APA

Ducéré J., Hemeryck A., Estève A., Rouhani M. D., Landa G., Ménini P., Tropis C., Maisonnat A., Fau P. & Chaudret B. (20120403). A computational chemist approach to gas sensors: modeling the response of SnO2 to CO, O2, and H2O gases. : Journal of computational chemistry.

Chicago

Ducéré Jean-Marie, Hemeryck Anne, Estève Alain, Rouhani Mehdi Djafari, Landa Georges, Ménini Philippe, Tropis Cyril, Maisonnat André, Fau Pierre and Chaudret Bruno. 20120403. A computational chemist approach to gas sensors: modeling the response of SnO2 to CO, O2, and H2O gases. : Journal of computational chemistry.

Harvard

Ducéré J., Hemeryck A., Estève A., Rouhani M. D., Landa G., Ménini P., Tropis C., Maisonnat A., Fau P. and Chaudret B. (20120403). A computational chemist approach to gas sensors: modeling the response of SnO2 to CO, O2, and H2O gases. : Journal of computational chemistry.

MLA

Ducéré Jean-Marie, Hemeryck Anne, Estève Alain, Rouhani Mehdi Djafari, Landa Georges, Ménini Philippe, Tropis Cyril, Maisonnat André, Fau Pierre and Chaudret Bruno. A computational chemist approach to gas sensors: modeling the response of SnO2 to CO, O2, and H2O gases. : Journal of computational chemistry. 20120403.