| Agency |
Title |
Amount |
Period |
| DOE/International Fuel Cells |
Development of Thin Film Membrane Assemblies with Novel Nanostructured Electrocatalyst for Next Generation Fuel Cells |
$240,000 |
05/01/02-05/31/04 |
| MMFX Steel Corp. |
Corrosion Evaluation of MMFX Reinforcing Steel |
$17,277 |
01/03/02-06/30/02 |
| Elisha Technologies Co. LLC |
Electroless Deposition of Zn Silicate Coatings in the Presence of Additives |
$21,997 |
03/01-07/01/2002 |
| American Electroplating and Surface Finisher's Society |
Development of a New Process for Plating Thin Films of Zn-Ni-P-X (X-Pb, Bi,Ce,Mo, or Cd (1-5%)) Quarternary Alloys onto Steel to Prevent Corrosion and Hydrogen Embrittlement |
$25,000 |
10/01/01-/9/30/02 |
| DOD/Dr. B. N. Popov |
Technology Development for Chemical Detection |
$273,250 |
6/1/99 -9/29/02 |
| ONR/Dr. B. N. Popov |
Electrodeposition of Thin Films of Zn-Ni-X Ternary
Alloys onto Chemically Modified Steel Alloys to Prevent Corrosion and Hydrogen
Embrittlement |
$121,000 |
10/1/99-9/30/02 |
| S.C. Department of Transportation/Dr. B. N. Popov |
Evaluation of Economical & Efficient Method for Corrosion Protection of Structural Concrete: Experimental Studies and Mathematical Modeling |
$194,215 |
7/22/01- 8/31/03 |
| S.C. DOE/EPSCoR/with Dr. R. E. White |
Research Implementation Plan: Electrochemical Power Sources |
$2,250,000 |
10/1/97-9/29/02 |
| DOE/FETC with Dr . R. E. White & Dr. M. Amiridis |
Optimization of the Cathode Long Term Stability in Molten Carbonate Fuel Cells: Experimental Study and Mathematical Modeling |
$560,000 |
9/1/99-8/30/02 |
| Sandia National Laboratories |
Electrodeposition of Thin Films of Fe-Ni Alloys |
$23,335 |
4/1/01-4/30/02 |
| S.C. Department of Transportation/Dr. B. N. Popov |
Demonstration and Application of Innovative Material Technology and Engineering Design Criteria for Use in Highway Bridges |
$84,324 |
8/1/01-8/30/03 |
| SC Dept of Transportation |
Evaluation of Economical and Efficient Method for Corrosion Protection of Structural Concrete
|
$185,606
|
6/1/95-5/31/98 |
| Sandia National Laboratory |
Electroless Deposition of Copper and Polymides Substrate: Mathematical Model Development and Experimental Validation
|
$55,000 |
11/12/96-9/30/97
|
| ELISHA Technologies Co. L.L.C |
Studies on ELISHA Mineralization Process at Different Operating Conditions |
$ 33,000 |
2/1/01-5/30/01 |
| Northstar Inc. |
Evaluation of Corrosion Properties of Lead Alloys in Sulfuric Acid |
$10,000 |
1/1/01-6/30/01 |
| Office of Research and Development, CIA |
Nickel Hydrogen Performance and Nickel Electrode Impregnation Models - Engineering |
$1,054,000
|
8/1/96-7/31/98
|
| NASA |
Electrodeposition of Zn-Ni-Cd Alloys onto Steel Subtrates |
$6,000 |
12/1/00-5/30/01 |
| National Reconnaissance Office with Dr. R. E. White |
Li-Ion Comprehensive Model-Capacity Fade Studies of Li-Ion Batteries |
$282,261 |
1/1/00-6/30/01 |
| AESF Research Fellowship |
Electrodeposition of Fe-Ni-X (P, C, or Si) Alloys Resistent to Corrosion |
$125,000 |
10/1/92-3/31/98 |
| AASERT Program, Office of Naval Research |
High-Strength Alloy by Monolayers of Zn, Pb, Bi, and In Applied by Underpotential or Electroless Deposition |
$116,000 |
7/1/94-6/30/97 |
| Berkeley Laboratories |
Optimization of Metal Hydride Properties in MH/NiOOH Cells for Electric Vehicle Applications
|
$180,000 |
11/12/96-9/30/97 |
| DOE-OER Program, Notice 96-05 |
Synthesis, Characterization and Testing of Novel Anode and Cathode Materials for Li-Ion Batteries
|
$612,000 |
9/15/96-9/14/99 |
| Eagan McAllister Assoc., Inc/DOJ |
Battery Project Work |
$40,000 |
7/17/96-6/10/98 |
| DOD |
Technology Development for Chemical Detection of Nerve Gases/Development of Electrochemical Sensors |
$273,250 |
6/1/97-6/29/00 |
| ONR |
Electrodeposition of Zn-Ni Alloys for Inhibition Hydrogen Permeation |
$140,000 |
9/1/97-8/1/99 |
| AESF |
Electrodeposition of Corrosion Resistant Fe-Ni Alloys |
$25,000 |
|
| AESF |
Mathematical Modeling of Corrosion Resistant Fe-Ni Alloys |
$25,000 |
|
| AESF |
Corrosion and Hydrogen Permeation in Zn-Ni Alloys: Experimental Study and Mathematical Model
|
$25,000 |
|
| AESF |
Mathematical Modeling of Zn-Ni Deposition and Hydrogen Permeation Druing Corrosion |
$25,000 |
|
| Office of Naval Research |
Inhibition of Hydrogen Permeation in Hard Alloys (Inconel, Monel, and Aluminum) |
$280,000 |
|
| AASERT Program, ONR |
Hydrogen Permeation Inhibition By Alloy Deposition |
$160,000 |
|
| AASERT Program, ONR |
Effect of Organic Inhibitors on Corrosion and Hydrogen Permeation on Hard Steels |
$160,000 |
|
| ONR |
Development of Corrosion Resistant Zn-Ni-X (X=Ce, Mo) Coating for Corrosion and Hydrogen Permeation Inhibition in AerMet 100 Steel |
$160,000 |
|
| SC Dept of Transportation |
Corrosion of Reinforcing Steel in Concrete |
$180,000 |
|
| DoE |
Optimization of Particle Size of Metal Hydride Alloys for Reducing Alloy Segregation and Corrosion
|
$90,000 |
|
| Savannah River Site |
Corrosion of Al-5052 and Al-6061 Alloys at High Temperatures (with Dept. of Mech. Engr.) |
$80,000 |
|
| Office of Research and Development, CIA |
Development of Capacity Fade Model for Lithium Ion Batteries |
$180,000 |
|
| Roche-Carolina |
Pitting Corrosion in Storage Tanks |
|
|
| Philips |
Development of Pickling Inhibitors |
|
|
