SBIR/STTR awards were received on the following topics, with associated agency:
|
Award |
Agency |
|
Large Area Diamond Deposition Using Scanned Plasma Technology |
[AF: I - 1994/II - 1995] |
|
Diamond-Coated Fibers For Polymers Matrix Composites |
[AF: I - 1993/II - 1994] |
|
CVD diamond coating for a tailored work function cold cathode |
[AF: I - 1992/II - 1993] |
|
Diamond Capacitors For Aircraft Power |
[AF: I - 1992/II - 1993] |
|
Application-By-Application Analysis Of Impact Of Robotics On the Structure And Function Of Billets And Manning On Total Ship Basis |
[Navy: I - 1988/II - 1993] |
|
Diamond heat pumps for efficient cooling of high power density |
[Army: I - 1990/II - 1992] |
|
Doped diamond quantum wells for field effect transistors |
[Army: I - 1990/II - 1992] |
|
Polycrystalline diamond junction field effects transistors |
[BMDO: I - 1989/II - 1990] |
|
Chemical vapor deposition diamond films for tribological applications (low friction diamond films) |
[BMDO: I - 1989/II - 1990] |
|
Oxidation resistant diamond coatings for high temperature IHPTET applications |
[AF: I - 1988/II - 1990] |
|
Plasma enhanced chemical vapor deposited diamond thin films for tribological and optical materials |
[BMDO: I - 1987/II - 1988] |
|
Pre-CVD diamond thin film for recyclable UV switch |
[AF: I - 1987/II - 1988] |
|
Pre CVD diamond thin film for research instrumentation |
[AF: I - 1987/II - 1988] |
|
CVD Diamond for SAW Devices |
[BMDO: I - 1997] |
|
Diamond Heteroepitaxy Using Nanometric Surface Preparation |
[BMDO: I - 1994] |
|
Silicon-on Diamond Technology for Radiation Hardened Electronics |
[DSWA: I - 1994] |
|
CVD Diamond Doped With Transition Metals And Rare Earths For Persistent Spectral Hole Burning Memory Applications |
[AF: I - 1993] |
|
Diamond coating of metal alloys |
[NSF: I - 1993] |
|
Diamond ultra violet imaging sensors |
[BMDO: I - 1992] |
|
Thermal management of electronic devices with diamond composite ceramics; High toughness diamond composites |
[AF: I - 1992]; |
|
Radiation hard diamond transistors for the superconducting super collider |
[DOE: I - 1992] |
|
An integrated process for producing commercial diamond x-ray lithography masks |
[DARPA: I - 1991] |
|
Low cost diamond detector materials for the superconducting super collider |
[DOE: I - 1991] |
|
A single crystal diamond ultraviolet detector for use with a liquid xenon scintillator |
[DOE: I - 1991] |
|
Fiber reinforced diamond ceramic composites; Aluminum beryllium diamond composites for aircraft power components |
[NSF: I - 1991]; |
|
Detection of ionizing particles using polycrystalilline diamond films; Diamond Coatings for Infrared Material |
[DOE: I - 1991]; |
|
Chemical vapor deposition diamond coatings for improved thermionic |
[BMDO: I - 1990] |
|
Diamond Wave guides for the Long Wavelength Infrared |
[AF: I - 1990] |
|
Diamond composite ceramics |
[DARPA: I - 1990] |
|
New method for fabrication of diamond - armored IR optical elements |
[DARPA: I - 1990] |
|
Diamond coating and moderator for nuclear fuel pellets; Polycrystalline diamond jets |
[BMDO: I - 1990]; |
|
CVD diamond coatings for fibers and particulates in high temperature composites |
[DARPA: I - 1989] |
|
Diamond-silicon heterostructure bipolar transistors using polycrystalline CVD diamond films |
[AF: I - 1989] |
|
CVD diamond packaging systems for high temperature electronics |
[AF: I - 1988] |
|
CVD diamond protective coatings for alpha measuring survey instruments |
[DNA: I - 1988] |
|
PE-CVD diamond thin film for Tunable solid-state laser; Diamond thin films for detectors |
[Army: I - 1987]; |
|
|
|
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