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 Найдено научных статей и публикаций: 4, для научной тематики: Hydriding combustion


Связанные научные тематики:
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1.

Electrochemical performance of NAFION coated electrodes of HCSed MgNi based composite hydride (публикация автора на scipeople)     

S.Y. Kim, M.G. Chourashiya, C.N. Park, C.J. Park, - Materials Letters , 2013
Mg based hydride electrodes in alkaline solution were protected by coating them with hydrogen-permeable NAFION membranes. The electrodes were fabricated by using Mg based hydrides synthesized by hydriding combustion (HC) technique. The hydriding...
2.

Synthesis of highly active Mg-based hydrides using hydriding combustion synthesis and NbF5 additives (публикация автора на scipeople)     

• M.G. Chourashiya, C.N. Park, C.J. Park - Functional Materials Letters , 2012
Superiority of the hydriding combustion (HC) technique over conventional metallurgical approach to the synthesis of cost-effective Mg based hydrides, which show promise as hydrogen storage materials, is well known. In the present research, we...
3.

Effect of the preparative parameters of hydriding combustion synthesis on the properties of Mg-Ni-C as hydrogen storage material (публикация автора на scipeople)     

Muralidhar Chourashiya, Dong-Cheol Yang, Choong-Nyeon Park, Chan-Jin Park, - nternational Journal of Hydrogen Energy , 2011
Magnesium may be the most promising solid-state hydrogen storage material owing to its high storage capacity (7.6 wt%) and highest volumetric density (2 times of liquid H2). On the other hand, suffers from its sluggish absorption/desorption...
4.

Comparison of commercial and hydriding-combustion-synthesized Mg–hydride (публикация автора на scipeople)     

M.G. Chourashiya, D.C. Yang, S.Y. Kim, C.N. Park, C.J. Park, - Materials Letters , 2011
This study employed a fast, simple and cost-effective hydriding combustion synthesis (HCS) to prepare nano/submicron Mg based alloys, which are the most promising solid state hydrogen storage materials owing to their high storage capacity (7.6...