Otto, T. Et Al. 2014. Effects of multivariate linker substitution, metal binding, and reactor conditions on the catalytic activity of a Pd-functionalized MOF for olefin hydrogenation. APPLIED CATALYSIS A-GENERAL , vol.488 , 248-255.

Otto, T., Jarenwattananon, N. N., Gloeggler, S., Brown, J. W., Melkonian, A., Ertas, Y. N., ... Bouchard, L.(2014). Effects of multivariate linker substitution, metal binding, and reactor conditions on the catalytic activity of a Pd-functionalized MOF for olefin hydrogenation. APPLIED CATALYSIS A-GENERAL , vol.488, 248-255.

Otto, Trenton Et Al. "Effects of multivariate linker substitution, metal binding, and reactor conditions on the catalytic activity of a Pd-functionalized MOF for olefin hydrogenation," APPLIED CATALYSIS A-GENERAL , vol.488, 248-255, 2014

Otto, Trenton Et Al. "Effects of multivariate linker substitution, metal binding, and reactor conditions on the catalytic activity of a Pd-functionalized MOF for olefin hydrogenation." APPLIED CATALYSIS A-GENERAL , vol.488, pp.248-255, 2014

Otto, T. Et Al. (2014) . "Effects of multivariate linker substitution, metal binding, and reactor conditions on the catalytic activity of a Pd-functionalized MOF for olefin hydrogenation." APPLIED CATALYSIS A-GENERAL , vol.488, pp.248-255.

@article{article, author={Trenton Otto Et Al. }, title={Effects of multivariate linker substitution, metal binding, and reactor conditions on the catalytic activity of a Pd-functionalized MOF for olefin hydrogenation}, journal={APPLIED CATALYSIS A-GENERAL}, year=2014, pages={248-255} }