Orbit nine is fairly unique in that it has nearly continuous Real-Time Science (RTS) data coverage, as well as several MWG recordings at various distances from Jupiter. Orbit 9 was one of the MWG's highest priority orbits in the Galileo prime mission. It's referred to as the tail petal pass. The orbit geometry was designed to provide coverage to 150 Jupiter radii (Rj) down tail at approximately local midnight.
All data files are stored in the 'DATA' branch of the directory tree. Each instrument is given a subdirectory and each data set is located in a subdirectory beneath that. Most data are stored in ASCII tables although some binary data are also included. All files give time values in Spacecraft Event Time (SCET). Some files may give an additional time column that contains the Earth Received Time (ERT) in addition the the SCET.
All data files on this volume are described by detached PDS labels (.LBL). When there are multiple data files with the same structure in a single directory, the format portion of the PDS label is further detached into a format file (.FMT). In general, there is a brief description of each data set collocated with the data files in a file called INFO.TXT. Documentation formatted for inclusion in the PDS catalog can be found in the CATALOG directory. Additional documentation is generally located in the DOCUMENT directory. In particular, all of the Space Science Reviews (SSR) instrument papers can be found in subdirectories of the DOCUMENT directory. The documents are reprinted by permission of Kluwer Academic Publishers, Dordrecht, Boston, London.
Users of these data are encouraged to acknowledge both the PDS and the principal investigators of the instruments whose data is used in analysis in all publications.
This is the second volume of the GOMW_50xx set. This volume set is designed to facilitate the correlative analysis of the fields and particles data sets acquired during Jupiter orbital operations. Data from all of the primary MWG instruments are included on each volume. Data volumes are organized chronologically, each containing several orbits.
Volume ID Orbit Range Start Date Stop Date
----------------------------------------------------
GOMW_5001 JA - 7 1995-11-01 1997-05-04
GOMW_5002 8 - 9 1997-05-04 1997-09-14
GOMW_5003 10 - 19 1997-09-14 1999-05-02
GOMW_5004 20 - 28 1999-05-02 2000-12-26
GOMW_5005 29 - 35 2000-12-27 2003-09-21
The Galileo spacecraft and some science instruments were reprogrammed after arrival at Jupiter so that data acquisition and downlink could be achieved at the low bit rates associated with the mission after the high gain antenna (HGA) anomaly (see GO_SPACECRAFT_DESC_INST.CAT file in the CATALOG directory). New software was telemetered to the spacecraft in early May 1996 in a period known as the 'Inflight Load' or IFL. The mission prior to the IFL is known as the Phase 1 mission. After the IFL the mission is referred to as the Phase 2 mission. In Phase 1 raw data were provided to the instrument teams in Experiment Data Record (EDR) format. In Phase 2, the whole telemetry stream and ground data system were changed. The raw data were 'packetized' and delivered electronically as packet files or instrument packet files (IPF). The difference between a packet file and an IPF is a single 44 byte header called an SFDU.
The Galileo orbits were named by concatenating the first letter of the name of the primary target in each orbit with the orbit number. Thus, the fourth Jupiter orbit, in which Europa is the primary target, is called E4. The project defined orbits according to spacecraft command load boundaries rather than the normal convention of apoapsis to apoapsis. The navigation team did not always adhere to this convention, causing some confusion. The PDS has organized the data and data delivery schedules around the project defined orbit boundaries. The following tables contain information about the orbital tour and satellite encounters:
---------------------------------------------------------------------
Galileo Orbit Information
---------------------------------------------------------------------
Orbit Orbit <--- Periapsis Info ----> <-- Apoapsis Info -->
Num Start Periapsis Range Local Apoapsis Range Local
Date Date/Time <Rj**> Time Date <Rj> Time
---------------------------------------------------------------------
J0 95-12-03 95-12-07 21:54 4.00 16:21 96-03-29 267.7 03:39
G1 96-06-23 96-06-28 00:31 11.03 15:36 96-08-09 125.3 03:24
G2 96-09-01 96-09-07 13:38 10.65 15:22 96-10-07 113.0 03:12
C3 96-11-02 96-11-06 13:31 9.21 15:34 96-11-27 89.1 03:28
E4 96-12-15 96-12-19 03:22 9.16 15:21 97-01-04 72.1 03:00
J5* 97-01-15 97-01-20 00:26 9.05 14:54 97-02-04 72.1 02:48
E6 97-02-16 97-02-20 20:55 9.12 14:28 97-03-14 89.2 02:20
G7 97-03-30 97-04-04 11:03 9.12 14:14 97-04-21 75.9 01:56
G8 97-05-04 97-05-08 11:42 9.27 13:29 97-06-02 100.2 01:21
C9 97-06-22 97-06-27 11:52 10.77 12:35 97-08-08 143.0 00:21
C10 97-09-14 97-09-18 23:10 9.17 12:44 97-10-13 98.9 00:36
E11 97-11-02 97-11-06 23:02 9.03 12:36 97-11-26 84.1 00:29
E12 97-12-15 97-12-16 06:35 8.80 12:29 97-12-20 46.6 00:37
J13* 98-02-09 98-02-10 23:09 8.85 12:33 98-03-06 95.2 00:25
E14 98-03-28 98-03-29 07:59 8.83 12:17 98-04-30 199.7 00:16
E15 98-05-30 98-06-01 02:34 8.85 12:12 98-06-26 100.4 00:03
E16 98-07-20 98-07-20 17:18 9.93 11:54 98-08-23 124.4 23:51
E17 98-09-25 98-09-26 08:26 8.91 11:44 98-10-24 110.4 23:34
E18 98-11-21 98-11-22 03:57 9.23 11:24 98-12-27 129.0 23:17
E19 99-01-31 99-02-01 02:38 9.24 10:56 99-03-18 154.3 22:40
C20 99-05-02 99-05-03 17:00 9.37 10:24 99-06-02 114.5 21:46
C21 99-06-29 99-07-02 05:04 7.27 10:04 99-07-22 89.0 21:57
C22 99-08-11 99-08-12 10:58 7.32 09:50 99-08-29 77.1 21:23
C23 99-09-13 99-09-14 19:57 6.55 09:17 99-09-27 65.7 20:46
I24 99-10-10 99-10-11 03:31 5.68 08:41 99-11-01 97.7 20:47
I25 99-11-25 99-11-26 23:30 5.94 08:39 99-12-15 87.2 20:28
E26 00-01-01 00-01-04 03:33 5.78 08:14 00-01-28 102.7 20:05
I27 00-02-20 00-02-22 12:30 5.85 07:56 00-04-06 154.4 19:55
G28 00-05-17 00-05-21 04:52 6.68 07:18 00-09-08 289.9 18:37
G29 00-12-27 00-12-29 03:26 7.49 06:03 01-03-11 216.3 17:37
C30 01-05-07 01-05-23 17:33 7.28 05:11 01-06-29 136.8 16:27
I31 01-08-04 01-08-06 04:52 5.93 04:14 01-09-10 132.2 16:05
I32 01-10-14 01-10-15 23:56 5.78 03:53 01-12-01 160.7 15:39
I33 02-01-16 02-01-17 16:23 5.54 03:13 02-06-13 348.1 14:21
A34 02-11-04 02-11-05 07:23 1.99 01:40 03-04-14 336.7 12:49
J35 03-09-21 03-09-21 18: 1.00
* Solar Conjunction - no data from this orbit
** Rj = 71492 km"
------------------------------------------------------------
Satellite Flyby Characteristics*
------------------------------------------------------------
Satellite Planetocentric Coords
Range Lat E Lon
Orb Moon C/A Time (Rm**) (deg) (deg) Note
------------------------------------------------------------
0 IO 95-12-07 17:45:58 1.50 -9.6 258.9 W
24 IO 99-10-11 04:33:03 1.34 4.5 135.9 U
27 IO 00-02-22 13:46:41 1.11 18.5 157.4 U
31 IO 01-08-06 04:59:21 1.11 77.5 187.7 P
32 IO 01-10-16 01:23:21 1.10 -78.5 135.3 P
33 IO 02-01-17 14:08:28 1.06 -43.5 41.8 F
4 EUR 96-12-19 06:52:58 1.45 -1.7 322.4 F
6 EUR 97-02-20 17:06:10 1.38 -17.0 34.7 F
11 EUR 97-11-06 20:31:44 2.31 25.7 218.7 F
12 EUR 97-12-16 12:03:20 1.13 -8.7 134.4 U
14 EUR 98-03-29 13:21:05 2.06 12.2 131.2 U
15 EUR 98-05-31 21:12:57 2.62 15.0 225.4 W
19 EUR 99-02-01 02:19:50 1.93 30.5 28.1 U
26 EUR 00-01-03 17:59:43 1.22 -47.1 83.4 U
1 GAN 96-06-27 06:29:07 1.32 30.4 246.7 W
2 GAN 96-09-06 18:59:34 1.10 79.3 236.4 P
7 GAN 97-04-05 07:09:58 2.18 55.8 270.4 W
8 GAN 97-05-07 15:56:10 1.61 28.3 84.8 U
28 GAN 00-05-20 10:10:10 1.31 -19.0 92.4 U
29 GAN 00-12-28 08:25:27 1.89 62.2 269.0 P
3 CALL 96-11-04 13:34:28 1.47 13.2 282.3 W
9 CALL 97-06-25 13:47:50 1.17 2.0 101.0 U
10 CALL 97-09-17 00:18:55 1.22 4.6 281.3 W
30 CALL 01-05-25 11:23:58 1.06 13.6 254.6 W
34 AMA 02-11-05 06:18:40 2.89 -47.7 74.8 U
* Satellite encounters with recorded data only
J2000 reference, body fixed spherical coordinates.
** Moon Rm (km)
=======================
Amalthea 86.2
Io 1818
Europa 1560
Ganymede 2634
Callisto 2409
Notes: Negative latitudes are southern hemisphere,
U = upstream
F = flank
W = wake
P = polar
The disk is organized into a hierarchical directory structure. The disk contains both the Universal Disk Format (UDF) and the ISO 9660 (level 2) file system standards in order to accommodate users on a wide variety of platforms.
The data files on this volume are a mix of ASCII text and binary files. All data files are described by detached PDS labels. A detached label file has the same name as the data file that it describes, but with the extension LBL. For example, the file ATTITUDE.TAB is accompanied by the detached label file ATTITUDE.LBL in the same directory.
All document, detached PDS labels, and HTML files are stream format files, with a carriage return (ASCII 13) and a line feed character (ASCII 10) at the end of the record. This allows the files to be read by MacOS, DOS, Windows, Unix, and VMS operating systems. Unix system and Macintosh users will see the unnecessary carriage return character (^M) at the end of each line. Mac users will see an unnecessary line feed (^J) character at the start of each line.
ASCII tabular data files (*.TAB) are formatted so that they may be read directly into many database management systems (DBMS) or spreadsheet programs on various computers. All fields are of fixed length and are separated by white space (blank characters or commas). Character fields are left justified, and numeric fields are right justified. The 'start byte' and 'bytes' values listed in a PDS label do not include the white space between fields. The records are of fixed length, and the last two bytes of each record contain the ASCII carriage return and line feed characters. This allows a table to be treated as a fixed length record file on computers that support this file type and as a normal text file on other computers.
The document, PDS label, and ASCII table files on this volume can be viewed with a Web browser. Note that to view these files, the browser may need to be configured to recognize files with extensions of .LBL and .TAB as text files.
PDS labels are object-oriented. The object to which the label refers (e.g., TIME_SERIES, TABLE, etc.) is denoted by a statement of the form:
^TIME_SERIES = ("20903684.DAT", 3)
indicates that the TIME_SERIES object begins at record 3 of the file 20903684.DAT, in the same directory as the detached label file. Below is a list of the possible formats that use the ^object keyword.
^object = n
^object = n<BYTES>
^object = ("filename.ext",n)
^object = ("[dirlist]filename.ext",n)
^object = ("filename.ext",n<BYTES>)
^object = ("[dirlist]filename.ext",n<BYTES>)
where n is the starting record or byte number of the object,
counting from beginning of the file (record 1,
byte 1); default is record number.
<BYTES> indicates that number given is in units of bytes.
filename upper-case file name.
ext upper-case file extension.
dirlist* period-delimited path-list of parent directories,
in upper case, that specifies the object file
directory (used only when the object is not in the
same directory as the label file).
* All PDS labels on this volume are located in the same directory as
the file they describe so this construct is not used here.
In cases where many files of the same format or structure are present,
the structure description component is detached from the primary label.
This minimizes repeating information which is not varying from file to
file. In these cases, a format file (.FMT) contains the file structure
information and the base label (.LBL) describes the parameters which
generally do vary from file to file (# of records, file name,
start/stop time, etc.). When a format file is used within the PDS label
the syntax is:
^STRUCTURE = filename
Example:
^STRUCTURE = 'EDRHDR.FMT'
Syntactically, the contents of the format file can be inserted directly into the base label such that the entire file contents replace the single line ^STRUCTURE = filename.
Data set descriptions, instrument descriptions, and other useful documents are in .CAT files in the /CATALOG directory. In more recent versions of the Microsoft Windows operating system the .CAT by default is reserved as 'Security Catalog.' The .CAT files contained in this volume are ASCII text files, and can be read by any form of text editor. To make Windows open files with this name extension as text files, do the following. In Windows Explorer, open the 'Tools' menu and select 'Folder Options'. Select the 'File Types' tab and select 'CAT' from the list. Press 'Change...' and then choose your prefered text editor or viewer. We do not know of any harmful effects this might have on the operating system or other programs, but do not guarantee it will be entirely safe to make this change. If problems occur, the change can be undone in the same 'File Types' window by changing the default application back to 'crypto shell extension'. Copies of these documents can be found in the /EXTRAS/CATALOG_FILES directory with '.TXT' extensions, for easier access.
There is a file called ERRATA.TXT found at the root level of this volume which contains a list of known deficiencies or caveats associated with data on this volume at the time this DVD was published. An up-to-date version of the errata for this or any volume in the GOMW_500X volume set can be found at the PDS/PPI website: http://www.igpp.ucla.edu/public/pds/ERRATA/GOMW_500X/ERRATA.TXT.
If you find an error on this disk, please report the error to the PDS Operator at the PPI Node of the PDS.
|
Internet Telephone U.S. Mail |
pds_operator@igpp.ucla.edu (310) 206-6073 PDS Operator c/o Dr. Raymond Walker UCLA - IGPP Los Angeles, CA 90095-1567 |
The Planetary Plasma Interactions (PPI) Node of NASA's Planetary Data System (PDS) provides software to facilitate the location of the data of interest on CD-ROM data products, as well as software to convert data between architecture specific data formats. In addition, the PPI Node provides software which has been made available by individual projects which may be useful when working with PPI data. Non-PDS software is provided 'as is' and is distributed by the PPI Node as a service to the community.
The PWS team has provided software which can be found in the EXTRAS/SOFTWARE/PWS directory of this disk. The PWS software (PWSLIST) will read the uncalibrated, binary data set and the calibration tables and will output calibrated data in ASCII table form.
This section describes the volume structure and naming conventions. Below is a tree diagram of the volume, followed by a description of the directory function and key files in each directory.
GOMW_5002 (root directory)
|
|- AAREADME.TXT Describes volume contents, organization and CD-ROM use
| (this file)
|
|- ERRATA.TXT Describes known deficiencies or caveats in the data or
| on this volume.
|
|- VOLDESC.CAT High level description of volume contents.
|
|- [BROWSE] Contains browse plots depicting the data.
| |
| |- [DDS] Dust Detector data browse plots.
| |
| |- [EPD] Energetic Particle Detector data browse plots. Each
| | | orbit directory contains subdirctories for each day.
| | |
| | |- [08_GANYMEDE] Ganymede 08 orbit
| | |- [09_CALLISTO] Callisto 09 orbit
| |
| |- [HIC] Heavy Ion Counter data browse plots.
| |
| |- [MAG] Magnetometer data browse plots.
| | |
| | |- [SATELLITE] plots of high resolution data at
| | | | specific encounters
| | | |
| | | |- [CALLISTO] Callisto 9 encounter plots
| | | |
| | | |- [GANYMEDE] Ganymede 8 encounter plots
| | |
| | |- [SURVEY] plots of lower resolution data at
| | specific encounters
| |
| |- [PLS] Plasma Science Experiment data browse plots.
| | |
| | |- [08_GANYMEDE] Ganymede 08 orbit
| | |- [09_CALLISTO] Callisto 09 orbit
| |
| |- [PWS] Plasma Wave data browse plots.
| | |
| | |- [01K_WAVEFORM] plots of 1 kHz waveform data
| | |- [10K_WAVEFORM] plots of 10 kHz waveform data
| | |- [80K_WAVEFORM] plots of 80 kHz waveform data
| | |
| | |- [SATELLITE] plots of high resolution data at
| | | | specific encounters
| | | |
| | | |- [CALLISTO] Callisto 9 encounter plots
| | | |
| | | |- [GANYMEDE] Ganymede 8 encounter plots
| | |
| | |- [SURVEY] plots of lower resolution data at
| | | specific encounters
| | |
| | |- [HIGH_RES] plots at various points of interest
| | |
| | |- [REALTIME] plots of RTS survey data
| | |
| | |- [08_GANYMEDE] Ganymede 08 orbit
| | |- [09_CALLISTO] Callisto 09 orbit
| |
| |- [RSS] Radio Science data browse plots.
| |
| |- [SSD] Star Scanner data browse plots.
| |
| |- [TRAJECT] Trajectory browse plots.
| |
| |- [SATELLITE] Trajectory encounter data plots
| | |
| | |- [CALLISTO] Callisto 9 encounter plots
| | |
| | |- [GANYMEDE] Ganymede 8 encounter plots
| |
| |- [SURVEY] Orbit plots
|
|- [CALIB] Contains calibration information for the data sets.
| |
| |- [MAG] Calibration information for the MAG instrument.
| | |
| | |- [EVENTS] S/C and MAG event listings
| |
| |- [PLS] Calibration tables for the PLS instrument.
| |
| |- [PWS] Calibration tables for the PWS instrument.
|
|- [CATALOG] Information on data sets and how they are processed and
| produced. Also contains information regarding Galileo
| orbiter, the instruments covered by this volume, personnel
| involved, and references from various documents
| including those contained in the /CATALOG and /DOCUMENT
| directories.
|
|- [DATA]
| |
| |- [DDS] Contains the dust data submissions which are the complete
| | table of impacts from 1989 - 1995, a table of high
| | confidence impacts from 1996, raw impact data, calibration
| | data, etc.
| |
| |- [EPD] Data sets from the Energetic Particle Detector (EPD)
| | |
| | |- [SATELLITES] Low-Rate science data taken during
| | | | flybys/encounters
| | | |
| | | |- [GANYMEDE] data collected during the Ganymede 08 encounter
| | | |
| | | |- [CALLISTO] data collected during the Callisto 09 encounter
| | |
| | |- [SURVEY] Realtime data collected during each orbit
| | |
| | |- [HIGH_RES] high-resolution (LRS) data
| | |
| | |- [REALTIME] real-time data
| | |
| | |- [08_GANYMEDE] Ganymede 08 data
| | |- [09_CALLISTO] Callisto 09 data
| |
| |- [HIC] Data sets from the Heavy Ion Counter (HIC)
| | |
| | |- [COMPOSITION] energetic composition data
| | |
| | |- [SATELLITES] Satellite encounter data
| | | |
| | | |- [GANYMEDE] Ganymede targeted data
| | | |
| | | |- [CALLISTO] Callisto targeted data
| | |
| | |- [SURVEY] count rate data from orbits
| | | |
| | |- [HIGH_RES] high-resolution (LRS) data
| | |
| | |- [REALTIME] real-time data
| |
| |- [MAG] Data sets from the Magnetometer (MAG)
| | |
| | |- [SATELLITES] Satellite encounter data
| | | |
| | | |- [GANYMEDE] Ganymede targeted data
| | | |
| | | |- [CALLISTO] Callisto targeted data
| | |
| | |- [SURVEY] Non-satellited encounter data
| | |
| | |- [HIGH_RES] high-resolution data
| | |
| | |- [REALTIME] real-time and optimal averager data
| |
| |- [PLS] Data sets from the Plasma Instrument (PLS)
| | |
| | |- [HIGH_RES] PLS raw data reformatted into ASCII tables
| | | | with calibration tables provided.
| | | |
| | | |- [08_GANYMEDE] Ganymede 08 orbit data
| | | |- [09_CALLISTO] Callisto 09 orbit data
| | |
| | |- [SUMMARY] PLS Browse spectra from selected detector
| | | positions (look directions) from the Ion and
| | | Electron detectors.
| | |
| | |- [08_GANYMEDE] Ganymede 08 orbit data
| | |- [09_CALLISTO] Callisto 09 orbit data
| |
| |- [PWS] Data sets from the Plasma Wave Subsystem (PWS)
| | |
| | |- [SATELLITES] PWS low rate science resolution data. These
| | | | data are in an uncalibrated, compact binary
| | | | form. Software is provided that will apply
| | | | calibration and output data in ASCII tables.
| | | |
| | | |- [CALLISTO] Callisto targeted data
| | |
| | |- [SURVEY]
| | | |
| | | | - [HIGH_RES] PWS low rate science resolution data.
| | | | These data are in an uncalibrated,
| | | | compact binary form. Software is
| | | | compact binary calibration and output
| | | | data in ASCII tables.
| | | |
| | | |- [REALTIME] PWS real time science (RTS) data. These
| | | | | data are in an uncalibrated, compact binary
| | | | | form. Software is provided that will apply
| | | | | calibration and output data in ASCII
| | | | | tables.
| | | | |
| | | | |- [08_GANYMEDE] Ganymede 08 data
| | | | |- [09_CALLISTO] Callisto 09 data
| | | |
| | | |- [SUMMARY] 1-minute averaged data
| | | |
| | | | |- [08_GANYMEDE] Ganymede 08 data
| | | |- [09_CALLISTO] Callisto 09 data
| | |
| | |
| | |- [WAVEFORM] PWS waveform (high rate) data
| | |
| | |- [01KHZ] Waveform data acquired at sampling frequency
| | | | sufficient to resolve 1 kHz waves. Data are
| | | | organized into a directory structure based
| | | | on the spacecraft clock 6 most significant
| | | | digits. The file naming convention in the
| | | | subdirectories uses the 6 least significant
| | | | digits of the S/C clock major frame (RIM)
| | | | and the 2 digits of the minor frame (mod 91)
| | | | count.
| | | |
| | | |- [C040278] 1997-07-04 13:10, Callisto 09
| | | |- [C040279] 1997-07-04 14:51, Callisto 09
| | | |- [C040418] 1997-07-14 09:06, Callisto 09
| | | |- [C040419] 1997-07-14 10:47, Callisto 09
| | | |- [C040548] 1997-07-23 12:10, Callisto 09
| | | |- [C040549] 1997-07-23 13:51, Callisto 09
| | | |- [C040761] 1997-08-07 11:07, Callisto 09
| | | |- [C040990] 1997-08-23 13:01, Callisto 09
| | | |- [C040991] 1997-08-23 14:42, Callisto 09
| | |
| | |- [10KHZ] Waveform data acquired at sampling frequency
| | | | sufficient to resolve 10 kHz waves.
| | | |
| | | |- [C039437] 1997-05-06 11:56, Ganymede 08
| | | |- [C039438] 1997-05-06 13:37, Ganymede 08
| | | |- [C039453] 1997-05-07 14:53, Ganymede 08
| | | |- [C040149] 1997-06-25 11:47, Callisto 09
| | | |- [C040150] 1997-06-25 13:28, Callisto 09
| | | |- [C040193] 1997-06-28 13:56, Callisto 09
| | |
| | |- [80KHZ] Waveform data acquired at sampling frequency
| | | sufficient to resolve 80 kHz waves.
| | |
| | |- [C040192] 1997-06-28 12:14, Callisto 09
| | |- [C040193] 1997-06-28 13:56, Callisto 09
| |
| |
| |- [RSS] Radio Science data (RSS)
| | |
| | |- [IO] Ionospheric electron density profile data for Io
| | |
| | |- [JUPITER] Ionospheric electron density profile data for Jupiter
| |
| |
| |- [SSD] Data from the Star Scanner (SSD)
| |
| |- [TRAJECT] Spacecraft trajectory data
| |
| |- [SATELLITES] 20-second resolution data
| | |
| | |- [CALLISTO] Callisto flyby data
| |
| |- [SURVEY] low resolution data (as low as 30-minute)
|
|
|- [DOCUMENT] Contains instrument papers and other documents that will
| | be useful when analyzing data. All SSR instrument
| | description papers are copyrighted material reproduced
| | here with permission of Kluwer Academic Publishers.
| |
| |- [DDS]
| | |
| | |- [GDDS] Contains updated descriptions relating to the
| | | data set contained on this volume in HTML format.
| | |
| | |- [SSR] Contains DDS instrument paper published in Space
| | Science Reviews in ASCII, Adobe PDF, and HTML formats
| |
| |- [EPD] Contains EPD instrument paper published in Space Science
| | Reviews in ASCII, Adobe PDF, and HTML formats
| |
| |- [HIC]
| | |
| | |- [SSR] Contains HIC instrument paper published in Space Science
| | | Reviews in ASCII, Adobe PDF, and HTML formats
| | |
| | |- [TECH_DOC] Contains a technical document published at CalTech
| | which describes the HIC data formats and
| | processing. Available in ASCII and HTML formats
| |
| |- [MAG] Contains MAG instrument paper published in Space Science
| | Reviews in ASCII, Adobe PDF, and HTML formats
| |
| |- [PLS] Contains PLS instrument paper published in Space Science
| | Reviews in ASCII, Adobe PDF, and HTML formats
| |
| |- [PROJECT] Galileo project documentation describing raw telemetry
| | | data files, formats, etc.
| | |
| | |- [AR_SEF] As-Run Spacecraft event files (SEF)
| | | |
| | | |- [08_GANYMEDE] Ganymede 08 orbit
| | | |- [09_CALLISTO] Callisto 09 orbit
| | |
| | |- [GLL3_180] contains a project document describing the
| | | Galileo spacecraft and the configuration of
| | | instruments on-board
| | |
| | |- [GLL3_280] Text and Adobe PDF format versions of the
| | | Galileo Phase 1 and 2 documents describing EDR
| | | data formats
| | | ASCII and Adobe PDF: Phase 2 Appendix A Table 2.2
| | |
| | |- [GLL3_310] Text (useless) and and PDF format
| | | versions of Galileo ground system processing
| | | and packet file creation and formats. (ASCII text and Adobe PDF)
| | |
| | |- [GLL3_640] Text and HTML (with GIF images of figures) format
| | | versions of the pages from the document that
| | | describes the headers in the Phase 1 EDR raw data
| | | files.
| | |
| | |- [SEF_SIS] Text and Adobe PDF format versions of the
| | | SIS describing the SEF command files. (ASCII text and Adobe PDF)
| | |
| | |- [SFDU_DOC] Text and HTML format versions of a
| | particularly useful document put together by
| | Betsy Wilson describing the various SFDU headers
| | and packet types possible in the Phase 2 raw
| | packetized data files.
| |
| |- [PWS]
| | |
| | |- [FRD] PWS Functional Requirements Document (ASCII and Adobe PDF)
| | |
| | |- [SSR] Contains PWS instrument paper published in Space Science
| | Reviews in ASCII, Adobe PDF, and HTML formats
| |
| |- [RSS] Contains RSS instrument paper published in Space Science
| | Reviews in ASCII, Adobe PDF,and HTML formats.
| |
| |- [SSD] Contains a paper regarding the Star Scanner data provided
| and references relevant to the instrument. (ASCII, HTML, and Adobe PDF)
|
|- [EXTRAS]
| |
| |- [HIC_RAWDATA] Uncalibrated HIC data
| |
| |- [HTML] Contains an HTML (web page) interface for exploring this
| | volume
| |
| |- [SOFTWARE] Software useful to processing, viewing or ploting
| | | data
| | |
| | |- [PWS] Software provided by the PWS team, executable
| | is created for Sun Solaris 2.5 (source code
| | provided)
| |
| |- [SPICE]
| |
| |- [DOCS] SPICE kernel documentation
| |
| |- [KERNELS] SPICE kernels relating to this mission
|
|
|- [GEOMETRY]
| |
| |- [MOON_TRAJECTORIES] Trajectory data of the Jupiter moons
| | observed by the Galileo spacecraft
| |
| |- [ROTOR_ATTITUDE] Spacecraft attitude data
|
|- [INDEX] Contains a table of contents for all files located on this
CD-ROM and the volume set to date.
For questions or problems regarding this archive, please contact the PDS/PPI PDS operator:
|
Internet Telephone U.S. Mail |
pds_operator@igpp.ucla.edu (310) 206-6073 PDS Operator c/o Dr. Raymond Walker 3845 Slichter Hall UCLA - IGPP Los Angeles, CA 90095-1567 |
For questions regarding PDS Standards or other archives available from the PDS, please contact PDS Operator at the PDS Central Node (at JPL):
|
Internet Telephone U.S. Mail |
pds_operator@jpl.nasa.gov (818) 354-4321 Planetary Data System, PDS Operator Jet Propulsion Laboratory Mail Stop 202-101 4800 Oak Grove Dr. Pasadena, CA 91109-8099 |
The PDS and the Planetary Plasma Interactions (PPI) Node in particular, assume no legal liability for errors on this disk. All users are encouraged to verify the correctness of the data prior to submitting any publications or other work based on these data. Errors on this disk should be reported back to the PPI Node of the PDS through the ERRATA reporting procedures described above.