P(L)))
(Angular differential partial cross section
for particle specified in Legendre
polynomials in the form 4pi/Sig
d-Sig/d-Omega = 1 + Sum(a(L)*P(L)))
|
|
PAR,DA,*,LEG/RSD | (Leg.cf.par.4pi/Sig(90dg)d/dA=1+Sum
a(L)P(L))
(Diff.partial cross section for prod.of
part.specif., Legendre coeff.of the form
4pi/Sig(90deg) d-Sig/d-Omega = 1 +
Sum(a(L)*P(L)))
|
|
PAR,DA,,COS | (Cosine coef. for fit to partial d/dA)
(Diff.partial cs, cosine-coeff.of the form
d-Sig/d-Omega = a(0) + Sum( a(L)cos**L ))
|
|
PAR,DA,,COS/RS | (Partl.cos coef.4pi/Sig
d/dA=1+Sum(a(L)cos**L))
|
|
PAR,DA,,COS/RSD | (Ptl.cos coef(d/dA)/(d/dA,
90deg)=Sum(a(L)cos**L))
(Diff.partial cs, cosine-coeff. of the form
(d-Sig/d-Omega)/(d-Sig/d-Omega at 90 deg)
= Sum ( a(L)cos**L ))
|
|
PAR,DA,,LEG | (Legendre coef. for fit to partial d/dA)
(Diff.partial cs, Legendre-coeff.of the form
d-Sig/d-Omega = a(0) + Sum( a(L)*P(L) ))
|
|
PAR,DA,,LEG/1K2 | (Partial Leg.coef.fit to k**2
d/dA=Sum(a(L)*P(L)))
(Diff.partial cs, Legendre-coeff.of the form
k**2 d/dA=Sum(a(L)*P(L)))
|
|
PAR,DA,,LEG/2L2 | (Leg.coef.fit to partl
d/dA=1/2Sum(2L+1)a(L)P(L))
(Diff.partial cs, Legendre-coeff.of the form
d-Sig/d-Omega =
(1/2)Sum((2L+1)*a(L)*P(L)))
|
|
PAR,DA,,LEG/4PI | (Partial Legendre coef. 4pi
d/dA=a(0)+Sum(a(L)*P(L)))
|
|
PAR,DA,,LEG/RS | (Leg.coef.fit partl.4pi/Sig
d/dA=1+Sum(a(L)P(L)))
(Diff.partial cs, Legendre-coeff.of the form
4pi/Sig d-Sig/d-Omega = 1 + Sum(a(L)P(L)))
|
|
PAR,DA,,LEG/RS0 | (Leg.coef. fit to partial (d/dA)/(d/dA,
0deg))
(Diff.partial cs, Legendre-coeff.of the form
(d-Sig/d-Omega)/(d-Sig/d-Omega at 0 deg) =
Sum(a(L)*P(L)) )
|
|
PAR,DA,,LEG/RSD | (Par.Leg.coef(4pi/Sig,
90deg)d/dA=1+Sum(a(L)P(L)))
(Diff.partial cs, Legendre-coeff.of the form
4pi/Sig(90deg) d-Sig/d-Omega = 1 +
Sum(a(L)*P(L)))
|
|
PAR,DA,,LEG/RSL | (Partl.Leg.
coef(4pi/Sig)d/dA=Sum((2L+1)a(L)P(L)))
(Diff.partial cs, Legendre-coeff.of the form
4pi/Sig d-Sig/d-Omega=Sum((2L+1)a(L)P(L)))
|
|
PAR,DA,,S2T | (Coef.partial
d/dA=a(0)+Sum(a(L)sin**2(L*theta)))
(Diff.partial cross section, sine**2 form
d-sig/d-Omega = a(0)+a(1)*sin**2(theta)
+a(2)*sin**2(2*theta))
(Diff.partial cs, coeff. for a
sum in power of sine**2 )
|
|
PR,DA,N,LEG/RS | (Leg.coef.4pi/Sig d/dA=1+Sum(a(L)P(L)),pr
neuts.)
(Angular distr.of prompt fission-neutrons,
Legendre coefficients of the form 4pi/Sig
d-Sig/d-Omega = 1+Sum( a(L)P(L) ))
|
|
Polarization of outgoing particles
|
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,FM/DA,,AL1 | (Leg.coef.of 1st kind for spin-pol.prob. *
d/dA)
(Product of spin-polarization probability
and diff.cross section,coeff.of associated
Legendre functions of the first kind)
|
|
,POL | (Spin-polarization probability)
of outgoing particles
|
|
,POL,* | (Spin-polarization probability of particle
spec.)
|
|
,POL/DA | (Spin-polarization probability d/dA)
(Differential spin-polarization probability
with respect to angle of emission)
|
|
,POL/DA,* | (Diff. spin-polariz. prob. d/dA of part.
specified)
(Differential spin-polarization probability
of specified particles with resp.to angle
of emission)
|
|
,POL/DA,*,ANA | (Analyzing power for particle specified)
|
|
,POL/DA,*,ASY | (Asymmetry of polarized particles specified)
|
|
,POL/DA,*,ASY/PP | (Asymmetry parallel/perpend of particle
specified)
|
|
,POL/DA,*,VAP | (Vector anal.power, iT(11) for particle
specified)
|
|
,POL/DA,,ANA | (Analyzing power)
|
|
,POL/DA,,ANA/LEG | (Anal.power,Leg.coef.
d/dA=a(0)+Sum(a(L)*P(L)))
(Analyzing power,Legendre coeff.of the form
d-Sig/d-Omega = a(0) + Sum( a(L)*P(L) ))
|
|
,POL/DA,,ASY | (Asymmetry of polarized particles)
|
|
,POL/DA,,ASY/PP | (Asymmetry as a fn. of inc.parallel/perpend.
)
|
|
,POL/DA,,ASY/PP/RES |
(Asymmet.as a fn. of inc.parallel/perpend.at
res.)
|
|
,POL/DA,,LEG | (Legendre coef. for fit to spin-pol.
probability)
(Differential spin-polarization probability,
Legendre coefficients)
|
|
,POL/DA,,SRF | (Spin rotation function, Q)
|
|
,POL/DA,,VAP | (Vector analyzing power, iT(11))
|
|
,POL/DA/DA,*/*,ANA | (Analyzing power d2/dA(*)/dA(*))
|
|
,POL/DA/DA/DE,*,ANA |
(Analyzing power dA1/dA2/dE f.particle
specified)
|
|
,POL/DA/DA/DE,*/*/*+*,ANA |
(Anal.power dA1/dA2/dE(rel.energies))
|
|
,POL/DA/DA/DE,*/*/*,ANA |
(Analyzing power dA1/dA2/dE1 f.particles
spec.)
|
|
,POL/DA/DA/DE,,ANA | (Analyzing power dA1/dA2/dE1 for 2
particles)
|
|
,POL/DA/DA/DP,*/*+*/*+*,VAP |
(Vector analyzing power
d/dA(*)/dA(*+*)/dp(*+*))
|
|
,POL/DA/DE | (Diff.spin-pol.probab.w.resp.to angle and
energy)
(Differential spin-polarization probability
with respect to angle and energy of
outgoing particles)
|
|
,POL/DA/DE,* | (Double-diff.spin-pol.probab.f.particle
specified)
|
|
,POL/DA/DE,*,ANA | (Analyzing power dA/dE for particle
specified)
|
|
,POL/DA/DE,*,VAP | (Vect.anal.power,iT(11)/dA(*)/dE(*), f.part.
spec.)
|
|
,POL/DA/DE,*/*,ANA | (Anal.power d2/dA/dE for specified particle
pair)
|
|
,POL/DA/DE,,ANA | (Analyzing power / dE)
|
|
,POL/DA/DE,,ASY | (Asymm.of polarized part.w.resp.to angle and
en.)
(Asymmetry of polarized particles
with respect to angle and energy of
outgoing particles)
|
|
,POL/DA/DE,,TST | (Total spin transfer w.resp.to angle and
energy)
(Total spin transfer with respect to angle
and energy of outgoing particles)
|
|
,POL/DA2/DE2,*/* | (Polarization d/dA1(*)/dA2(*)/dE1(*)/dE2(*))
|
|
,POL/DA2/DE2,*/*,ANA |
(Analyzing power d4/dA(*)/dA(*)/dE(*)/dE(*))
|
|
,POL/DT,,ANA | (Anal. power with respect to 4-momentum
transfer)
|
|
20,POL/DA,*,TAP | (Tensor anal. power, T20 for particle
specified)
|
|
20,POL/DA,,TAP | (Tensor analyzing power, T20)
|
|
20,POL/DA/DA/DE,*/*/*+*,TAP |
(Tensor anal. power,
T20/dA(*)/dA(*)/dE(*+*))
|
|
20,POL/DA/DE,*,TAP | (Tensor analyzing power, T20/dA(*)/dE(*))
|
|
20/PAR,POL/DA,*,TAP |
(Tensor anal. power, T20, partial f.part.
spec.)
|
|
20/PAR,POL/DA,,TAP | (Tensor analyzing power, T20, partial)
|
|
21,POL/DA,*,TAP | (Tensor anal. power, T21 for particle
specified)
|
|
21,POL/DA,,TAP | (Tensor analyzing power, T21)
|
|
21,POL/DA/DE,*,TAP | (Tensor analyzing power, T21/dA(*)/dE(*))
|
|
21/PAR,POL/DA,*,TAP |
(Tensor anal.power, T21,partl.for part.spec.
)
|
|
21/PAR,POL/DA,,TAP | (Tensor analyzing power, T21, partial)
|
|
22,POL/DA,*,TAP | (Tensor anal. power, T22 for particle
specified)
|
|
22,POL/DA,,TAP | (Tensor analyzing power, T22)
|
|
22,POL/DA/DE,*,TAP | (Tensor analyzing power, T22/dA(*)/dE(*))
|
|
22/PAR,POL/DA,*,TAP |
(Tensor analyzing power, T22,partl.for part.
spec.)
|
|
22/PAR,POL/DA,,TAP | (Tensor analyzing power, T22, partial)
|
|
31,POL/DA,,TAP | (Tensor analyzing power, T31)
|
|
31/PAR,POL/DA,,TAP | (Tensor analyzing power, T31, partial)
|
|
32,POL/DA,,TAP | (Tensor analyzing power, T32)
|
|
32/PAR,POL/DA,,TAP | (Tensor analyzing power, T32, partial)
|
|
33,POL/DA,,TAP | (Tensor analyzing power, T33)
|
|
33/PAR,POL/DA,,TAP | (Tensor analyzing power, T33, partial)
|
|
40/PAR,POL/DA,,TAP | (Tensor analyzing power T40, partial)
|
|
EM,POL/DA/DE,P,ANA | (Analyzing power dA/dE for proton emission)
|
|
EXL,POL/DA,,ANA | (Analyzing power including excitation to
low-lying levels)
|
|
LL,POL/DA,*,ANA | (Tensor analyzing power, A(zz)/dA(*))
|
|
LL,POL/DA,*,D | (Spin rotation parameter, D(LL), for part.
spec.)
|
|
LL,POL/DA,,ANA | (Tensor analyzing power, A(zz))
|
|
LL,POL/DA,,C | (Initial spin correlation parameter, C(LL))
|
|
LL,POL/DA,,D | (Spin rotation parameter, D(LL))
|
|
LL,POL/DA,,K | (Spin-transfer parameter, K(LL))
|
|
LL,POL/DA/DA/DE,*/*/*+*,ANA |
(Tensor anal.power
A(LL)/dA(*)/dA(*)/d(E(rel.en.))
|
|
LL,POL/DA/DE,*,D | (Doub.diff.spin rotat. param. f.part.spec.
D(LL))
|
|
LL,POL/DA/DE,,ANA | (Tensor analyzing power A(zz)/dA/dE)
|
|
LL,POL/DA/DE,,D | (Doub.diff.spin rotation parameter, D(LL))
|
|
LL,POL/DA2/DE2,*/*,D |
(Spin rot.param
D(LL)/dA(*)/dA(*)/dE(*)/dE(*))
(Spin rotation parameter
D(LL)/dA(*)/dA(*)/dE(*)/dE(*))
|
|
LL,POL/DT,,D | (Spin rot.param.D(LL),fct.of 4-mom.transfer)
|
|
LL/PAR,POL/DA,,ANA | (Partial tensor analyzing power, A(zz))
|
|
LL/PAR,POL/DA,,D | (Spin-rotation parameter, D(LL), partl.
reaction)
|
|
LON,POL,,DSP/ASY | (Spin-spin asymmetry for longitud. spin
states)
|
|
LON,POL/DA,,ANA | (Longitudinal analyzing power A(z))
|
|
LS,POL/DA,*,D | (Spin rotation parameter, D(LS), for part.
spec.)
|
|
LS,POL/DA,,ANA | (Tensor analyzing power, A(zx))
|
|
LS,POL/DA,,C | (Initial spin correlation parameter, C(LS))
|
|
LS,POL/DA,,D | (Spin rotation parameter, D(LS))
|
|
LS,POL/DA,,K | (Spin-transfer parameter, K(LS))
|
|
LS,POL/DA/DE,*,D | (Doub.diff.spin rotat. param.f.part.spec.
D(LS))
|
|
LS,POL/DA/DE,,D | (Double-diff.spin rotation parameter D(LS))
|
|
LS,POL/DA2/DE2,*/*,D |
(Spin rot.param
D(LS)/dA(*)/dA(*)/dE(*)/dE(*))
(Spin rotation parameter
D(LS)/dA(*)/dA(*)/dE(*)/dE(*))
|
|
LS,POL/DT,,D | (Spin rot.param.D(LS),fct.of 4-mom.transfer)
|
|
LS/PAR,POL/DA,,D | (Spin-rotation parameter, D(LS), partl.
reaction)
|
|
NL,POL/DA,,C | (Initial spin correlation parameter, C(NL))
|
|
NN,POL/DA,*,ANA | (Tensor analyzing power, A(yy)/dA(*))
|
|
NN,POL/DA,*,D | (Spin-depolarization parameter,D(NN),f.part.
spec.)
|
|
NN,POL/DA,,ANA | (Tensor analyzing power, A(yy))
|
|
NN,POL/DA,,C | (Initial spin correlation parameter, C(NN))
|
|
NN,POL/DA,,D | (Spin-depolarization parameter, D(NN))
|
|
NN,POL/DA,,K | (Spin-transfer parameter, K(NN))
|
|
NN,POL/DA/DA/DE,*/*/*+*,ANA |
(Tensor anal.power
A(NN)/dA(*)/dA(*)/d(E(rel.en.))
|
|
NN,POL/DA/DE,*,D | (Doub.diff.spin rotat. param.f.part.spec.
D(NN))
|
|
NN,POL/DA/DE,,ANA | (Tensor analyzing power A(yy)/dA/dE)
|
|
NN,POL/DA/DE,,D | (Doub.diff.spin rotation parameter, D(NN))
|
|
NN,POL/DA/DE,,K | (Doub.diff.spin transfer parameter, K(NN))
|
|
NN,POL/DA/DE,,SF | (Double diff. spin-flip prob.d/dA/dE, S(nn))
|
|
NN,POL/DA2/DE2,*/*,D |
(Spin rot.param
D(NN)/dA(*)/dA(*)/dE(*)/dE(*))
(Spin rotation parameter
D(NN)/dA(*)/dA(*)/dE(*)/dE(*))
|
|
NN,POL/DT,,D | (Spin rot.param.D(NN),fct.of 4-mom.transfer)
|
|
NN/PAR,POL/DA,*,ANA |
(Tensor analyzing power A(yy)/dA(*),
partial)
|
|
NN/PAR,POL/DA,,ANA | (Partial tensor analyzing power, A(yy))
|
|
NN/PAR,POL/DA,,D | (Spin-depolarization param., D(NN), partl.
react.)
|
|
NN/PAR,POL/DA,,K | (Spin-transfer parameter, K(NN), partl.
reaction)
|
|
NN/PAR,POL/DA,,SF | (Spin-flip prob. S(nn) for partial reaction)
|
|
PAR,FM/DA,,AL1/RS | (4pi/Sig polar. * d/dA Leg.coef.of 1st kind)
(Product of spin-polarization probability
and partial differential cross section,
coefficients of associated Legendre
functions of the first kind * 4pi/Sigma)
|
|
PAR,POL,G | (Polarization for gamma-ray specified)
|
|
PAR,POL/DA | (Diff. spin-polarization prob.for partial
react.)
(Differential spin-polarization probability
with respect to angle of emission, for
partial reaction)
|
|
PAR,POL/DA,*+*,ASY | (Asymmetry for given particle pair)
|
|
PAR,POL/DA,*,VAP | (Vect.anal.power,partl.react.,iT11 for part.
spec.)
|
|
PAR,POL/DA,,ANA | (Partial analyzing power)
|
|
PAR,POL/DA,,ANA/LEG |
(Ptl.Anal.power,Leg.coef.
d/dA=a(0)+Sum(a(L)*P(L)))
(Partial analyzing power, Legendre
coefficients of the form d-Sig/d-Omega =
a(0) + Sum( a(L)*P(L) ))
|
|
PAR,POL/DA,,ANA/TT | (Partial analyzing power for thick target)
|
|
PAR,POL/DA,,ASY | (Partial asymmetry of polarized particles)
|
|
PAR,POL/DA,,ASY/PP | (Partial asymmetry, inc.
parallel/perpendicular))
(Partial asymmetry, incident projectile
parallel/perpendicular to reaction plane)
|
|
PAR,POL/DA,,TST | (Partial total spin transfer w.resp.to
angle)
|
|
PAR,POL/DA,,VAP | (Vect.anal.power,partl.react.,iT11)
|
|
PAR,POL/DA,G | (Diff. polarization for gamma-ray specified
d/dA)
|
|
PAR,POL/DA,N+A | (Diff.spin-polar.prob.for partial react.,
rel.ang.)
(Differential spin-polarization probability
with respect to rel.angle specified
partiles, partial reaction)
|
|
PAR,POL/DA/DA,*/*,ANA |
(Partial analyzing power d2/dA(*)/dA(*))
|
|
PAR,POL/DA/DA/DE,*/*/*,ANA |
(Partial analyz.power dA1/dA2/dE1 for part.
spec.)
|
|
PAR,POL/DA/DA/DE,,ANA |
(Partial analyz.power dA1/dA2/dE1 f. 2
particles)
|
|
PAR,POL/DA/DE,*/*,ANA |
(Partial analyz.power d2/dA(*)/dA(*))
|
|
SL,POL/DA,*,ANA | (Tensor analyzing power, A(xz)/dA(*))
|
|
SL,POL/DA,*,D | (Spin rotation parameter, D(SL), for part.
spec.)
|
|
SL,POL/DA,,ANA | (Tensor analyzing power, A(xz))
|
|
SL,POL/DA,,C | (Initial spin correlation parameter, C(SL))
|
|
SL,POL/DA,,D | (Spin rotation parameter, D(SL))
|
|
SL,POL/DA,,K | (Spin-transfer parameter, K(SL))
|
|
SL,POL/DA/DA/DE,*/*/*+*,ANA |
(Tensor analyzing power A(xz)/dA1/dA2/dE)
|
|
SL,POL/DA/DE,*,D | (Doub.diff.spin rotat. param.f.part.spec.,
D(SL))
|
|
SL,POL/DA/DE,,D | (Double-diff.spin rotation parameter D(SL))
|
|
SL,POL/DA2/DE2,*/*,D |
(Spin rot.param
D(SL)/dA(*)/dA(*)/dE(*)/dE(*))
|
|
SL,POL/DT,,D | (Spin rot.param.D(SL),fct.of 4-mom.transfer)
|
|
SL/PAR,POL/DA,,ANA | (Partial tensor analyzing power, A(xz))
|
|
SL/PAR,POL/DA,,D | (Spin-rotation parameter, D(SL), partl.
reaction)
|
|
SS,POL/DA,*,ANA | (Tensor analyzing power, A(xx)/dA(*))
|
|
SS,POL/DA,*,D | (Spin rotation parameter, D(SS), for part.
spec.)
|
|
SS,POL/DA,,ANA | (Tensor analyzing power, A(xx))
|
|
SS,POL/DA,,C | (Initial spin correlation parameter, C(SS))
|
|
SS,POL/DA,,D | (Spin rotation parameter, D(SS))
|
|
SS,POL/DA,,K | (Spin-transfer parameter, K(SS))
|
|
SS,POL/DA/DA/DE,*/*/*+*,ANA |
(Tensor analyzing power A(xx)/dA1/dA2/dE)
|
|
SS,POL/DA/DE,*,D | (Doub.diff.spin rotat.param.f.part.spec.,
D(SS))
|
|
SS,POL/DA/DE,,ANA | (Tensor analyzing power A(xx)/dA/dE)
|
|
SS,POL/DA/DE,,D | (Double-diff.spin rotation parameter D(SS))
|
|
SS,POL/DA2/DE2,*/*,D |
(Spin rot.param
D(SS)/dA(*)/dA(*)/dE(*)/dE(*))
|
|
SS,POL/DT,,D | (Spin rot.param.D(SS),fct.of 4-mom.transfer)
|
|
SS/PAR,POL/DA,*,ANA |
(Tensor analyzing power A(xx)/dA(*),
partial)
|
|
SS/PAR,POL/DA,,D | (Spin-rotation parameter, D(SS), partl.
reaction)
|
|
TRS,POL,,DSP/ASY | (Spin-spin asymmetry for transverse spin
states)
|
|
TRS,POL/DA,,ANA | (Transverse vector analyzing power, A(x))
|
|
TRS,POL/DA/DA/DE,*/*/*+*,ANA |
(Transverse vector analyzing power,
A(x)/dA1/dA2/dE(relative energies))
|
|
Outgoing energy spectra
|
|
skip
none
nocommon
close
|
|
|
,DA/DE,,4PI | (Double diff.cross section d2/dA/dE * 4pi)
|
|
,DE | (Energy spectrum of outgoing particles)
|
|
,DE,* | (Energy spectrum of particle specified)
|
|
,DE,*+* | (Energy spectrum of correlated particles
specif.)
|
|
,DE,*+*+* | (Energy spectrum of correlated particles
specif.)
|
|
,DP | (Diff. cross section with respect to linear
mom.)
|
|
,DT | (Diff.c/s with respect to 4-mom.transfer
squared)
(Differential cross section with respect to
4-momentum transfer squared of outgoing
particles)
|
|
,SPC | (Gamma spectrum)
|
|
,SPC,,TT | (Gamma spectrum for thick target)
|
|
,SPC/DA | (Gamma spectrum as function of angle)
|
|
2,DE | (Energy spectrum of 2nd secondary particle)
if 2 or more identical particles are
emitted
|
|
DI,DE | (En.spectrum of outg.partl.,dir.interact.
contr.)
|
|
DL,SPC | (Intensity of delayed gammas)
|
|
DL/GRP,NU/DE | (Energy spectrum for specific delayed neut.
group)
|
|
EM,DE | (Particle emission energy spectrum)
(Particle emission energy spectrum,
excluding elastic scattering)
|
|
LP,DP | (Diff.cs w.resp.to longit.secondary
momentum)
(Differential cross section with respect to
longitudinal secondary linear momentum)
|
|
LP,IPA/DP | (Cs diff.by long.sec.lin.mom.,int.over ang.
range)
|
|
LP,IPA/DP,* | (Cs dif.by lon.sec.li.mom.int.ov.an.ran.,
par.spe.)
|
|
LP,IPA/DP,*/* | (Diff.cs d/dA(*)/dp(*) integrated over ang.
range)
|
|
LP/PAR,DP | (Partial diff. cross section w.r.t.
longitudinal linear momentum)
|
|
PAR,DE | (Spectrum of outgoing particles for specif.
level)
|
|
PAR,DE,* | (Spectrum of particle specified for specif.
level)
|
|
PAR,DE,*+* | (Partial energy distr. of particle pair)
|
|
PAR,DP,*+* | (Diff.cs w.resp.to sec.momentum of particle
pair)
(Differential cross section with respect to
secondary linear momentum of particle
pair)
|
|
PAR,SPC | (Partial gamma spectrum)
|
|
PR,DE,N | (Diff.cs.with respect to pr.fiss.neutron
energy)
|
|
PR,SPC | (Intensity of prompt fission gammas)
|
|
PRE,DE,*F | (Energy spectrum of primary fission frag.
specif.)
|
|
PRE,DE,LF+HF | (Sum of prim.fragm.en.,total kin.en.
spectrum)
(Sum of primary light and heavy fragment
energies, total kinetic energy spectrum)
|
|
TER,DE,* | (Energy spectr.of particle specif.,ternary
fiss.)
|
|
TP,DP | (Diff.cs w.resp.to transv.secondary
momentum)
(Differential cross section with respect to
transverse secondary linear momentum)
|
|
TP/PAR,DP | (Part.Diff.cs w.resp.to transv.sec.momentum)
(Partial Differential cross section with
respect to transverse secondary linear
momentum)
|
|
Double differential data
|
|
skip
none
nocommon
close
|
|
|
,DA/DA | (Double diff. cross section d2/dA/dA)
(Double-diff. cross section with respect to
2 angles referring to 2 outgoing
particles)
===To be used only when it is obvious to
which particles the angles refer
|
|
,DA/DA,*/* | (Angular correlation betw.specified
particles)
|
|
,DA/DA,*/*+* | (Double diff. cross section
d2/dA(*)/dA(*+*))
|
|
,DA/DA,A/A+A,NCP | (Ang.correl.betw.alphas,rel.angle,
non-coplanar)
|
|
,DA/DA,P+P | (Angular correlation of protons (rel.
angle))
|
|
,DA/DE | (Double diff.cross section d2/dA/dE)
|
|
,DA/DE,* | (Double diff.cross sect. d2/dA/dE of part.
spec.)
|
|
,DA/DE,*,RSD | (Double diff.cs d2/dA/dE of part.spec.rel.
90deg.)
(Double differential cross sectionsle with
respect to particle specified relavive to
the value at 90 deg.)
|
|
,DA/DE,*/* | (Double diff.cross sect. d2/dA(*)/dE(*))
|
|
,DA/DE,*/*+* | (Double diff.cross sect. d2/dA(*)/dE(*+*))
|
|
,DA/DE,,RSD | (Double diff.cross sect. d2/dA/dE rel.to 90
deg.)
|
|
,DA/DE,,TMP | (Double diff.cs.d2/dA/dE at other than room
temp.)
|
|
,DA/DE,,TST | (Total spin transfer * d2/dA/dE)
|
|
,DA/DP | (Diff.cs dAngle/d(lin.momentum))
|
|
,DA/DP,* | (Double diff. cross section d2/dA(*)/dp(*))
|
|
,IPA/DE | (Double-diff.cs integr.over partial ang.
range)
|
|
,IPA/DE,*+* | (d/dA(*+*)/dE(*+*) int.over part.ang.range)
|
|
,IPA/DE,G | (Double-diff.gamma cs integr.over part.ang.
range)
|
|
,IPA/DE,RSD | (Double-diff.cs f.resid.int.over part.ang.
range)
|
|
,IPA/DP | (Double-diff.cs d2/dp/dA int.over part.ang.
range)
|
|
,IPP/DA | (Double-diff.cs d2/dp/dA int.over part.mom.
range)
|
|
DI,DA/DE | (Double diff. c/s d2/dA/dEdir.interaction
contr)
(Double-diff. cross section, direct
interaction contribution)
|
|
EM,DA/DE | (Double diff. emission cross section,
d/dA/dE)
(Double-diff.emission cross section
excluding elastic scattering)
|
|
EM,DA/DE,P | (Double diff. proton emission cross section)
|
|
ICL,DA/DE,*/* | (d2/dA(*)/dE(*)uncor.for oth.chan.emit.same
part.)
(Double-differential cross section
d2/dA(*)dE(*) uncorrected for other
channels emitting the same particle)
|
|
ICL,IPA/DE,*/* | (d2/dA(*)/dE(*)unc.f.ot.ch.em.same par.int.
ov.an.)
(Double-differential cross section
d2/dA(*)dE(*) uncorrected for other
channels emitting the same particle, and
integrated over the angular range)
|
|
LL,DA/DE,,SF | (Spin-flip probability S(LL)*d2/dA/d(E))
|
|
NN,DA/DE,,NSF | (Non-spin-flip probability
(1-S(nn))*d2/dA/dE)
|
|
NN,DA/DE,,SF | (Spin-flip probability S(nn)*d2/dA/dE)
|
|
PAR,DA/DE | (Partial double diff.cross-section)
(Partial double-diff. cross section for
specific level of residual nucleus)
=Note= In this case 'PAR' refers to a
specific level, and not to a specific
energy group of outgoing particles.
|
|
PAR,DA/DE,*/* | (Part.double diff.cross-section
d2/dA(*)/dE(*))
|
|
PAR,IPA/DE,*+* | (Par.d/dA(*+*)/dE(*+*) int.over part.ang.
range)
|
|
PR,DA/DE | (Double differential spectra of prompt
fission particles)
|
|
SEQ,DA/DE | (Double-diff.cs for spec. reaction seq.)
(Double-diff.cs for partial reaction specif.
by sequence of outgoing particles)
|
|
SS,DA/DE,,SF | (Spin-flip probability S(SS)*d2/dA/d(E))
|
|
TER,DA/DE,* | (Double-diff.cs d2/dA/dE of part.spec.,tern.
fiss.)
|
|
Triple differential data
|
|
skip
none
nocommon
close
|
|
|
,DA/DA/DE,*/*+*/* | (Triple diff.cross section
d3/dA(*)/dA(*+*)/dE(*))
|
|
,DA/DA/DE,*/*/* | (Triple diff.cross section
d3/dA(*)/dA(*)/dE(*))
|
|
,DA/DA/DE,*/*/*+* | (Triple diff.cs d3/dA(*)/dA(*)/dE(rel.en.
*-*))
(Triple-diff. cross section with respect to
angles and relative energies of specified
particles)
|
|
,DA/DA/DE,*/*/*,NCP |
(Triple diff.cs.d3/dA(*)/dA(*)/dE(*),
non-coplanar)
|
|
,DA/DA/DE/DE,P/P/P/RSD |
(Quadruple diff.cs
d4/dA(p)/dA(p)/dE(p)/dE(res))
|
|
,DA/DA/DP,*/*+*/*+* |
(Triple diff cs dA(*)/dA(*+*.)/dP(*+*))
(Triple differential cross section
d2/dA(*)/dA(*)/dP(*+*))
|
|
,DA/DE/DE,*/*/* | (Triple diff.cross section
d3/dA(*)/dE(*)/dE(*))
|
|
,DA2/DE2,*/* | (Quadruple diff.cs
d4/dA(*)/dE(*)/dA(*)/dE(*))
(Quadruple-diff. cross section with respect
to 2 angles and 2 energies of
part.specified)
|
|
PAR,DA/DA/DE | (Partial triple diff.cross-section)
(Partial triple-diff. cross section for
specific level of residual nucleus with
respect to 2 angles and secondary energy
of outgoing particles)
=Note= In this case 'PAR' refers to a
specific level, and not to a specific
energy group of outgoing particles.
|
|
PAR,DA/DA/DE,*/*/* | (Par.triple diff.cross sect.
d3/dA(*)/dA(*)/dE(*))
|
|
PAR,DA/DA/DE,*/*/*+* |
(Par.triple diff.cross sec.
d3/dA(*)/dA(*)/dE(*+*))
(Partial triple differential cross sections
with respect to angles and relative
energies of specified particles)
|
|
SEQ,DA/DA/DE,N/T/RSD |
(Triple-df.cs d3/dA(n)/dA(t)/dE(rsd),spec.r.
seq.)
(Triple diffential cross sections for angles
of neutron and triton and energy of
residual nucleus specified by sequence of
outgoing particles)
|
|
SEQ,DA/DA/DE,P/P/P | (Triple-diff.cs d3/dA(p)/dA(p)/dE(p),spec.r.
seq.)
(Triple differential cross sections for
angles of two protons and energy of proton
specified by sequence of outgoing
particles)
|
|
Fission fragment data
|
|
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|
|
(CUM),FY | (Fission-product yield (uncertain if
cumulative))
(Fission product yield, uncertain if
cumulative)
|
|
(CUM),FY,,FRC | (Fractional fission product yield (uncertain
if cumulative))
|
|
(SEC),AKE,*F | (Average kinetic energy of fission fragments
(uncertain if secondary))
|
|
(SEC),AKE,LF+HF | (Avg.tot.kin.energy of light and heavy
fission fragment unc.if secondary)
(Average total kinetic energy of light and
heavy fission fragments, uncertain if
secondary)
|
|
(SEC),ZP | (Most prob. charge of fiss.fragm.,
post-n-emiss.uncertain if secondary)
|
|
,AP | (Most probable mass of fission products)
for a given element
|
|
,AP,*F | (Most probable mass of fragment specified)
|
|
,AP,*F,RES | (Most probable mass of fragment specif.at
reson.)
|
|
,FY,G | (Fission gamma yld for fission fragment
specified)
|
|
,FY/DA/DE,*+*F/* | (Diff.fis.yield d/dA(*+frag.spec.)/dE(*))
|
|
,KE | (Kinetic energy of reaction product)
|
|
,KE,* | (Kinetic energy of product specified)
|
|
,KE,,TT | (Kinetic energy of reaction prod.for thick
target)
|
|
,KE,LF+HF | (Total kin. energ.of light/heavy frag.pair
spec.)
(Average total kinetic energy of light and
heavy fission fragments specified)
|
|
,KEM | (Temperature of Maxw. dist. of reaction
product)
|
|
,KEP,HF | (Most probable kin.energy of heavy
fragments)
|
|
,KEP,LF | (Most probable kin.energy of light
fragments)
|
|
,ZP | (Most probable charge of fission products)
for a given mass
|
|
,ZP,HF | (Most probable charge of heavy fragments)
|
|
,ZP,LF | (Most probable charge of light fragments)
|
|
BIN,AKE,FF | (Average kinetic energy of binary fission
frag.)
|
|
BIN/TER,DA/RAT,FF | (Binary/ternary differential fiss.frag.dist.
d/dA)
(Binary/ternary ratio of fission fragment
angular distributions)
|
|
BIN/TER,FY/RAT | (Binary/ternary fission product yield ratio)
|
|
CHG,FY | (Total element yield of fission products)
|
|
CHG,FY/DE | (Total element fiss. yield of diff.d/d(frag.
en.))
(Total element yield of fission products,
differential with fragment kinetic energy)
|
|
CHG/TER,FY | (Total element yield of fiss.prod.,ternary
fiss.)
|
|
CHG/TER/CRN,FY | (Total element yield of ternary fission
product pair specified)
|
|
CHN,FY | (Total chain yield of fission products)
|
|
CHN,FY/DE | (Total chain yield, fiss.prod.diff.d/d(frag.
en))
(Total chain yield of fission products,
differential with fragment kinetic energy)
|
|
CHN,SIG | (Total chain yield cross section f. fiss.
products)
|
|
CUM,FY | (Cumulative fission-product yield)
Includes formation of product nucleus via
radioactive decay and isomeric transition.
|
|
CUM,FY,,FRC | (Fractional cumulative fission product
yield)
Ratio of cumulative fission product yield
to chain yield of fission product
|
|
CUM,FY/RAT | (Cumulative fission-product yield isom.
ratio)
Includes formation of product nucleus via
radioactive decay and isomeric transition.
|
|
DL/GRP,KE | (Kin.ene.of del.reac.prod.f.given half-life
grp.)
|
|
FIS,AKE,FF | (Avg.kin.energy of fragments of high energy
fiss)
|
|
IND,FY | (Independent fission-product yield)
|
|
IND,FY,,FRC | (Fractional independent fission product
yield)
Ratio of independent fission product yield
to chain yield of fission product
|
|
IND,FY,,RES | (Independent fission-product yield at
resonance)
|
|
IND,FY/DE | (Diff.indep. fission product yield d/d(frag.
en.))
(Independent fiss.fragment yield,
differential with fragment kinetic energy)
|
|
IND,FY/RAT | (Independent fission-product yield ratio)
(Independent fiss.fragment yield, isomeric
ratio)
|
|
IND/CRN,FY | (Indep. fiss.-prod. yld. for frag. pair
specified)
(Independent fission-product yield for
fragment pair specified)
|
|
IND/TER,FY | (Independ.fission-prod.yield for ternary
fission)
|
|
IND/TER/CRN,FY | (Independ.fission-prod.yield for fragment
pair specified, ternary fiss.)
(Independent ternary fission product for
fragment pair specified in ternary
fission)
|
|
ISP/IND,FY | (Independent fission-product yield partial
for intermediate products)
|
|
ISP/PRE,AKE,LF+HF | (Ave. Tot. kin. energy of primary fragm.,
partial for intermediate prod.)
(Average total kinetic energy of primary
fragments, partial for intermediate
product)
|
|
ISP/PRE,FY | (Pre-neutron-emission fission yield, partial
for intermediate product)
|
|
ISP/PRE,KE | (Kinetic energy of spec.primary fragm.,
partial for intermediate prod.)
|
|
ISP/PRE,KE,LF+HF | (Tot. kin. energy of spec.primary fragm.,
partial for intermediate prod.)
(Total kinetic energy of primary fragments
specified, partial for intermediate
product)
|
|
ISP/SEC,AP,*F | (Most probable mass of frag. specified,
partial for intermediate product)
(Most probable mass of fragment specified,
partial for intermediate product)
|
|
ISP/SEC,FY | (Post-neutron-emission fission yield,
partial for intermediate product)
|
|
ISP/SEC,KE | (Kinetic energy of post-n-emiss.prod.spec.,
partial for intermed.prod.)
(Kinetic energy of post-neutron-emission
product specified, partial for
intermediate product)
|
|
NUM,FY | (Probability for production of N fis.
particles)
|
|
NUM,FY,* | (Probability for production of N fis. part.
spec.)
|
|
PAR,AP,HF | (Most prob.mass of heavy fragm.f.given
excit.en.)
|
|
PAR,FY/DA,*+*F | (Par.diff.fiss.yields d/dA(*+fis.frag.
specified))
|
|
PAR,FY/DE,LF/HF | (Fiss.pr.yld at given light and heavy fragm.
en.)
(Fission product yield at given light and
heavy fragment energy)
|
|
PAR,KE | (Kinetic energy of reaction prod.f.given en.
grp.)
|
|
PAR,ZP | (Most probable charge, for fragm.energy
given)
|
|
PAR/CHN,FY | (Total chain yield of fiss.prod.f.given
excit.en.)
|
|
PAR/IND,FY | (Ind.fission yield for fragm.energy given)
|
|
PAR/PRE,FY | (Primary fragm.fission yield for given exc.
energ)
|
|
PAR/PRE,FY,G | (Partial yield of gammas vs. prim. fragment
mass)
(Partial yield of fission gammas from both
fragments as a function of primary
fragment mass)
|
|
PR,FY | (Yield of prompt fission particles)
|
|
PR,FY,G | (Prompt fis.gamma yields for fis.frag.
specified)
(Prompt fission gamma yields for fission
fragment specified)
|
|
PR,FY/DE | (Energy spectrum of prompt fission
particles)
|
|
PR,FY/TKE | (Yield of promopt fission particles at given
TKE)
|
|
PR,KE | (Kin.energy averaged for prompt prod.
specified)
|
|
PR,KE,N | (Av.kin.energ.of prompt ntr.f.fis.frag.
specified)
(Average total kinetic energy of prompt
neutron for fission fragment specified)
|
|
PR,KE/DA,N/N+LF | (Av.kin.energ.of neut., fn.of ang(n+light
frag.))
|
|
PR,KE/TKE,N | (Kin.energy averaged for prompt neutron v.s.
TKE)
(Prompt fission neutron energy for a given
total kinetic energy and specified
product)
|
|
PR,KEM | (Temp.of Maxwell.distr.of prompt prod.
specified)
(Temperature of Maxwellian distribution of
prompt products specified)
|
|
PR/PAR,FY | (Partial yield of prompt fission particles)
|
|
PR/PAR,FY,G | (Prompt fiss.gam.yld.for spec.frag.& gamma
energy)
|
|
PR/PAR,KE | (Kinetic energy of prompt reac. products,
partial)
|
|
PRE,AKE,FF | (Average kinetic energy of primary fragment)
(Average kinetic energy of primary fission
fragments)
|
|
PRE,AKE,HF | (Average kinetic energy of primary heavy
frag.)
|
|
PRE,AKE,LF | (Average kinetic energy of primary light
frag.)
|
|
PRE,AKE,LF+HF | (Average total kin. energy for prim.fiss.
frag.)
(Average total kinetic energy for primary
fission fragments)
|
|
PRE,AP | (Most prob.mass of fiss.fragm.,
pre-n-emission)
|
|
PRE,AP,*F | (Most prob.mass, pre-n-emission of frag.
specif.)
|
|
PRE,AP/DA,FF | (Centr.of mass dist.of pr.fiss.fr.,dep.on
angle)
(Centroids of mass distribution of primary
fission fragments as function of angle)
|
|
PRE,FY | (Primary fission-product yield)
|
|
PRE,FY/DE | (Primary fission-product yield d/d(kinetic
en.))
(Primary fission-product yield differential
with fragment kinetic energy)
|
|
PRE,FY/DE,*F | (Primary fragm.fission yield d/dE(fragm.
spec.))
(Primary light fragment fission yield
differential with kinetic energy of
fragment specified)
|
|
PRE,FY/DE,G | (Energy spectrum of gammas vs. prim. frag.
mass)
(Energy spectrum of gammas from
both fragments as a function of
primary fragment mass)
|
|
PRE,FY/DE,LF+HF | (Diff. primary fission product yield w.r.t.
total kinetic energy)
|
|
PRE,KE | (Kinetic energy of primary fission fragments
spec.)
|
|
PRE,KE,G | (Pre-neutron emiss.fiss.gamma energy)
|
|
PRE,KE,LF+HF | (Tot.kin.energy of primary fission fragments
spec.)
|
|
PRE,KEP,*F | (Most probable kin.en.of primary fiss.fragm.
spec.)
|
|
PRE/PR,KE,* | (Kinetic energy of prompt particle specified
for a given primary fragm.)
|
|
PRE/PR/FRG,FY,G | (Prompt fission gamma yield from the primary
fragment specified)
|
|
PRE/TER,AKE,*F | (Av. kin. energy of primary fission frag.
specified from ternary fission)
(Average kinetic energy of primary fission
fragment specified from ternary fission)
|
|
PRE/TER,AKE,LF+HF | (Av. tot. kin. energy of primary fission
fragments from ternary fission)
(Average total kinetic energy of primary
fission fragments from ternary fission)
|
|
PRE/TER,AP,*F | (Most probable mass of prim.frag.spec.
ternar.fis.)
|
|
PRE/TER,FY | (Primary-fission prod.yield, ternary
fission)
|
|
PRV,AKE,*F | (Provisional average kinetic energy of
fragment specified)
|
|
PRV,AKE,LF+HF | (Provisional average total kinetic energy)
|
|
PRV,AP,HF | (Most prob.provisional mass for heavy frag.)
(Most probable provisional mass for heavy
fragments)
|
|
PRV,AP,LF | (Most prob.provisional mass for light frag.)
(Most probable provisional mass for light
fragments)
|
|
PRV,FY | (Fission product yield for a provisional
mass specified)
|
|
PRV,FY/DE,LF+HF | (Diff. provisional fission product yield w.
r.t. total kinetic energy)
|
|
PRV,KE | (Provisional kinetic energy)
|
|
PRV,KE,LF+HF | (Total kinetic energy of fission fragments,
provisional mass specified)
|
|
QTR,FY | (Fission-product yield, quaternary fission)
|
|
QTR,KE | (Kinetic energy for quaternary fission)
|
|
SEC,AKE,*F | (Average kin.energy of post-neut-emission
frag.)
(Average kinetic energy of pre-delayed-
neutron emission fission fragments)
|
|
SEC,AKE,LF+HF | (Avg.tot.kin.energy for post-neutr-em.frag.)
(Average total kinetic energy for post-
neutron-emission fission fragments)
|
|
SEC,AP | (Most prob. mass of fiss.fragm.,
post-n-emiss.)
|
|
SEC,AP,*F | (Most prob. mass of post-n-emiss. frag.
specif.)
|
|
SEC,FY | (Post-neutron-emiss.fission-prod.yld.(mass
yield))
(Pre-delayed-neutron fission-prod.yield)
|
|
SEC,FY/DE | (Post-neutron-emisson fission yield
d/dE(KE))
(Post-neutron emission fission yield
differential with fragment kinetic energy)
|
|
SEC,FY/DE,*F | (Secondary fragm.fission yield d/dE(fragm.
spec.))
(Secondary light fragment fission yield
differential with kinetic energy of
fragment specified)
|
|
SEC,FY/DE,LF+HF | (Diff. secondary fission product yield w.r.
t. total kinetic energy)
(Post-neutron emission fission yield
differential with fragment total kinetic
energy)
|
|
SEC,KE | (Kinetic energy of post-n-emiss.product.
specified)
(Average kinetic energy of post-neutron-
emission product specified)
|
|
SEC,KE,LF+HF | (Tot.kin.energ.of lig./heav.post-n-emis.
frag.pair)
(Total kinetic energy of post-neutron-
emission light and heavy fission fragment
pair specified)
|
|
SEC,KEP,*F | (Most prob.kin.energy of post-n-emiss. frag.
spec.)
|
|
SEC,KEP,LF+HF | (Most prob.total kin.energy of post-n-emiss.
frag.)
|
|
SEC,ZP | (Most prob. charge of fiss.fragm.,
post-n-emiss.)
|
|
SEC/TER,AKE,*F | (Av.kin.energy of post-neut-emiss.frag.,ter.
fis.)
(Average kinetic energy of post-neutron
emission fragment specified for ternary
fission)
|
|
SEC/TER,AKE,LF+HF | (Av.tot.kin.ene.of post-neut-emiss.frag.,
ter.fis.)
(Average total kinetic energy of
post-neutron emission fragments for
ternary fission)
|
|
SEC/TER,KE,*F | (kin.energ.of post-neut-emission frag.,
ternary fis.)
(Kinetic energy of post-neutron emission
fragment specified for ternary fission)
|
|
TER,AKE,*F | (Avg. kin.en. of fragment specif., ternary
fiss.)
|
|
TER,AKE,LF+HF | (Avg. kin.en.sum f.light and heavy frag.,
tern.f.)
|
|
TER,AP | (Most probable mass of ternary fiss. frag.)
(Most probable mass of fission fragments
from ternary fission for a given element)
|
|
TER,AP,*F | (Most prob. mass of ternary fission frag.
specif.)
(Most probable mass of the fragment
specified in ternary fission)
|
|
TER,FY | (Fission-product yield, ternary fission)
|
|
TER,FY,* | (Yield of specified particle from ternary
fission)
|
|
TER,FY,,RES | (Fission-product yield, ternary fission at
resonance)
|
|
TER,FY,LCP | (Light-charged-particle yield, ternary
fission)
|
|
TER,FY/DA | (Diff. fission yield dY/dA for tern.
fission)
|
|
TER,FY/DA,*+*F | (Diff. fission yield dY/dA(*+frag.spec.),
ter.fis.)
|
|
TER,FY/DA/DE | (Diff. fission yield dY/dA/dE for tern.
fission)
|
|
TER,FY/DA/DE,*+*F/* |
(Diff.fis.yield d/dA(*+frag.spec.)/dE(*),
ter.fis.)
|
|
TER,FY/DE | (Diff. fission yield dY/dE for tern.
fission)
(Differential fission product yield dY/dE
for ternary fission)
|
|
TER,FY/DE,*F | (Ternary fission fragm.yield d/dE(fragm.
spec.))
(Ternary fission fragment yield differential
with kinetic energy of fragment specified)
|
|
TER,FY/DE,A | (Diff.fiss.alph.yield dY/dE corr.w.fragment)
(Differential fission alpha yield dY(a)/dE
correlated with A and/or Z of ternary
fission fragment)
|
|
TER,KE | (Kinetic energy for ternary fission)
|
|
TER,KE,* | (Kinetic energy for ternary fiss. prod.
specified)
|
|
TER,KE/TKE | (Kinetic energy for ternary fission v.s.
TKE)
|
|
TER,KEP | (Most probable kinetic energy of ter. fis.
prod.)
|
|
TER,KEP,* | (Most probable kin.energy of tern.fiss.prod.
spec.)
|
|
TER,KEP,A | (Most probable kin.energy of ternary fission
alp)
|
|
TER,ZP,*F | (Most prob. charge of ternary fission frag.
spec.)
(Most probable charge of the fragment
specified in ternary fission)
|
|
TER/PAR,FY | (Partial fission yield in ternary fission)
|
|
TER/PAR,KE,N | (Kin.ene.of neut.assoc.to prod.lev.spec.
tern.fis.)
(Average kinetic energy of neutrons
associated to product in a specific level
in ternary fission)
|
|
Resonance parameters
|
|
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,AG,,AA | (Adler-Adler symmetry coefficient)
|
|
,AH,,AA | (Adler-Adler asymmetry coefficient)
|
|
,ARE | (Resonance area)
|
|
,D | (Average level spacing)
|
|
,EN | (Resonance energy)
|
|
,EN,,AA | (Adler-Adler resonance energy)
|
|
,J | (Spin J)
|
|
,L | (Momentum L)
|
|
,PHS,,VGT | (Vogt relative phase)
|
|
,PTY | (Parity)
|
|
,SPC,,RES | (Gamma spectrum at resonance)
|
|
,STF | (Strength function)
|
|
,SWG | (Statistical weight factor g)
To be coded with reaction (N,0).
|
|
,WID | (Resonance width)
|
|
,WID,,2AG | (2ag * resonance width)
|
|
,WID,,2G | (2g * resonance width)
|
|
,WID,,4AG | (4ag * resonance width)
|
|
,WID,,AA | (Adler-Adler Nu)
|
|
,WID,,AG | (ag * resonance width)
|
|
,WID,,G | (g * resonance width)
|
|
,WID,,RM | (Reich-Moore resonance width)
|
|
,WID,,RM/2G | (2g * Reich-Moore resonance width)
|
|
,WID,,RM/G | (g * Reich-Moore resonance width)
|
|
,WID,,RM/S0 | (Reich-Moore res. width * tot.peak cross
sect.)
|
|
,WID,,RM/SQ/G | (g * Reich-Moore resonance width squared)
|
|
,WID,,S0 | (Resonance width * total peak cross section)
|
|
,WID,,SQ | (Resonance width squared)
|
|
,WID,,SQ/G | (g * resonance width squared)
|
|
,WID,,SQ/S0 | (Resonance width squared * tot.peak cross
section)
|
|
,WID,,VGT | (Vogt resonance width)
|
|
,WID,,VGT/2G | (2g * Vogt resonance width)
|
|
,WID/RED | (Reduced width)
|
|
,WID/RED,,2AG | (2ag * reduced width)
|
|
,WID/RED,,2G | (2g * reduced width)
|
|
,WID/RED,,4AG | (4ag * reduced width)
|
|
,WID/RED,,AG | (ag * reduced width)
|
|
,WID/RED,,G | (g * reduced width)
|
|
,WID/RED,,RM | (Reich-Moore reduced resonance width)
|
|
,WID/RED,,RM/2G | (2g * Reich-Moore reduced resonance width)
|
|
,WID/RED,,RM/G | (g * Reich-Moore reduced resonance width)
|
|
,WID/RED,,RMT | (R-matrix reduced resonance width)
|
|
,WID/RED,,RMT/AMP | (R-matrix reduced width amplitude)
|
|
,WID/RED,,VGT | (Vogt reduced resonance width)
|
|
,WID/STR | (Resonance strength)
|
|
,WID/STR,,RG | (Resonance strength * (2J(i)+1)*(2J(j)+1))
(Resonance strength given as (2J+1) * *
Gamma(i)*Gamma(j) / Gamma(tot))
|
|
,WID/STR,,RM | (Reich-Moore resonance strength)
|
|
1,WID,,RM | (Reich-Moore resonance width for channel 1)
|
|
1,WID,,VGT | (Vogt resonance width for channel 1)
|
|
2,WID,,RM | (Reich-Moore resonance width for channel 2)
|
|
3,WID,,RM | (Reich-Moore resonance width for channel 3)
|
|
4,WID,,RM | (Reich-Moore resonance width for channel 4)
|
|
EP,STF | (Strength function for electr.polarity
given)
|
|
MP,STF | (Strength function for magnetic polarity
given)
|
|
PAR,ARE | (Partial resonance area)
|
|
PAR,STF | (Partial strength function)
|
|
PAR,WID | (Partial width)
|
|
PAR,WID,,G | (g * partial width)
|
|
PAR,WID/RED,,RMT | (R-matrix red.resonance width f.partial
reaction)
|
|
PAR,WID/STR | (Partial resonance strength)
|
|
PAR,WID/STR,,RG | (Partial Resonance strength *
(2J(i)+1)*(2J(j)+1))
(Partial resonance strength given as
(2J+1)*Gamma(i)*Gamma(j)/Gamma(tot))
|
|
PRE,AKE,LF+HF,RES | (Aver.tot.kin.energ.for prim.fiss.frag.at
res.)
|
|
Nuclear quantities
|
|
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|
|
,LD | (Level density)
|
|
,LDP | (Level density parameter)
|
|
,SCO | (Spin-cut-off factor)
|
|
,TEM | (Nuclear temperature)
|