APA

Maity N., Barman S., Callens E., Samantaray M. K., Abou-Hamad E., Minenkov Y., D'Elia V., Hoffman A. S., Widdifield C. M., Cavallo L., Gates B. C. & Basset J. (2016). Controlling the hydrogenolysis of silica-supported tungsten pentamethyl leads to a class of highly electron deficient partially alkylated metal hydrides. : Chemical science.

Chicago

Maity Niladri, Barman Samir, Callens Emmanuel, Samantaray Manoja K, Abou-Hamad Edy, Minenkov Yury, D'Elia Valerio, Hoffman Adam S, Widdifield Cory M, Cavallo Luigi, Gates Bruce C and Basset Jean-Marie. 2016. Controlling the hydrogenolysis of silica-supported tungsten pentamethyl leads to a class of highly electron deficient partially alkylated metal hydrides. : Chemical science.

Harvard

Maity N., Barman S., Callens E., Samantaray M. K., Abou-Hamad E., Minenkov Y., D'Elia V., Hoffman A. S., Widdifield C. M., Cavallo L., Gates B. C. and Basset J. (2016). Controlling the hydrogenolysis of silica-supported tungsten pentamethyl leads to a class of highly electron deficient partially alkylated metal hydrides. : Chemical science.

MLA

Maity Niladri, Barman Samir, Callens Emmanuel, Samantaray Manoja K, Abou-Hamad Edy, Minenkov Yury, D'Elia Valerio, Hoffman Adam S, Widdifield Cory M, Cavallo Luigi, Gates Bruce C and Basset Jean-Marie. Controlling the hydrogenolysis of silica-supported tungsten pentamethyl leads to a class of highly electron deficient partially alkylated metal hydrides. : Chemical science. 2016.