Can in situ thermal reduction be a green and efficient way in the fabrication of electrically conductive polymer/reduced graphene oxide nanocomposites?: Fid-Bau Portal

Can in situ thermal reduction be a green and efficient way in the fabrication of electrically conductive polymer/reduced graphene oxide nanocomposites?

Xu, C. / Gao, J. / Xiu, H. / Li, X. / Zhang, J. / Luo, F. / Zhang, Q. / Chen, F. / Fu, Q.

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Can in situ thermal reduction be a green and efficient way in the fabrication of electrically conductive polymer/reduced graphene oxide nanocomposites?

Xu, C. / Gao, J. / Xiu, H. / Li, X. / Zhang, J. / Luo, F. / Zhang, Q. / Chen, F. / Fu, Q.

Can in situ thermal reduction be a green and efficient way in the fabrication of electrically conductive polymer/reduced graphene oxide nanocomposites?

Xu, C. / Gao, J. / Xiu, H. / Li, X. / Zhang, J. / Luo, F. / Zhang, Q. / Chen, F. / Fu, Q.

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Title:

Can in situ thermal reduction be a green and efficient way in the fabrication of electrically conductive polymer/reduced graphene oxide nanocomposites?

Contributors:

Xu, C. (author) / Gao, J. (author) / Xiu, H. (author) / Li, X. (author) / Zhang, J. (author) / Luo, F. (author) / Zhang, Q. (author) / Chen, F. (author) / Fu, Q. (author)