APA
Sharma Shivani Au, University of Delhi. Faculty of Scinces. Department of Chemistry, Prof. R. K. Sharma Gu & University of Delhi. Faculty of Scinces. Department of Chemistry. (2016). Design, synthesis and application of silica nanospheres based organic - inorganic hybrid materials as sensor for copper ions and catalysts for oxidative amination and coupling reactions. : .
Chicago
Sharma Shivani Au, University of Delhi. Faculty of Scinces. Department of Chemistry, Prof. R. K. Sharma Gu and University of Delhi. Faculty of Scinces. Department of Chemistry. 2016. Design, synthesis and application of silica nanospheres based organic - inorganic hybrid materials as sensor for copper ions and catalysts for oxidative amination and coupling reactions. : .
Harvard
Sharma Shivani Au, University of Delhi. Faculty of Scinces. Department of Chemistry, Prof. R. K. Sharma Gu and University of Delhi. Faculty of Scinces. Department of Chemistry. (2016). Design, synthesis and application of silica nanospheres based organic - inorganic hybrid materials as sensor for copper ions and catalysts for oxidative amination and coupling reactions. : .
MLA
Sharma Shivani Au, University of Delhi. Faculty of Scinces. Department of Chemistry, Prof. R. K. Sharma Gu and University of Delhi. Faculty of Scinces. Department of Chemistry. Design, synthesis and application of silica nanospheres based organic - inorganic hybrid materials as sensor for copper ions and catalysts for oxidative amination and coupling reactions. : . 2016.