David Slater


David Slater, Staff Scientist
Department of Space Science Space Science and Engineering Division	Phone: (210) 522-2205 Email: david.slater@swri.org

Links on the SwRI Web site for David Slater:

News Release:

SwRI® planetary scientists to observe February 26 total solar eclipse

Astronomers Image Double Asteroid and a New Asteroid Moon

Astronomers discover moon orbiting asteroid

SwRI®-developed ultraviolet imaging system back in space for July shuttle mission

Astronomers report the first detection of a noble gas in a comet and new clues to the origin of Hale-Bopp

SwRI® suborbital science payload gets the goods on Mercury, searches for Vulcanoids

SwRI instrument selected for NASA Lunar Orbiter mission

Innovative space ultraviolet imager to study comet Hale-Bopp during August shuttle mission

SwRI engineers initiate Clean Diesel III consortium, develop novel EGR system to reduce NOx and PM

Technology Today:

Light Years Closer

Solar Soundings

Cometary Noble Gas

Aircraft Astronomy

Out the Window

Back in Space

IR&D Reports:

The Lunar UV Reflectance Experiment (LURE): Exploring the Far-UV Signature of Water Ice on Planetary Surfaces, 15-R9626 (2008)

The Lunar UV Reflectance Experiment (LURE): Exploring the Far-UV Signature of Water Ice on Planetary Surfaces, 15-R9626 (2007)

High-Resolution Structure in the Sun's Corona: A New Frontier for SwRI Involvement in Solar Eclipse Observations, 15-9071 (1999)

High-Resolution Ultraviolet Imaging for Astrophysics, 15-9138 (1999)

Design Study of Potential Ultraviolet Spectrometer Payloads for a Jupiter Icy Moons Orbiter Mission, 15-9402 (2003)

High-Resolution Ultraviolet Imaging for Astrophysics, 15-9138 (2000)

The Lunar UV Reflectance Experiment (LURE): Exploring the Far-Ultraviolet Signature of Water Ice on Planetary Surfaces, 15-R9626 (2006)

Preparing Ultraviolet Instrumentation for Extreme Radiation Environments, 15-9515 (2005)

Development of a Coronal and Ionospheric Imager for the 2009 Mars Telecom Orbiter, 15-9425 (2005)

A Coronal and Ionospheric Imager for the 2009 Mars Telecom Orbiter, 15-9425 (2004)

Capability Development for a Next-Generation Planetary UV Spectrometer 15-9243 (2003)

Mars Upper Atmosphere Orbiter Mission to Study Atmospheric Escape, 15-9366 (2004)

Development of a Miniature Fiber Optic Raman Spectrograph for Planetary Landers, 15-9981 (1999)

Capability Development for Space Microgravity Experiments in Planetary Accretion, 15-9239 (2001)

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Southwest Research Institute^®(SwRI^®), headquartered in San Antonio, Texas, is a multidisciplinary, independent, nonprofit, applied engineering and physical sciences research and development organization with 12 technical divisions.

April 08, 2009