trdatgen.spec,v 1.71 2010-01-25 23:47:54 Doug_McCune Exp $

AEP (T) AEP mode series
ALP (T) magnetics alpha est.
AXR (T,R) impurity AMU
BDI (T) beta diamagnetic
BOL (T,R) Power radiated W/cm**3
BPA (T,R) arctan(Bp/Bz) data radians
BPB (T,R) Bp/Bz field ratio
BYP (T,-) Boundary parameters
BYR (T,-) Boundary dimensions cm
CUR (T) plasma current amps
D2F (T,R) fast ion diffusivity cm**2/sec
DE2 (T,R) elec ptcl diffusivty cm**2/sec
DF3 (T,R) He3++ Diffusivity cm**2/sec
DF4 (T,R) He4++ Diffusivity cm**2/sec
DF6 (T,R) Li+++ Diffusivity cm**2/sec
DFD (T,R) D+ Diffusivity cm**2/sec
DFH (T,R) H+ Diffusivity cm**2/sec
DFL (T) diamagnetic flux Webers
DFT (T,R) T+ Diffusivity cm**2/sec
DTG (T) geometry timestep seconds
DTS (T) timestep for sources seconds
DTX (T) output resolution seconds
ECA (T,-) ECRF poloidal aim degrees
ECB (T,-) ECRF toroidal aim degrees
ECF (T,F) electron temperature eV
ECP (T,-) ECRF antenna powers watts
EDI (T) paramagnetic energy Joules
EHP (T) E(Bpol)/2+E(plasma) Joules
ELI (T) e(Li) non-circular Joules
ENG (-) Energy eV
FD0 (T,E,X) FD deeply trapped cm**2/sec
FDB (T,E,X) FD barely trapped cm**2/sec
FDP (T,E,X) FD co barely passing cm**2/sec
FDQ (T,E,X) FD co passing limit cm**2/sec
FDR (T,E,X) FD ctr barely pass. cm**2/sec
FDS (T,E,X) FD ctr passing limit cm**2/sec
FEH (T,R) H-mode chi_e/chi_i
FEL (T,R) L-mode chi_e/chi_i
FGW (T) Greenwald fraction
FIE (T) Switch Ti->GIEFAC*Te
FMN (T) minority fraction
FMX (T) ECE Freq. of Te peak GHz
FRQ (-) ECE frequency GHz
GAS (T) gas flow source #/sec
GF3 (T) He3 gas flow source #/sec
GF4 (T) He4 gas flow source #/sec
GF6 (T) Li gas flow source #/sec
GFD (T) D gas flow source #/sec
GFH (T) H gas flow source #/sec
GFT (T) T gas flow source #/sec
GIE (T) Ti/Te factor
GRB (T,R) MHD g (R*Bt) profile Tesla*cm
HAL (T) H/D alpha light ph/sec
IBE (T,R) IBW electron heating watts/cm3
IBI (T,R) IBW ion heating watts/cm3
IBM (T) Total Beam Current amps
IEC (T) Total ECRH Current amps
IIC (T) Total ICRF Current amps
ILH (T) Total LH Current amps
JBM (T,R) Beam current profile A/cm**2
JEC (T,R) ECRH current profile A/cm**2
JIC (T,R) ICRF current profile A/cm**2
KE2 (T,R) chi(e) data cm**2/sec
KF2 (T,R) chi(i) multiplier
KI2 (T,R) chi(i) data cm**2/sec
KPH (T,R) chi(phi) data cm**2/sec
L2B (T) li/2 + beta(pol)
LAD (T) line avg density n/cm**3
LF3 (T,R) He3++ Ln(flow) cm
LF4 (T,R) He4++ Ln(flow) cm
LF6 (T,R) Li+++ Ln(flow) cm
LFD (T,R) D+ Ln(flow) cm
LFH (T,R) H+ Ln(flow) cm
LFT (T,R) T+ Ln(flow) cm
LHA (T,-) LH antenna phasing degrees
LHE (T,R) LH electron heating W/cm**3
LHJ (T,R) LH driven current A/cm**2
LHP (T,-) LH antenna powers watts
LID (T) line int density n/cm**2
LIM (T,-) Axisymmetric Limiter cm
MDF (T,-) Magnetics data
MFR (T,-) Interferometry
MMX (T,-) Equilibrium moments cm
MRY (T,-) Moments boundary cm
MSE (T,R) MSE data Degrees
NB2 (T,-) beam heating data
NER (T,R) electron density n/cm**3
NI3 (T,R) He3++ ion density n/cm**3
NI4 (T,R) He4++ ion density n/cm**3
NI6 (T,R) Li+++ ion density n/cm**3
NID (T,R) D+ ion density n/cm**3
NIH (T,R) H+ ion density n/cm**3
NIM (T,R) impurity density n/cm**3
NIT (T,R) T+ ion density n/cm**3
NMR (T,R) minority density n/cm**3
NNH (T,R) H-mode elec density n/cm**3
NNL (T,R) L-mode elec density n/cm**3
NTX (T) Neutron flux n/sec
OGF (T) gas flow ang. veloc. rad/sec
OMG (T,R) plasma rotation rad/sec
ORC (T) recyc ang. velocity rad/sec
PBE (T) Beam Power (Elec) watts
PBI (T) Beam Power (Ions) watts
PEB (T) Tot. IB pow. (Elec) watts
PEC (T) Total ECRH power watts
PF0 (T) Psi(axis) Wb/rad
PFC (T,-) PFC currents A
PFH (T) PCX Ti upper fit lim eV
PFL (T) PCX Ti lower fit lim eV
PIB (T) Tot. IB pow. (Ions) watts
PIC (T) Total ICRF power watts
PLF (T) Poloidal flux Wb/rad
PLH (T) Total LH power watts
POS (T) major radius cm
PRS (T,R) MHD Pressure profile Pascals
PSI (T,R,Z) Free boundary Psi Wb/rad
QBE (T,R) Beam pwr prof (Elec) W/cm**3
QBI (T,R) Beam pwr prof (ions) W/cm**3
QEC (T,R) ECRH power profile W/cm**3
QIC (T,R) ICRF power profile W/cm**3
QPR (T,R) q profile
RAD (-) x = (R-R0)/a cm
RBZ (T) [ext. B field] * R Tesla*cm
RC3 (T) recycling He3 source #/sec
RC4 (T) recycling He4 source #/sec
RC6 (T) recycling Li source #/sec
RCD (T) recycling D source #/sec
RCH (T) recycling H source #/sec
RCT (T) recycling T source #/sec
RCY (T) recycling source #/sec
RES (T,R) Resistivity ohm*cm
RFF (T,-) RF frequency data Hz
RFP (T,-) RF heating data
RFS (T,-) R(theta,xi) cm
RM0 (T) 0th R moment cm
RMM (T,-) R moments cm
RMN (T) minor radius cm
RP2 (T,-) 2nd Rel. TF Ripple
RPL (T,-) Relative TF Ripple
RRR (-) Major Radius cm
RTP (T) magnetics Rt est. cm
SAW (T) sawtooth times seconds
SBI (T,R) part. source density #/sec-cm3
SBT (T) particle source #/sec
SF3 (T) fusion He3 source #/sec
SFA (T) fusion alpha source #/sec
SFL (T) fusion LI source #/sec
SFP (T) fusion proton source #/sec
SFT (T) fusion triton source #/sec
SIM (T,R,-) impurity species n/cm**3
TER (T,R) electron temperature eV
TET (T) Te renormalizer eV
TGF (T) gas flow temperature eV
TI2 (T,R) ion temperature eV
TIM (-) time seconds
TIT (T) Ti renormalizer eV
TPI (T) particle confinement seconds
TQI (T,R) anom. torque density Nt-m/cm3
TQT (T) anom. total torque Nt-m
TRC (T) recyc temperature eV
TRF (T) Toroidal flux Webers
TTH (T,R) H-mode temperature eV
TTL (T,R) L-mode temperature eV
TXI (T) PCX Ti intercept cm**-5
V2F (T,R) fast ion v_rad_anom cm/sec
VB2 (T,R) VB emission profile VB counts
VC3 (T,R) He3++ v(convective) cm/sec
VC4 (T,R) He4++ v(convective) cm/sec
VC6 (T,R) Li+++ v(convective) cm/sec
VCD (T,R) D+ v(convective) cm/sec
VCH (T,R) H+ v(convective) cm/sec
VCT (T,R) T+ v(convective) cm/sec
VEE (T,R) elec energy v_rad cm/sec
VIE (T,R) ion energy v_rad cm/sec
VMO (T,R) momentum v_rad_anom cm/sec
VP2 (T,R) plasma rotation rad/sec
VPH (T) axial rotation cm/sec
VPO (T,R) Er potential volts
VPR (T,R) specie pol.velocity cm/sec
VSB (T) Vis. Bremsstrahlung VB units
VSF (T) surface voltage volts
VTR (T,R) specie tor.velocity cm/sec
XKF (T) chi(i) multiplier
XXX (-) Flux label X
YMM (T,-) Y moments cm
ZEF (T) Zeff
ZF2 (T,R) Zeff profile
ZFA (T) Zeff at edge
ZFS (T,-) Z(theta,xi) cm
ZIM (T) Zimp
ZPL (T) plasma elevation cm
ZXR (T,R) impurity
ZZZ (-) Elevation cm