Substrate induced coagulation (SIC) of carbon black in non-aqueous media, a method to manufacture highly conductive cathode materials for lithium ion batteries

Roger Horn, Angelika Basch, Jürgen Besenhard

Research output: Contribution to conference(Old data) Lecture or PresentationResearch

Original languageEnglish
Publication statusPublished - 2 Feb 2004
Event24th Australian Colloid & Surface Science Student Conference - Sunset Cove, Adelaide, Australia
Duration: 2 Feb 20046 Feb 2004

Conference

Conference24th Australian Colloid & Surface Science Student Conference
CountryAustralia
CitySunset Cove, Adelaide
Period2/02/046/02/04

Cite this

Horn, R., Basch, A., & Besenhard, J. (2004). Substrate induced coagulation (SIC) of carbon black in non-aqueous media, a method to manufacture highly conductive cathode materials for lithium ion batteries. 24th Australian Colloid & Surface Science Student Conference, Sunset Cove, Adelaide, Australia.

Substrate induced coagulation (SIC) of carbon black in non-aqueous media, a method to manufacture highly conductive cathode materials for lithium ion batteries. / Horn, Roger; Basch, Angelika; Besenhard, Jürgen.

2004. 24th Australian Colloid & Surface Science Student Conference, Sunset Cove, Adelaide, Australia.

Research output: Contribution to conference(Old data) Lecture or PresentationResearch

Horn, R, Basch, A & Besenhard, J 2004, 'Substrate induced coagulation (SIC) of carbon black in non-aqueous media, a method to manufacture highly conductive cathode materials for lithium ion batteries' 24th Australian Colloid & Surface Science Student Conference, Sunset Cove, Adelaide, Australia, 2/02/04 - 6/02/04, .
Horn R, Basch A, Besenhard J. Substrate induced coagulation (SIC) of carbon black in non-aqueous media, a method to manufacture highly conductive cathode materials for lithium ion batteries. 2004. 24th Australian Colloid & Surface Science Student Conference, Sunset Cove, Adelaide, Australia.
Horn, Roger ; Basch, Angelika ; Besenhard, Jürgen. / Substrate induced coagulation (SIC) of carbon black in non-aqueous media, a method to manufacture highly conductive cathode materials for lithium ion batteries. 24th Australian Colloid & Surface Science Student Conference, Sunset Cove, Adelaide, Australia.
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