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Particle codes
* MFQ Special quantity (nu, alpha, etc.)
ALF ALF MFQ Alpha (capture-to-fission cs ratio)
ALR ALF MFQ Alpha at resonance
AP FY FY Most probable mass
APA FY FY Most probable mass as a fn. of angle
APP FY FY Most probable mass for given fragment energy
APR FY FY Most probable mass at resonance
CO COR COR Angular correlation
COD COR COR Angular correlation d/dE'
COP COR COR Partial angular correlation
CP4 CSP CSP Partial differential d/dAngle * 4pi
CRP CSP CSP Cross section at resonance
CS CS CS Cross section
CS4 CS CS Differential d/dAngle * 4pi
CS4 CS CS Differential d/dAngle * 4pi
CS+ CS CS Cross section (nonstandard)
CSP CSP CSP Partial cross section
CSP4 CSP CSP Partial differential d/dAngle * 4pi
CSR CS CS Cross section at resonance
CST CST CST Temperature dependent cross section
D2* MFQ Special quantity, dAngle/dE'
D2P DAA DA Partial double differential dAngle1/dAngle2
D3A D3A DAE Triple differential dAngle1/dAngle2/dE'
D3E D3E DAE Triple differential dAngle/dE1'/dE2'
D4A D4A DAE Quadruple diff. dAng1/dAng2/dE1'/dE2'
DA DA DA Differential d/dAngle
DA* MFQ Special quantity, d/dAngle
DAA DAA DA Double differential dAngle1/dAngle2
DAE DAE DAE Double differential dAngle/dE'
DAP DAP DAP Partial differential d/dAngle
DE DE DE Differential d/dE'
DE4 DE DE Differential d/dAngle/dE' * 4pi
DE* MFQ Special quantity, d/dE'
DE4 DE DE Differential d/dAngle/dE' * 4pi
DEP DEP DEP Energy spectrum for specific group
DN CSN CSP Diff. by no. of outgoing neutrons
DP DP DE Diff.by linear momentum of outg.part.
DPP DP DE Diff.by lin.mom.of outg.part.,partl react.
DPR DAP DAP Partial angular distribution at resonance
DT DT DA Diff.by 4-momentum transfer squared
E KE E Kinetic energy
EA KE E Kinetic energy as a fn. of angle
EP KE E Kinetic energy for specific groups
EA KE E Kinetic energy as a fn. of angle
EC EC COR Energy correlation
EDA KE E Kinetic energy, differential, d/dAngle
EP KE E Kinetic energy for specific groups
ETA ETA MFQ Neutron yield (Eta)
ETR ETA MFQ Neutron yield (Eta) at resonance
FAT FRS FY Fiss.fragm.ang.distr.,Temp.-dep.Leg. coeff.
FC DA DA Cosine coefficient
FCP DAP DAP Partial cosine coefficient
FFA FRS FY Fission fragment angular distribution d/dA
FL DA DA Legendre coefficient
FLP DAP DAP Partial Legendre coefficient
FLT DAT DA Temperature-dependent Legendre coefficient
FS DA DA Sine coefficient
FS2 DA DA Sine**2 coefficient
FY FY FY Fission product yield
FYA FY FY Fission product yield as fn. of angle
FYE FY FY Fission product yield, differental, d/dE
FYP FY FY Fiss.prod.yield as fn.of sec.part.energy
FYS FY FY Production cross section of fission products
FYZ FY FY Fission mass yield
G* NUD MFQ Yield of half-life group
GZ NUD MFQ Yield of half-life group
IAP INT INT Cs integral over inc.en for partl.angle
IDA INT INT Cross section integral over inc.en., d/dAngle
IAR INT INT Cs integral over inc.en. at resonance
IDE INT INT Cs integral over inc.en., d/dE'
INP INT INT Cs integral over inc.en.for given E' or level
INT INT INT Cross section integral over incident energy
INT4 INT INT Cs integral over inc.en., d/dAngle * 4pi
IP4 INT INT Cs integral over inc.en.,d/dA*4pi,for E'or lvl
IT4 INT INT Cs integral over inc.en., d/dAngle * 4pi
ITR INT INT Cs integral over inc.en.,at resonance
KER KER SQ Kerma factor
L AMP L Length or amplitude
LP AMP L Partial length or amplitude
LC LMC COR Linear momentum correlation
LCP LMC COR Partial linear momentum correlation
LP AMP L Partial length or amplitude
MC EMC COR Effective mass correlation
MLT MLT MLT Multiplicity
MTA MLT MLT Multiplicity d/dA
MTE MLT MLT Multiplicity, partial or d/dE
MTR MLT MLT Multiplicity at resonance
NQ NQ NQ Nuclear quantity
NU NU MFQ Neutron yield (nu-bar)
NUD NUD MFQ Delayed neutron yield (nu-bar delayed)
NUE NUF MFQ Neutron yield dep.on sec.particle energy
NUF NUF MFQ Neutron yield for fiss.fragments
NUP NU MFQ Probability for emission of N neutrons
NUR NU MFQ Neutron yield at resonance
P* MFQ Partial yield for special quantity
P3A POD POL Analyzing power dA1/dA2/dE1 for 2 particles
P4A POD POL Anal.power dA1/dA2/dE1/dE2 for 2 particles
PDE POD POL Differential polarization, d/dAngle/dE'
PDT POD POL Differential polarization, d/d(-t)
PN NUD MFQ Delayed neutron emission probability
PO POL POL Polarization
POD POD POL Differential polarization, d/dAngle
POF POL POL Polarization fitting coefficient
POT POT CS Potential scattering cross section
PPD POD POL Partial differential polarization, d/dAngle
PPF POL POL Partial polarization fitting coefficient
PPO POL POL Partial polarization
PTD POD POL Differential polarization, d/dAngle, tensor
PTP POD POL Partial diff.polarization, d/dAngle, tensor
PY PY PY Product yield (other than fission)
PY+ PY PY Product yield(other than fission, nonstandard)
PY2 PY PY Double-diff. Product yield d/dAngle/dEnergy
PYA PY PY Product yield d/dAngle
PYP PY PY Partial product yield
PYPA PY PY Partial product yield d/dAngle
PYQ PY PY Partial product yield d/dAngle
PZ MLT MLT Partial multiplicity
PZR MLT MLT Partial multiplicity at resonance
RE RP RP Resonance energy
RI RI RI Resonance integral
RIL RI RI Resonance integral over limited energy range
RP RP RP Resonance parameter
RP* MFQ Special quantity at resonance
RPE KE E Resonance kinetic energy
RPP RP RP Partial resonance parameter
RR RR RR Reaction rate
RRP RR RR Partial reaction rate
SIF SIF SQ Self-indication function
SP SPC SP Secondary energy spectrum
SPA SPC SP Secondary energy spectrum as a funct.of angle
SPP SPC SP Partial sec. energy spectrum (for given level)
SPR SPC SP Spectrum at resonance
TD2 TTD TTD Differential thick target yield, d/dAngle/dE'
TDA TTD TTD Differential thick target yield, d/dAngle
TDE TTD TTD Differential thick target yield, d/dE'
TDP TTD TTD Partial diff. thick target yield, d/dAngle
TSL TSL CS Thermal-neutron scattering cross section
TT TT TT Thick target yield
TT+ TT TT Thick target yield (nonstandard)
TTP TTP TTP Partial thick target yield
YAE MLT MLT Double-diff. mutiplicity for thick target
ZP CHG FY Most probable charge
ZPA CHG FY Most probable charge as a fn. of angle
ZPP CHG FY Most probable charge for given fragment energy