Method of optimizing composite preparation for electrical proper

Details Method of optimizing composite preparation for electrical proper Method of optimizing composite preparation for electrical proper

1990-05-29

1992-03-17

Lechert, Jr., Stephen J.

Powder metallurgy processes

Powder metallurgy processes with heating or sintering

Metal and nonmetal in final product

419 24, 419 36, 419 37, 419 38, 419 58, B22F 100

Patent

active

050966634

ABSTRACT:
Composites of a matrix of metal fibers and carbon fibers interlocked in and interwoven among a network of fused metal fibers are inherently capable of displaying a broad range of values of a particular physical property. Where the composite is made by sintering a preform of the fiber network dispersed in a matrix of an organic binder, the value of the physical property of the resulting composite is a function of several independent variabiles which can be controlled during composite fabrication. With particular regard to the capacitance of a stainless steel-carbon fiber electrode, there is described a method of optimizing capacitance during electrode fabrication.

REFERENCES:
patent: 4678718 (1987-07-01), Wang
Kohler, Zabasajja, Krishnagapolon & Tatarchuk, "Metal-Carbon Composite . . . ", J. Electrochem. Soc., Y.137, #1, 136-141, (Jan., 1990).

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