国家/地区 韩国（4） 中国（2）
IPC部 B（6） C（4） H（3）
IPC大类 B01（6） C01（4） H01（3）
B82（2）
IPC小类 B01J（6）
IPC B01J023/46（6）
发明人 CHUNG J S（2） HUR S H（2） KONG B S（2）
PHAM V H（2） THANH T D（2）
公开年 2013（6）
申请年 2012（6）
专利权人 KCC CORP（2） UNIV ULSAN F.（2）

Preparation of molybdenum-based alloy and graphene carbon material composite catalyst involves ultrasonic dispersing, adding molybdenum nitrate, mixing, adding sodium borohydride solid and reacting in hydrothermal reaction kettle.

WANG X, ZHU J, FAN Y, HUANG H

Manufacturing metal nanoparticles-reduced graphene oxide hybrid material, by decorating metal nanoparticles on graphene oxide sheet by hydrogen reduction of metal precursors, and reducing graphene oxide on scattered graphene oxide sheets.

CHUNG J S, THANH T D, PHAM V H, HUR S H, KONG B S

Reduction of graphene oxide involves using supported metal catalyst and hydrogen.

CHUNG J S, THANH T D, PHAM V H, HUR S H, KONG B S

Manufacture of graphene involves forming graphene layer on one-way direction from graphene seed layer, forming graphene seed layer, forming heating source light, and supplying carbon source on graphite catalyst layer.

BEOM K G, YONG C S, JU K G, KIM K B, CHO S Y, KIM K J

Manufacture of graphene for, e.g. organic LEDs, involves preparing structure with graphene on surfaces and catalyst, arranging carriers on graphene, and removing catalyst while winding up carriers by rotating rolls facing each other.

KIM N, RYU J, YEONG K N, CHEOL R J, KIM N Y, RYU J C

Graphene-based composite material used as catalyst, is obtained by loading noble metal nanoparticles on surface of graphene oxide, and coating surface of graphene oxide loaded with noble metal nanoparticles by mesoporous silica.

WU L, TONG Z, SHANG L, ZHANG B, ZHANG D, ZHANG T