EXAFS Studies on the Origin of Highly Catalytic Activity in Nickel Y

Cheol Woong Kim , Ki Jin Jung and Nam Ho Heo , Seok Han Kim and Suk Bong Hong , Karl Seff. The Journal of Physical Chemistry C 2009 113 (13), 5164- ...

The Structure of Nickel Oxide Clusters inside the Supercage in Y-Zeolite by XAFS. Mitsuru Sano , Minoru Suzuki , Miki Niwa. Bulletin of the Chemical Society of ...

Thanks are due to Thomas A , Edison, Inc., for per- mission to publish it. LITERATURE CITED. (1) Boswell, M. C., and Iler, R. K., J. Am. Chem. Soc., 58, 924.

Patrick J. Desrochers, Russell W. Cutts, Phillip K. Rice, and Melissa L. Golden , James B. Graham , Tosha M. Barclay and A. W. Cordes. Inorganic Chemistry ...

5 days ago - Nickel (Ni) nanoparticles (NPs) with controlled sizes in the range of 4.9−27.4 nm are synthesized by tuning the ratio of nickel acetylacetonate precursor and trioctylphosphine in the presence of oleylamine. X-ray diffraction and transm

This paper presents a theoretical approach to the prediction of the relative catalytic power of structurally related core-functionalized dendritic catalysts. Using this ...

Mar 25, 2008 - This paper presents a theoretical approach to the prediction of the relative catalytic power of structurally related core-functionalized dendritic ...

Mar 25, 2008 - Several groups have reported core-functionalized dendrimers as ex- .... Special Research Foundation of the Chinese Education Depart- ment.

Dec 15, 2017 - A volcano-type activity trend is observed with 8.9 nm Ni NPs presenting the best catalytic performance. The activation energy and turnover frequency (TOF) of the 8.9 nm NP catalyst are further calculated to be 66.6 kJ·mol–1 and 154.

Dec 15, 2017 - Nickel (Ni) nanoparticles (NPs) with controlled sizes in the range of 4.9–27.4 nm are synthesized by tuning the ratio of the nickel acetylacetonate precursor and trioctylphosphine in the presence of oleylamine. X-ray diffraction and