Cedar Parameters

From CedarWiki

Code	Long Name	Short Name	Prefix	Units	Scale
-4173	ERROR FOR RFP los wind before zero rm (+away)	error RFP losbf0	e_rfplos	m/s	1.
-4146	ERROR FOR KHA rel annr emis rate w/o flatfld norm	error KHA relert3	e_khare3		1.E-03
-4145	ERROR FOR KHA rel annr emis rate w/o flatfld norm	error KHA relert1	e_khare1		1.E-01
-4080	ERROR FOR STM QC Solar scaling factor	error STM sol scl	e_solsf		1.E-04
-4023	ERROR FOR CSL QC Neutral temperature looking N	error CSL TngN	e_csltnn	K	1.E-01
-4022	ERROR FOR CSL QC Neutral temperature looking E	error CSL TngE	e_csltne	K	1.E-01
-4005	ERROR FOR PKR QC log10 (signl pwr in spectrm)	error lg(SgnlPwr)	e_pfpsl	lg	1.E-03
-4004	ERROR FOR PKR QC log10 (noise pwr in spectrm)	error lg(NoisPwr)	e_pfpnl	lg	1.E-03
-4003	ERROR FOR PKR QC Avg of Galactic Noise	error PF Gal Nois	e_pfgn		1.
-3629	ERROR FOR SON CW angle from GM North for 3628-XY	error EF nangle	e_eangle	deg	1.E-02
-3628	ERROR FOR SON E Field Magnitude (XY plane)	error XY |EF|	e_magEF	V/m	1.E-05
-3627	ERROR FOR SON CW angle from GM North for 3626-XY	error nangle	e_nangle	deg	1.E-02
-3626	ERROR FOR SON Vector Velocity Magnitude (XY plane)	error XY |Vel.|	e_magvel	m/s	1.
-3600	ERROR FOR SON Direction 5 F Region ion velocity	error Vi5F	e_vipnf	m/s	1.
-3599	ERROR FOR SON Direction 4 F Region ion velocity	error Vi4F	e_vipef	m/s	1.
-3586	ERROR FOR SON Correction term = Uy-Vy	error uycorr	e_uycor		1.
-3585	ERROR FOR SON Correction term = Ux-Vx	error uxcorr	e_uxcor		1.
-3582	ERROR FOR SON Horizontal magn neutral wind	error Umerid	e_umerid		1.
-3513	ERROR FOR SON Umerid from ambipolar diffusn	error Uambi	e_uambi	m/s	1.
-3512	ERROR FOR SON Portion of Umerid due to Vpar	error Upar	e_upar	m/s	1.
-3352	ERROR FOR MLH TR searching TI,TR,FN only	error Tr basicfit	e_trbf		1.e-03
-3351	ERROR FOR MLH TI searching TI,TR,FN only	error Ti basicfit	e_tibf	K	1.e+00
-3350	ERROR FOR MLH Line of sight Doppler V(pos = away)	error Dopp Vel	e_vdopp	m/s	1.e+00
-3320	ERROR FOR MLH Transmitter phase velocity	error tr phasvel	e_trphvl	m/s	1.e-01
-3313	ERROR FOR MLH ACF Normalization Factor	error ACF Norm	e_fa		1.e-03
-2561	ERROR FOR log10 (background counts)	error lg(BkgCnts)	e_bcl	lg	1.E-03
-2555	ERROR FOR Relative background radiance	error RelBkgRadnc	e_rbrad		1.
-2507	ERROR FOR Relative line emission rate	error RelEmisRt1	e_rlep1		1.E-01
-2506	ERROR FOR log10 (Relative line/band brightness)	error lg(rel br)	e_rbrl	lg	1.E-03
-2505	ERROR FOR Relative line/band brightness	error rel Bright	e_rbr		1.
-2502	ERROR FOR line/band brightness	error Bright	e_br1	R	1.E-01
-2501	ERROR FOR log10 (line/band brightness)	error lg(Bright)	e_brl	lg(R)	1.E-03
-2491	ERROR FOR log10 (Counts)	error lg(Counts)	e_countl	lg	1.E-03
-2456	ERROR FOR Relative 1/2-width deviation from 2455	error 1/2-wid Dev	e_wid2r		1.E-02
-2150	ERROR FOR Joule energy heat rate height integral	error Qjoulh	e_qjoulh	W/m2	1.E-04
-2050	ERROR FOR Height integral hall conductivity	error HtInt HallC	e_chhi	mho	1.E-02
-2040	ERROR FOR Height integral pedersen conductivity	error HtInt Ped C	e_cphi	mho	1.E-02
-1950	ERROR FOR Line int (1 hemi): dir 5 current den	error Ln int J5	e_jpnli	A/m	1.E-03
-1940	ERROR FOR Line int (1 hemi): dir 4 current den	error Ln int J4	e_jpeli	A/m	1.E-03
-1850	ERROR FOR Direction 5 electric current density	error J5	e_jpn	A/m2	1.E-08
-1840	ERROR FOR Direction 4 electric current density	error J4	e_jpe	A/m2	1.E-08
-1650	ERROR FOR Direction 5 electric field (perp north)	error E5	e_epn	V/m	1.E-05
-1640	ERROR FOR Direction 4 electric field (perp east)	error E4	e_epe	V/m	1.E-05
-1620	ERROR FOR Direction 2 electric field (northward)	error E2	e_en	V/m	1.E-05
-1610	ERROR FOR Direction 1 electric field (eastward)	error E1	e_ee	V/m	1.E-05
-1475	ERROR FOR Direction 7 Neutral wind horizontl comp	error Vn7h	e_vn7	m/s	1.
-1460	ERROR FOR Direction 6 Neutral wind	error Vn6	e_vnap	m/s	1.
-1455	ERROR FOR Direction 5 Neutral wind horizontl comp	error Vn5h	e_vnpnh	m/s	1.
-1450	ERROR FOR Direction 5 Neutral wind (perp north)	error Vn5	e_vnpn	m/s	1.
-1440	ERROR FOR Direction 4 Neutral wind (perp east)	error Vn4	e_vnpe	m/s	1.
-1432	ERROR FOR Direction 3 Corrupt Neutral wind (up)	error Vn3c	e_vnuc	m/s	1.E-02
-1431	ERROR FOR Direction 3 Neutral wind (up)	error Vn3	e_vnup1	m/s	1.E-01
-1430	ERROR FOR Direction 3 Neutral wind (up)	error Vn3	e_vnu	m/s	1.E-02
-1422	ERROR FOR Direction 2 Neutral wind (northward)	error Vn2	e_vnnp2	m/s	1.E-02
-1421	ERROR FOR Direction 2 Neutral wind (northward)	error Vn2	e_vnnp1	m/s	1.E-01
-1420	ERROR FOR Direction 2 Neutral wind (northward)	error Vn2	e_vnn	m/s	1.
-1412	ERROR FOR Direction 1 Neutral wind (eastward)	error Vn1	e_vnep2	m/s	1.E-02
-1411	ERROR FOR Direction 1 Neutral wind (eastward)	error Vn1	e_vnep1	m/s	1.E-01
-1410	ERROR FOR Direction 1 Neutral wind (eastward)	error Vn1	e_vne	m/s	1.
-1282	ERROR FOR Direction 8 Ion velocity	error Vi8	e_vi82	m/s	1.E-02
-1280	ERROR FOR Direction 8 Ion velocity	error Vi8	e_vi8	m/s	1.
-1272	ERROR FOR Direction 7 Ion velocity	error Vi7	e_vi72	m/s	1.E-02
-1270	ERROR FOR Direction 7 Ion velocity	error Vi7	e_vi7	m/s	1.
-1260	ERROR FOR Direction 6 Ion velocity (antiparallel)	error Vi6	e_viap	m/s	1.
-1252	ERROR FOR Direction 5 Ion velocity (perp north)	error Vi5	e_vipn2	m/s	1.E-02
-1250	ERROR FOR Direction 5 Ion velocity (perp north)	error Vi5	e_vipn	m/s	1.
-1241	ERROR FOR Direction 4 Ion velocity (perp east)	error Vi4	e_vipe1	m/s	1.E-01
-1240	ERROR FOR Direction 4 Ion velocity (perp east)	error Vi4	e_vipe	m/s	1.
-1230	ERROR FOR Direction 3 Ion velocity (up)	error Vi3	e_viu	m/s	1.
-1220	ERROR FOR Direction 2 Ion velocity (northward)	error Vi2	e_vin	m/s	1.
-1210	ERROR FOR Direction 1 Ion velocity (eastward)	error Vi1	e_vie	m/s	1.
-989	ERROR FOR 12-h max upward neutral wind phase	error 12h Vnu Phs	e_vnu12p	hr	1.E-03
-987	ERROR FOR 24-h max upward neutral wind phase	error 24h Vnu Phs	e_vnu24p	hr	1.E-03
-985	ERROR FOR 12-h upward neutral wind amplitude	error 12h Vnu Amp	e_wn12a	m/s	1.E-03
-984	ERROR FOR 24-h upward neutral wind amplitude	error 24h Vnu Amp	e_wn24a	m/s	1.E-03
-976	ERROR FOR 2-dy max northward neutrl wind phase	error 2dy Vnn Phs	e_vnn2dp	hr	1.E-02
-975	ERROR FOR 2-dy max eastward neutral wind phase	error 2dy Vne Phs	e_vne2dp	hr	1.E-02
-971	ERROR FOR 2-dy northward neutrl wind amplitude	error 2dy Vnn Amp	e_vnn2da	m/s	1.E-02
-970	ERROR FOR 2-dy eastward neutral wind amplitude	error 2dy Vne Amp	e_vne2da	m/s	1.E-02
-959	ERROR FOR 12-h max ion temperature phase	error 12h Ti Phs	e_ti12p	hr	1.E-03
-956	ERROR FOR 12-h max northward neutrl wind phase	error 12h Vne Phs	e_vnn12p	hr	1.E-03
-955	ERROR FOR 12-h max eastward neutral wind phase	error 12h Vne Phs	e_vne12p	hr	1.E-03
-954	ERROR FOR 12-h ion temperature amplitude	error 12h Ti Amp	e_ti12a	K	1.E-02
-951	ERROR FOR 12-h northward neutrl wind amplitude	error 12h Vnn Amp	e_vnn12a	m/s	1.E-02
-950	ERROR FOR 12-h eastward neutral wind amplitude	error 12h Vne Amp	e_vne12a	m/s	1.E-02
-949	ERROR FOR 24-h max ion temperature phase	error 24h Ti Phs	e_ti24p	hr	1.E-03
-946	ERROR FOR 24-h max northwrd neutral wind phase	error 24h Vnn Phs	e_vnn24p	hr	1.E-03
-945	ERROR FOR 24-h max eastward neutral wind phase	error 24h Vne Phs	e_vne24p	hr	1.E-03
-944	ERROR FOR 24-h ion temperature amplitude	error 24h Ti Amp	e_ti24a	K	1.E-02
-941	ERROR FOR 24-h northwrd neutral wind amplitude	error 24h Vnn Amp	e_vnn24a	m/s	1.E-02
-940	ERROR FOR 24-h eastward neutral wind amplitude	error 24h Vne Amp	e_vne24a	m/s	1.E-02
-939	ERROR FOR Mean ion temperature	error Mean Ti	e_tia	K	1.E-01
-936	ERROR FOR Mean northward neutral wind	error Mean Vnn	e_vnna	m/s	1.E-02
-935	ERROR FOR Mean eastward neutral wind	error Mean Vne	e_vnea	m/s	1.E-02
-934	ERROR FOR Mean upward neutral wind	error Mean Vnu	e_vnua	m/s	1.E-03
-905	ERROR FOR log10 (Fe number density)	error lg([Fe])	e_nfel	lg(m-3)	1.E-03
-904	ERROR FOR log10 (Na number density)	error lg([Na])	e_nnal	lg(m-3)	1.E-03
-870	ERROR FOR log10 (O number density)	error lg([O])	e_nol	lg(m-3)	1.E-03
-860	ERROR FOR log10 (O2 number density)	error lg([O2])	e_no2l	lg(m-3)	1.E-03
-850	ERROR FOR log10 (N2 number density)	error lg([N2])	e_nn2l	lg(m-3)	1.E-03
-842	ERROR FOR log10 (relative neutral number density)	error lg(Nmrel)	e_nrtotl	lg	1.E-03
-820	ERROR FOR Exospheric temperature	error Tinf	e_tinf	K	1.
-813	ERROR FOR Relative neutral temperature	error relativ Tn	e_tnrel		1.
-812	ERROR FOR Neutral temperature	error Tn1	e_tn1	K	1.E-01
-810	ERROR FOR Neutral temperature	error Tn	e_tn	K	1.
-806	ERROR FOR Neutral velocity spread	error Vn Spread	e_vnus3	m/s	1.E-03
-805	ERROR FOR Neutral velocity spread	error Vn Spread	e_vnus	m/s	1.E-02
-803	ERROR FOR Line of sight neutral vel (pos = away)	error Vnlos	e_vnlu3	m/s	1.E-03
-802	ERROR FOR Line of sight neutral vel (pos = away)	error Vnlos	e_vnlu2	m/s	1.E-02
-801	ERROR FOR Additional increment to neutral Vlos	error vnlui	e_vnlui	m/s	1.E-4
-800	ERROR FOR Line of sight neutral vel (pos = away)	error Vnlos	e_vnlu	m/s	1.
-720	ERROR FOR log10 (ion-neutral collision frequency)	error lg(ColF)	e_col	lg(s-1)	1.E-03
-710	ERROR FOR Ion-neutral collision frequency	error Col Freq	e_co	s-1	1.
-690	ERROR FOR Ion Composition - [mol wt 28 to 32]/Ne	error [N-0]/Ne	e_pmp		1.E-03
-660	ERROR FOR Ion Composition - [H+]/Ne	error [H+]/Ne	e_php		1.E-03
-650	ERROR FOR Ion Composition - [HE+]/Ne	error [HE+]/Ne	e_phep		1.E-03
-620	ERROR FOR Ion Composition - [O+]/Ne	error [O+]/Ne	e_pop		1.E-03
-590	ERROR FOR Bisector ion vel (bistatic sys,pos=up)	error Vi Bisect	e_vobi	m/s	1.
-585	ERROR FOR Ion Velocity spread (spectral width)	error Vi Spread	e_vos	m/s	1.
-581	ERROR FOR Additional increment to code 580	error Vilos Inc	e_voi	m/s	1.E-04
-580	ERROR FOR Line of sight ion velocity (pos = away)	error Vilos	e_vo	m/s	1.
-570	ERROR FOR Temperature ratio (Te/Ti)	error Te/Ti	e_tr		1.E-03
-560	ERROR FOR Electron temperature	error Te	e_te	K	1.
-552	ERROR FOR Ion temperature	error Ti	e_tip1	K	1.E-01
-550	ERROR FOR Ion temperature	error Ti	e_ti	K	1.
-540	ERROR FOR Height of maximum electron density	error Ht Max Ne	e_hmax	km	1.
-530	ERROR FOR Maximum electron density	error Max Ne	e_nemax	m-3	1.E+09
-524	ERROR FOR Vertically integrated electron densi	error TEC	e_tec	m-2	1.E+15
-520	ERROR FOR log10 (Ne in m-3)	error lg(Ne)	e_nel	lg(m-3)	1.E-03
-512	ERROR FOR Electron density	error Ne	e_ne8	m-3	1.E+08
-510	ERROR FOR Electron density	error Ne	e_ne	m-3	1.E+09
-505	ERROR FOR log10 (uncorrected electron density)	error lg(RawNe)	e_neucl	lg(m-3)	1.E-03
-500	ERROR FOR Uncorrected electron density (Te/Ti=1)	error Raw Ne	e_neuc	m-3	1.E+09
-412	ERROR FOR log10 (signal to noise ratio)	error lg(S/N)	e_snl	lg	1.E-03
-365	ERROR FOR Estim. Electron Hemispheric Power Input	error el Hem Pwr	e_eepow	W	1.E+08
-364	ERROR FOR Estim. Ion Hemispheric Power Input	error ion Hem Pwr	e_iepow	W	1.E+08
-350	ERROR FOR F10.7 solar flux (Sa)	error F10.7 (Sa)	e_f107a	W/m2/Hz	1.E-23
-340	ERROR FOR AP index (daily)	error AP	e_ap		1.
-111	ERROR FOR Additional increment to altitude	error Alt Inc	e_gdalti	m	1.E-01
-110	ERROR FOR Altitude (height)	error Altitude	e_gdalt	km	1.
-44	ERROR FOR Local solar time	error SLT	e_slt	hour	1.E-03
9	Beginning year (universal time)	Beg Yr	byear	yr	1.
10	Year (universal time)	Yr	year	yr	1.
15	Year (UT) of analysis date	Yr anal	yranal	yr	1.
19	Beginning month/day (universal time)	Beg mmdd	bmd	mmdd	1.
20	Month/day (universal time)	mmdd	md	mmdd	1.
21	Day number of year (universal time)	Day No	dayno	day	1.
22	Model Day number of year (UT, 1=Jan 1)	Modl Day No	mdano	day	1.
25	Month/day (UT) of analysis date	mmdd anal	mdanal	mmdd	1.
28	Beginning hour/min (universal time)	Beg hhmm	bhm	hhmm	1.
30	Hour/min (universal time)	hhmm	hm	hhmm	1.
31	Centiseconds (UT, increment to hhmm)	Beg TimeInc	hmi	s	1.E-02
34	Time past 0000 UT	Time > 0UT	uth	hour	1.E-03
36	Time past 0000 UT	Time > 0UT	uts	s	1.E+01
37	Additional increment to time past 0 UT	Beg TimeInc	utsi	s	1.E-03
42	Local solar time diff (=SLT-UT) +E lon	SLT-UT	sltmut	hhmm	1.
44	Local solar time	SLT	slt	hour	1.E-03
54	Magnetic local time	Mag Local	Tmlt	hour	1.E-03
60	Integration time for these data	Int Time	inttms	s	1.
61	Integration time for these data	Int Time	inttmm	min	1.
62	Integration time for these data	Int Time	datntd	day	1.
70	Sampling interval (time between sampls)	Sampl Ntvl	smpint	s	1.
72	UT of Moonset (from US Naval Obs)	Tmoonset	tmset	hour	1.E-03
73	UT of Moonrise (from US Naval Obs)	Tmonnrise	tmris	hour	1.E-03
74	UT of Civil sunset (szen=96 deg)	Tsset Civil	tssc	hour	1.E-03
75	UT of Civil sunrise (szen=96 deg)	Tsris Civil	tsrc	hour	1.E-03
76	UT of Nautical sunset (szen=102 deg)	Tsset Naut	tssn	hour	1.E-03
77	UT of Nautical sunrise (szen=102 deg)	Tsris Naut	tsrn	hour	1.E-03
78	UT of Astronomical sunset (szen=108 deg)	Tsset Astr	tssa	hour	1.E-03
79	UT of Astronomical sunrise (szen=108deg)	Tsris Astr	tsra	hour	1.E-03
80	Time delay	Tdelay	td	min	1.E-01
84	Daily mean time delay	Tdelay day	tda	min	1.E-01
94	Scan type (0=any,1=fixed,2=az,3=el)	Scan Type	scntyp		1.
95	Cycle sequence number (e.g., 5th cycle)	Cyc No	cycn		1.
96	Position number within cycle	Pos No	posn		1.
97	End of event flag (0=off, 1=on)	End pos flg	posf		1.
106	Minimum altitude	Min Alt	altb	km	1.
107	Additional increment to min alt	Min Alt Inc	alti	m	1.E-01
108	Maximum altitude	Max Alt	alte	km	1.
109	Additional increment to max alt	Max Alt Inc	altei	m	1.E-01
110	Altitude (height)	Altitude	gdalt	km	1.
111	Additional increment to altitude	Alt Inc	gdalti	m	1.E-01
112	Normalizing altitude	Nmlz Alt	rhaltn	km	1.
113	Additional increment to normalizing alt	Nmlz AltInc	rhalti	m	1.E-01
114	Number of samples in range ave	Smpl Rng	nsmpru		1.
115	Altitude averaging interval	Alt AvgNtvl	altav	km	1.
116	Additional increment to ht avgng intrvl	Alt Avg Inc	altavi	m	1.E-01
117	Virtual height	Virt Ht	altv	km	1.E-01
120	Range	Range	range	km	1.
121	Additional increment to range	Range Inc	rangei	m	1.E-01
125	Width of range gate	Rng Gate	rgate	km	1.
126	Additional increment to rnge gate width	Rng GateInc	rgatei	m	1.E-01
127	Range gate number	Rng Gate No	rgatn		1.
130	Mean azimuth angle (0=geog N,90=east)	Az	azm	deg	1.E-02
132	Beginning azimuth (0=geog N,90=east)	Beg Az	az1	deg	1.E-02
133	Ending azimuth (0=geog N,90=east)	End Az	az2	deg	1.E-02
140	Elevation angle (0=horizontal,90=vert)	El	elm	deg	1.E-02
142	Beginning elevation angle	Beg El	el1	deg	1.E-02
143	Ending elevation angle	End El	el2	deg	1.E-02
153	Reference geod latitude (N hemi=pos)	Ref Gd Lat	gdlatr	deg	1.E-02
156	Reference geodetic longitude	Ref Gd Lon	gdlonr	deg	1.E-02
160	Geodetic latitude of measurement	Geod Lat	gdlat	deg	1.E-02
170	Geodetic longitude of measurement	Geod Lon	glon	deg	1.E-02
180	Solar zenith angle	Sol Zenith	sunzen	deg	1.E-02
181	Solar azimuth angle	Sol Azimuth	sunaz	deg	1.E-02
186	Earth's Shadow altitude (height)	Shadow Ht	sdwht	km	1.
188	Shadow distance (l-o-s terminator dist)	Shadow Dist	sdwd	km	1.
190	Half scattering angle (bistatic system)	1/2 Scat A	hsa	deg	1.E-02
191	Hour angle HA=LSidT-RA (equatorial coor)	Hr Angle	eqhha	hour	1.E-03
192	Right ascension RA (equatorial coords)	Rt Asc A	eqhra	hour	1.E-03
193	Galactic longitude b (galactic coords)	Galact Lon	gallon	deg	1.E-02
194	Declination angle (equatorial coords)	Declin A	eqddec	deg	1.E-02
195	Galactic latitude l (galactic coords)	Galact Lat	gallat	deg	1.E-02
204	Northward component of geomagnetic fld	Bn	bn	T	1.E-08
206	Eastward component of geomagnetic field	Be	be	T	1.E-08
208	Downward component of geomagnetic field	Bd	bd	T	1.E-08
210	Geomagnetic field strength	Bmag	bmag	T	1.E-08
213	Geomagnetic field east declination	Bdec	bdec	deg	1.E-02
216	Geomagnetic field downward inclination	Binc	binc	deg	1.E-02
222	Invariant latitude in measurement vol	Inv Lat	invlat	deg	1.E-02
224	Geomagnetic (centered dipole) latitude	Geom Lat	gdilat	deg	1.E-02
225	PACE magnetic latitude of meas volume	PACE Lat	paclat	deg	1.E-02
226	Apex latitude in measurement volume	Apex Lat	aplat	deg	1.E-02
230	PACE magnetic azimuth	PACE Az	pacaz	deg	1.E-02
244	Geomagnetic (cntrd dipol) east longitud	Geom Lon	gdilon	deg	1.E-02
245	PACE magnetic longitude of meas volume	PACE Lon	paclon	deg	1.E-02
246	Apex longitude in measurement volume	Apex Lon	aplon	deg	1.E-02
292	X Coord Geocentric Solar Magnetospheric	X GSM	xgsm	Re	1.E-02
293	Y Coord Geocentric Solar Magnetospheric	Y GSM	ygsm	Re	1.E-02
294	Z Coord Geocentric Solar Magnetospheric	Z GSM	zgsm	Re	1.E-02
296	Y Coordinate Geocentric Solar Ecliptic	Y GSE	ygse	Re	1.E-02
297	Z Coordinate Geocentric Solar Ecliptic	Z GSE	zgse	Re	1.E-02
310	Kp Index	Kp	kp		1.E-01
319	Polar Cap Index	PC Index	pci		1.E-01
320	Ae Index (1 or 2.5 min sample)	Ae	ae	nT	1.
321	Al Index (1 or 2.5 min sample)	Al	al	nT	1.
322	Au Index (1 or 2.5 min sample)	Au	au	nT	1.
323	Ao Index (1 or 2.5 min sample)	Ao	ao	nT	1.
324	Ae Index (hourly mean)	Ae (hr)	aem	nT	1.
325	Al Index (hourly mean)	Al (hr)	alm	nT	1.
326	Au Index (hourly mean)	Au (hr)	aum	nT	1.
327	Ao Index (hourly mean)	Ao (hr)	aom	nT	1.
330	Dst index	Dst	dst	nT	1.
335	ap index (3-hourly)	ap	ap3		1.
340	AP index (daily)	AP	ap		1.
350	F10.7 solar flux (Sa)	F10.7 (Sa)	f107a	W/m2/Hz	1.E-23
351	F10.7 solar flux qualifier	F10.7q(Sa)	f107qa		1.
352	F10.7 Multiday average	F10.7a(Sa)	fbara	W/m2/Hz	1.E-23
353	352's avg code: 1=>81day ; 2=13mon	352 Avg Typ	fbarta		1.
360	Sunspot number	Sunspot no	sspotn		1.
363	Estim. Total Hemispheric Power Input	tot Hem Pwr	tepow	W	1.E+08
364	Estim. Ion Hemispheric Power Input	ion Hem Pwr	iepow	W	1.E+08
365	Estim. Electron Hemispheric Power Input	el Hem Pwr	eepow	W	1.E+08
366	Estimated Hemispheric Power Index	Hem PwrIndx	epowi		1.
367	Estimated Hemispheric Power Qualifier	Hem PwrQual	epowq		1.
368	Estimated Hemispheric Pwr Corr. Factor	Hem PwrFctr	epowf		1.E-03
370	Est mag lat 0MLT equatorwd aurora bndry	MlatEqBndry	eqb0	deg	1.E-02
401	Lag to the first range gate	Lag1	lag1	sec	1.E-06
402	Pulse length	Pulse Len	pl	sec	1.E-06
406	Spectral sampling time	Spct Smpl T	spcst	sec	1.E-06
407	Interpulse Period; or 408 increment	IPPI	ippi	sec	1.E-06
410	Signal to noise ratio	S/N	sn		1.E-02
411	Signal to noise ratio	S/N	snp3		1.E-03
412	log10 (signal to noise ratio)	lg(S/N)	snl	lg	1.E-03
413	No samples available in time average	Smpl T Aval	nsmpta		1.
414	No samples used in time average	Smpl Tm usd	nsmptu		1.E+04
415	No smpls in time avg; or 414 incremnt	Smpl Tm Usd	nsmpti		1.
417	No samples used in Fourier transform	N Smpl/FFT	nsmfft		1.
418	No ACF lags calculated	No Lags	nlags		1.
419	No samples used	No Smpl usd	nsmpu		1.
420	Reduced-chi square of fit	Chi Sqr	chisq		1.E-03
421	Reduced-chi square of fit	Chi Sqr	chip1		1.E-01
422	No. samples in dir. 1 avg. (eastward)	NoSmpl Dir1	nsmpd1		1.
423	No. samples in dir. 2 avg. (northward)	NoSmpl Dir2	nsmpd2		1.
424	No. samples in dir. 3 avg. (upward)	NoSmpl Dir3	nsmpd3		1.
425	Wide reduced-chi square of fit	Wide Chi Sq	wchisq		1.E+00
426	Additional increment to wide chi square	Wide ChiSqi	wchsqi		1.E-04
430	Goodness of fit	Goodnes Fit	gfit		1.
431	Code baud length	Cod baud l	cbadl		1.
432	No. bauds in code	Cod baud n	cbadn		1.
433	Code type (0=non,1=cmplmntry)	Cod type	codt		1.
434	No incoherent integrations	N Inc Int	iin		1.
440	Cloud cover (0-8=clr-ovcst;9=obscured)	Cloud Cover	cloudc	octa	1.
441	Cloud cover from lowest level clouds	CloudCover1	cloud1	octa	1.
442	Cloud cover in tenths (0=clr,10=ovcst)	cloudcov10	clou10	tenths	1.
445	Aurora sighted Flag (0=no, 1=yes)	Aurora Seen	aurf		1.
451	Jicamarca data quality code 1	JRO Dat QC1	jidqc1		1.
452	Jicamarca data quality code 2	JRO Dat QC2	jidqc2		1.
453	Jicamarca data quality code 3	JRO Dat QC3	jidqc3		1.
454	Jicamarca data quality code 4	JRO Dat QC4	jidqc4		1.
456	Arecibo data quality code 1 (IFIT)	ARO Dat QC1	aodqc1		1.
457	Arecibo data quality code 2	ARO Dat QC2	aodqc2		1.
458	Arecibo data quality code 3	ARO Dat QC3	aodqc3		1.
459	Arecibo data quality code 4	ARO Dat QC4	aodqc4		1.
461	Millstone Hill data quality code 1	MLH Dat QC1	mhdqc1		1.
471	Chatanika/Sondrestrom data qual code 1	CHT/SON QC1	chdqc1		1.
473	MUSCOX Fit Code	Fit Code	chdqc3		1.
474	Res. Vel. Pairing Code	RV Pair CD	chdqc4		1.
476	EISCAT data quality code 1	EIS Dat QC1	eidqc1		1.
482	System temperature	Tsys	systmp	K	1.
483	Additional increment to system temp	Tsys Inc	systmi	K	1.E-04
484	Calibration temperature	Cal Temp	caltmp	K	1.
486	Peak power	Peak Power	power	kW	1.
490	Transmitted frequency	Xmit Freq	tfreq	Hz	1.E+05
492	Received doppler frequency offset	R Dop Foff	rcdfo	Hz	1.
494	Receiver bandwidth	Rec Bandw	rcbw	kHz	1.
496	Receiver delay time	Rec Delay	rcdt	sec	1.E-06
498	Number of frequencies used	Num Freq	nfrequ		1.
499	Number of laser shots per second	Nm lshot/s	nlshts	sec-1	1.
500	Uncorrected electron density (Te/Ti=1)	Raw Ne	neuc	m-3	1.E+09
505	log10 (uncorrected electron density)	lg(RawNe)	neucl	lg(m-3)	1.E-03
510	Electron density	Ne	ne	m-3	1.E+09
512	Electron density	Ne	ne8	m-3	1.E+08
520	log10 (Ne in m-3)	lg(Ne)	nel	lg(m-3)	1.E-03
524	Vertically integrated electron density (TEC)	tec	tec	m-2	1.E+15
530	Maximum electron density	Max Ne	nemax	m-3	1.E+09
535	log10 (max Ne in m-3)	lg(MaxNe)	nemaxl	lg(m-3)	1.E-03
540	Height of maximum electron density	Ht Max Ne	hmax	km	1.
541	Scale ht of Chapman model electron den	Ht Scl Chap	hschap	km	1.
550	Ion temperature	Ti	ti	K	1.
552	Ion temperature	Ti	tip1	K	1.E-01
560	Electron temperature	Te	te	K	1.
570	Temperature ratio (Te/Ti)	Te/Ti	tr		1.E-03
580	Line of sight ion velocity (pos = away)	Vilos	vo	m/s	1.
581	Additional increment to code 580	Vilos Inc	voi	m/s	1.E-04
585	Ion Velocity spread (spectral width)	Vi Spread	vos	m/s	1.
590	Bisector ion vel (bistatic sys,pos=up)	Vi Bisect	vobi	m/s	1.
600	Velocity direction - local azimuth	Vel Az	voaz	deg	1.E-02
610	Velocity direction - local elevation	Vel El	voel	deg	1.E-02
620	Ion Composition - [O+]/Ne	[O+]/Ne	pop		1.E-03
640	Ion Composition - [O2+]/Ne	[O2+]/Ne	po2p		1.E-03
650	Ion Composition - [HE+]/Ne	[HE+]/Ne	phep		1.E-03
660	Ion Composition - [H+]/Ne	[H+]/Ne	php		1.E-03
690	Ion Composition - [mol wt 28 to 32]/Ne	[N-0]/Ne	pmp		1.E-03
710	Ion-neutral collision frequency	Col Freq	co	s-1	1.
720	log10 (ion-neutral collision frequency)	lg(ColF)	col	lg(s-1)	1.E-03
800	Line of sight neutral vel (pos = away)	Vnlos	vnlu	m/s	1.
801	Additional increment to Neutral Vlos	vnlui	vnlui	m/s	1.E-04
802	Line of sight neutral vel (pos = away)	Vnlos	vnlu2	m/s	1.E-02
803	Line of sight neutral vel (pos = away)	Vnlos	vnlu3	m/s	1.E-03
805	Neutral velocity spread	Vn Spread	vnus	m/s	1.E-02
806	Neutral velocity spread	Vn Spread	vnus3	m/s	1.E-03
810	Neutral temperature	Tn	tn	K	1.
811	Model Neutral temperature	Tn Model	tnm	K	1.E-01
812	Neutral temperature	Tn1	tn1	K	1.E-01
813	Relative neutral temperature	relativ Tn	tnrel		1.
820	Exospheric temperature	Tinf	tinf	K	1.
829	Neutral gas mean molecular weight	GMWn	gmwn	AMU	1.E-02
830	log10 (neutral mass density)	lg(Mn)	mol	lg(Kg/m3	1.E-03
840	log10 (neutral number density)	lg(Nn)	ntotl	lg(m-3)	1.E-03
842	log10 (relative neutral number density)	lg(Nmrel)	nrtotl	lg	1.E-03
850	log10 (N2 number density)	lg([N2])	nn2l	lg(m-3)	1.E-03
860	log10 (O2 number density)	lg([O2])	no2l	lg(m-3)	1.E-03
870	log10 (O number density)	lg([O])	nol	lg(m-3)	1.E-03
871	scale factor to model [O] profile	[O] mod scl	fO		1.E-02
901	log10 (NO number density)	lg([NO])	nnol	lg(m-3)	1.E-03
902	log10 (N(4S) number density)	lg([N(4S)])	nn4sl	lg(m-3)	1.E-03
903	log10 (N(2D) number density)	lg([N(2D)])	nn2dl	lg(m-3)	1.E-03
904	log10 (Na number density)	lg([Na])	nnal	lg(m-3)	1.E-03
905	log10 (Fe number density)	lg([Fe])	nfel	lg(m-3)	1.E-03
921	Number of coefficients in analysis	No Coeffs	nc		1.
922	Number of directions in analysis	No Dirs	nd		1.
923	Groves coefficient number	GrovsCoefNo	gcn		1.
924	Groves coefficient	Grovs Coef	gc	m/s	1.E-02
925	Number of hours filled in harm anal	No hr filld	nhf	hr	1.
926	Eastwd Residual Sqrt[1/N*sum(ui-uf)**2]	Vne resid	vneres	m/s	1.E-02
927	Northwd Residual Sqrt[1/N*sum(vi-vf)**2]	Vnn resid	vnnres	m/s	1.E-02
928	Upwd Residual Sqrt[1/N*sum(wi-wf)**2]	Vnu resid	vnures	m/s	1.E-03
934	Mean upward neutral wind	Mean Vnu	vnua	m/s	1.E-03
935	Mean eastward neutral wind	Mean Vne	vnea	m/s	1.E-02
936	Mean northward neutral wind	Mean Vnn	vnna	m/s	1.E-02
937	Mean neutral temperature	Mean Tn	tna	K	1.E-01
939	Mean ion temperature	Mean Ti	tia	K	1.E-01
940	24-h eastward neutral wind amplitude	24h Vne Amp	vne24a	m/s	1.E-02
941	24-h northwrd neutral wind amplitude	24h Vnn Amp	vnn24a	m/s	1.E-02
942	24-h neutral temperature amplitude	24h Tn Amp	tn24a	K	1.E-02
943	24-h eastward neutral wind amplitude	24h Vne Amp	vne2a1	m/s	1.E-01
944	24-h ion temperature amplitude	24h Ti Amp	ti24a	K	1.E-02
945	24-h max eastward neutral wind phase	24h Vne Phs	vne24p	hr	1.E-03
946	24-h max northwrd neutral wind phase	24h Vnn Phs	vnn24p	hr	1.E-03
947	24-h max neutral temperature phase	24h Tn Phs	tn24p	hr	1.E-03
948	24-h northward neutral wind amplitude	24h Vnn Amp	vnn2p1	m/s	1.E-01
949	24-h max ion temperature phase	24h Ti Phs	ti24p	hr	1.E-03
950	12-h eastward neutral wind amplitude	12h Vne Amp	vne12a	m/s	1.E-02
951	12-h northward neutrl wind amplitude	12h Vnn Amp	vnn12a	m/s	1.E-02
952	12-h neutral temperature amplitude	12h Tn Amp	tn12a	K	1.E-02
953	log10 (12-h geopotential amplitude)	lg(12h Gp)	pt12al	lg(m2/s2	1.E-03
954	12-h ion temperature amplitude	12h Ti Amp	ti12a	K	1.E-02
955	12-h max eastward neutral wind phase	12h Vne Phs	vne12p	hr	1.E-03
956	12-h max northward neutrl wind phase	12h Vne Phs	vnn12p	hr	1.E-03
957	12-h max neutral temperature phase	12h Tn Phs	tn12p	hr	1.E-03
958	12-h max geopotential phase	12h Gp Phs	pt12p	hr	1.E-03
959	12-h max ion temperature phase	12h Ti Phs	ti12p	hr	1.E-03
960	8-h eastward neutral wind amplitude	8h Vne Amp	vne08a	m/s	1.E-02
961	8-h northward neutral wind amplitude	8h Vnn Amp	vnn08a	m/s	1.E-02
962	8-h neutral temperature amp	8h Tn Amp	tn08a	K	1.E-02
965	8-h max eastward neutral wind phase	8h Vne Phs	vne08p	hr	1.E-03
966	8-h max northward neutral wind phase	8h Vnn Phs	vnn08p	hr	1.E-03
967	8-h max neutral temperature phase	8h Tn Phs	tn08p	hr	1.E-03
970	2-dy eastward neutral wind amplitude	2dy Vne Amp	vne2da	m/s	1.E-02
971	2-dy northward neutrl wind amplitude	2dy Vnn Amp	vnn2da	m/s	1.E-02
975	2-dy max eastward neutral wind phase	2dy Vne Phs	vne2dp	hr	1.E-02
976	2-dy max northward neutrl wind phase	2dy Vnn Phs	vnn2dp	hr	1.E-02
980	2-day component period	2dy Period	p2d	hr	1.E-02
981	UT day no rel to 2-dy comp phase	d# 2d Phase	dn2dp	day	1.
982	UT at start of 2-day comp calc	BegUT 2dcal	ut2dp	hhmm	1.
984	24-h upward neutral wind amplitude	24h Vnu Amp	wn24a	m/s	1.E-03
985	12-h upward neutral wind amplitude	12h Vnu Amp	wn12a	m/s	1.E-03
986	24-h upward neutral wind amplitude	24h Vnu Amp	vnu24a	m/s	1.E-04
987	24-h max upward neutral wind phase	24h Vnu Phs	vnu24p	hr	1.E-03
988	12-h upward neutral wind amplitude	12h Vnu Amp	vnu12a	m/s	1.E-04
989	12-h max upward neutral wind phase	12h Vnu Phs	vnu12p	hr	1.E-03
990	6-h eastward neutral wind amplitude	6h Vne Amp	vne06a	m/s	1.E-02
991	6-h northward neutral wind amplitude	6h Vnn Amp	vnn06a	m/s	1.E-02
992	6-h neutral temperature amplitude	6h Tn Amp	tn06a	K	1.E-02
995	6-h max eastward neutral wind phase	6h Vne Phs	vne06p	hr	1.E-03
996	6-h max northward neutral wind phase	6h Vnn Phs	vnn06p	hr	1.E-03
997	6-h max neutral temperature phase	6h Tn Phase	tn06p	hr	1.E-03
1010	Geographic unit vector rotation angle	Rot angl-gg	gdra	deg	1.E-02
1020	Magnetic unit vector rotation angle	Rot angl-mg	gmra	deg	1.E-02
1030	Direction 7 Azimuth angle	Az(dir 7)	az7	deg	1.E-02
1040	Direction 7 Elevation angle	El(dir 7)	el7	deg	1.E-02
1050	Direction 8 Azimuth angle	Az(dir 8)	az8	deg	1.E-02
1060	Direction 8 Elevation angle	El(dir 8)	el8	deg	1.E-02
1070	Direction 9 Azimuth angle	Az(dir 9)	az9	deg	1.E-02
1080	Direction 9 Elevation angle	El(dir 9)	el9	deg	1.E-02
1085	Direction 10 Azimuth angle	Az(dir 10)	az10	deg	1.E-02
1090	Direction 10 Elevation angle	El(dir 10)	el10	deg	1.E-02
1210	Direction 1 Ion velocity (eastward)	Vi1	vie	m/s	1.
1211	Direction 1 F-region ion velocity	Vi1(F)	vief	m/s	1.
1220	Direction 2 Ion velocity (northward)	Vi2	vin	m/s	1.
1221	Direction 2 F-region ion velocity	Vi2(F)	vinf	m/s	1.
1230	Direction 3 Ion velocity (up)	Vi3	viu	m/s	1.
1240	Direction 4 Ion velocity (perp east)	Vi4	vipe	m/s	1.
1241	Direction 4 Ion velocity (perp east)	Vi4	vipe1	m/s	1.E-01
1250	Direction 5 Ion velocity (perp north)	Vi5	vipn	m/s	1.
1252	Direction 5 Ion velocity (perp north)	Vi5	vipn2	m/s	1.E-02
1260	Direction 6 Ion velocity (antiparallel)	Vi6	viap	m/s	1.
1270	Direction 7 Ion velocity	Vi7	vi7	m/s	1.
1272	Direction 7 Ion velocity	Vi7	vi72	m/s	1.E-02
1280	Direction 8 Ion velocity	Vi8	vi8	m/s	1.
1282	Direction 8 Ion velocity	Vi8	vi82	m/s	1.E-02
1290	Direction 9 Ion velocity	Vi9	vi9	m/s	1.
1300	Direction 10 Ion velocity	Vi10	vi10	m/s	1.
1410	Direction 1 Neutral wind (eastward)	Vn1	vne	m/s	1.
1411	Direction 1 Neutral wind (eastward)	Vn1	vnep1	m/s	1.E-01
1412	Direction 1 Neutral wind (eastward)	Vn1	vnep2	m/s	1.E-02
1420	Direction 2 Neutral wind (northward)	Vn2	vnn	m/s	1.
1421	Direction 2 Neutral wind (northward)	Vn2	vnnp1	m/s	1.E-01
1422	Direction 2 Neutral wind (northward)	Vn2	vnnp2	m/s	1.E-02
1430	Direction 3 Neutral wind (up)	Vn3	vnu	m/s	1.E-02
1431	Direction 3 Neutral wind (up)	Vn3	vnup1	m/s	1.E-01
1432	Direction 3 Corrupt Neutral wind (up)	Vn3c	vnuc	m/s	1.E-02
1440	Direction 4 Neutral wind (perp east)	Vn4	vnpe	m/s	1.
1450	Direction 5 Neutral wind (perp north)	Vn5	vnpn	m/s	1.
1455	Direction 5 Neutral wind horizontl comp	Vn5h	vnpnh	m/s	1.
1456	Direction 5 Neutral wind horizontl comp	Vn5h	vnpnh1	m/s	1.E-01
1460	Direction 6 Neutral wind	Vn6	vnap	m/s	1.
1475	Direction 7 Neutral wind horizontl comp	Vn7h	vn7	m/s	1.
1610	Direction 1 electric field (eastward)	E1	ee	V/m	1.E-05
1620	Direction 2 electric field (northward)	E2	en	V/m	1.E-05
1640	Direction 4 electric field (perp east)	E4	epe	V/m	1.E-05
1650	Direction 5 electric field (perp north)	E5	epn	V/m	1.E-05
1840	Direction 4 electric current density	J4	jpe	A/m2	1.E-08
1850	Direction 5 electric current density	J5	jpn	A/m2	1.E-08
1940	Line int (1 hemi): dir 4 current den	Ln int J4	jpeli	A/m	1.E-03
1950	Line int (1 hemi): dir 5 current den	Ln int J5	jpnli	A/m	1.E-03
2010	Pedersen conductivity	Ped Cond	cp	mho/m	1.E-06
2011	log10 (Pedersen Conductivity in mho/m3)	lg(Pd Cond)	cpl	lg(mho/m	1.E-03
2020	Hall conductivity	Hall Cond	ch	mho/m	1.E-06
2021	log10 (Hall Conductivity)	lg(Hl Cond)	chl	lg(mho/m	1.E-03
2040	Height integral pedersen conductivity	HtInt Ped C	cphi	mho	1.E-02
2050	Height integral hall conductivity	HtInt HallC	chhi	mho	1.E-02
2070	Field line integral(1 hemi) Ped Cond	LnInt Ped C	cpli	mho	1.E-02
2080	Field line integral(1 hemi) Hall Cond	LnInt HallC	chli	mho	1.E-02
2121	log10 (joule energy spec. heat rate)	lg(Qjoulv)	qjouvl	lg(W/m3)	1.E-03
2130	Electron energy flux	Fee	fee	W/m2	1.E-05
2133	Positive ion (proton) energy flux	Fep	fep	W/m2	1.E-05
2136	Particle (el. and pos. ion) energy flux	Fepart	fepart	W/m2	1.E-05
2139	Particle energy heat rate height int.	Qparth	qparth	W/m2	1.E-05
2140	Particle energy heat rate height int.	Qparth	qpart1	W/m2	1.E-04
2141	log10 (part energy heat rate ht. int.)	lg(Qparth)	qpartl	lg(W/m2)	1.E-03
2142	Particle energy heat rate hemisph.int.	Qparthe	qparhe	W	1.E+08
2150	Joule energy heat rate height integral	Qjoulh	qjoulh	W/m2	1.E-04
2152	Joule heat rate hemisphere integrated	Qjouhe	qjouhe	W	1.E+08
2155	Average electron energy	Ee0	e0	eV	1.
2156	Auroral flux type: maxwellian=1,gauss=2	Aur Flx Typ	afty		1.
2157	Characteristic electron energy	Ece	ece	eV	1.
2159	Characteristic pos. ion (proton) energy	Ecp	ecp	eV	1.
2204	Interplanetary Mag Field Bx GSM	Bx GSM	bxgsm	T	1.E-11
2206	Interplanetary Mag Field By GSM	By GSM	bygsm	T	1.E-11
2208	Interplanetary Mag Field Bz GSM	Bz GSM	bzgsm	T	1.E-11
2210	Interplanetary Mag Field strength	IMF B	bimf	T	1.E-11
2216	Interplanetary Mag Field By GSE	By GSE	bygse	T	1.E-11
2218	Interplanetary Mag Field Bz GSE	Bz GSE	bzgse	T	1.E-11
2232	Solar Wind Plasma Density	Sol Wnd Den	swden	m-3	1.E+05
2234	Solar Wind Plasma Speed	Sol Wnd Spd	swspd	m/s	1.E+02
2236	IMF/Solar Wind Qualifier	IMF/SW Qual	swq		1.
2244	Solar Wind velocity GSM x component	SW Vx GSM	swvxm	m/s	1.E+02
2246	Solar Wind velocity GSM y component	SW Vy GSM	swvym	m/s	1.E+02
2248	Solar Wind velocity GSM z component	SW Vz GSM	swvzm	m/s	1.E+02
2301	Polar cap potential difference	PC Pot Dif	pcp	V	1.E+01
2302	Potential minimum	Pot Min	pcmn	V	1.E+01
2303	Potential maximum	Pot Max	pcmx	V	1.E+01
2310	Electric Potential	Elect Pot	ep	V	1.E+01
2400	Wavelength	Wavelength	wavlen	nm	1.E-01
2401	Beginning wavelength	Beg Wavelen	bwavl	nm	1.E-01
2402	Ending wavelength	End Wavelen	ewavl	nm	1.E-01
2411	Beginning wavenumber	Beg Wavenum	bwavn	cm-1	1.
2412	Ending wavenumber	End Wavenum	ewavn	cm-1	1.
2415	Local standard of rest velocity (VLSR)	VLSR rest V	vlsr	km/s	1.E-02
2416	Spectral displ. in vel units w arb 0	Spec disp V	spdvel	km/s	1.E-02
2421	Channel 1 Wavelength	Ch1 Wavelen	wavl1	nm	1.E-01
2422	Channel 2 Wavelength	Ch2 Wavelen	wavl2	nm	1.E-01
2423	Channel 3 Wavelength	Ch3 Wavelen	wavl3	nm	1.E-01
2424	Channel 4 Wavelength	Ch4 Wavelen	wavl4	nm	1.E-01
2455	Refernce rel 1/2-width (arb press unit)	Ref 1/2-wid	wid2		1.E-02
2456	Relative 1/2-width deviation from 2455	1/2-wid Dev	wid2r		1.E-02
2491	log10 (Counts)	lg(Counts)	countl	lg	1.E-03
2495	log10 (Rayleigh counts)	lg(RaylCnt)	rcontl	lg	1.E-03
2501	log10 (line/band brightness)	lg(Bright)	brl	lg(R)	1.E-03
2502	line/band brightness	Bright	br1	R	1.E-01
2505	Relative line/band brightness	rel Bright	rbr		1.
2506	log10 (Relative line/band brightness)	lg(rel br)	rbrl	lg	1.E-03
2507	Relative line emission rate	RelEmisRt1	rlep1		1.E-01
2509	Relative emission rate	RelEmisRt3	rlep3		1.E-03
2511	Channel 1 line/band brightness	Ch1 Bright	br1	R	1.E+01
2512	Channel 2 line/band brightness	Ch1 Bright	br2	R	1.E+01
2513	Channel 3 line/band brightness	Ch1 Bright	br3	R	1.E+01
2514	Channel 4 line/band brightness	Ch1 Bright	br4	R	1.E+01
2521	Channel 1 Calibration (cnt/s over R)	Ch1 Cal	cal1	cnt/s/R	1.E-02
2522	Channel 2 Calibration (cnt/s over R)	Ch2 Cal	cal2	cnt/s/R	1.E-02
2523	Channel 3 Calibration (cnt/s over R)	Ch3 Cal	cal3	cnt/s/R	1.E-02
2524	Channel 4 Calibration (cnt/s over R)	Ch4 Cal	cal4	cnt/s/R	1.E-02
2555	Relative background radiance	RelBkgRadnc	rbrad		1.
2560	Log10 (background noise, residual)	lg(BkgNois)	bnl	lg(R)	1.E-03
2561	log10 (background counts)	lg(BkgCnts)	bcl	lg	1.E-03
2571	Channel 1 Background correction	Ch1 Bkg Cor	bkgc1	R	1.
2572	Channel 2 Background correction	Ch2 Bkg Cor	bkgc2	R	1.
2573	Channel 3 Background correction	Ch3 Bkg Cor	bkgc3	R	1.
2574	Channel 4 Background correction	Ch4 Bkg Cor	bkgc4	R	1.
2600	Diffuse aurora ratio (Ch1/Ch4)	Dif Aur Rat	daurr		1.E-02
2601	Normalized Brightness ratio (Ch1/Ch4)	NorBritnRat	brrn		1.E-03
3100	JRO normalizing factor (JRO661111A)	T Norm Fctr	jronf1		1.E-04
3101	JRO W beam log10(1+RxA incoh. pwr/noise)	PwrI RxA W	paiwl	lg 1+SNR	1.E-03
3102	JRO W beam log10(1+RxA coher. pwr/noise)	PwrC RxA W	pacwl	lg 1+SNR	1.E-03
3103	JRO W beam log10(1+RxB incoh. pwr/noise)	PwrI RxB W	pbiwl	lg 1+SNR	1.E-03
3104	JRO W beam log10(1+RxB coher. pwr/noise)	PwrC RxB W	pbcwl	lg 1+SNR	1.E-03
3105	JRO E beam log10(1+RxC incoh. pwr/noise)	PwrI RxC E	pciel	lg 1+SNR	1.E-03
3106	JRO E beam log10(1+RxC coher. pwr/noise)	PwrC RxC E	pccel	lg 1+SNR	1.E-03
3107	JRO E beam log10(1+RxD incoh. pwr/noise)	PwrI RxD E	pdiel	lg 1+SNR	1.E-03
3108	JRO E beam log10(1+RxD coher. pwr/noise)	PwrC RxD E	pdcel	lg 1+SNR	1.E-03
3113	JRO parameter 14	JRO par 14	jro14		1.
3114	JRO parameter 15	JRO par 15	jro15		1.
3115	JRO parameter 16	JRO par 16	jro16		1.
3116	JRO parameter 17	JRO par 17	jro17		1.
3300	MLH Mode Letter (65-80 = A-P)	MLH Mode	mlhm		1.
3301	MLH Power Normalization constant	Power NrmK	pnorm		1.e-03
3302	MLH Number of signal samples in profile	NRP	nrp		1.e+00
3303	MLH Number of noise samples in profile	NNSAMP	nnsamp		1.e+00
3304	MLH Number calibration samples in prof	NCSAMP	ncsamp		1.e+00
3305	MLH parameter 6	MLH par 6	mlh6		1.e+00
3306	MLH Number profile Noise level samples	NPNSWP	npnswp		1.e+00
3307	MLH parameter 8	MLH par 8	mlh8		1.e+00
3308	MLH Number of Radar Sweeps for Record	NRSWP	nrswp		1.e+00
3309	MLH Number noise gates in radar sweep	NNRSWP	nnrswp		1.e+00
3310	MLH Mean power prof Normalizatn Const	PNRMMP	pnrmmp		1.e+00
3313	MLH ACF Normalization Factor	ACF Norm	fa		1.e-03
3318	MLH D.P. Power Normalization constant	Power NrmK	pnrmd	3	1.e-03
3319	MLH Additional increment to DP Pwr Nrm C	Additnl P.	pnrmdi	3	1.e-07
3320	MLH Transmitter phase velocity	tr phasvel	trphvl	m/s	1.e-01
3321	MLH Ti, Tr correlation coefficient	cc Ti Tr	cctitr		1.e-03
3322	MLH Ti, Ph correlation coefficient	cc Ti Ph	cctiph		1.e-03
3323	MLH Ti, Co correlation coefficient	cc Ti Co	cctico		1.e-03
3324	MLH Tr, Ph correlation coefficient	cc Tr Ph	cctrph		1.e-03
3325	MLH Mode type	MLH Mode Ty	mlhmod		1.e+00
3328	MLH Fundamental Pulse Length	Fund Pullen	fundpl	sec	1.e-06
3329	MLH Range resolution	Range Resol	rngres	km	1.e-02
3345	MLH parameter 46	MLH par 46	mlh46		1.e+00
3346	MLH Lag spacing	MLH lag	mlhlag	sec	1.e-07
3350	MLH Line of sight Doppler V(pos = away)	Dopp Vel	vdopp	m/s	1.e+00
3351	MLH TI searching TI,TR,FN only	Ti basicfit	tibf	K	1.e+00
3352	MLH TR searching TI,TR,FN only	Tr basicfit	trbf		1.e-03
3353	MLH Fit type code	MLH fitcod	fittyp		1.e+00
3500	SON FIT Code	FIT Code	fit		1.
3501	SON EPEC E-Region source code	E Src	srce		1.
3502	SON EPEC F-Region source code	F Src	srcf		1.
3503	SON Source of temperature	T Src	srct		1.
3504	SON Source of velocity	V Src	srcv		1.
3505	SON Source of density profile	Den src	srcden		1.
3510	SON Derivative of Ti with altitude	DTi/DHt	dtidh	K/km	1.E-02
3511	SON Derivative of Te with altitude	DTe/DHt	dtedh	K/km	1.E-02
3512	SON Portion of Umerid due to Vpar	Upar	upar	m/s	1.
3513	SON Umerid from ambipolar diffusn	Uambi	uambi	m/s	1.
3514	SON Uambi from DNe/DH fit to ne	Uden1	uden1	m/s	1.
3515	SON Uambi from DNe/DH fit to ln(ne)	Uden2	uden2	m/s	1.
3516	SON portion of Uambi from dTp/dH	Utemp	utemp	m/s	1.
3517	SON portion of Uambi from gravity	Ugrav	ugrav	m/s	1.
3518	SON Mean azimuth position 1	Azm pos 1	azm1	deg	1.E-02
3519	SON Mean elevation position 1	Elm pos 1	elm1	deg	1.E-02
3520	SON Mean azimuth position 2	Azm pos 2	azm2	deg	1.E-02
3521	SON Mean elevation position 2	Elm pos 2	elm2	deg	1.E-02
3534	SON Begin year of composite (UT)	Beg yr comp	yrcb	UT	1.
3535	SON Begin month/day of composite (UT)	Beg mmdd	mdb	UT	1.
3536	SON Begin hour/minute of composite (UT)	Beg hhmm	hmb	UT	1.
3537	SON Begin centisecond of composite (UT)	Beg csec	csb	sec	1.E-02
3538	SON End year of composite (UT)	End yr comp	yrce	UT	1.
3539	SON End month/day of composite (UT)	End mmdd	mde	UT	1.
3540	SON End hour/minute of composite (UT)	End hhmm	hme	UT	1.
3541	SON End centisecond of composite (UT)	End csec	cse	sec	1.E-02
3566	SON Reduced chi square of Ne	chi sq Ne	chine		1.E-01
3567	SON Amount subtracted from Vlos	Vbias	vbias	m/s	1.
3568	SON log10 (ne-parabolic fit to ln(ne))	lg(fit(Ne))	fitnel	lg(m-3)	1.E-03
3571	SON Correlation coefficient vxy	c cof xy	ccfvxy		1.E-04
3572	SON Correlation coefficient vxz	c cof xz	ccfvxz		1.E-04
3573	SON Correlation coefficient vyz	c cof yz	ccfvyz		1.E-04
3574	SON Neutral atmosphere model code	Neut Atm	natmc		1.
3575	SON Correlation coefficient Exy	c cof Exy	ccfexy		1.E-04
3576	SON Cross correlation coefficient Uxy	xccof Uxy	xcfuxy		1.E-04
3577	SON Cross correlation coefficient Une	xccof Uen	xcfuen		1.E-04
3578	SON Cross correlatn on Uxy from signeut	xccof Uxyn	xcfxyn		1.E-04
3579	SON Total cross correlation for Uxy	xccof Uxyt	xcfxyt		1.E-04
3580	SON Cross correlatn on Une from signeut	xccof Uenn	xcfenn		1.E-04
3581	SON Total cross correlatn for Ue and Un	xccof Uent	xcfent		1.E-04
3582	SON Horizontal magn neutral wind	Umerid	umerid		1.