CFD Research Corp. / Umpqua Research Company for Johnson Space Center / VPT Inc. / Jacobs Technology / Fitch Ratings Ltd. / / /
Event
Credit Rating / /
Facility
HiPco reactor / International Space Station / Lyndon B. Johnson Space Center / Single Crystal MgO Capsules Lyndon B. Johnson Space Center / Rice University / Radiation-Tolerant DC-DC Converters Lyndon B. Johnson Space Center / Defense Supply Center / /
IndustryTerm
oxygen products / thermal processing needs / metal oxide / rotary hand tool / magnesium oxide products / pretreatment chemicals / glass applications / aqueous solution / lunar-simulant-derived iron product / indicator tool / hydrogen reduction/metal sintering technique / benign chemical environment / chemical reactions / potential applications / target products / metal carboneal co-catalyst / manufacturing equipment / space applications / gas phase / Diamond coring tools / food preservative / /
Organization
JSC Innovation Partnerships Office / Defense Supply Center Columbus / Rice University / United Space Alliance / Single Crystal MgO Capsules Lyndon B. Johnson Space Center / National Aeronautics and Space Administration / Johnson Space Center / Rice University office of Technology Transfer / /
Person
Richard E. Smalley / Cherie Wilson / Alan L. Simon / Leonard Leslie / Mark Berggren / John A. Gouveia / Dan Sable / Robert Zubrin / Steve A. Hernandez / John T. Holtsnider / Lisa Danielson / Stacy Carrera / Jeffery T. Fitch / Shawn Graham / James Kilgore / Heather Rose / James R. Akse / Anthony Muscatello / Andrew M. Hillin / Crystal MgO / Glenn Skutt / / /
Position
contractor / /
Product
Single Crystal MgO Capsules / /
ProgrammingLanguage
Perl / /
ProvinceOrState
Texas / Michigan / Alabama / /
PublishedMedium
Public Law / /
Technology
semiconductor / Radiation / chip design / Perl / microfluidics / process control / Aqueous Processing System This technology / /
Fabrication of Single Crystal MgO Capsules Lyndon B. Johnson Space Center, Houston, Texas A method has been developed for machining MgO crystal blocks into forms for containing metallic and silicate liquids at temperatur