HYDROGEN STORAGE MATERIAL AND METHOD FOR PRODUCING THE SAME

Japanese Patent JP2011255314

A

To provide a hydrogen storage material excellent in heat transfer properties and a method for producing the hydrogen storage material.

The hydrogen storage material comprises a hydrogen storage alloy and a carbon nanotube, wherein the carbon nanotube is bonded to the surface of the hydrogen storage alloy. Since the thermal contact resistance between the hydrogen storage alloy and the carbon nanotube (CNT) is small, one end of the CNT in the longitudinal direction is bonded to the hydrogen storage alloy and the CNT has excellent heat transfer properties in the length direction thereof, the hydrogen storage material has excellent heat transfer properties. The hydrogen storage material is obtained by placing the hydrogen storage alloy in an atmosphere to be heated, supplying a carbon source gas and growing the CNT from the surface of the hydrogen storage alloy by a chemical vapor deposition method.

JP2021007941	SCAVENGER FOR REMOVING RADIOACTIVE MATTER, AND METHOD FOR MANUFACTURING THE SAME
JPH1095617	PLATE-SHAPED TITANIUM OXIDE, PRODUCTION THEREOF, AND ANTI-SUNBURN COSMETIC MATERIAL, RESIN COMPOSITION, COATING MATERIAL, ADSORBENT, ION EXCHANGING RESIN, COMPLEX OXIDE PRECURSOR CONTAINING THE SAME

INOUE SHUHEI
MATSUMURA YUKIHIKO

JP2010132052A

December 22, 2011

June 09, 2010

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UNIV HIROSHIMA

B01J20/02; B01J20/30; C01B3/00; C01B31/02; C22C14/00; C22C16/00; C22C28/00

JP2000281303A	2000-10-10
JP2005288262A	2005-10-20
JP2005219950A	2005-08-18
JP2004026623A	2004-01-29
JP2007229588A	2007-09-13
JP2001288626A	2001-10-19
JP2006342011A	2006-12-21

Kimura Mitsuru
Wataru Suetsugu
Hiro Tsuru
Takanori Mamoru

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