Accession Number : ADA116381

Title :   Studies Leading to the Development of High-Rate Lithium Sulfuryl Chloride Battery Technology.

Descriptive Note : Quarterly rept. no. 1, 1 Sep-31 Dec 81,

Corporate Author : GOULD INC ROLLING MEADOWS IL GOULD LABS-ENERGY SYSTEMS

Personal Author(s) : Marikar,Faruk

PDF Url : ADA116381

Report Date : Mar 1982

Pagination or Media Count : 56

Abstract : The overall aim of the program is an examination of the viability of an active electrolyte lithium/sulfuryl chloride battery system. The specific objectives are to quantify the stability of lithium in sulfuryl chloride solutions; explore the means to improve the stability of lithium; and establish the limits of performance of carbon/teflon cathodes in sulfuryl chloride electrolytes. During this quarter we measured the rates of corrosion of lithium in sulfuryl chloride in cells and sealed capsules by microcalorimetry; estimated by complex plane impedance measurements; followed the growth of the film on cell storage, its disruption on polarization and its healing following polarization; established the baseline cathode performance; and measured the conductivity and density of SO2CL2-LiALCL4 electrolysis at ambient and high temperature. (Author)

Descriptors :   *Electric batteries, *Electrolytes, *Lithium compounds, *Sulfur compounds, *Chlorides, Solutions(Mixtures), Stability, Cathodes, Corrosion, Microcalorimetry, Films, Thickness, Measurement, Impedance, Growth(General), Polarization, Conductivity, Current density, Electrolysis, Performance(Engineering)

Subject Categories : Physical Chemistry
      Electrochemical Energy Storage

Distribution Statement : APPROVED FOR PUBLIC RELEASE