$99,995 Phase I SBIR - US SOCOM Contract - 12/20/96 - 6/19/97
“Fuzzy Logic Control for High Performance Batteries”

$750,000 Phase II SBIR - US SOCOM Contract - 2/27/98 - 2/26/00
“Fuzzy Logic Control for High Performance Batteries”

$50,000 Phase II SBIR Pgm. Assist. Award - CII - 3/1/98 - 12/31/98
“Fuzzy Logic Control for High Performance Batteries”

$250,000 - DARPA Advanced Vehicle Technologies Pgm (AVP) - 8/17/99 - 8/16/00
“Fuzzy Logic-Based State-of-Charge Measurement Device”

$99,000 Phase I SBIR - DARPA Contract - 10/29/99 - 6/28/00
“Fuzzy Logic-Based mBattery for MEMS Sensor”

$117,777 Phase I (+ Option) SBIR - Army Contract - 3/1/00 - 1/9/01
“Fuzzy Logic-Based Smart Battery Controller”

$65,000 Phase I SBIR - BMDO Contract - 5/1/00 - 11/30/00
“Fuzzy Logic-Based Prediction of PEM Fuel Cell Failure”

$100,000 Phase I STTR - NIH Grant - 6/5/00 - 5/4/01
“Portable Defibrillator Fuzzy Logic-Based Battery Meter”

$750,000 Phase II SBIR - DARPA Contract - 1/30/01 - 1/30/03
“Fuzzy Logic-Based Controller for mBatteries in MEMS”

$684,352 Phase II SBIR - Army Contract - 6/7/01 - 6/6/03
“Fuzzy Logic-Based Smart Battery Controller”

$67,198 Phase I SBIR - Navy Contract - 6/3/02 - 1/2/03
“Fuzzy Logic-Based Non-Destructive Testing of Thermal Batteries”

$646,486 Phase I STTR - NIH Grant - 9/19/02 - 9/18/04
“Portable Defibrillator Fuzzy Logic-Based Battery Meter”

Asymmetric Electrochemical Supercapacitors ($970,000 awarded)

$70,000 Phase I SBIR - NASA - 12/14/98- 6/14/99
“Asymmetric Supercapacitor Based Upon Nanostructured Materials”

$900,000 ATP - NIST Contract - 3/1/99 - 2/28/02
“Asymmetric Supercapacitor Based Upon Nanostructured Materials”

Lithium Rechargeable Batteries ($819,999 awarded)

$69,999 Phase I SBIR - DOE Grant - 9/2/98 - 3/17/99
“Nanostructured Manganese Dioxides for Li-Ion Batteries”

$750,000 Phase II SBIR - DOE Contract - 6/15/99 - 6/14/02
“Nanostructured Manganese Dioxides for Li-Ion Batteries”

Civilian Research & Development Fund Grant (C/S Partner) - 5/1/99 - 4/30/00
(Prof. E. Shembel, Ukrainian State Chem. Tech. Univ.)
“Rechargeable Li Battery Based on Novel Thermal Sprayed Cathode”

Science & Technology Center in Ukraine (STCU) Grant (C/S Partner) - in negotiation
(Prof. E. Shembel, Ukrainian State Chem. Tech. Univ.)
“Dev. of Li Rechargeable Batteris Based on Nanostructured Pyrite Cathode”

Thermal Sprayed Thin Film Battery & Fuel Cell Electrodes ($2,004,007 awarded)

$100,000 Phase I SBIR - Army Contract - 11/14/97 - 5/13/98
“Thin Film Thermal Battery Electrode Production by HVOF Spray of Nanostructured FeS2 Feed”

$69,018 Phase I SBIR - NAVY Contract - 5/7/99 - 11/6/99
“High Rate Thermal Battery Using Thin Film Thermal Sprayed Cathode”

$750,000 Phase II SBIR - Army Contract - 11/18/99 - 6/30/02
“Thin Film Thermal Battery Electrode Production by Thermal Spray of Pyrite Feedstock”

$65,000 Phase I SBIR - BMDO Contract - 4/13/00 - 10/12/00
“All Solid State Thin-Film Rechargeable Microbattery for MEMS”

$750,000 Phase II SBIR - Navy Contract - 9/4/01 - 9/3/03
“Thermal-Sprayed Thin Film Electrode Production for Thermal Batteries”

$100,000 Phase I SBIR - DOE Grant - 8/27/01 - 2/26/02
“Nanostructured Anode Mat. for Hig Perf. Intermediate SOFC”

$69,989 Phase I SBIR - Navy Contract - 11/14/02 - 5/13/03
“Lightweight Electrode Grids for Pb-Acid Aircraft Batts.”

$100,000 Phase I SBIR - OSD/Army Contract - 12/12/02 - 6/11/03
“Portable PEM FC Using Low Cost Pseudo Catalyst Electrodes”

Alkaline Rechargeable Batteries ($657,737 awarded)

$10,000 OPM Energy Tech. Assist. Pgm. - 7/1/96 - 6/30/97
“New Energy Technologies”

$97,737 Phase I SBIR - NIH/NHLBI Grant - 9/30/97 - 3/29/98
“Nanophase Electrode Materials for High Energy Battery”

$100,000 Phase I SBIR - NSF Grant - 1/1/98 - 6/30/98
“In Situ Cell Studies of Dense Nanostructured Nickel Oxide Battery Electrodes”

$400,000 Phase II SBIR - NSF (in negotiation)
“Electrochemical Cell Studies of Dense Nanostructured Nickel Hydroxide”

$50,000 Phase II SBIR Pgm. Assist. Award - CII (in negotiation)
“Electrochemical Cell Studies of Dense Nanostructured Nickel Hydroxide”