Graphene oxide based nanohydbrids for applications in biosensors and catalysis

Mogha Navin Kumar Au.

Graphene oxide based nanohydbrids for applications in biosensors and catalysis - 2016 - 138p. p. cm.

Standard No.: 37927

Source: Theses

Subjects--Topical Terms:
CHEMISTRY

Graphene oxide based nanohydbrids for applications in biosensors and catalysis

APA

Mogha Navin Kumar Au, University of Delhi. Faculty of Science. Department of Chemistry, Dr. Dhanraj T. Masram Gu & University of Delhi. Faculty of Science. Department of Chemistry. (2016). Graphene oxide based nanohydbrids for applications in biosensors and catalysis. : .

Chicago

Mogha Navin Kumar Au, University of Delhi. Faculty of Science. Department of Chemistry, Dr. Dhanraj T. Masram Gu and University of Delhi. Faculty of Science. Department of Chemistry. 2016. Graphene oxide based nanohydbrids for applications in biosensors and catalysis. : .

Harvard

Mogha Navin Kumar Au, University of Delhi. Faculty of Science. Department of Chemistry, Dr. Dhanraj T. Masram Gu and University of Delhi. Faculty of Science. Department of Chemistry. (2016). Graphene oxide based nanohydbrids for applications in biosensors and catalysis. : .

MLA

Mogha Navin Kumar Au, University of Delhi. Faculty of Science. Department of Chemistry, Dr. Dhanraj T. Masram Gu and University of Delhi. Faculty of Science. Department of Chemistry. Graphene oxide based nanohydbrids for applications in biosensors and catalysis. : . 2016.

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