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G-12 Task Group No. 2010-01 Class Y : A New QML Class for Non-Hermetic Space Products

Agarwal, S.; Wilson, T.; Sunderland, D.; Akbar, M.; Harzstark, L. (Pasadena, CA : Jet Propulsion Laboratory, National Aeronautics and Space Administration, 2011., 2011-10-03)

G-12 Task Group No. 2010-01 Class Y : a new QML class for non-hermetic space products

Agarwal, S.; Carlson, R.; Sunderland, D.; Akbar, M.; Harzstark, L. (Pasadena, CA : Jet Propulsion Laboratory, National Aeronautics and Space Administration, 2012., 2012-05-21)

G-12 Task Group No. 2010-01 Class Y: a new QML Class for non-hermetic space products

Agarwal, S.; Carlson, R.; Sunderland, D.; Akbar, M.; Harzstark, L. (Pasadena, CA : Jet Propulsion Laboratory, National Aeronautics and Space Administration, 2012., 2012-02-06)

G-12 Task Group No. 2010-01 Class Y: A New QML Class for Non-Hermetic Space Products

Agarwal, Shri; Roosta, Ramin; Wilson, Tom; Sunderland, David; Harzstark, Larry (Pasadena, CA : Jet Propulsion Laboratory, National Aeronautics and Space Administration, 2011., 2011-05-23)

A G-band 160 GHz T/R module concept for planetary landing radar

Samoska, Lorene; Kangaslahti, Pekka; Pukala, David; Sadowy, Gregory; Pollard, Brian; Hodges, Richard (Pasadena, CA : Jet Propulsion Laboratory, National Aeronautics and Space Administration, 2006., 2006-09-10)

G-band FMCW Radar for Humidity Profiling Inside Boundary Layer Clouds

Roy, Richard J.; Cooper, Ken B.; Lebsock, Matthew; Millán, Luis; Siles, Jose; Monje, Raquel (2018-05-22)

We are developing a G-band FMCW radar for remote sensing of vertical water vapor proﬁles and total column water vapor. The radar utilizes the frequency-dependent absorption near the 183 GHz water absorption line to obtain ...

G. capture mechanism and capture process

Wilcox, Brian (Pasadena, CA : Jet Propulsion Laboratory, National Aeronautics and Space Administration, 2013, 2013-11-20)

G. Marconi Orbiter and the Mars Relay Network

Noreen, G.; Komarek, T.; Diehl, R.; Edwards, C.; Kerridge, S.; Dionisio, C.; Marcozzi, M.; Collina, R.; Flamini, E. (2002-05-12)

G. Marconi Orbiter: the first interplanetary communications satellite

Noreen, G. K.; Komarek, T.; Diehl, R.; Brower, G.; Vhargese, P.; Edwards, C.; DePaula, R.; Marcozzi, A. M.; Dionisio, C.; Flaminmi, E.; Collina, R.; Spazio, A. (2002-10-09)

The GMO design team is developing standard processes and interfaces in cooperation with the designers of other Mars orbiters to enable relay users to easily access multiple relay orbiters.

G.R.O.W. (GIDEP Representatives Outreach Workshop)

Karpen, R. (1999-09-29)

G12 Task Group No. 2010-01 Class Y: a new QML class for non-hermetic space products

Agarwal, S.; Carlson, R.; Sunderland, D.; Akbar, M.; Harzstark, L. (Pasadena, CA : Jet Propulsion Laboratory, National Aeronautics and Space Administration, 2012., 2012-10-01)

GaAs based Terahertz sources for space applications: challenges and prospects

Mehdi, I.; Schlecht, E.; Chattopadhyay, G.; Martin, S.; Maestrini, A.; Maiwald, F.; Bruston, J.; Samoska, L.; Pukala, D. (2000-08-01)

GaAs Infrared Detectors

Gunapala, S. D.; Bandara, S. V. (1996)

It is customary to make infrared (IR) detectors in the long wavelength range (8-20 µm) by utilizing the interband transition which promotes an electron across the band gap (E<sub>g</sub>) from the valence band to the ...

GaAs JFETS Intended for Deep Cryogenic VLWIR Readout Electronics

Cunningham, T.; Fossum, E. (1994-06-29)

This paper presents the structure and fabrication of GaAs JFETSs and their performance at 4 K.

The GaAs MMIC Reliability Assurance Program

Kayali, S.; Ponchak, G.; Shaw, R. (1996-11-03)

GaAs Multiplexers for VLWIR Detector Readout Below 10 Kelvin

Cunningham, T.; Fitzsimmons, M. J. (1997-05-04)

A multiplexer and buffer based on GaAs JFET technology is presented. This multiplexer operates normally from room temperature down to 4 Kelvin and is suitable for the readout of Very Long Wavelength Infrared Detectors that ...

GaAs Reliability Database

Sacco, T.; Gonzalez, S.; Kayali, S. (1993-10-10)

The database consists of two main sections, the data references and the device reliability records. The reference section contains 8 fields: reference number, date of publication, authors, article title, publisher, volume, ...

GaAs/AlGaAs based multi-quantum well infrared detector arrays for low-background applications

Gunapala, S.; Bandara, S.; Bock, J.; Ressler, M.; Liu, J.; Mumolo, J.; Rafol, S.; Werner, M.; Cardimona, D. (2002-07-07)

A long-wavelength large format Quantum Well Infrared Photodetector (QWIP) focal plane array has been successfully used in a ground based astronomy experiment.

GaAs/AlGaAs broad-band and multi-band large format long-wavelength quantum well infrared photodetector (QWIP) focal plane arrays

Gunapala, S. D.; Bandara, S. V.; Liu, J. K.; Rafol, S. B.; Mumolo, J. M.; Reininger, F. M. (2001-10-01)

Gaining the most utility from our geospace observational system: Network analysis of total electron content as a means to understand space weather to the point of prediction

McGranaghan, Ryan M.; Mannucci, Anthony; Verkhoglyadova, Olga; Malik, Nishant (Pasadena, CA: Jet Propulsion Laboratory, National Aeronautics and Space Administration, 2017, 2017-08-19)

We present the first network analysis of interplanetary magnetic field (IMF) clock angle dependent, high-latitude, hemispheric-specific total electron content (TEC) data. We examine network parameters to describe ...

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