[Institutes] [Reference types] [Journals] [Reports] [Books+Conferences]
[Compounds] [Particles] [Facilities] [Sources]
[Result codes] [Additional Results] [Methods] [Detectors] [Analysis] [Data Headings] [Data Units]
[SF2 Particles] [SF3 Products] [SF3 Processes] [SF5 Branch] [SF6 Parameter]
[SF7 Particle Considered] [SF8 Modifiers] [SF9 data Types] [Cinda]
Data Units codes
SEETEXT rare units. See 'MISC-COL'
Rare units which are not coded but used under 'MISC'
only.
PRT/FIS/SR particles per fission per sterad 1/A
CM3/S/MOL Centimeters**3 per second per MolB*V
= cm3 / (Mol * sec)
ARB-UNITS Arbitrary Units NO
To be combined with the 'REL' modifier in the REACTION.
NO-DIM no Dimensions NO 1.E+0
PER-CENT per-cent PC 1.E+0
Used for relative errors. Must not be used under the
headings 'DATA', 'RATIO', etc. (In such case, divide
data by 100 and use 'NO-DIM').
PRT/MUC/SR particles/micro-Coulomb/steradianPYTA
= part / (micro-Coulomb * sterad)
CI/AHR/MEV Curie per Ampere-hour per MeV TTTE 1.02777E+1
= Ci / (Ahr * MeV)
= micro-Ci / (micro-Ahr * MeV)
MBQ/C/MEV Mega-Becquerel/Coulomb/MeV TTTE 1.0E+0
= MBq / (Coul * Mev)
=======================================================
Angle
=======================================================
ADEG Angular Degrees A 1.E+0
AMIN Angular Minutes A 1.666667E-2
ASEC Angular Seconds A 2.777778E-4
=======================================================
Decay
=======================================================
G/PT/SR Gammas/Inc.Projectile/Steradian 1/A
GAM/100N Gammas per 100 Neutrons YLD
GAM/PART Gammas per Incident Projectile YLD
PRD/INC/SR products/inc.projectile/steradian1/A
= (prod.per inc.proj.) / sr
PRT/INC/SR partcles/inc.projectile/steradian1/A
= (part.per inc.proj.) / sr
N/PT/MEVSR neut.per Inc.Proj. per Sr per MeV1/AE
P/IN/MEVSR particl./inc.proj. per Sr per MeV1/AE
= (part./inc.proj.) / (sr * Mev)
N/PART/MEV neutrons per Inc. Proj. per MeV 1/E
PRT/IN/MEV particles per inc. proj. per MeV 1/E
= (part.per inc.proj.) / MeV
N/PART neutrons per Incident Projectile YLD
PRT/INC particles per incident projectileYLD 1.E+0
PT/RCT/MEV particles per reaction per MeV 1/E 1.00E-06
PART/FIS particles per fission FY
PC/FIS particles per 100 fissions FY 1.E-2
PRD/FIS products/fission FY 1.E+0
PRT/FIS particles per fission FY 1.E+0
PC/FIS/MEV particl. per 100 fissions per MeVFYDE 1.E+0
= (part.per 100 fissions) / MeV
PT/FIS/MEV particles per fission per MeV FYDE 1.E+2
= (part.per fission) / MeV
GY*M-SQ Grey * Square Meters KER
PC/DECAY per-cent per Decay PN
NUC/PART nuclei per Incident Projectile YLD
PC/INC particles/100 incid.projectiles YLD 1.E-2
PC/REAC particles/100 reactions YLD 1.E-2
PRD/INC products/incident projectile YLD 1.E+0
PRD/REAC products/reaction YLD 1.E+0
PRT/REAC particles/reaction YLD 1.E+0
=======================================================
Energy or inverse energy
=======================================================
1/EV per eV 1/E 1.E+0
1/GEV per GeV 1/E 1.E-9
1/KEV per KeV 1/E 1.E-3
1/MEV per MeV 1/E 1.E-6
1/MILLI-EV per Milli-eV 1/E 1.E+3
EV Electron-Volts E 1.E+0
GEV GeV E 1.E+9
GEV/A GeV per mass number E
KEV keV E 1.E+3
MEV MeV E 1.E+6
MEV/A MeV per mass number E
MICRO-EV micro-Electron-Volts E 1.E-6
(in American often Microvolts)
MILLI-EV milli-Electron-Volts E 1.E-3
(in American often Millivolts)
NANO-EV nano-Electron-Volts E 1.E-9
TEV tera-Electron-Volts E 1.E+12
EV/C eV per Velocity of Light E/C 1.E+0
GEV/C GeV per Velocity of Light E/C 1.E+9
KEV/C KeV per Velocity of Light E/C 1.E+3
MEV/C MeV per Velocity of Light E/C 1.E+6
EV-SQ eV-squared E2 1.E+0
GEV-SQ GeV-Squared E2 1.E+18
KEV-SQ keV-Squared E2 1.E+6
MEV-SQ MeV-squared E2 1.E+12
GEV2/C2 GeV/c
RT-EV square-Root(eV) RE 1.E+0
MICROSEC/M microseconds per Meter RSL 1.E-6
MSEC/M milliseconds per Meter RSL 1.E-3
NSEC/M nanoseconds per Meter RSL 1.E-9
=======================================================
Length
=======================================================
1/FM per Fermi 1/L 1.E+15
ANGSTROM Angstroms L 1.E-10
CM Centimeters L 1.E-2
FERMI Fermis L 1.E-15
KM Kilometers L 1.E+3
M Meters L 1.E+0
MILLI-MU milli-Microns L 1.E-9
MM millimeters L 1.E-3
MU micrometers, Microns L 1.E-6
=======================================================
Time or inverse time
=======================================================
1/D per Day 1/T 1.157407E-5
1/HR per Hour 1/T 2.777778E-4
1/MICROSEC per Microsecond 1/T 1.E+6
1/MIN per Minute 1/T 1.666667E-2
1/MSEC per Milli-second 1/T 1.E+3
1/NSEC per Nano-second 1/T 1.E+9
1/PSEC per Pico-second 1/T 1.E+12
1/SEC per Second 1/T 1.E+0
D Days TIME 8.64E+4
HR Hours TIME 3.6E+3
MICROSEC microseconds TIME 1.E-6
MIN minutes TIME 6.E+1
(not angular)
MSEC milliseconds TIME 1.E-3
NSEC nanoseconds TIME 1.E-9
PSEC picoseconds TIME 1.E-12
SEC seconds TIME 1.E+0
(not angular)
YR years (=365.2422 Days) TIME 3.155693E+7
=======================================================
Temperature
=======================================================
DEG-C Degrees Celsius, Centigrade TEM
DEG-F Degrees Fahrenheit TEM
DEG-K Degrees Kelvin TEM
DEG-R Degrees Rankine TEM
(not Reaumur)
K Kelvin TEM 1.E+0
K9 10**9 Kelvin TEM 1.E+9
=======================================================
Thickness
=======================================================
ATOMS/B Atoms/barn THK
For sample thickness
G/CM-SQ Grams per Centimeters-squared THK
For sample thickness
=======================================================
Thich target yield
=======================================================
PRD/MUAHR products/micro-Ampere-hour PYT 1.E+0
PRD/MUCOUL products/micro-Coulomb PYT 3.6E+3
PRT/MUAHR particles/micro-Ampere-hour PYT 1.E+0
PRT/MUCOUL particles/micro-Coulomb PYT 3.6E+3
P/MEVMUCSR particles/(MeV muC sr) PYT2
= particles / (Mev * muC * sr)
PRD/MUC/SR products/micro-Coulomb/sr PYTA
= prod. / (muCoul * sterad)
DPS/MUAHR Decays per Sec/Micro-Ampere-Hour TTT 1.E+0
GBQ/COUL Giga-Becquerel/Coulomb TTT 3.6E+6
KBQ/MUAHR Kilo-Becquerel/micro-Ampere-hour TTT 1.E+3
MBQ/COUL Mega-Becquerel/Coulomb TTT 3.6E+3
MBQ/MUAHR Mega-Becquerel/micro-Ampere-hour TTT 1.E+6
MCI/MUAHR milli-Curie/micro-Ampere-hour TTT 3.7E+7
MUCI/MUAHR micro-Curie/Micro-Ampere-Hour TTT 3.7E+4
GBQ/MUA Giga-Becquerel/micro-Ampere TTY 1.E+3
MBQ/MUA Mega-Becquerel/micro-Ampere TTY 1.E+0
MCI/MUA milli-Curie/micro-Ampere TTY 3.7E+1
MUCI/MUA micro-Curie/Micro-Ampere TTY 3.7E-2
PART/MUAHR particles/Micro-Ampere-Hour TTY
=======================================================
Cross section or inverse cross section
=======================================================
1/SR per Steradian 1/A 1.E+0
1/SR/MEV per Steradian per MeV 1/AE 1.E-6
= 1/(SR * MEV)
B Barns B 1.E+0
FB femtobarns B 1.E-15
KB Kilobarns B 1.E+3
MB Millibarns B 1.E-3
MICRO-B microbarns B 1.E-6
NB nanobarns B 1.E-9
PB picobarns B 1.E-12
B*EV Barns * eV B*E 1.E+0
B*KEV Barns * keV B*E 1.E+3
B*MEV Barns * MeV B*E 1.E+6
B*MILLI-EV Barns * Milli-eV B*E 1.E-3
MB*EV Millibarns * eV B*E 1.E-3
MB*MEV millibarns * MeV B*E 1.E+3
MB*MILLIEV millibarns * milli-eV B*E 1.E-6
CM3/SEC Centimeters-cubed per second B*V
For Reaction Rate (cross section*velocity)
B*EV-SQ Barns * eV-squared BE2 1.E+0
MB*EV-SQ Millibarns * eV-squared BE2 1.E-3
B*EV/SR Barns * eV per Steradian BEDA 1.E+0
B*MEV/SR Barns*MeV per Steradian BEDA 1.E+6
MB*MEV/SR millibarns*MeV per Steradian BEDA 1.E+3
B*EV*RT-EV Barns * eV * Square-root(eV) BERE 1.E+0
For Adler-Adler Coefficients
B*RT-EV Barns * Square-Root(eV) BRE 1.E+0
B*RT-KEV Barns * Square-root(keV) BRE 3.162278E+1
MB*RT-EV millibarns * square-root(eV) BRE 1.E-3
MB2/SR2 millibarns/steradian
MB/SR/MEV2 millibarns/sr. per MeV-squared D3
= mb / (sr * MeV**2)
MB/SR2/MEV mb per steradian-squared per MeV D3A
= mb / (sr**2 * MeV)
MUB/SR2KEV microbarns per Steradian**2 keV D3A 1.E-3
= micro-b / (sr**2 * keV)
MUB/SR2MEV microbarns per Steradian**2 MeV D3A 1.E-3
= micro-b / (sr**2 * MeV)
MB/GEV2/C2 millibarns per (GeV/c)**2 D4
NB/GEV2/C2 nanobarns per (GeV/c)**2 D4 1.00E-27
MB/SR2MEV2 mb per steradian**2 Mev**2 D4A
= mb / (sr**2 * MeV**2)
B/SR Barns/Steradian DA 1.E+0
MB/SR millibarns per steradian DA 1.E-3
MU-B/SR microbarns per Steradian DA 1.E-6
NB/SR nanobarns per Steradian DA 1.E-9
MB/SR2 millibarns per steradian-squared DA2
MUB/SR2 microbarns per Steradian**2 DA2 1.E-3
B/SR/EV Barns per Steradian per eV DAE 1.E+0
= barns / (sr * eV)
B/SR/GEV Barns per Steradian per GeV DAE 1.E-9
= barns / (sr * GeV)
B/SR/KEV Barns per Steradian per keV DAE 1.E-3
= barns / (sr * keV)
B/SR/MEV Barns per Steradian per MeV DAE 1.E-6
= barns / (sr * MeV)
B/SR/MI-EV Barns per Steradian per Milli-eV DAE 1.E+3
= barns / (sr * milli-eV)
MB/SR/EV millibarns per steradian per eV DAE 1.E-3
= mb / (sr * eV)
MB/SR/GEV millibarns per steradian per GeV DAE 1.E-12
= mb / (sr * GeV)
MB/SR/KEV millibarns per steradian per keV DAE 1.E-6
= mb / (sr * keV)
MB/SR/MEV millibarns per steradian per MeV DAE 1.E-9
= mb / (sr * MeV)
MUB/SR/MEV microbarns per Steradian per MeV DAE 1.E-12
= micro-b / (sr * MeV)
NB/SR/MEV nanobarns per Steradian per MeV DAE 1.E-15
= nanobarns / (sr * MeV)
MB/SR/MEVC millibarns/sr. per MeV/c DAP 1.E+0
= mb / (sr * (MeV/c))
MUB/SRGEVC microbarns /(sr*(GeV/c)) DAP 1.E-6
MUB/SRMEVC microbarns /(sr*(MeV/c)) DAP 1.E-3
B/EV Barns per eV DE 1.E+0
B/KEV Barns per keV DE 1.E-3
B/MEV Barns per MeV DE 1.E-6
B/MILLI-EV Barns per Milli-eV DE 1.E+3
MB/EV millibarns per eV DE 1.E-3
MB/KEV millibarns per keV DE 1.E-6
MB/MEV millibarns per MeV DE 1.E-9
MU-B/MEV micro-Barns/MeV DE 1.E-12
MB/PRT millibarns per outgoing particle DN
MB/MEV/C millibarns/(MeV/c) DP
MUB/GEV/C microbarns/(GeV/c) DP 1.00E-15
MUB/MEV/C microbarns/(MeV/c) DP 1.00E-12