Data Description

This page summarizes information about the selected resource and its origin based on SPASE metadata.

Table of Contents

  1. Product
  2. Repository
  3. Instrument
  4. Observatory
  5. Persons

SPASE version 2.2.0

Numerical Data Product: Polar Plasma Wave Instrument, Sweep Frequency Receivers A and B - 2 sec resolution fields

Resource ID
spase://VWO/NumericalData/POLAR/PWI/SFR.AB.PT2S Get XML
Name
Polar Plasma Wave Instrument, Sweep Frequency Receivers A and B - 2 sec resolution fields
Alternate name
PO_H1_PWI
Polar PWI SFR A and B CDFs at NASA's CDAWeb
Description

The PO_H1_PWI CDF files contain spectral densities of magnetic and electric field measurements from the Sweep Frequency Receiver-A and B. These files also contain correlation, electron cyclotron frequency, upper hybrid frequency and electron number density data.

A full frequency sweep for the SFR takes about 33 seconds. From about 12.5 kHz to 800 kHz a full frequency spectrum can be obtained every 2.4 sec in the log mode.

There are 224 SFR frequency bands, logarithmically spaced. When SFR_MODE is Linear, the 448 linear frequency bands are mapped to 224 logarithmic bands.

The Polar Sweep Frequency Receiver-A (SFR-A) made use of either the Eu (130 m, spin-plane) or Ez (14 m, spin axis) two-sphere electric dipole antennas. Between March 25, 1996 and May 26, 1996, the Eu antenna was the default antenna, from May 27, 1996 through February 9, 1997 the Ez antenna was used and from February 10, 1997 until September 17, 1997 the SFR-A returned to using the Eu antenna. The SFR-A receiver spanned the frequency range from 26 Hz to 808 kHz in 5 bands: 26-200 Hz, 0.2 - 1.6 kHz, 1.7 - 12.6 kHz, 13-100 kHz, 100-808 kHz.

The Polar PWI Sweep Frequency Receiver-B (SFR-B) collected data from March 1996 to September 1997. The SFR-B used the magnetic loop antenna (mounted on a 6m boom and oriented parallel to the Eu antenna). The SFR-B receiver spanned the frequency range from 26 Hz to 808 kHz in 5 bands: 26-200 Hz, 0.2 - 1.6 kHz, 1.7 - 12.6 kHz, 13-100 kHz, 100-808 kHz.

Additional information
Polar Plasma Wave Investigation (PWI) Data and User's Guides

A Polar PWI page is maintained at the University of Iowa with descriptions of interpretation issues, user's guides, data availability tables, a form for creating summary plots and access to pregenerated dynamic spectrograms.

Language
en
User's Guide to PWI Receiver Design Features and Modes

Descriptions of PWI receiver and antenna modes.

Language
en
Acknowledgement

Users please acknowledge the Coordinated Data Analysis Web (CDAWeb) at the NASA Goddard Space Flight Center and Polar PWI instrument Principal Investigator Don Gurnett.

Contact
Role Person
1. Principal investigator Prof. Donald A. Gurnett Get XML
2. General contact Dr. J. Douglas Menietti Get XML
Release date
2012-02-24 16:48:25
Association
Get XML
Prior IDs
spase://VWO/NumericalData/POLAR/PWI/Polar_PWI_SFR_AB_CDF_PT2S
Repository
Name
CDAWeb Data Repository FTP Interface Get XML
Availability
Online
Access rights
Open
URL
CDAWeb FTP access to Polar PWI CDFs

FTP access to repository of Polar PWI SFR A and B CDFs at NASA CDAWeb.Name of the data resource: PO_H1_PWI

Language
en
CDAWeb web access portal to Polar PWI CDF data

Repository of Polar PWI data in CDF format at NASA CDAWeb, accessible via web interface. Name of the data resource: PO_H1_PWI.

Language
en
Format
CDF
Encoding
None
Acknowledgement

Users please acknowledge Coordinated Data Analysis Web (CDAWeb) at the NASA Goddard Space Flight Center and Polar PWI instrument Principal Investigator Don Gurnett.

Processing level
Calibrated
Instrument
Polar Plasma Waves Investigation (PWI) Get XML
Measurement type
Spectrum
Passive waves
Temporal description
Start date
1996-03-25 00:00:00
Stop date
1997-09-16 17:00:00
Cadence
2 seconds
Spectral range
RadioFrequency
Observed regions
Earth.Magnetosphere
Earth.NearSurface.AuroralRegion
Earth.NearSurface.Plasmasphere
Earth.NearSurface.PolarCap
Heliosphere.Inner
Caveats

A full frequency sweep for the SFR takes about 33 seconds. From about 12.5 kHz to 800 kHz a full frequency spectrum can be obtained every 2.4 sec in the log mode.

There are 224 SFR frequency bands, logarithmically spaced. When SFR_MODE is Linear, the 448 linear frequency bands are mapped to 224 logarithmic bands.

Keywords
AKR
Auroral Kilometric Radiation
Auroral hiss
BEN
Banded emissions
Broadband Electrostatic Noise
Chorus
Continuum radiation
Dynamic Spectrogram
EMIC
Electromagnetic Ion Cyclotron waves
Electron Cyclotron Harmonics
Kilometric Continuum radiation
Myriametric radiation
Plasmaspheric Hiss
Solar radio burst
Spectrogram
TKR
Terrestrial Kilometric Radiation
UHR
Upper hybrid resonance
Whistler mode
Whistlers
↑

Parameters

Parameter #1

Name
Time
Parameter key
Epoch
Description

Time, begin time of SFR 1 spectrum

Units
ms
Parameter type
Temporal

Parameter #2

Name
Antenna for SFR A
Parameter key
SFRA_Antenna
Description

Antenna (SFRA) 0=Eu, 1=Ez, 2=L, 3=Bz

Units
(0=Eu,1=Ez)
Parameter type
Other

Parameter #3

Name
Antenna for SFR B
Parameter key
SFRB_Antenna
Description

Antenna (SFRB) 0=Eu, 1=Ev, 2=Ez, 3=L

Units
(3=L)
Parameter type
Other

Parameter #4

Name
SFR Mode
Parameter key
SFR_Mode
Description

SFR Mode (0 = Log, 1 = Linear). Linear mode data is mapped to Log Mode

Units
(0=Log,1=Linear)
Parameter type
Other

Parameter #5

Name
Number of SFR 2 Records
Parameter key
SFR2_count
Description

Number of SFR 2 Records. 3217

Parameter type
Other

Parameter #6

Name
Number of SFR 3 Records
Parameter key
SFR3_count
Description

Number of SFR 3 Records. 6432

Parameter type
Other

Parameter #7

Name
Number of SFR 4 and 5 Records
Parameter key
SFR4_count
Description

Number of SFR 4 and 5 Records. 22518

Parameter type
Other

Parameter #8

Name
Number of fUHR/Ne Records
Parameter key
fUHR_count
Description

Number of fUHR/Ne Records. 148

Parameter type
Other

Parameter #9

Name
Number of Fce Records
Parameter key
Fce_count
Description

Number of Fce Records. 14065

Parameter type
Other

Parameter #10

Name
Epoch4
Parameter key
Epoch4
Description

Start Time of SFR4 and SFR 5 Spectra

Units
ms
Parameter type
Temporal

Parameter #11

Name
SFR5 Frequencies
Parameter key
Frequency5
Description

Frequencies, 64 (104069.50-807814.25) Hz. 104069.5 106212.88 110512.75 114830.5 116996.0 121340.25 125702.5 130082.75 134481.25 138898.25 143333.25 147787.0 152259.5 156750.5 163522.5 168061.0 174904.75 179491.5 186408.0 191043.75 198034.25 205069.75 212150.5 219277.25 226450.25 233670.0 240936.75 248251.25 258079.0 265506.5 275486.75 283030.0 293166.0 303393.0 313712.0 324124.25 334631.0 345233.75 355933.5 369477.0 380370.25 394167.75 405321.75 419411.75 433668.75 448095.25 462694.5 477470.0 495437.0 510610.5 525970.5 544653.5 563616.0 582864.25 602405.0 622245.0 642390.75 662949.75 683629.25 708287.25 729787.5 755308.5 781312.5 807814.25

Units
Hz
Valid minimum
104070.0
Valid maximum
807814.0
Parameter type
Other

Parameter #12

Name
SFR4 Frequencies
Parameter key
Frequency4
Description

Frequencies, 64 (13008.69-100976.78) Hz. 13008.69 13276.61 13814.09 14353.81 14624.5 15167.53 15712.31 16260.34 16810.16 17362.28 17916.66 18473.38 19032.44 19593.81 20440.31 21007.63 21863.09 22436.44 23301.0 23880.47 24754.28 25633.72 26518.81 27409.66 28306.28 29208.75 30117.09 31031.41 32259.88 33188.31 34435.84 35378.75 36645.75 37924.13 39214.0 40515.53 41828.88 43154.22 44491.69 46180.88 47546.28 49270.97 50665.22 52426.47 54208.59 56011.91 57836.81 59683.75 61929.63 63826.31 65746.31 68081.69 70452.0 72858.03 75300.63 77780.63 80298.84 82856.22 85453.66 88535.91 91223.44 94413.53 97664.06 100976.78

Units
Hz
Valid minimum
13008.7
Valid maximum
100977.0
Parameter type
Other

Parameter #13

Name
Epoch3
Parameter key
Epoch3
Description

Start Time of SFR 3 Spectrum

Units
ms
Parameter type
Temporal

Parameter #14

Name
SFR3 Frequencies
Parameter key
Frequency3
Description

Frequencies, 32 (1659.58-12622.10) Hz. 1659.58 1794.23 1895.94 2032.54 2170.29 2309.17 2449.23 2625.95 2804.55 2985.06 3204.21 3426.21 3651.09 3878.93 4148.54 4422.34 4740.52 5064.44 5394.28 5772.61 6158.87 6553.31 7001.49 7460.47 7978.29 8510.21 9107.25 9722.58 10357.03 11066.99 11801.69 12622.1

Units
Hz
Valid minimum
1659.58
Valid maximum
12622.1
Parameter type
Other

Parameter #15

Name
Epoch2
Parameter key
Epoch2
Description

Start Time of SFR2 Spectrum

Units
ms
Parameter type
Temporal

Parameter #16

Name
SFR2 Frequencies
Parameter key
Frequency2
Description

Frequencies, 32 (207.45-1577.76) Hz. 207.45 224.28 236.99 254.07 271.29 288.65 306.15 328.24 350.57 373.13 400.53 428.28 456.39 484.87 518.57 552.79 592.56 633.06 674.28 721.58 769.86 819.16 875.19 932.56 997.29 1063.78 1138.41 1215.32 1294.63 1383.37 1475.21 1577.76

Units
Hz
Valid minimum
207.45
Valid maximum
1577.76
Parameter type
Other

Parameter #17

Name
SFR1 Frequencies
Parameter key
Frequency1
Description

Frequencies, 32 (26.77-192.86) Hz. 26.77 28.82 30.37 32.44 34.54 36.65 38.78 41.47 44.18 46.93 50.26 53.63 57.05 60.51 64.61 68.76 73.6 78.51 83.52 89.26 95.11 101.09 107.89 114.84 122.68 130.73 139.77 149.07 158.66 169.39 180.48 192.86

Units
Hz
Valid minimum
26.77
Valid maximum
192.86
Parameter type
Other

Parameter #18

Name
Elec. Field SFR5 A
Parameter key
SFR5A
Description

Spectral Density of Elec. Field at 64 freq., 104069.50-807814.25 Hz (SFR5 A)

Units
(V/M)**2/Hz
Wave type
Plasma waves
Quantity
ACElectricField
Frequency range
Spectral range
RadioFrequency
Low frequency
104069.50
High frequency
807814.25
Units
Hz

Parameter #19

Name
Elec. Field SFR4 A
Parameter key
SFR4A
Description

Spectral Density of Elec. Field at 64 freq., 13008.69-100976.78 Hz (SFR4 A)

Units
(V/M)**2/Hz
Wave type
Plasma waves
Quantity
ACElectricField
Frequency range
Spectral range
RadioFrequency
Low frequency
13008.69
High frequency
100976.78
Units
Hz

Parameter #20

Name
Elec. Field SFR3 A
Parameter key
SFR3A
Description

Spectral Density of Elec. Field at 32 freq., 1659.58-12622.10 Hz (SFR3 A)

Units
(V/M)**2/Hz
Wave type
Plasma waves
Quantity
ACElectricField
Frequency range
Spectral range
RadioFrequency
Low frequency
1659.58
High frequency
12622.10
Units
Hz

Parameter #21

Name
Elec. Field SFR2 A
Parameter key
SFR2A
Description

Spectral Density of Elec. Field at 32 freq., 207.45-1577.76 Hz (SFR2 A)

Units
(V/M)**2/Hz
Wave type
Plasma waves
Quantity
ACElectricField
Frequency range
Spectral range
RadioFrequency
Low frequency
207.45
High frequency
1577.76
Units
Hz

Parameter #22

Name
Elec. Field SFR1 A
Parameter key
SFR1A
Description

Spectal Density of Elec. Field at 32 freq., 26.77-192.86 Hz (SFR1 A)

Units
(V/M)**2/Hz
Wave type
Plasma waves
Quantity
ACElectricField
Frequency range
Spectral range
RadioFrequency
Low frequency
26.77
High frequency
192.86
Units
Hz

Parameter #23

Name
Mag. Field SFR5 B
Parameter key
SFR5B
Description

Spectral Density of Mag. Field at 64 freq., 104069.50-807814.25 Hz (SFR5 B)

Units
nT**2/Hz
Wave type
Plasma waves
Quantity
ACMagneticField
Frequency range
Spectral range
RadioFrequency
Low frequency
104069.50
High frequency
807814.25
Units
Hz

Parameter #24

Name
Mag. Field SFR4 B
Parameter key
SFR4B
Description

Spectral Density of Mag. Field at 64 freq., 13008.69-100976.78 Hz (SFR4 B)

Units
nT**2/Hz
Wave type
Plasma waves
Quantity
ACMagneticField
Frequency range
Spectral range
RadioFrequency
Low frequency
13008.69
High frequency
100976.78
Units
Hz

Parameter #25

Name
Mag. Field SFR3 B
Parameter key
SFR3B
Description

Spectral Density of Mag. Field at 32 freq., 1659.58-12622.10 Hz (SFR3 B)

Units
nT**2/Hz
Wave type
Plasma waves
Quantity
ACMagneticField
Frequency range
Spectral range
RadioFrequency
Low frequency
1659.58
High frequency
12622.10
Units
Hz

Parameter #26

Name
Mag. Field SFR2 B
Parameter key
SFR2B
Description

Spectral Density of Mag. Field at 32 freq., 207.45-1577.76 Hz (SFR2 B)

Units
nT**2/Hz
Wave type
Plasma waves
Quantity
ACMagneticField
Frequency range
Spectral range
RadioFrequency
Low frequency
207.45
High frequency
1577.76
Units
Hz

Parameter #27

Name
Mag. Field SFR1 B
Parameter key
SFR1B
Description

Spectral Density of Mag. Field at 32 freq., 26.77-192.86 Hz (SFR1 B)

Units
nT**2/Hz
Wave type
Plasma waves
Quantity
ACMagneticField
Frequency range
Spectral range
RadioFrequency
Low frequency
26.77
High frequency
192.86
Units
Hz

Parameter #28

Name
SFR 5 Phase Angle
Parameter key
SFR5Phase
Description

Phase Angle at 64 freq., 104069.50-807814.25 Hz (SFR5 Phase)

Units
Degrees
Wave type
Plasma waves
Quantity
Intensity
Qualifier
Phase angle
Frequency range
Spectral range
RadioFrequency
Low frequency
104069.50
High frequency
807814.25
Units
Hz

Parameter #29

Name
SFR 4 Phase Angle
Parameter key
SFR4Phase
Description

Phase Angle at 64 freq., 13008.69-100976.78 Hz (SFR4 Phase)

Units
Degrees
Wave type
Plasma waves
Quantity
Intensity
Qualifier
Phase angle
Frequency range
Spectral range
RadioFrequency
Low frequency
13008.69
High frequency
100976.78
Units
Hz

Parameter #30

Name
SFR 3 Phase Angle
Parameter key
SFR3Phase
Description

Phase Angle at 32 freq., 1659.58-12622.10 Hz (SFR3 Phase)

Units
Degrees
Wave type
Plasma waves
Quantity
Intensity
Qualifier
Phase angle
Frequency range
Spectral range
RadioFrequency
Low frequency
1659.58
High frequency
12622.10
Units
Hz

Parameter #31

Name
SFR 2 Phase Angle
Parameter key
SFR2Phase
Description

Phase Angle at 32 freq., 207.45-1577.76 Hz (SFR2 Phase)

Units
Degrees
Wave type
Plasma waves
Quantity
Intensity
Qualifier
Phase angle
Frequency range
Spectral range
RadioFrequency
Low frequency
207.45
High frequency
1577.76
Units
Hz

Parameter #32

Name
SFR 1 Phase Angle
Parameter key
SFR1Phase
Description

Phase Angle at 32 freq., 26.77-192.86 Hz (SFR1 Phase)

Units
Degrees
Wave type
Plasma waves
Quantity
Intensity
Qualifier
Phase angle
Frequency range
Spectral range
RadioFrequency
Low frequency
26.77
High frequency
192.86
Units
Hz

Parameter #33

Name
SFR 5 Correlation
Parameter key
SFR5_Corr
Description

Correlation at 64 freq., 104069.50-807814.25 Hz (SFR4 Corr)

Units
None
Wave type
Plasma waves
Quantity
Intensity
Frequency range
Spectral range
RadioFrequency
Low frequency
104069.50
High frequency
807814.25
Units
Hz

Parameter #34

Name
SFR 4 Correlation
Parameter key
SFR4_Corr
Description

Correlation at 64 freq., 13008.69-100976.78 Hz (SFR4 Corr)

Units
None
Wave type
Plasma waves
Quantity
Intensity
Frequency range
Spectral range
RadioFrequency
Low frequency
13008.69
High frequency
100976.78
Units
Hz

Parameter #35

Name
SFR 3 Correlation
Parameter key
SFR3_Corr
Description

Correlation at 32 freq., 1659.58-12622.10 Hz (SFR3 Corr)

Units
None
Wave type
Plasma waves
Quantity
Intensity
Frequency range
Spectral range
RadioFrequency
Low frequency
1659.58
High frequency
12622.10
Units
Hz

Parameter #36

Name
SFR 2 Correlation
Parameter key
SFR2_Corr
Description

Correlation at 32 freq., 207.45-1577.76 Hz (SFR2 Corr)

Units
None
Wave type
Plasma waves
Quantity
Intensity
Frequency range
Spectral range
RadioFrequency
Low frequency
207.45
High frequency
1577.76
Units
Hz

Parameter #37

Name
SFR 1 Correlation
Parameter key
SFR1_Corr
Description

Correlation at 32 freq., 26.77-192.86 Hz (SFR1 Corr)

Units
None
Wave type
Plasma waves
Quantity
Intensity
Frequency range
Spectral range
RadioFrequency
Low frequency
26.77
High frequency
192.86
Units
Hz

Parameter #38

Name
Epochfc
Parameter key
Epochfc
Description

Time of Fce

Units
ms
Parameter type
Temporal

Parameter #39

Name
Fce
Parameter key
Fce
Description

Electron Cyclotron Frequency Fce

Units
Hz
Wave type
Plasma waves
Quantity
Gyrofrequency

Parameter #40

Name
Epochf
Parameter key
Epochf
Description

Time of fUHR/Ne

Units
ms
Parameter type
Temporal

Parameter #41

Name
fUHR
Parameter key
fUHR
Description

Upper Hybrid Resonance Frequency fUHR

Units
Hz
Wave type
Plasma waves
Quantity
Frequency

Parameter #42

Name
Ne
Parameter key
Ne
Description

Electron Number Density Ne

Units
cm**-3
Particle type
Electron
Quantity
Number density
↑

SPASE version 2.0.0

Instrument: Polar Plasma Waves Investigation (PWI)

Instrument ID
spase://SMWG/Instrument/POLAR/PWI Get XML
Name
Polar Plasma Waves Investigation (PWI)
Alternate name
Polar PWI
Description

The objectives of this investigation are to measure the spectrum, amplitude, and wave vector characteristics for naturally occurring electromagnetic and electrostatic plasma waves along the ISTP/POLAR trajectory for frequency ranges of 1 Hz to 400 kHz (magnetic), 1 Hz to 3.2 MHz (electric), and 1 Hz to 16 kHz (density fluctuations). The same characteristics are also measured for electromagnetic and electrostatic plasma waves resulting from ground-based or Shuttle-based active wave, particle, and chemical injection experiments. A unique feature of this instrument is the capability to recognize the presence of a desired phenomenon based on onboard microprocessor algorithms, and to capture the waveforms for six wave fields simultaneously. These waveforms provide simultaneous estimates for the electromagnetic wave normal, polarization, and Poynting vectors or for the electrostatic propagation and polarization vectors after ground processing. PWI experienced an undervoltage condition in its 5-volt power supply on September 16, 1997. This power supply was used to operate the digital processing units (DPU) of the instrument. Without full power, the DPUs are unable to operate and no backup power supply was incorporated into the instrument. Thus, no PWI data have been obtained by the PWI instrument since that date. Magnetic searchcoil data are still being obtained by the EFI instrument in its burst mode as long as PWI's main instrument power remains on (the default as of November 18, 1997). There is nothing that the PWI team can do to clear this undervoltage condition. Unless the condition clears itself, the PWI data set has a finite time span of March 25, 1996 through September 16, 1997.

Additional information
NSSDC's Master Catalog

Information about the Plasma Waves Investigation (PWI) experiment on the Polar mission.

Contact
Role Person
1. Principal investigator Prof. Donald A. Gurnett Get XML
Release date
2009-05-20 21:10:13
Instrument type
Waveform Receiver
Investigation name
Plasma Waves Investigation (PWI) on Polar
Observatory
POLAR Get XML
↑

SPASE version 2.2.0

Observatory: POLAR

Observatory ID
spase://SMWG/Observatory/POLAR Get XML
Name
POLAR
Alternate name
Polar Plasma Laboratory
GGS/Polar
ISTP/Polar
Description

POLAR is one of four spacecraft in the Global Geospace Science (GGS) program. These are among the six spacecraft in the International Solar Terrestrial Physics (ISTP) program. POLAR provides multi-wavelength imaging of the aurora, measuring plasma entry into the polar magnetosphere and geomagnetic tail, the flow of plasmas to and from the ionosphere, and the deposition of particle energy in the ionosphere and upper atmosphere. POLAR has on-board propulsion systems and a design lifetime of three to five years, with redundant subsystems. POLAR is cylindrical, approximately 2.8 m in diameter by 1.25 m high (plus 1.25 m for its two despun platforms), with body-mounted solar cells, weighs 1250 kg and uses 333 W of power. The spin rate is 10 rpm around an axis approximately normal to the orbital plane. It has long wire spin-plane antennas, inertial booms, and spin-plane appendages to support sensors. POLAR has two despun gimbaled instrument platforms, and booms are deployed along both Z axes. Data are stored using on-board tape recorders and are relayed to the Deep Space Network at 600 kbps maximum (250 kbps nominal) although the average real-time data rate for POLAR is 41.6 kbps. POLAR has a 22.6-h polar orbit (90 deg inclination), with perigee and apogee of 11,500 and 57,000 km. Polar was launched to observe the polar magnetosphere and, as its orbit has precessed with time, has observed the equatorial inner magnetosphere and is now carrying out an extended period of southern hemisphere coverage. Details on the POLAR mission and instrumentation are provided in Space Science Reviews (Vol. 71, Nos. 1-4, 1995) and reprinted in The Global Geospace Mission, edited by C. T. Russell (Kluwer, 1995).

Additional information
NASA Polar Project

Web site of NASA Polar Mission, including overview, data products, FTP to the data, publications, educational outreach, orbits, instrument descriptions, contacts, news archive, and ISTP archive.

NSSDC's Master Catalog

Information about the Polar mission

Contact
Role Person
1. Project scientist Dr. John B. Sigwarth Get XML
Release date
2010-08-05 18:19:11
Prior ID
spase://vspo/observatory/67
Location
Region
Earth.Magnetosphere
Earth.Magnetosphere.Polar
Earth.Magnetosphere.RadiationBelt
↑

SPASE version 2.2.0

Person: Prof. Donald A. Gurnett

Name
Prof. Donald A. Gurnett
Organization
University of Iowa
Person ID
spase://SMWG/Person/Donald.A.Gurnett Get XML
↑

SPASE version 2.2.0

Person: Dr. J. Douglas Menietti

Name
Dr. J. Douglas Menietti
Organization
University of Iowa
Phone
+1-319-335-1919
Person ID
spase://SMWG/Person/J.Douglas.Menietti Get XML
Release date
2010-12-08 13:00:00
↑

SPASE version 2.2.0

Person: Dr. Robert E. McGuire

Name
Dr. Robert E. McGuire
Organization
NASA Goddard Space Flight Center
Address
Code 672, Greenbelt, MD 20771, USA
Email
mcguire@mail630.gsfc.nasa.gov
Phone
+1 301 286 7794
Person ID
spase://SMWG/Person/Robert.E.McGuire Get XML
Release date
2010-08-05 17:35:47
↑

SPASE version 2.2.0

Person: Dr. John B. Sigwarth

Name
Dr. John B. Sigwarth
Organization
NASA Goddard Space Flight Center
Address
NASA/GSFC, Code 674, Greenbelt, MD 20771
Email
pwg_project@nssdc.nasa.gov
Person ID
spase://SMWG/Person/John.B.Sigwarth Get XML
Release date
2010-08-05 17:35:46
↑

SPASE version 2.2.0

Repository: CDAWeb Data Repository FTP Interface

Repository ID
spase://SMWG/Repository/NASA/GSFC/SPDF/CDAWeb Get XML
Name
CDAWeb Data Repository FTP Interface
Description

Coordinated Data Analysis Web (CDAWeb) supports not only interactive plotting of variables from multiple instruments on multiple investigations simultaneously on arbitrary, user-defined time-scales. It also supports data retrieval in various formats using its interactive web interface or ftp service.

Additional information
CDAWeb Home Page

Coordinated Data Analysis Web (CDAWeb) home page at Space Physics Data Facility of the NASA Goddard Space Flight Center.

Contact
Role Person
1. Project scientist Dr. Robert E. McGuire Get XML
Release date
2011-02-23 18:39:43
Prior ID
spase://VMO/Repository/CDAWeb
Access URL
FTP Access to CDAWeb Data
↑