Metal Accumulation Inhibiting And Performance Enhancing Supplement And A System For Delivering The Supplement
a technology of metal accumulation and inhibiting and performance enhancement, which is applied in the direction of sustainable manufacturing/processing, cell components, batteries, etc., can solve the problems of reducing the effect of sb oxidation, and reducing the damage of charging current, so as to achieve superior attenuation of cumulative destructive effects, superior attenuation of sb “poisoning, and superior attenuation of gassing
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example 1
[0067]Electrodes 22 and 24 were each constructed of 500 millimeter lengths of the same type of Sn wire as the negative electrodes 26 and 28, suitably coiled to save space. The electrolyte 18 procured and prepared in accordance with the extraction, soaking and foam testing procedure described above and consequently including supplement from a suitable supplement-containing sample. Cell 14 received a 100 milliliter portion of this electrolyte which was originally drawn from the container and cell 18 received 100 milliliters of electrolyte drawn directly from the container. After five hours at 50 milliamps, electrode 26 had received a transparent haze of grayish metal and electrode 28 had accumulated a pine tree shaped tangled growth of metal crystals.
example 2
[0068]The electrodes 22 and 24 were each constructed of coils of Sn wire, substantially identical to the electrodes 22 and 24 per Example 1. Preparation of the electrolytes 18 and 20 for use in this example produced and prepared in accordance with the extraction, soaking and foam testing procedure employed for Example 1, except, instead of a supplement-containing sample, high porosity insulating sheet containing Hevea brasiliensis natural elastomer of the type used to provide separation between energy storage cell electrodes was extracted, soaked, foamed and the electrolyte therefrom used. After five hours at 50 milliamps, electrode 26 had received a transparent haze of grayish metal and electrode 28 had accumulated a pine tree shaped growth of metal crystals.
example 3
[0069]The electrodes 22 and 24 were each constructed using 5 grams of Sb metal powder lightly compacted into a small finely woven polyester fabric cylindrical holder, the holder previously fitted with a full length and base width inboard strip conductor made of pure Pb. The Pb conductor of electrode 22 connected to conductor 34 and the Pb conductor of electrode 24 connected to conductor 38. The supplement was prepared by dissolving 0.5 milliliters of [CH3(CH2)x][(OCH2CH2)6][(OCH2CHCH3)3]OH, (x ranging from 7 to 15 and including isomers), in 99 milliliters of water, then transferring a 1 milliliter portion thereof into cell 14. Cell 16 received 1 milliliter of plain water. Electrolytes 18 and 20 were poured into cells 14 and 16 thereafter. The electrolyte 18 supplement concentration estimated at 50 vol parts per million. After five hours at 50 milliamps, electrode 26 acquired a barely perceptible coating, and retained most of its original bright Sn metallic luster, while electrode 28...
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