higher energy density / lithium-metal-polymer battery / heavy equipment / basic technologies / natural rubber separators / grain refiner / standby applications / temperature applications / alloy metal / current short demand applications / electrolytic solution / water cooling systems / boric acid solution / stationary applications / large energy storage applications / synthetic rubber / energy storage / micro-porous synthetic rubbers/plastics / Low temperature applications / large format nickel-metal-hydride / micro-porous rubber / typical applications / recent lead-acid battery technology / alternate technologies / natural rubber / flammable and manufacturing tolerances / transportation applications / rate applications / fiberglass / battery technologies / long lived devices / battery systems / nickel-metal-hydride batteries / battery technology / little gas / larger systems / plant insurance premiums / /
MusicGroup
ACID / /
Organization
IEEE Stationary Battery Committee / /
Person
Gaston Planté / Steve Vechy / C. Finin / David O. Feder / Donnell Finin / D. Berndt / George Wood Vinal / Curtis Ashton / Clark Knoxville / John Kim / Bob Malley / Roger N. Pocock / William P. Cantor / Allan J. Williamson / Anthony G. Cannone / /
Position
maintenance worker / wet-head / /
ProvinceOrState
Texas / Alaska / Tennessee / /
Region
southern Texas / /
Technology
Gel technologies / heat transfer / battery technologies / two basic technologies / battery technology / Separator technology / /
LEAD-ANTIMONY, LEAD-CALCIUM, LEAD-SELENIUM, VRLA, NI-CD. WHAT’S IN A NAME? M. S. (Steve) Clark