Method of making an electronically conductive tectosilicate, and

Details Method of making an electronically conductive tectosilicate, and Method of making an electronically conductive tectosilicate, and

1983-03-14

1985-12-10

Clingman, A. Lionel

Compositions

Electrically conductive or emissive compositions

Elemental carbon containing

296231, 296235, 252503, 252506, 252507, 252512, 252518, 2521821, 423328, 423332, 429 50, 429103, 429104, 429112, 429191, 429192, 429193, 429199, 429218, 429245, H01B 116, C01B 3328, C01B 3332

Patent

active

045578583

ABSTRACT:
The invention provides an electronically conductive tectosilicate which has, trapped within and forming part of its framework structure at the molecular or atomic level, colloidal particles of one or more electronically conducted species, which act to render the tectosilicate electronically conductive. The invention further provides a method of making such electronically conductive tectosilicate, wherein, for example, a zeolite is precipitated from the solution which has an electronically conductive species such as colloidal graphite in suspension therein, so that the colloidal particles of the electronically conductive species are trapped within and form part of the framework structure of the precipitate at the atomic or molecular level. The invention also extends to electronically conductive artifacts, such as electrodes for electrochemical cells, which are made from the electronically conductive tectosilicate by compacting the artifact from particles of the tectosilicate.

REFERENCES:
patent: 4164698 (1979-08-01), Coetzer
patent: 4287268 (1981-09-01), Coetzer
Charnell, "Gel Growth of Large Crystals of Sodium A and Sodium X Zeolites", J. of Crystal Growth, 8 (1971) 291-294.

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