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========================================================NOTE= Characters and digits in Column 66 are used forcomputerized checking of the field sequence==============================================================================================================Monitor/Assumed Values=======================================================ANG-CM-NRM Angle at which normalization was made, C.M. System ANG-NRM Angle at which normalization was made E-LVL-NRM Level Energy Used for NormalizationWhen a partial cross section is specified under'MONITOR'.E-NRM Energy of Outgoing Particle Used for NormalizationEnergy of the outgoing gamma ray or particle group fornormalization value when a partial cross section isspecified under 'MONITOR'E-NRM1 Energy of First Outgoing Particle Used for Normalizati E-NRM2 Energy of Second Outgoing Particle Used for Normalizat EN-CM-NRM Inc.Proj. Energy (in c.m.) Used for Normalization EN-NRM Incident Projectile Energy Used for NormalizationUsed when a data set is normalized at one energy only.EN-NRM-MAX Upper Limit of Incident En. Range for Normalization EN-NRM-MIN Lower Limit of Incident En. Range for Normalization EN-NRM-RSL Energy Resolution of Normalization Incident Energy EN-NRM1 1st Incident Proj.En. for Normalization, see 'MONITOR'If more than one energy is given.Explanation under 'MONITOR'.EN-NRM2 2nd Incident Proj.En. for Normalization, see 'MONITOR'Explanation under 'MONITOR'.EN-NRM3 3rd Incident Proj.En. for Normalization, see 'MONITOR'Explanation under 'MONITOR'.EN-RES-NRM Resonance Energy for Normalization HL-NRM Half-Life of nuclide to which data is normalized KT-NRM Temperature of reference Maxwellian spectrum +MONIT-ERR + Unsymmetric Error in Value Assumed for Normalization -MONIT-ERR - Unsymmetric Error in Value Assumed for Normalization MONIT Normalization Value for Reaction given under 'MONITOR'For the reaction given under 'MONITOR'MONIT-CM Normalization Value, C.M. System, see 'MONITOR'For the Reaction Given under 'MONITOR'MONIT-DN Normalization Value for denominator of reaction ratio MONIT-ERR Error in Normalization Value MONIT-NM Normalization value for numerator of ratio MONIT1 1st Normalization Value, see 'MONITOR'If more than one is given.Explanation under 'MONITOR'MONIT1-ERR Error in 1st Normalization Value MONIT2 2nd Normalization Value, see 'MONITOR'Explanation under 'MONITOR'MONIT2-ERR Error in 2nd Normalization Value MONIT3 3rd Normalization Value, see 'MONITOR'Explanation under 'MONITOR'MONIT3-ERR Error in 3rd Normalization Value MONIT4 4th Normalization Value, see 'MONITOR'Explanation under 'MONITOR'MONIT4-ERR Error in 4th Normalization Value MONIT5 5th Normalization Value, see 'MONITOR'Explanation under 'MONITOR'MONIT5-ERR Error in 5th Normalization Value MONIT6 6th Normalization Value, see 'MONITOR' MONIT6-ERR Error in 6th Normalization Value MONIT7 7th Normalization Value, see 'MONITOR' MONIT8 8th Normalization Value, see 'MONITOR' STAND Numerical Value AssumedHeading for field giving the numerical value assumedfor the quantity specified under 'STANDARD'STAND-ERR Standard Error STAND1 1st Standard Value, see 'STANDARD'If More Than One GivenSTAND1-ERR Error in 1st Standard Value STAND2 2nd Standard Value, see 'STANDARD'. STAND2-ERR Error in 2nd Standard Value STAND3 3rd Standard Value, see 'STANDARD'. STAND3-ERR Error in 3rd Standard Value ASSUM Assumed Value, defined under 'ASSUMED'. ASSUM-ERR Error in Assumed Value ASSUM-MAX Upper Limit of Assumed Value ASSUM-MIN Lower Limit of Assumed Value ASSUM1 1st Assumed Value, defined under 'ASSUMED'.If more than one assumed value given.ASSUM1-ERR 1st Assumed Value Error ASSUM1-MAX Upper Limit of 1st Assumed Value ASSUM1-MIN Lower Limit of 1st Assumed Value ASSUM2 2nd Assumed Value, defined under 'ASSUMED'. ASSUM2-ERR 2nd Assumed Value Error ASSUM2-MAX Upper Limit of 2nd Assumed Value ASSUM2-MIN Lower Limit of 2nd Assumed Value ASSUM3 3rd Assumed Value, defined under 'ASSUMED'. ASSUM3-ERR 3th Assumed Value Error ASSUM4 4th Assumed Value, defined under 'ASSUMED'. ASSUM4-ERR 4th Assumed Value Error ASSUM5 5th Assumed Value, defined under 'ASSUMED'. ASSUM5-ERR 5th Assumed Value Error=======================================================Quantity Measured=======================================================DATA Value of Quantity Specified under 'REACTION'=Note= All codes starting with 'DATA' are in thelaboratory system unless the extension 'CM' is given.DATA-APRX Approximate Value of Quantity specif. under 'REACTION' DATA-CM Value of Quantity specif. under 'REACTION', C.M. Sys. DATA-MAX Upper Limit of Quantity specified under 'REACTION' DATA-MIN Lower Limit of Quantity specified under 'REACTION' DATA-MN-CM Lower Lim.of Quant.specif.under 'REACTION', C.M.Sys. DATA-MX-CM Upper Lim.of Quant.specif.under 'REACTION', C.M.Sys. SUM Sum value of Quantity specified under 'REACTION'May be used instead of 'DATA' for an explicit sum((...)+(...)) or an isomeric sum is coded under'REACTION'.+DATA-ERR + Unsymmetric Data Error, see 'ERR-ANALYS' +DATA-ERR1 + Unsymmetric data uncertainty +DATA-ERR2 + Unsymmetric 2nd data uncertainty +ERR-5 + Unsymmetric 5th Systematic Error, see 'ERR-ANALYS'. +ERR-S + Unsymmetric Statistical Error +ERR-SYS + Unsymmetric Systematic Error +ERR-T + Unsymmetric Total Error +RATIO-ERR + Unsymmetric Ratio Error, see 'ERR-ANALYS'. +SUM-ERR + Unsymmetric Error in Sum, see 'ERR-ANALYS'. -DATA-ERR - Unsymmetric Data Error, see 'ERR-ANALYS'. -DATA-ERR1 - Unsymmetric data uncertainty -DATA-ERR2 - Unsymmetric 2nd data uncertainty -ERR-5 - Unsymmetric 5th Systematic Error, see 'ERR-ANALYS'. -ERR-S - Unsymmetric Statistical Uncertainty -ERR-SYS - Unsymmetric Systematic Error -ERR-T - Unsymmetric Total Uncertainty -RATIO-ERR - Unsymmetric Ratio ErrorExplanation under 'ERR-ANALYS'-SUM-ERR - Unsymmetric Error in SumExplanation under 'ERR-ANALYS'DATA-ERR Error in Value of Quantity, defined under 'ERR-ANALYS' DATA-ERR1 1st Data Uncertainty, defined under 'ERR-ANALYS'If more than one uncertainty field given.DATA-ERR2 2nd Data Uncertainty, defined under 'ERR-ANALYS' DATA-ERR3 3rd Data Uncertainty, defined under 'ERR-ANALYS' DATA-ERR4 4th Data Uncertainty, defined under 'ERR-ANALYS' DATA-ERR5 5th Data Uncertainty, defined under 'ERR-ANALYS' DATA-ERR6 6th Data Uncertainty, defined under 'ERR-ANALYS' ERR-1 1st Systematic Uncertainty, defined under 'ERR-ANALYS' ERR-10 10th Systematic Uncert., defined under 'ERR-ANALYS' ERR-11 11th Systematic Uncert., defined under 'ERR-ANALYS' ERR-12 12th Systematic Uncert., defined under 'ERR-ANALYS' ERR-13 13th Systematic Uncert., defined under 'ERR-ANALYS' ERR-14 14th Systematic Uncert., defined under 'ERR-ANALYS' ERR-15 15th Systematic Uncert., defined under 'ERR-ANALYS' ERR-2 2nd Systematic Uncertainty, defined under 'ERR-ANALYS' ERR-3 3rd Systematic Uncertainty, defined under 'ERR-ANALYS' ERR-4 4th Systematic Uncertainty, defined under 'ERR-ANALYS' ERR-5 5th Systematic Uncertainty, defined under 'ERR-ANALYS' ERR-6 6th Systematic Uncertainty, defined under 'ERR-ANALYS' ERR-7 7th Systematic Uncertainty, defined under 'ERR-ANALYS' ERR-8 8th Systematic Uncertainty, defined under 'ERR-ANALYS' ERR-9 9th Systematic Uncertainty, defined under 'ERR-ANALYS' ERR-DIG Digitizing error (of DATA) ERR-S Statistical Uncertainty (1-Sigma) ERR-SYS Total Systematic Uncertainty ERR-T Total Uncertainty (1-Sigma) SUM-ERR Error in SumExplanation under 'ERR-ANALYS'RATIO Ratio Value of Quantity specified under 'REACTION'May be used instead of 'DATA' for an explicit ratio((...)/(...)), or for an isomeric ratio.In earlier entries also used for the ISO-QUANT/STANDARD ratio even if this ratio is not explicitlycoded under 'ISO-QUANT'RATIO-APRX Approximate Value of Ratio RATIO-MAX Upper Limit of Ratio RATIO-MIN Lower Limit of Ratio RATIO-ERR Ratio Error RATIO-ERR1 1st Ratio ErrorIf more than one ratio error is given.Explanation under 'ERR-ANALYS'RATIO-ERR2 2nd Ratio ErrorExplanation under 'ERR-ANALYS'RATIO-ERR3 3rd Ratio ErrorExplanation under 'ERR-ANALYS'=======================================================Resonance Parameters=======================================================MOMENTUML Angular Momentum (L) of Resonance 2For resonance parameters, strength functions, etc.PARITY Parity of Resonance 0Compare Also the BIB Keyword 'LEVEL-PROP'.SPINJ Spin (J) 4Spin J of Resonances, Strength-Functions, etc.Compare also the BIB Keyword 'Level-PROP'.STAT-WG Statistical-Weight Factor (g) 4For Resonance ParametersEN-RES Resonance Energy C EN-RES-CM Resonance Energy, C.M. System C EN-RES-MAX Upper Limit of Resonance Energy C EN-RES-MIN Lower Limit of Resonance Energy C MU-ADLER Mu CUsed in Adler-Adler Resonance Analysis.Equivalent to resonance energy.+EN-RES-ER + Unsymmetric Resonance Energy Error D -EN-RES-ER - Unsymmetric Resonance Energy Error D EN-RES-ERR Error in Resonance Energy D=======================================================Energy/Momentum of Incident Projectile=======================================================EN Energy of Incident Projectile, Laboratory System A=Note= All codes starting with 'EN' are in theLaboratory system unless the extension 'CM' is given.EN-APRX Approximate Value of Incident Projectile Energy A EN-CM Incident Projectile Energy relative to target A EN-CM-MAX Upper Limit of C.M. Incident Projectile Energy Range A EN-CM-MIN Lower Limit of C.M. Incident Projectile Energy Range A EN-DN Incident Energy for Reaction Ratio Denominator A EN-MAX Upper Limit of Incident Projectile Energy Range A EN-MIN Lower Limit of Incident Projectile Energy Range A EN-MIN-APX Approximate Lower Limit Incident Projectile Energy A EN-MIN-DN Lower Limit of Inc. En. Range, Reaction Ratio Denom. A EN-MIN-NM Lower Limit of Inc. En. Range, Reaction Ratio Numer. A EN-NM Incident Projectile Energy, Reaction Ratio Numerator A +EN-ERR + Unsymmetric Energy Error B +EN-RSL + Unsymmetric Energy Resolution B +EN-RSL-HW + Unsymmetric Energy Resolution B -EN-ERR - Unsymmetric Energy Error B -EN-RSL - Unsymmetric Energy Resolution B -EN-RSL-HW - Unsymmetric Energy Resolution B EN-ERR Uncertainty in Incident Projectile Energy Bfor monoenergetic incident projectile energy orfor central energy in an incident projectile spectrum.EN-ERR-DIG Digitizing error of incident particle energy B EN-ERR1 1st Incident Projectile Energy Error, see 'ERR-ANALYS'BIf more than one uncertainty is given.Explanation under 'ERR-ANALYS'.EN-ERR2 2nd Incident Projectile Energy Error, see 'ERR-ANALYS'BExplanation under 'ERR-ANALYS'.EN-ERR3 3rd Incident Projectile Energy Error, see 'ERR-ANALYS'BExplanation under 'ERR-ANALYS'.EN-RSL Incident Projectile Energy Resolution (Unspecified) B EN-RSL-DN Inc.Proj.Energy Resol.(FWHM), Reaction Ratio DenominatB EN-RSL-FW Incident Projectile Energy Resolution (FWHM) B EN-RSL-HW Incident Projectile Energy Resolution (+-1/2 FWHM) B EN-RSL-NM Inc.Proj.Energy Resol.(FWHM), Reaction Ratio NumeratorB MOM Linear Momentum of Incident Projectile M MOM-MAX Maximum Linear Momentum of Incident Projectile M MOM-MIN Minimum Linear Momentum of Incident Projectile M MOM-ERR Error of Linear Momentum of Incident Projectile R MOM-RSL Incident Projectile Linear Momentum Resolution R EN-DUM-DN Dummy Incident Energy, Reaction Ratio Denominator A EN-DUM-NM Dummy Incident Energy, Reaction Ratio Numerator A EN-DUMMY Dummy Incident Proj. Energy, for broad spectrum AUsed as the numerical equivalent of an incidentparticle spectrum when neither 'EN-MEAN' nor 'KT'apply. See also 'INC-SPECT'.Quantity has modifier to specify spectrum.EN-MEAN Mean Energy of Incident Projectile Spectrum AEither mean energy of incident projectile spectrum orof energy range. Explanation in free text is requiredEN-MEAN-DN Inc. Spectr. Mean Energy, Reaction Ratio Denominator A EN-MEAN-NM Inc. Spectr. Mean Energy, Reaction Ratio Numerator A KT Spectrum Temperature (energy units) A KT-DN Spectrum Temperature, Reaction Ratio Denominator A KT-K Spectrum Temperature (temperature units) A KT-NM Spectrum Temperature, Reaction Ratio Numerator A KT-ERR Error in Spectrum Temperature B WVE-LN Wave length of incident particle A=======================================================Secondary Energy=======================================================E Energy of Outgoing Particle, Lab. System E=Note= All codes starting with 'E' are in theLaboratory system unless the extension 'CM' is given.E-APRX Approx. Energy of Outgoing Particle, Lab. System E E-CM Energy of Outgoing Particle, C.M. System E E-CM-MAX Upper Limit of Outgoing Part. En. Range, C.M. Sys. E E-CM-MIN Lower Limit of Outgoing Part. En. Range, C.M. Sys. E E-DN Outgoing Particle Energy, Reaction Ratio Denominator E E-MAX Upper Limit of Outgoing Particle En. Range, Lab. Sys. E E-MAX-CM Upper Limit of Outgoing Particle En. Range, C.M. Sys. E E-MAX-DN Outgoing Particle Energy, Reaction Ratio Denominator E E-MAX-NM Outgoing Particle Energy, Reaction Ratio Numerator E E-MEAN Mean Energy of Outgoing Particles, Lab. System E E-MIN Lower Limit of Outgoing Particle En. Range, Lab. Sys. E E-MIN-CM Lower Limit of Outgoing Particle En. Range, C.M. Sys. E E-MIN-DN Outgoing Particle Energy, Reaction Ratio Denominator E E-MIN-NM Outgoing Particle Energy, Reaction Ratio Numerator E E-NM Outgoing Particle Energy, Reaction Ratio Numerator E E-RL Relative Energy of Outgoing Particle, Lab. System E E-RL-CM Relative Energy of Outgoing Particle, C.M. System E E1 1st Outgoing Part. En., defined under 'EN-SEC' E E1-CM 1st Outgoing Part. En., C.M. defined under 'EN-SEC' E E1-MAX Upper Limit, 1st Outgoing Part. En.Range, see 'EN-SEC'EDefined under 'EN-SEC'.E1-MIN Lower Limit, 1st Outgoing Part. En.Range, see 'EN-SEC'EDefined under 'EN-SEC'.E2 2nd Outgoing Part. Energy, defined under 'EN-SEC' E E2-MAX Upper Limit, 2nd Outgoing Part. En.Range, see 'EN-SEC'EDefined under 'EN-SEC'.E2-MIN Lower Limit, 2nd Outgoing Part. En.Range, see 'EN-SEC'E E3 3rd Outgoing Particle Energy, defined under 'EN-SEC' E E3-MIN Lower Limit, 3rd Outgoing Part. En.Range, see 'EN-SEC'EDefined under 'EN-SEC'.E4 4th Outgoing Particle Energy, defined under 'EN-SEC' E E5 5th Outgoing Particle Energy, defined under 'EN-SEC' E S Distance along S-curve for range of E1 and E2 E S-MEAN Mean distance along S-curve for range of E1 and E2 E +E-ERR + Unsymmetric Outgoing Particle Energy Error F -E-ERR - Unsymmetric Outgoing Particle Energy Error F E-ERR Outgoing Particle Energy Error F E-ERR-DIG Digitizing error of outgoing particle energy F E-ERR1 First Outgoing Particle Energy Error F E-ERR2 Second Outgoing Particle Energy Error F E-NM-ERR Error in Outgoing Particle En., Reaction Ratio NumeratE E-RSL Outgoing Projectile Energy Resolution F E-RSL-FW Secondary energy resolution (full width at half maximuF E1-ERR Outgoing Particle Energy Error F E2-ERR Outgoing Particle Energy Error F E-LVL Level Energy ECompare also with BIB keyword 'LEVEL-PROP'.E-LVL-DN Level Energy, Reaction Ratio Denominator E E-LVL-FIN Final Level of Gamma Transition E E-LVL-FIN1 Final Level of Gamma Transition, def.under EN-SEC E E-LVL-FIN2 Final Level of Gamma Transition, def.under EN-SEC E E-LVL-INI Initial Level of Gamma Transition E E-LVL-INI1 Initial Level of Gamma Transition, def.under EN-SEC E E-LVL-INI2 Initial Level of Gamma Transition, def.under EN-SEC E E-LVL-MAX Upper Energy Limit of Discrete Level Group E E-LVL-MEAN Mean Level Energy E E-LVL-MIN Lower Energy Limit of Discrete Level Group E E-LVL-NM Level Energy, Reaction Ratio Numerator E E-LVL1 1st Level Energy, defined under 'EN-SEC' E E-LVL1-MAX Upper Limit of 1st Level Energy Range E E-LVL1-MIN Lower Limit of 1st Level Energy Range E E-LVL2 2nd Level Energy, defined under 'EN-SEC' E E-LVL2-MAX Upper Limit of 2nd Level Energy Range E E-LVL2-MIN Lower Limit of 2nd Level Energy Range E +E-LVL-ERR + Unsymmetric Level Energy Error F -E-LVL-ERR - Unsymmetric Level Energy Error F E-LVL-ERR Level Energy Error F E-EXC Excitation Energy E E-EXC-DN Excitation Energy for denominator of reaction ratio E E-EXC-MAX Upper Limit of Excitation Energy Range E E-EXC-MEAN Mean Excitation Energy E E-EXC-MIN Lower Limit of Excitation Energy Range E E-EXC-NM Excitation Energy for numerator of reaction ratio E E-EXC1 1st Excitation Energy, defined under EN-SEC' EIf more than one given.E-EXC1-MAX Upper Limit of 1st Excitation Energy Range E E-EXC1-MIN Lower Limit of 1st Excitation Energy Range E E-EXC2 2nd Excitation Energy, defined under EN-SEC'. E E-EXC2-MAX Upper Limit of 2nd Excitation Energy Range E E-EXC3 3rd Excitation Energy, defined under EN-SEC'. E E-EXC-ERR Excitation Energy Error F Q-VAL Q-Value E Q-VAL-APRX Approximate Q-Value E Q-VAL-MAX Upper Limit of Q-Value E Q-VAL-MEAN Mean Q-Value E Q-VAL-MIN Lower Limit of Q-Value E Q-VAL-ERR Q-Value Uncertainty F Q-VAL-RSL Q-Value Resolution F E-DGD Degradation in Incident vs. Outgoing Particle Energy E E-DGD-MAX Upper Limit of Degradat. in Inc. vs. Outgoing Part.En.E E-DGD-MIN Lower Limit of Degradat. in Inc. vs. Outgoing Part.En.E E-DGD-ERR Error in Degradation in Incident vs. Outgoing Part.En.F E-GAIN Gain in Incident vs. Outgoing Particle Energy E E-GAIN-ERR Error in Gain in Incident vs. Outgoing Particle EnergyF IAS-NUMB Level Number of Isobaric Analog State E ISO-NUMB Level Number of Isobaric Analog State E LVL-NUM-DN Level Number, Reaction Ratio Denominator E(Used only if other information is not available)LVL-NUM-NM Level Number, Reaction Ratio Numerator E(Used only if other information is not available)LVL-NUMB Level Number E(Used only if other information is not available)Compare also to the BIB Keyword 'LEVEL-PROP'.-t 4-momentum transfer squared M1 Linear Momentum of 1st Outgoing Particle LMore than one linear momentum field given.M1-MAX Upper Limit of 1st Outgoing Particle Linear Momentum L M1-MIN Lower Limit of 1st Outgoing Particle Linear Momentum L M1-SEC-MAX Upper Limit of 1st Outgoing Particle Linear Momentum L M1-SEC-MIN Lower Limit of 1st Outgoing Particle Linear Momentum L M2 Linear Momentum of 2nd Outgoing Particle L M2-MAX Upper Limit of 2nd Outgoing Particle Linear Momentum L M2-MIN Lower Limit of 2nd Outgoing Particle Linear Momentum L M2-SEC-MAX Upper Limit of 2nd Outgoing Particle Linear Momentum L M2-SEC-MIN Lower Limit of 2nd Outgoing Particle Linear Momentum L M3 Linear Momentum of 3rd Outgoing Particle L M4 Linear Momentum of 4th Outgoing Particle L M5 Linear Momentum of 5th Outgoing Particle L MOM-SEC Linear Momentum of Outgoing Particle L MOM-SEC-MN Minimum Linear Momentum of Outgoing Particle L MOM-SEC-MX Maximum Linear Momentum of Outgoing Particle L MOM-SEC1 1st Linear Momentum of Outgoing Particle LDefined under 'MOM-SEC'.More than one linear momentum given.MOM-SEC2 2nd Linear Momentum of Outgoing Particle LDefined under 'MOM-SEC'.MOM-SEC3 3rd Linear Momentum of Outgoing Particle LDefined under 'MOM-SEC'.MOM-SEC4 4th Linear Momentum of Outgoing Particle LDefined under 'MOM-SEC'.MOM-SEC5 5th Linear Momentum of Outgoing Particle LDefined under 'MOM-SEC'.MOM-SEC-ER Error of Linear Momentum of Outgoing Particle L POLAR Polarity EElectric or magnetic polarityPOLAR-DN Polarity for denominator of reaction ratio E POLAR-NM Polarity for numerator of reaction ratio E=======================================================Angle=======================================================ANG Angle, Laboratory System G=Note= All codes starting with 'ANG' are in theLaboratory system unless the extension 'CM' is given.ANG-AZ Azimuthal Angle G ANG-AZ-RL Azimuthal Angle Between 2 Reaction Planes G ANG-AZ1 Azimuthal Angle G ANG-AZ2 Azimuthal Angle G ANG-CM Angle, C.M. System G ANG-CM-DN Angle for Reaction Ratio Denominator, C.M. System G ANG-CM-MAX Upper Limit of Angular Range, C.M. System G ANG-CM-MIN Lower Limit of Angular Range, C.M. System G ANG-CM-NM Angle for Reaction Ratio Numerator, C.M. System G ANG-DN Angle, Reaction Ratio Denominator G ANG-MAX Upper Limit of Angular Range, Lab. System G ANG-MIN Lower Limit of Angular Range, Lab. System G ANG-MN Mean angle of correlated pair G ANG-NM Angle, Reaction Ratio Numerator G ANG-RL Relative Angle G ANG-RL-CM Relative Angle, C.M. System G ANG1 1st Angle, definition given in BIB Section GIf more than one angle is given.ANG1-CM Angle, C.M. System, definition given in BIB G ANG1-CM-MN Lower Limit of First Angle, C.M. System G ANG1-CM-MX Upper Limit of First Angle, C.M. System G ANG1-MAX Upper Limit of First Angular Range, Lab. System G ANG1-MIN Lower Limit of First Angular Range, Lab. System G ANG2 2nd Angle, definition given in BIB Section G ANG2-CM Angle, C.M. System, definition given in BIB G ANG2-MAX Upper Limit of Second Angular Range, Lab. System G ANG2-MIN Lower Limit of Second Angular Range, Lab. System G ANG2-RL-CM Relative 2nd Angle, C.M. System G ANG3 3rd Angle, definition given in BIB Section G ANG4 4th Angle, definition given in BIB Section G +ANG-RSL + Unsymmetric Angular Resolution H -ANG-RSL - Unsymmetric Angular Resolution H ANG-ERR Angle Error H ANG-ERR-D Digitizing error of angle H ANG-MN-ERR Error of Mean angle of correlated pair H ANG-RSL Angular Resolution H ANG1-ERR 1st Angle Error, definition given in BIB Section H ANG2-ERR 2nd Angle Error, definition given in BIB Section H COS Cosine of Angle, Laboratory System G=Note= All codes starting with 'COS' are in thelaboratory system unless the extension 'CM' is given.COS-CM Cosine of Angle, C.M.System G COS-CM-MAX Upper Limit of Cosine Range, C.M. System G COS-CM-MIN Lower Limit of Cosine Range, C.M. System G COS-MAX Upper Limit of Cosine Range, Lab. System G COS-MIN Lower Limit of Cosine Range, Lab. System G COS-ERR Cosine Error H COS-ERR-D Digitizing Error of Cosine H COS-RSL Cosine Angular Resolution H MOM-TR Momentum transfer (in units MeV/c or equiv.) G q Momentum transfer, q G q-CM Momentum transfer, q, center of mass system G MOM-TR-ERR Error of momentum transfer (in units MeV/c or equiv.) H WVE-NM Wave Number G=======================================================Coefficient Number=======================================================NUMBER Fitting Coefficient Number N NUMBER-CM Fitting Coefficient Number, for Data in C.M. System NWhen the Legendre or cosine fit refers to an anglegiven in the center-of-mass system.KQ Indices for tensor analyzing power N=======================================================Independent Variables or Associated Inform.=======================================================TEMP Sample Temperature 8 TEMP-ERR Error in Sample Temperature 9 THICKNESS Sample Thickness KUsed as independent variable when data from severalruns with different sample thicknesses are given.POL-BM Beam Polarization POL-BM-ERR Beam Polarization Error POL-BM-MAX Upper Limit of Beam Polarization POL-BM-MIN Lower Limit of Beam Polarization POL-TR Target Polarization POL-TR-ERR Target Polarization Error HL Half-Life of Nuclide Specified. 6- of Nucleus Given under HALF-LIFE or RESID-NUCor of delayed neutron group- or as Independent VariableHL-DN Half-Life of nuclide specified in ratio denominator 6 HL-NM Half-Life of nuclide specified in ratio numerator 6 HL1 Half-Life of 1st Nucleus Specified 6More than one half-life Given.HL2 Half-Life of 2nd Nucleus Specified 6 HL3 Half-Life of 3rd Nucleus Specified 6 HL4 Half-Life of 4th Nucleus Specified 6 HL-ERR Error in Half-Life 7 HL1-ERR Error in Half-Life of 1st Nucleus Specified 7 HL2-ERR Error in Half-Life of 2nd Nucleus Specified 7 HL3-ERR Error in Half-Life of 3rd Nucleus Specified 7 HL4-ERR Error in Half-Life of 4th Nucleus Specified 7 GRP-NUM Group number (of delayed neutrons) N DCNST Decay constant N ERR-EDD Error of energy value given under DECAY-DATA ERR-HL Error of half-life value given under DECAY-DATA ERR-IDD Error of intensity value given under DECAY-DATA DCNST-ERR Error in decay constant N=======================================================Isotope/Particle Identification=======================================================ELEM-DN Atomic Number, Reaction Ratio Denominator I ELEM-MAX Upper Limit of Atomic Number Range I ELEM-MIN Lower Limit of Atomic Number Range Ifor isotope yields onlyELEM-NM Atomic Number, Reaction Ratio Numerator I ELEM1 Atomic Number of 1st Element I ELEM2 Atomic Number of 2nd Element I ELEM3 Atomic Number of 3rd Element I ELEMENT Atomic Number of Element Ifor product yields or delayed neutron precursor nucleiMASS Atomic Mass of Nuclide JFor product yields or delayed neutron precursornuclei.MASS-DN Atomic Mass of Nuclide, Reaction Ratio Denominator J MASS-MAX Upper Limit of Atomic Mass Range J MASS-MIN Lower Limit of Atomic Mass Range J MASS-NM Atomic Mass of Nuclide, Reaction Ratio Numerator J MASS-RATIO Ratio of Atomic Masses of Fission Fragments J MASS1 Atomic Mass of 1st Nuclide J MASS1-MAX Maximum Atomic Mass of 1st Nuclide J MASS2 Atomic Mass of 2nd Nuclide J MASS2-MIN Minimum Atomic Mass of 2nd Nuclide J MASS3 Atomic Mass of 3rd Nuclide J MASS-ERR-D Digitizing Error in Atomic Mass of Nuclide J MASS-RSL Mass ResolutionFor mass ranges in product yields.ISOMER Isomer for Nuclide Given JNuclide given in preceding fields under 'ELEMENT'and 'MASS'.blank = Nucleus has no Metastable State0. = Ground State (when Metastable State exists)1. = 1st or unspecified Metastable State2. = 2nd Metastable State, etc.ISOMER-DN Isomer for Nuclide, REACTION Ratio Denominator J ISOMER-NM Isomer for Nuclide, REACTION Ratio Numerator J ISOMER1 1st Isomer for Nuclide J ISOMER2 2nd Isomer for Nuclide J ELEM-NRM Atomic Number of Nuclide Used for Normalization MASS-NRM Atomic Mass of Nuclide used for Normalization EMS Effective Mass Squared S EMS1 1st Effective Mass Squared, defined under 'MOM-SEC'. S EMS1-MAX Upper Limit, 1st Effective Mass Squared, see 'MOM-SEC'SDefined under 'MOM-SEC'.EMS1-MIN Lower Limit, 1st Effective Mass Squared, see 'MOM-SEC'SDefined under 'MOM-SEC'.EMS2 2nd Effective Mass Squared, defined under 'MOM-SEC'. S EMS2-MAX Upper Limit, 2nd Effective Mass Squared, see 'MOM-SEC'SDefined under 'MOM-SEC'.EMS2-MIN Lower Limit, 2nd Effective Mass Squared, see 'MOM-SEC'SDefined under 'MOM-SEC'.EMS3 3rd Effective Mass Squared, defined under 'MOM-SEC' S EMS4 4th Effective Mass Squared, defined under 'MOM-SEC' S EMS5 5th Effective Mass Squared, defined under 'MOM-SEC' S N-OUT Number of Emitted Neutrons O P-OUT Number of Emitted Protons P PART-OUT Number of Emitted Particles P=======================================================Additional Information=======================================================+MISC-ERR + Unsymmetric Error in Miscellaneous Value -MISC-ERR - Unsymmetric Error in Miscellaneous Value ANAL-STEP Analysis Energy Step DECAY-FLAG Decay Flag. See corresponding Flag in BIB sectionUsed in Variable Product Nucleus Formalism to linkproduct nuclei in DATA section to codes underDECAY-DATA or RAD-DET (re PART-DET proposal ispending).FLAG Flag, defined under 'FLAG'. Z LVL Level Energy as additional information LVL-ERR Error of Level Energy as additional information LVL-FIN Final Level Energy as additional information LVL-FIN-ER Error of Final Level Energy as addit.information LVL-FIN1 1st Final Level Energy as additional information LVL-FIN2 2nd Final Level Energy as additional information LVL-FLAG Level Flag, Link to information under 'LEVEL-PROP' LVL-INI Initial Level Energy as additional information LVL-INI-ER Error of Initial Level Energy as addit.information LVL-INI1 1st Initial Level Energy as additional information LVL-INI2 2nd Initial Level Energy as additional information MISC Miscellaneous Information, defined under 'MISC-COL'.Supplementary information for which no Data-HeadingKeyword has been defined.MISC-ERR Error in Miscellaneous Value MISC-ERR-D Digitizing Error in Miscellaneous Value MISC1 1st Miscellaneous Field, defined under 'MISC-COL'More than one miscellaneous field given.MISC1-ERR Error in 1st Miscellaneous Field MISC10 10th Miscellaneous Field, defined under 'MISC-COL' MISC2 2nd Miscellaneous Field, defined under 'MISC-COL' MISC2-ERR Error in 2nd Miscellaneous Field MISC3 3rd Miscellaneous Field, defined under 'MISC-COL' MISC3-ERR Error in 3rd Miscellaneous Field MISC4 4th Miscellaneous Field, defined under 'MISC-COL' MISC4-ERR Error in 4th Miscellaneous Field MISC5 5th Miscellaneous Field, defined under 'MISC-COL' MISC5-ERR Error in 5th Miscellaneous Field MISC6 6th Miscellaneous Field, defined under 'MISC-COL' MISC6-ERR Error in 6th Miscellaneous Field MISC7 7th Miscellaneous Field, defined under 'MISC-COL' MISC7-ERR Error in 7th Miscellaneous Field MISC8 8th Miscellaneous Field, defined under 'MISC-COL' MISC8-ERR Error in 8th Miscellaneous Field MISC9 9th Miscellaneous Field, defined under 'MISC-COL'