国家/地区 中国（6）
IPC部 C（6）
IPC大类 C23（6）
IPC小类 C23C（6） C25D（2）
IPC C23C016/26（3） C23C016/02（2）
发明人 WANG X（6）
公开年 2016（4）
申请年 2016（6）
专利权人

Graphene growth method used for increasing the nucleation density of graphene, involves providing germanium substrate, performing ion implantation on germanium substrate, annealing, providing carbon source and growing.

DI Z, MA J, ZHANG M, WANG G, JIA P, WANG Z, WANG X

Preparation of silver/graphene/titania nanotube composite film photoanode for photogenerated cathodic protection, involves fabricating titania nanotubes on surface of titanium substrate.

LI H, WANG X, HOU B

Surface strengthening of graphene oxide coating layer by laser impact comprises e.g. mixing graphene, graphene oxide or their mixture solution applied to material substrate surface and providing aluminum foil on coating as absorbent layer.

CHEN C, GUO H, HU Z, LIN D, SUN Q, WANG X, XU J, ZHAN Y, ZHANG M

Preparation of magnesium alloy surface functionalized graphene coating by performing hydroxylation treatment of alloy, performing silylation treatment with amino-containing silane coupling agent, aging and soaking in graphene dispersion.

ZHANG H, TONG L, WANG X, ZHANG J, CHENG L, QIU X, MENG J

Manufacture of sulfur-doped graphene film for sensor, involves placing metal substrate and thioanthracene in heating zones of reaction chamber, respectively, annealing substrate, heating thioanthracene, and cracking thienanthracene.

CHEN Y, ZHOU J, LIU J, QI F, ZHENG B, HE J, WANG X, LI Q, LI P, ZHANG W

Preparing monovalent gold nano particle/three dimensional graphene/nickel foam composite structure comprises e.g. using chloroauric acid as gold source and sodium borohydride as reduction agent, and using oxidation-reduction method.

GUO X, LI Q, LI F, WANG X, ZHANG H, ZHAO L, GE C