Silver cadmium, secondary

A—Cadmium Cadmium anode Nickel, mercury, and silver Secondary Nickel-cadmium, mercury-cadmium, and silver-cadmium... [Pg.1310]

Cadmium-Silver Oxide Secondary Cells The scheme of the cell is ... [Pg.791]

FIGURE 33.1 Cutaway view of typical prismatic zinc/silver oxide or cadmium/silver oxide secondary cell. [Pg.984]

In general, secondary silver-zinc and silver-cadmium cells require up to three different separators, as shown in Fig. 33.1. The inner separator, or positive interseparator, serves both as an electrolyte reservoir and as a barrier to minimize oxidation of the main separator by the highly oxidative silver electrode. This separator is usually made of an inert fiber such as nylon or polypropylene. [Pg.986]

Within each Part, chapters are included on all available types of primary batteries, secondary batteries and batteries available in primary and secondary versions. The primary batteries include carbon-zinc, carbon-zinc chloride, mercury-zinc and other mercury types, manganese dioxide-magnesium perchlorate, magnesium organic, lithium types (sulphur dioxide, thionyl chloride, vanadium pentoxide, iodine and numerous other lithium types), thermally activated and seawater batteries. Batteries available in primary and secondary Corms include alkaline manganese, silver-zinc, silver-cadmium, zinc-air and cadmium-air. The secondary batteries discussed include lead-acid, the nickel types (cadmium, iron, zinc, hydrogen), zinc-chlorine, sodium-sulphur and other fast ion types. [Pg.13]

Five major types of secondary rechargeable batteries are lead-acid, nickel-cadmium, silver-zinc, silver-cadmium and nickel-zinc, and these are discussed in more detail below. ... [Pg.96]

Primary batteries, silver—zinc and silver chloride-magnesium seawater batteries secondary batteries, nickel-cadmium, silver—zinc, silver-cadmium, lithium-sulphur dioxide, lithium-thionyl chloride. [Pg.724]

Varta SpA, Via Teitulliano 70, 20137 Milan Primary batteries, zinc—alkaline manganese dioxide, mercury—zinc, carbon—zinc Leclanche, magnesium types, hthium types, silver oxide—zinc, zinc chloride Leclancti6, zinc—air, secondary batteries, alkaline, nickel—iron, nickel—cadmium, silver—zinc, silver—cadmium. [Pg.725]

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]

SAFT Corporation of America, 50 Rockefeller Plaza, New York 10020, New York also, 107 Beaver Court, Lockeysville, Maryland Primary batteries, zinc-alkaline, zinc-alkaline manganese dioxide, carbon-zinc Leclanche, lithium types (lithium-lead bismuthate, lithium-silver chromate) secondary batteries, nickel-cadmium, iithium-copper oxyphosphate, lithium-thionyl chloride, zinc-air, thermal-cells, water-activated batteries. [Pg.728]

Primary batteries, magnesium types, lithium types secondary batteries, silver-zinc, silver-cadmium, lithium-thionyl chloride, lithium—sulphur dioxide, nickel-zinc. [Pg.728]

Yardney Electric Corporation, Power Sources Division, 3850 Olive Street, Denver 80207, Colorado Secondary batteries, nickel-hydrogen, silver-zinc, silver—cadmium, nickel-zinc. [Pg.728]

There are two major types of household batteries (a) Primary batteries are those that cannot be reused. They include alkaline/manganese, carbon-zinc, mercuric oxide, zinc-air, silver oxide, and other types of button batteries, (b) Secondary batteries are those that can be reused secondary batteries (rechargeable) include lead-acid, nickel-cadmium, and potentially nickel-hydrogen. [Pg.1228]

It must be emphasized that the most appropriate charging regime is very dependent on the cell system under consideration. Some are tolerant to a considerable amount of overcharging (e.g. nickel-cadmium batteries), while for others, such as zinc-silver oxide and most lithium secondary cells, overcharging can result in permanent damage to the cell. Sealed battery systems require special care float charging should not be used and trickle charge rates should be strictly limited to the manufacturer s recommended values, since otherwise excessive cell temperatures or thermal runaway can result. [Pg.315]