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Physics / Chemistry / Hafnium / Pilling-Bedworth ratio / Zirconium / Oxide / Electrostatic discharge / Matter / Chemical elements / Transition metals


DEVELOPMENT OF PASSIVATED PYROPHORIC METAL POWDERS (HAFNIUM AND ZIRCONIUM) WITH REDUCED ELECTROSTATIC DISCHARGE (ESD) SENSITIVITY W. Douglas Bates, Bernard M. Kosowski and Curtis J. Meyers MACH I, Inc. King of Prussia, P
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Document Date: 2012-10-01 16:56:44


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City

Riverside / King of Prussia / Philadelphia / Dolukhanyan / Pilling / Oxford / /

Company

untreated Hf / Indian Head / Al (5%) Hf / Curtis J. Meyers MACH I Inc. / J 22 23 24 Hf / NH4Cl (17%) Hf / MACH I Inc. / Pergamon Press / Micron Inc. / Hf (baseline) Hf / N2 (g) Hf / Amp / NH4Cl (10%) Hf / Al (15%) Hf / Al (10%) Hf / J. A. E. / O2 (g) Hf / NH4OH (drops) Hf / NH4OH (soaked) Hf / Microtek Inc / Mg (5%) Hf / ICRPG Analytical Working Group / /

Facility

Al2Hf complex / /

IndustryTerm

metal fuels / metal fuel combustibility / metal powders / metal encapsulated hafnium particles / improved processing / high-energy impacts / metal encapsulated trials / less reactive metal / surface coating technology / incendiary devices / gas lines / metal encapsulation / refractive systems / /

Organization

NSWC-Indian Head Division / /

Person

Chuck Criner / Carl Gotzmer / W. Douglas Bates / Martin / Bernard M. Kosowski / /

Position

King / /

ProvinceOrState

New Brunswick / Pennsylvania / Maryland / S. K. / California / /

Technology

surface coating technology / X-ray / Technology of Explosives / /

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