D. Ouellette Et Al. , "A single domain approach to modeling the multiphase flow within a flowing electrolyte - Direct methanol fuel cell," International Journal of Hydrogen Energy , vol.40, no.24, pp.7817-7828, 2015
Ouellette, D. Et Al. 2015. A single domain approach to modeling the multiphase flow within a flowing electrolyte - Direct methanol fuel cell. International Journal of Hydrogen Energy , vol.40, no.24 , 7817-7828.
Ouellette, D., ÇOLPAN, C. Ö., Matida, E., & Cruickshank, C. A., (2015). A single domain approach to modeling the multiphase flow within a flowing electrolyte - Direct methanol fuel cell. International Journal of Hydrogen Energy , vol.40, no.24, 7817-7828.
Ouellette, David Et Al. "A single domain approach to modeling the multiphase flow within a flowing electrolyte - Direct methanol fuel cell," International Journal of Hydrogen Energy , vol.40, no.24, 7817-7828, 2015
Ouellette, David Et Al. "A single domain approach to modeling the multiphase flow within a flowing electrolyte - Direct methanol fuel cell." International Journal of Hydrogen Energy , vol.40, no.24, pp.7817-7828, 2015
Ouellette, D. Et Al. (2015) . "A single domain approach to modeling the multiphase flow within a flowing electrolyte - Direct methanol fuel cell." International Journal of Hydrogen Energy , vol.40, no.24, pp.7817-7828.
@article{article, author={David Ouellette Et Al. }, title={A single domain approach to modeling the multiphase flow within a flowing electrolyte - Direct methanol fuel cell}, journal={International Journal of Hydrogen Energy}, year=2015, pages={7817-7828} }