Lithium manganese dioxide, primary

Comparison of the Daniell element, the nickel/cadmium accumulator, and, the lithium/manganese dioxide primary cell, as examples, shows the influence of the electrode materials on different cell parameters (Table 1). [Pg.8]

Raman NS, Davenport AJ Sink MS (2010) Development of high energy lithium manganese dioxide primary cell for military applications. In Proceedings 44th Power Sources Conference, Las Vegas, 14—17 June, pp 111-113... [Pg.1188]

Alkaline Primary Cells, Fig. 8 Capacity loss on storage of various miniature alkaline cell systems compared to carbon-zinc and lithium-manganese dioxide cells. The lithium-based cells have significantly better storage characteristics compared to alkaline and carbon-zinc cells... [Pg.53]

Lithium primary batteries with liquid cathodes are a relatively mature technology. Incremental improvements in capacity and performance may occur through design modifications and the use of new materials such as improved carbons in the passive cathode. The U.S. Army is adopting Lithium/Manganese Dioxide replacements for some of the Lithium/Sulfur Dioxide Batteries listed in Table 1 in certain applications. These replacements provide higher capacity and energy at room temperature but not at lower temperature. See the chapter on Lithium Primary Cells Solid Cathodes in this work. [Pg.1174]

Primary Batteries for Military Applications, Table 2 Military applications for lithium manganese dioxide batteries ... [Pg.1722]

Lithium/Manganese dioxide 3.0 500 800 Primary battery button and cylindric cell... [Pg.378]

Figure 18.9 Discharge graph of old and new primary batteries A = Leclanche, B = alkaline, C = lithium/manganese dioxide. (From Ref. 3.)...

The present situation is made easier by the comparably low turnover of lithium batteries. Partly batteries are disposed of as harmless in normal sanitary landfills (like primary lithium/manganese dioxide cells), partly more active systems are brought to special landfills (like lithium/sulfur dioxide together with neutralizing amounts of limestone), and partly batteries are burned in special ovens in combination with oil (like lithium/thionylchloride batteries). [Pg.492]

ANSI C18.3M, Part 1 Steuidard for Portable Lithium Primary CeUs and Batteries Lithium/carbon monofluoride Lithium/manganese dioxide... [Pg.97]

Primary lithium batteries offer these advantages as well as good low-temperature characteristics. There are many kinds of primary lithium batteries, with various cathode active materials the main ones are lithium-manganese dioxide, lithium-carbon monofluoride, and lithium-thionyl chloride batteries [28]. [Pg.46]

This section focuses on four of the most commercially important cells of both classes of Li primaries two of the most common sohd cathode types,lithium manganese dioxide (Li-Mn02) and lithium carbon monoflouride (Li-(CF) ), and two of the most common liquid cathode types, lithium thionyl chloride (Li-SOCh) and lithium sulfur dioxide (Li-S02). [Pg.924]

Primary batteries, zinc-alkaline manganese dioxide, mercury-zinc, carbon-zinc Leclanche, magnesium types, silver oxide-zinc, zinc chloride Leclanche, zinc-air secondary batteries, alkaline, nickel-iron, nickel-cadmium, silver-zinc, sealed lead-acid, zinc-air, nickel-metal hydride secondary, lithium-manganese dioxide, lithium-silver chromate, lithium-lead bismuthate. [Pg.724]

Yuasa Battery Co. Ltd, 6-6 Josai-cho, Takatsukishi, Osaka-fii 569 also International Division, 12-112 Chome, Higashi-Shinbashi Minako-ku, Tokyo 105 Primary batteries, carbon-zinc Leclanchd, silver oxide-zinc secondary batteries, nickel-iron, nickel-cadmium, silver-zinc, silver-cadmium, sealed lead-acid. Sodium-sulphur, lithium-manganese dioxide. [Pg.725]

Duracell UK Technical Division Duracell House Gatwick Road, Crawley RHIO 2PA Primary batteries, mercury-zinc, silver-zinc, lithium solid electrolyte types, nickel-cadmium, lithium-sulphur dioxide, lithium-manganese dioxide, zinc-air. See also Duracell (US)... [Pg.726]

Primary lithium-thionyl chloride M. lost (also lithium-iron disulphide, lithium-copper oxide, lithium-sulphur dioxide, lithium-vanadium pentoxide, lithium-manganese dioxide, lithium-lead bismuthate, lithium-silver chromate)... [Pg.727]

Manganese dioxide is the most extensively used electrode for different types of power sources (alkaline primary and rechargeable, lithium... [Pg.488]