Surface morphology of thermal furnace and pyrolytic carbon blacks by nitrogen adsorption-relation to the electrical conductivity

Pantea D

Surface morphology of thermal furnace and pyrolytic carbon blacks by nitrogen adsorption-relation to the electrical conductivity - Rubber Chemistry and Technology 2002 - 691-700

Subjects--Topical Terms:
Pyrolytic carbon black
Thermal furnace

Surface morphology of thermal furnace and pyrolytic carbon blacks by nitrogen adsorption-relation to the electrical conductivity

APA

Pantea D, Blacher S, Darmstadt H, Kaliaguine S & Roy C. (2002). Surface morphology of thermal furnace and pyrolytic carbon blacks by nitrogen adsorption-relation to the electrical conductivity. : Rubber Chemistry and Technology.

Chicago

Pantea D, Blacher S, Darmstadt H, Kaliaguine S and Roy C. 2002. Surface morphology of thermal furnace and pyrolytic carbon blacks by nitrogen adsorption-relation to the electrical conductivity. : Rubber Chemistry and Technology.

Harvard

Pantea D, Blacher S, Darmstadt H, Kaliaguine S and Roy C. (2002). Surface morphology of thermal furnace and pyrolytic carbon blacks by nitrogen adsorption-relation to the electrical conductivity. : Rubber Chemistry and Technology.

MLA

Pantea D, Blacher S, Darmstadt H, Kaliaguine S and Roy C. Surface morphology of thermal furnace and pyrolytic carbon blacks by nitrogen adsorption-relation to the electrical conductivity. : Rubber Chemistry and Technology. 2002.

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