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19
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85070156594
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-
note
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Sintered-nickel porous plaques are made by dispersing a slurry of fine nickel particles on a nickel-coated steel mesh and sintering at 1000 °C under vacuum in order to weld the nickel particles to each other and to the mesh. The resultant plaque will have high porosity and a high surface area.
-
-
-
-
20
-
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85070159983
-
-
note
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Nickel oxide mixed with a binder is extruded into hollow fibres. The fibres are spread into a slurry and sintered under a reducing atmosphere whereby the nickel oxide fibres become reduced to metallic nickel fibres. The fibrous plaques have 12% higher porosity but only a twentieth the surface area of a sintered-nickel porous plaque.
-
-
-
-
22
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85070166896
-
-
note
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A Fibrex/P plaque consists of 50% nickel fibres and 50% particles sintered together.
-
-
-
-
24
-
-
85070154692
-
-
note
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In a pasted electrode, the active material is mixed with a conductive material such as graphite, nickel or cobalt metal powder and a binder. The resultant pulp is hotpressed onto a nickel mesh under high pressure. A dip-loaded electrode is made by dipping the sintered plaque alternately in solutions of nickel nitrate and KOH to precipitate chemically the active material into the pores. The dip-loaded electrodes are formed by cathodically polarizing them in 6 M KOH solution. Hydrogen evolution that takes place during this process is expected to introduce beneficial morphological changes in the dip-loaded active material. Poured electrodes are made by pouring a slurry of the active material made in a medium such as acetone on a nickel foam and allowing the medium to dry.
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27
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0002709994
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0025243891
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