Appendix B - Unit ID's

1. Unit IDs by Number
2. Unit IDs by Type

0. Special
1. Telemetry (8-bit UARS)
2. Counts/Accumulation
3. Corrected Counts/Accumulation
4. Counts/Second
5. Number Flux (cnts/(cm**2-ster-s))
6. Differential Number Flux (cnts/(cm**2-ster-s-eV))
7. Differential Energy Flux (ergs/(cm**2-ster-s-eV))
8. Distribution Function (sec**3/km**6)
9. Energy in eV (Electron Volts)
10. Energy in keV
11. Energy in MeV
12. Numeric Flag (Dimensionless)
13. Pure Integer Number (Dimensionless)
14. Pure Real Number (Dimensionless)
15. Time (year)
16. Time (day)
17. Time (sec)
18. Time (millisec)
19. Angular Measure (degree)
20. Angular Measure (radian)
21. Angular Measure (hour)
22. Angular Frequency (radian/sec)
23. Velocity (km/sec)
24. Velocity (m/sec)
25. Distance (km)
26. Distance (m)
27. Telemetry (16-bit UARS)
28. Magnetic Field (nanoTesla)
29. Magnetic Field (Gauss)
30. Current (Amp)
31. Current (milliAmp)
32. Current (microAmp)
33. Voltage (Volt)
34. Voltage (milliVolt)
35. Voltage (microVolt)
36. Telemetry (8-bit TSS)
37. Temperature (degrees K)
38. Temperature (degrees C)
39. Temperature (degrees F)
40. Energy in ergs
41. Energy in Joules
42. Angular Velocity (revolutions/sec)
43. Telemetry (9-bit DMSP)
44. Differential Number Flux (cnts/(cm**2-ster-s-KeV))
45. Differential Energy Flux (eV/(cm**2-ster-s-eV))
46. Differential Energy Flux (keV/(cm**2-ster-s-keV))
47. Differential Energy Flux (ergs/(cm**2-ster-s-keV))
48. Number Flux (cnts/(cm**2-s))
49. Energy Flux (eV/(cm**2-s))
50. Energy Flux (keV/(cm**2-s))
51. Energy Flux (erg/(cm**2-s))
52. Energy Density (eV/cm**3)
53. Energy Density (keV/cm**3)
54. Energy Density (ergs/cm**3)
55. Distribution Function (sec**3/cm**6)
56. Distribution Function (sec**3/m**6)
57. HEX Number (Dimensionless)
58. Distance (Nautical Miles)
59. Geopotential (km)
60. Pressure (mbar)
61. Pressure (bar)
62. Pressure (Pascal)
63. Pressure (Torr)
64. Pressure (mm of Hg)
65. Mixing Ratio (molecule/molecule)
66. Frequency (Hz)
67. Frequency (kHz)
68. Frequency (MHz)
69. Power (Watt/m**3) = Power (Joule/(m**3-sec))
70. Power (Watt/cm**3) = Power (Joule/(cm**3-sec))
71. Power (erg/(m**3-sec))
72. Power (erg/(cm**3-sec))
73. Power (mWatt/m**3)
74. Power (mWatt/cm**3)
75. Wavelength (nm)
76. Wavelength (Angstrom)
77. Wavelength (cm)
78. Wavelength (m)
79. Energy Rate per Mass (keV/(g-s))
80. Energy Rate per Mass (eV/(g-s))
81. Energy Rate per Mass (erg/(g-s))
82. Energy Rate per Mass (Joule/(g-s))
83. Energy Rate per Volume (keV/(cm**3-s))
84. Energy Rate per Volume (eV/(cm**3-s))
85. Energy Rate per Volume (erg/(cm**3-s))
86. Energy Rate per Volume (Joule/(cm**3-s))
87. Energy Rate per Volume (keV/(m**3-s))
88. Energy Rate per Volume (eV/(m**3-s))
89. Energy Rate per Volume (erg/(m**3-s))
90. Energy Rate per Volume (Joule/(m**3-s))
91. Energy Rate per Volume (keV/(km**3-s))
92. Energy Rate per Volume (eV/(km**3-s))
93. Energy Rate per Volume (erg/(km**3-s))
94. Energy Rate per Volume (Joule/(km**3-s))
95. Ionization Rate per Volume (Ionizations/(cm**3-s))
96. Ionization Rate per Volume (Ionizations/(m**3-s))
97. Ionization Rate per Volume (Ionizations/(km**3-s))
98. Velocity (cm/sec)
99. Volume Emission Rate (photons/(cm**2-sec))
100. Volume Emission Rate (photons/(m**2-sec))
101. Volume Emission Rate (photons/(km**2-sec))
102. Distance (Astronomical Unit)
103. Irradiance (Watts/(m**2-m)) = Flux/Wavelength (Joule/(m**2-sec-m))
104. Irradiance (Watts/(m**2-cm)) = Flux/Wavelength (Joule/(m**2-sec-cm))
105. Irradiance (Watts/(m**2-nm)) = Flux/Wavelength (Joule/(m**2-sec-nm))
106. Irradiance (Watts/(m**2-Angstrum)) = Flux/Wavelength (Joule/(m**2-sec-Angstrum))
107. Irradiance (Watts/(cm**2-m)) = Flux/Wavelength (Joule/(cm**2-sec-m))
108. Irradiance (Watts/(cm**2-cm)) = Flux/Wavelength (Joule/(cm**2-sec-cm))
109. Irradiance (Watts/(cm**2-nm)) = Flux/Wavelength (Joule/(cm**2-sec-nm))
110. Irradiance (Watts/(cm**2-Angstrum)) = Flux/Wavelength (Joule/(cm**2-sec-Angstrum))
111. Irradiance = Flux/Wavelength (ergs/(m**2-sec-m))
112. Irradiance = Flux/Wavelength (ergs/(m**2-sec-cm))
113. Irradiance = Flux/Wavelength (ergs/(m**2-sec-nm))
114. Irradiance = Flux/Wavelength (ergs/(m**2-sec-Angstrum))
115. Irradiance = Flux/Wavelength (ergs/(cm**2-sec-m))
116. Irradiance = Flux/Wavelength (ergs/(cm**2-sec-cm))
117. Irradiance = Flux/Wavelength (ergs/(cm**2-sec-nm))
118. Irradiance = Flux/Wavelength (ergs/(cm**2-sec-Angstrum))
119. Spectral Irradiance = Photon Flux/Wavelength (photons/(m**2-sec-m))
120. Spectral Irradiance = Photon Flux/Wavelength (photons/(m**2-sec-cm))
121. Spectral Irradiance = Photon Flux/Wavelength (photons/(m**2-sec-nm))
122. Spectral Irradiance = Photon Flux/Wavelength (photons/(m**2-sec-Angstrum))
123. Spectral Irradiance = Photon Flux/Wavelength (photons/(cm**2-sec-m))
124. Spectral Irradiance = Photon Flux/Wavelength (photons/(cm**2-sec-cm))
125. Spectral Irradiance = Photon Flux/Wavelength (photons/(cm**2-sec-nm))
126. Spectral Irradiance = Photon Flux/Wavelength (photons/(cm**2-sec-Angstrum))
127. Integrated Photon Flux (photons/(m**2-sec))
128. Integrated Photon Flux (photons/(cm**2-sec))
129. Magnetic Field (nanoTesla^2)
130. Distance (Earth Radii - Re)
131. Telemetry (12-bit ISEE)
132. Event
133. Electric Field (kVolt/m)
134. Electric Field (Volt/m = kVolt/km)
135. Electric Field (milliVolt/m = Volt/km)
136. Electric Field (microVolt/m = milliVolt/km)
137. Electric Field (microVolt/km)
138. Electric Field (kVolt/cm)
139. Electric Field (Volt/cm)
140. Electric Field (milliVolt/cm)
141. Electric Field (microVolt/cm)
142. Power Spectral Density (killoV**2/(m**2-Hz))
143. Power Spectral Density (V**2/(m**2-Hz))
144. Power Spectral Density (milliV**2/(m**2-Hz))
145. Power Spectral Density (microV**2/(m**2-Hz))
146. Power Spectral Density (killoV**2/(cm**2-Hz))
147. Power Spectral Density (V**2/(cm**2-Hz))
148. Power Spectral Density (milliV**2/(cm**2-Hz))
149. Power Spectral Density (microV**2/(cm**2-Hz))
150. Surface Number Density (#/km**2)
151. Surface Number Density (#/m**2)
152. Surface Number Density (#/cm**2)
153. Surface Number Density (#/mm**2)
154. Volume Number Density (#/km**3)
155. Volume Number Density (#/m**3)
156. Volume Number Density (#/cm**3)
157. Volume Number Density (#/mm**3)
158. Time (microsec)
159. Time (nanosec)
160. Distance (cm)
161. Distance (mm)
162. Current (nanoAmp)
163. Heat Flux (eV-cm/sec)
164. Temperature (eV)
165. Integral Energy Flux (ergs/(cm**2-ster-s))
166. Energy Flux (milliWatt/m**2)
167. Energy Flux (milliJoule/(m**2-s))
168. Directional Energy Flux (ergs/(cm**2-ster-s))
169. Directional Energy Flux (milliWatt/(m**2-ster)
170. Directional Energy Flux (milliJoule/(m**2-s-ster))
171. Charge Intensity (Coulomb/(cm**2-ster-s))
172. Charge Intensity (Coulomb/(m**2-ster-s))
173. Charge Intensity (Coulomb/(km**2-ster-s))
174. Differential Charge Intensity (Coulomb/(cm**2-ster-s-eV))
175. Differential Charge Intensity (Coulomb/(m**2-ster-s-eV))
176. Differential Charge Intensity (Coulomb/(km**2-ster-s-eV))
177. Differential Charge Intensity (Coulomb/(cm**2-ster-s-keV))
178. Differential Charge Intensity (Coulomb/(m**2-ster-s-keV))
179. Differential Charge Intensity (Coulomb/(km**2-ster-s-keV))
180. Current Intensity (Amp/(cm**2-ster))
181. Current Intensity (Amp/(m**2-ster))
182. Current Intensity (Amp/(km**2-ster))
183. Differential Current Intensity (Amp/(cm**2-ster-eV))
184. Differential Current Intensity (Amp/(m**2-ster-eV))
185. Differential Current Intensity (Amp/(km**2-ster-eV))
186. Differential Current Intensity (Amp/(cm**2-ster-keV))
187. Differential Current Intensity (Amp/(m**2-ster-keV))
188. Differential Current Intensity (Amp/(km**2-ster-keV))
189. Volume Current Density (Amp/(cm**3))
190. Volume Current Density (Amp/(m**3))
191. Volume Current Density (Amp/(km**3))
192. Surface Current Density (Amp/(cm**2))
193. Surface Current Density (Amp/(m**2))
194. Surface Current Density (Amp/(km**2))
195. Linear Current Density (Amp/cm)
196. Linear Current Density (Amp/m)
197. Linear Current Density (Amp/km)
198. Pressure Intensity (bar/(ster-eV))
199. Pressure Intensity (Pascal/(ster-eV))
200. differential velocity density (sec/m**4)
201. differential velocity density (sec/cm**4)
202. Time (month)
203. Time (hour)
204. Time (minute)
205. Velocity (Astronomical Unit/sec)
206. Angular Frequency (degrees/sec)
207. Angular Velocity (radian/sec)
208. Angular Frequency (revolutions/sec)
209. Angular Velocity (degrees/sec)

1. ANGULAR MEASURE
2. ANGULAR VELOCITY OR ANGULAR FREQUENCY
3. CORRECTED UNCOMPRESSED COUNTS
4. DIRECTIONAL ENERGY INTENSITY
5. DISTANCE
6. DISTRIBUTION FUNCTION
7. ELECTRIC FIELD
8. ELECTRIC POTENTIAL DIFFERENCE
9. ELECTRIC POWER SPECTRAL DENSITY
10. ELECTRICAL CHARGE MOTION (charge per unit time)
11. ENERGY
12. ENERGY DENSITY
13. ENERGY FLUX
14. ENERGY INTENSITY
15. ENERGY TRANSFER RATE
16. FREQUENCY
17. HEAT FLUX
18. INTEGRAL ENERGY INTENSITY
19. INTENSITY
20. IONIZATION RATE
21. IRRADIANCE
22. MAGNETIC FIELD
23. MIXING RATIO
24. NUMBER DENSITY
25. NUMBER FLUX
26. NUMBER INTENSITY
27. NUMBERS and NUMERIC FLAGS
28. POWER
29. PRESSURE
30. PRESSURE INTENSITY
31. SURFACE TRANSFER RATE
32. TELEMETRY
33. TEMPERATURE
34. TIME
35. UNCOMPRESSED COUNTS
36. VELOCITY
37. VOLUME EMISSION RATE

1. ANGULAR MEASURE
   • 19. Angular Measure (degree)
   • 20. Angular Measure (radian)
   • 21. Angular Measure (hour)

2. ANGULAR VELOCITY OR ANGULAR FREQUENCY
   • 22. Angular Frequency (radian/sec)
   • 42. Angular Velocity (revolutions/sec)
   • 206. Angular Frequency (degrees/sec)
   • 207. Angular Velocity (radian/sec)
   • 208. Angular Frequency (revolutions/sec)
   • 209. Angular Velocity (degrees/sec)

3. CORRECTED UNCOMPRESSED COUNTS
   • 3. Corrected Counts/Accumulation

4. DIRECTIONAL ENERGY INTENSITY
   • 168. Directional Energy Flux (ergs/(cm**2-ster-s))
   • 169. Directional Energy Flux (milliWatt/(m**2-ster)
   • 170. Directional Energy Flux (milliJoule/(m**2-s-ster))

5. DISTANCE
   • 25. Distance (km)
   • 26. Distance (m)
   • 160. Distance (cm)
   • 161. Distance (mm)
   • 58. Distance (Nautical Miles)
   • 102. Distance (Astronomical Unit)
   • 130. Distance (Earth Radii - Re)
   • 59. Geopotential (km)
   • 75. Wavelength (nm)
   • 76. Wavelength (Angstrom)
   • 77. Wavelength (cm)
   • 78. Wavelength (m)

6. DISTRIBUTION FUNCTION
   • 8. Distribution Function (sec**3/km**6)
   • 55. Distribution Function (sec**3/cm**6)
   • 56. Distribution Function (sec**3/m**6)

7. ELECTRIC FIELD
   • 30. Current (Amp)
   • 31. Current (milliAmp)
   • 32. Current (microAmp)
   • 162. Current (nanoAmp)
   • 171. Charge Intensity (Coulomb/(cm**2-ster-s))
   • 172. Charge Intensity (Coulomb/(m**2-ster-s))
   • 173. Charge Intensity (Coulomb/(km**2-ster-s))
   • 174. Differential Charge Intensity (Coulomb/(cm**2-ster-s-eV))
   • 175. Differential Charge Intensity (Coulomb/(m**2-ster-s-eV))
   • 176. Differential Charge Intensity (Coulomb/(km**2-ster-s-eV))
   • 177. Differential Charge Intensity (Coulomb/(cm**2-ster-s-keV))
   • 178. Differential Charge Intensity (Coulomb/(m**2-ster-s-keV))
   • 179. Differential Charge Intensity (Coulomb/(km**2-ster-s-keV))
   • 180. Current Intensity (Amp/(cm**2-ster))
   • 181. Current Intensity (Amp/(m**2-ster))
   • 182. Current Intensity (Amp/(km**2-ster))
   • 183. Differential Current Intensity (Amp/(cm**2-ster-eV))
   • 184. Differential Current Intensity (Amp/(m**2-ster-eV))
   • 185. Differential Current Intensity (Amp/(km**2-ster-eV))
   • 186. Differential Current Intensity (Amp/(cm**2-ster-keV))
   • 187. Differential Current Intensity (Amp/(m**2-ster-keV))
   • 188. Differential Current Intensity (Amp/(km**2-ster-keV))
   • 189. Volume Current Density (Amp/(cm**3))
   • 190. Volume Current Density (Amp/(m**3))
   • 191. Volume Current Density (Amp/(km**3))
   • 192. Surface Current Density (Amp/(cm**2))
   • 193. Surface Current Density (Amp/(m**2))
   • 194. Surface Current Density (Amp/(km**2))
   • 195. Linear Current Density (Amp/cm)
   • 196. Linear Current Density (Amp/m)
   • 197. Linear Current Density (Amp/km)

8. ELECTRIC POTENTIAL DIFFERENCE
   • 133. Electric Field (kVolt/m)
   • 134. Electric Field (Volt/m = kVolt/km)
   • 135. Electric Field (milliVolt/m = Volt/km)
   • 136. Electric Field (microVolt/m = milliVolt/km)
   • 137. Electric Field (microVolt/km)
   • 138. Electric Field (kVolt/cm)
   • 139. Electric Field (Volt/cm)
   • 140. Electric Field (milliVolt/cm)
   • 141. Electric Field (microVolt/cm)

9. ELECTRIC POWER SPECTRAL DENSITY
   • 33. Voltage (Volt)
   • 34. Voltage (milliVolt)
   • 35. Voltage (microVolt)

10. ELECTRICAL CHARGE MOTION (charge per unit time)
    • 142. Power Spectral Density (killoV**2/(m**2-Hz))
    • 143. Power Spectral Density (V**2/(m**2-Hz))
    • 144. Power Spectral Density (milliV**2/(m**2-Hz))
    • 145. Power Spectral Density (microV**2/(m**2-Hz))
    • 146. Power Spectral Density (killoV**2/(cm**2-Hz))
    • 147. Power Spectral Density (V**2/(cm**2-Hz))
    • 148. Power Spectral Density (milliV**2/(cm**2-Hz))
    • 149. Power Spectral Density (microV**2/(cm**2-Hz))

11. ENERGY
    • 9. Energy in eV (Electron Volts)
    • 10. Energy in keV
    • 11. Energy in MeV
    • 40. Energy in ergs
    • 41. Energy in Joules

12. ENERGY DENSITY
    • 52. Energy Density (eV/cm**3)
    • 53. Energy Density (keV/cm**3)
    • 54. Energy Density (ergs/cm**3)

13. ENERGY FLUX
    • 49. Energy Flux (eV/(cm**2-s))
    • 50. Energy Flux (keV/(cm**2-s))
    • 51. Energy Flux (erg/(cm**2-s))
    • 166. Energy Flux (milliWatt/m**2)
    • 167. Energy Flux (milliJoule/(m**2-s))

14. ENERGY INTENSITY
    • 7. Differential Energy Flux (ergs/(cm**2-ster-s-eV))
    • 45. Differential Energy Flux (eV/(cm**2-ster-s-eV))
    • 46. Differential Energy Flux (keV/(cm**2-ster-s-keV))
    • 47. Differential Energy Flux (ergs/(cm**2-ster-s-keV))

15. ENERGY TRANSFER RATE
    • 79. Energy Rate per Mass (keV/(g-s))
    • 80. Energy Rate per Mass (eV/(g-s))
    • 81. Energy Rate per Mass (erg/(g-s))
    • 82. Energy Rate per Mass (Joule/(g-s))
    • 83. Energy Rate per Volume (keV/(cm**3-s))
    • 84. Energy Rate per Volume (eV/(cm**3-s))
    • 85. Energy Rate per Volume (erg/(cm**3-s))
    • 86. Energy Rate per Volume (Joule/(cm**3-s))
    • 87. Energy Rate per Volume (keV/(m**3-s))
    • 88. Energy Rate per Volume (eV/(m**3-s))
    • 89. Energy Rate per Volume (erg/(m**3-s))
    • 90. Energy Rate per Volume (Joule/(m**3-s))
    • 91. Energy Rate per Volume (keV/(km**3-s))
    • 92. Energy Rate per Volume (eV/(km**3-s))
    • 93. Energy Rate per Volume (erg/(km**3-s))
    • 94. Energy Rate per Volume (Joule/(km**3-s))

16. FREQUENCY
    • 4. Counts/Second
    • 66. Frequency (Hz)
    • 67. Frequency (kHz)
    • 68. Frequency (MHz)

17. HEAT FLUX
    • 163. Heat Flux (eV-cm/sec)

18. INTEGRAL ENERGY INTENSITY
    • 165. Energy Flux (ergs/(cm**2-ster-s))

19. INTENSITY
    • 6. Differential Number Flux (cnts/(cm**2-ster-s-eV))
    • 44. Differential Number Flux (cnts/(cm**2-ster-s-KeV))

20. IONIZATION RATE
    • 95. Ionization Rate per Volume (Ionizations/(cm**3-s))
    • 96. Ionization Rate per Volume (Ionizations/(m**3-s))
    • 97. Ionization Rate per Volume (Ionizations/(km**3-s))

21. IRRADIANCE
    • 103. Irradiance (Watts/(m**2-m)) = Flux/Wavelength (Joule/(m**2-sec-m))
    • 104. Irradiance (Watts/(m**2-cm)) = Flux/Wavelength (Joule/(m**2-sec-cm))
    • 105. Irradiance (Watts/(m**2-nm)) = Flux/Wavelength (Joule/(m**2-sec-nm))
    • 106. Irradiance (Watts/(m**2-Angstrum)) = Flux/Wavelength (Joule/(m**2-sec-Angstrum))
    • 107. Irradiance (Watts/(cm**2-m)) = Flux/Wavelength (Joule/(cm**2-sec-m))
    • 108. Irradiance (Watts/(cm**2-cm)) = Flux/Wavelength (Joule/(cm**2-sec-cm))
    • 109. Irradiance (Watts/(cm**2-nm)) = Flux/Wavelength (Joule/(cm**2-sec-nm))
    • 110. Irradiance (Watts/(cm**2-Angstrum)) = Flux/Wavelength (Joule/(cm**2-sec-Angstrum))
    • 111. Irradiance = Flux/Wavelength (ergs/(m**2-sec-m))
    • 112. Irradiance = Flux/Wavelength (ergs/(m**2-sec-cm))
    • 113. Irradiance = Flux/Wavelength (ergs/(m**2-sec-nm))
    • 114. Irradiance = Flux/Wavelength (ergs/(m**2-sec-Angstrum))
    • 115. Irradiance = Flux/Wavelength (ergs/(cm**2-sec-m))
    • 116. Irradiance = Flux/Wavelength (ergs/(cm**2-sec-cm))
    • 117. Irradiance = Flux/Wavelength (ergs/(cm**2-sec-nm))
    • 118. Irradiance = Flux/Wavelength (ergs/(cm**2-sec-Angstrum))
    • 119. Spectral Irradiance = Photon Flux/Wavelength (photons/(m**2-sec-m))
    • 120. Spectral Irradiance = Photon Flux/Wavelength (photons/(m**2-sec-cm))
    • 121. Spectral Irradiance = Photon Flux/Wavelength (photons/(m**2-sec-nm))
    • 122. Spectral Irradiance = Photon Flux/Wavelength (photons/(m**2-sec-Angstrum))
    • 123. Spectral Irradiance = Photon Flux/Wavelength (photons/(cm**2-sec-m))
    • 124. Spectral Irradiance = Photon Flux/Wavelength (photons/(cm**2-sec-cm))
    • 125. Spectral Irradiance = Photon Flux/Wavelength (photons/(cm**2-sec-nm))
    • 126. Spectral Irradiance = Photon Flux/Wavelength (photons/(cm**2-sec-Angstrum))

22. MAGNETIC FIELD
    • 28. Magnetic Field (nanoTesla)
    • 29. Magnetic Field (Gauss)
    • 129. Magnetic Field (nanoTesla^2)

23. MIXING RATIO
    • 65. Mixing Ratio (molecule/molecule)

24. NUMBER DENSITY
    • 150. Surface Number Density (#/km**2)
    • 151. Surface Number Density (#/m**2)
    • 152. Surface Number Density (#/cm**2)
    • 153. Surface Number Density (#/mm**2)
    • 154. Volume Number Density (#/km**3)
    • 155. Volume Number Density (#/m**3)
    • 156. Volume Number Density (#/cm**3)
    • 157. Volume Number Density (#/mm**3)

25. NUMBER FLUX
    • 48. Number Flux (cnts/(cm**2-s))
    • 200. differential velocity density (sec/m**4)
    • 201. differential velocity density (sec/cm**4)

26. NUMBER INTENSITY
    • 5. Number Flux (cnts/(cm**2-ster-s))

27. NUMBERS and NUMERIC FLAGS
    • 12. Numeric Flag (Dimensionless)
    • 13. Pure Integer Number (Dimensionless)
    • 14. Pure Real Number (Dimensionless)
    • 57. HEX Number (Dimensionless)
    • 132. Event

28. POWER
    • 69. Power (Watt/m**3) = Power (Joule/(m**3-sec))
    • 70. Power (Watt/cm**3) = Power (Joule/(cm**3-sec))
    • 71. Power (erg/(m**3-sec))
    • 72. Power (erg/(cm**3-sec))
    • 73. Power (mWatt/m**3)
    • 74. Power (mWatt/cm**3)

29. PRESSURE
    • 60. Pressure (mbar)
    • 61. Pressure (bar)
    • 62. Pressure (Pascal)
    • 63. Pressure (Torr)
    • 64. Pressure (mm of Hg)

30. PRESSURE INTENSITY
    • 198. Pressure Intensity (bar/(ster-eV))
    • 199. Pressure Intensity (Pascal/(ster-eV))

31. SURFACE TRANSFER RATE
    • 127. Integrated Photon Flux (photons/(m**2-sec))
    • 128. Integrated Photon Flux (photons/(cm**2-sec))

32. TELEMETRY
    • 1. Telemetry (8-bit UARS)
    • 27. Telemetry (16-bit UARS)
    • 36. Telemetry (8-bit TSS)
    • 43. Telemetry (9-bit DMSP)
    • 131. Telemetry (12-bit ISEE)

33. TEMPERATURE
    • 37. Temperature (degrees K)
    • 38. Temperature (degrees C)
    • 39. Temperature (degrees F)
    • 164. Temperature (eV)

34. TIME
    • 15. Time (year)
    • 16. Time (day)
    • 17. Time (sec)
    • 18. Time (millisec)
    • 158. Time (microsec)
    • 159. Time (nanosec)
    • 202. Time (month)
    • 203. Time (hour)
    • 204. Time (minute)

35. UNCOMPRESSED COUNTS
    • 2. Counts/Accumulation

36. VELOCITY
    • 23. Velocity (km/sec)
    • 24. Velocity (m/sec)
    • 98. Velocity (cm/sec)
    • 205. Velocity (Astronomical Unit/sec)

37. VOLUME EMISSION RATE
    • 99. Volume Emission Rate (photons/(cm**2-sec))
    • 100. Volume Emission Rate (photons/(m**2-sec))
    • 101. Volume Emission Rate (photons/(km**2-sec))

Last updated: November 10, 2003