This data set contains 11 min resolution RTS 16 sector rate, pitch, andphase data for all Jupiter orbits. There are a total of 18 tabulated datafiles that contain A1, A2, A3, A4, A5, E1, F2, TP1, TP2, TA1, TO1, TO2, TO3,TS1, TS2, Start, Pitch, and Phase 16 sector data. The rates reported are inunits of (counts/sec), pitch and phase angles are in (radians).Pitch angle is the angle between the look direction of the detector andthe observed magnetic field. Phase angle is the angle measured from thex-axis to the projection of the look direction onto the xy plane of a localmagnetic coordinate system where the z-axis is the magnetic field direction,the x-axis lies in a plane defined by the direction of corotation and thez-axis, and y-axis complete the set of a right handed coordinate system.Transform Counts/Sec-> Differential Flux:Given the count rate R, pass band of the particle dE, and the geometricalfactor G of the detector it is possible to calculate (dE and G are availablein the EPD instrument template) differential flux j:R/(G dE). For example,given a rate 3000 counts/sec for channel E2, we find in the EPD instrumenttemplate that dE: (0.055-0.042):.013 MeV, G:.035 cm**2 Sr. This gives adifferential flux of 6.59 10**06 (cm**2 MeV s Sr)**-1.This data set is highly discontinuous in time. Because of the severelimitations in the downlink capability of the Galileo spacecraft,data were acquired for only selected portions of each orbit. Duringthe prime mission (first 12 orbits), continuous data were acquiredinside of 50 Rj for all orbits, with a few select orbits havingcomplete or nearly complete coverage in the Real-Time Science (RTS)telemetry mode. During most of the Galileo Europa Mission (GEM) andGalileo Millennium Mission (GMM) coverage was more limited, typicallyonly a few days around perijove, except for the Cassini encounterperiod (orbits 28 and 29) and orbits where recorded data were lostdue to spacecraft safings or other mishaps. Table 1 below providesa listing of the start and stop times of the data for each orbit.Some orbits (5 and 13) have no coverage due to solar conjunctions.Table 2 below provides basic information about the orbits andorbital geometry. After the insertion orbit, which dipped as low asfive degrees south, the Galileo remained within a degree of thejovian equator.----------------------------------------------------------------- Table 1. EPD Summary Data Coverage---------------------------------------------------------------- Orbit Start Time Stop Time Notes---------------------------------------------------------------- JA-Io 1995-12-07 15:21 1995-12-08 01:26 J00 1996-05-23 20:02 1996-06-01 00:30 G01 1996-06-23 16:02 1996-07-04 00:00 G01 1996-08-07 00:00 1996-08-24 14:27 1 G02 1996-08-31 10:50 1996-10-22 10:02 C03 1996-10-31 12:07 1996-11-11 18:31 E04 1996-12-13 19:17 1996-12-21 15:07 J05 2 E06 1997-02-17 06:01 1997-02-26 04:49 G07 1997-03-19 05:42 1997-04-21 16:01 G08 1997-05-04 00:31 1997-06-22 00:00 C09 1997-06-22 00:00 1997-09-14 00:00 3 C10 1997-09-14 00:00 1997-10-04 00:00 3 E11 1997-11-02 01:24 1997-11-09 16:01 E12 1997-12-15 08:05 1997-12-16 12:29 J13 2 E14 1998-03-28 13:02 1998-03-31 02:12 E15 1998-05-30 21:04 1998-06-01 09:10 E16 1998-07-20 05:09 1998-07-21 00:00 E16 1998-07-24 00:00 1998-09-19 03:01 4 E17 1998-09-25 11:09 1998-09-27 01:59 E18 1998-11-21 12:04 1998-12-31 00:00 E19 1999-01-31 02:08 1999-02-02 00:00 E19 1999-02-11 00:00 1999-02-11 05:59 C20 1999-05-02 17:06 1999-05-15 04:04 C21 1999-06-29 07:05 1999-07-03 10:48 C22 1999-08-11 14:06 1999-08-14 10:34 C23 1999-09-13 20:05 1999-09-27 16:31 I24 1999-10-10 04:05 1999-11-01 17:58 I25 1999-11-25 04:05 1999-11-27 01:32 E26 2000-01-01 23:31 2000-01-05 01:55 E26 2000-02-20 03:33 2000-02-21 00:00 3 I27 2000-02-21 00:00 2000-02-23 18:05 G28 2000-05-19 04:06 2000-06-14 00:00 G28 2000-10-26 00:00 2000-12-27 00:00 5 G29 2000-12-27 00:00 2001-02-05 19:56 5,3 C30 2001-05-23 12:02 2001-05-26 08:28 I31 2001-08-05 05:18 2001-08-07 16:32 I32 2001-10-14 02:10 2001-10-27 00:00 I33 2002-01-04 00:00 2002-01-15 00:00 I33 2002-10-26 13:32 2002-11-03 00:00 3 A34 2002-11-03 00:00 2002-11-05 06:32 J35 2003-09-21 08 2003-09-21 18 6 Notes: 1 Data collected inbound to the beginning of next orbit 2 No data - solar conjunction 3 Data continuous with previous orbit 4 Additional data returned after spacecraft safing 5 Joint observation with Cassini 6 Times approximate, Jupiter impact--------------------------------------------------------------------- Table 2. Galileo Orbit Information---------------------------------------------------------------------Orbit Orbit <--- Periapsis Info ----> <-- Apoapsis Info --> Num Start Periapsis Range Local Apoapsis Range Local Date Date/Time  Time Date  Time--------------------------------------------------------------------- 0 95-12-03 95-12-07 21:54 4.00 16:21 96-03-29 267.7 03:39 1 96-06-23 96-06-28 00:31 11.03 15:36 96-08-09 125.3 03:24 2 96-09-01 96-09-07 13:38 10.65 15:22 96-10-07 113.0 03:12 3 96-11-02 96-11-06 13:31 9.21 15:34 96-11-27 89.1 03:28 4 96-12-15 96-12-19 03:22 9.16 15:21 97-01-04 72.1 03:00 5* 97-01-15 97-01-20 00:26 9.05 14:54 97-02-04 72.1 02:48 6 97-02-16 97-02-20 20:55 9.12 14:28 97-03-14 89.2 02:20 7 97-03-30 97-04-04 11:03 9.12 14:14 97-04-21 75.9 01:56 8 97-05-04 97-05-08 11:42 9.27 13:29 97-06-02 100.2 01:21 9 97-06-22 97-06-27 11:52 10.77 12:35 97-08-08 143.0 00:2110 97-09-14 97-09-18 23:10 9.17 12:44 97-10-13 98.9 00:3611 97-11-02 97-11-06 23:02 9.03 12:36 97-11-26 84.1 00:2912 97-12-15 97-12-16 06:35 8.80 12:29 97-12-20 46.6 00:3713* 98-02-09 98-02-10 23:09 8.85 12:33 98-03-06 95.2 00:2514 98-03-28 98-03-29 07:59 8.83 12:17 98-04-30 199.7 00:1615 98-05-30 98-06-01 02:34 8.85 12:12 98-06-26 100.4 00:0316 98-07-20 98-07-20 17:18 9.93 11:54 98-08-23 124.4 23:5117 98-09-25 98-09-26 08:26 8.91 11:44 98-10-24 110.4 23:3418 98-11-21 98-11-22 03:57 9.23 11:24 98-12-27 129.0 23:1719 99-01-31 99-02-01 02:38 9.24 10:56 99-03-18 154.3 22:4020 99-05-02 99-05-03 17:00 9.37 10:24 99-06-02 114.5 21:4621 99-06-29 99-07-02 05:04 7.27 10:04 99-07-22 89.0 21:5722 99-08-11 99-08-12 10:58 7.32 09:50 99-08-29 77.1 21:2323 99-09-13 99-09-14 19:57 6.55 09:17 99-09-27 65.7 20:4624 99-10-10 99-10-11 03:31 5.68 08:41 99-11-01 97.7 20:4725 99-11-25 99-11-26 23:30 5.94 08:39 99-12-15 87.2 20:2826 00-01-01 00-01-04 03:33 5.78 08:14 00-01-28 102.7 20:0527 00-02-20 00-02-22 12:30 5.85 07:56 00-04-06 154.4 19:5528 00-05-17 00-05-21 04:52 6.68 07:18 00-09-08 289.9 18:3729 00-12-27 00-12-29 03:26 7.49 06:03 01-03-11 216.3 17:3730 01-05-07 01-05-23 17:33 7.28 05:11 01-06-29 136.8 16:2731 01-08-04 01-08-06 04:52 5.93 04:14 01-09-10 132.2 16:0532 01-10-14 01-10-15 23:56 5.78 03:53 01-12-01 160.7 15:3933 02-01-16 02-01-17 16:23 5.54 03:13 02-06-13 348.1 14:2134 02-11-04 02-11-05 07:23 1.99 01:40 03-04-14 336.7 12:4935 03-09-21 03-09-21 18: 1.00 * Solar Conjunction - no data from this orbit ** Rj : 71492 km

The data in this set is a product of the processing done by the GalileoLow Gain Antenna Processor. Data in this set includes all the data availablefor LEMMS rates with data quality flag 0 (bad) and 1 (good). Rates with adata quality flag of 0 or are not in the current channel map are set to -1.0.All other rates have a data quality flag of 1 including rates of 0.000.The error bars for each rate is calculated from the standard deviation (SD)formula for a distribution of particles following Poisson statistics(n:number of counts) SD:+-n/Sqrt(n).