Crystallographically-oriented spatially-dispersed conductive fib

Details Crystallographically-oriented spatially-dispersed conductive fib Crystallographically-oriented spatially-dispersed conductive fib

1982-06-28

1984-03-27

Niebling, John F.

Chemistry: electrical and wave energy

Apparatus

Electrolytic

204294, G01N 2726, B01K 304

Patent

active

044393032

ABSTRACT:
An electrode for use in electrochemical reactions such as electrochemical stripping analysis comprises a plurality of generally parallelly oriented and laterally spatially displaced electrically conductive fibers which are separated and held in a core by electrically insulating bonding material which substantially completely fills the lateral spaces between the fibers. The fibers, preferably carbon fibers, have a crystallographic structure of a plurality of maximum electrical conducting planes extending generally parallel to the fiber. The bonding material is substantially electrically insulating and may be a polyester or epoxy resin. The electrode is formed by saturating a plurality of fibers with fluid resin bonding material, compressing the resin saturated fibers by passing them through a form, allowing the bonding material to harden and forming an electrode face on the resulting core which extends transversely with respect to the fibers to maximumly expose the conductivity planes of the fibers at the electrode face.

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