国家/地区 中国（17） 美国（2）
IPC部 B（17）
IPC大类 C23（17）
IPC小类 C23C（15） B22F（9） B05D（3）
B82Y（3） C01B（3） C22C（3）
IPC B22F001/00（4） C23C004/06（4） B82Y030/00（3）
C23C016/26（3） B05D005/08（2） B22F001/02（2）
B82Y040/00（2） C01B031/04（2） C22C021/00（2）
C23C004/126（2） C23C014/02（2） C23C014/06（2）
C23C014/18（2） C23C014/35（2） C23C014/58（2）
发明人 WANG C（17）
公开年 2017（5） 2019（3） 2020（3） 2012（2） 2022（2）
申请年 2017（4）  2019（4）  2011（2）  2022（2） 
专利权人 AECC BEIJING.（3） AECC BEIJING.（2） UNIV SHANGHA.（2）

Manufacturing of corrosion resistant blade used in e.g. oil industries involves smelting chemical component of blade, molding, carrying out solid solution strengthening treatment, annealing, performing quench polish quench, grinding, spraying elastic coating, and drying.

LIU J, WANG C

Preparation of enamel double bottom pot for cookware, involves providing aluminum-based pot component, sand blasting bottom surface, and spraying mixture of silicon-alumina composite sol, metal organic framework-enhanced graphene composite material, composite additives and isopropanol.

WANG C

Low friction film for solar sailboard driving bearing inner wall of space aircraft, has film bottom layer attached to inner wall surface, and groove filled with lubricating material, where film is formed under vacuum environment.

WANG C, MENG D, FU Z, TANG Y, ZHU L, TIAN B, SHE D, LI W, YUE W, LIN N, KANG J

Preparing cerium oxide nanorod array/graphene composite material for photocathode protection, involves using conductive substrate as substrate, cerium salt solution as electrolyte and potassium chloride as auxiliary electrolyte.

YAO C, ZUO S, YAN X, LI X, LIU W, WANG C, YE L, WU H

Preparing composite powder modified by nickel-cobalt alloy on the surface of graphene microplate involves immersing certain amount of graphene microchips in oxidizing acid such as nitric acid solution and mechanically stirring.

WANG C, ZHANG P, ZHONG B

Preparing graphene aluminum composite material comprises e.g. providing graphene aerogel, stirring graphene aerogel with aluminum film, compounding graphene powder with aluminum film formed on surface and aluminum matrix.

CHEN C, YANG X, LI C, WANG C, ZHONG X

Preparation of aluminum alloy inner cylindrical wall surface to generate wear-resistant coating involves mixing graphene powder and aluminum powder, adding iron oxide powder and copper-titanium alloy powder, heating, curing and reacting.

TIAN H, YU Y, WANG C, GUO M, TANG Z, GAO J, CUI Y, ZHOU Z, WANG T, ZHANG A

Preparing low temperature self-propagating composite material useful for preparing self-lubricating wear-resistant coating, comprises mixing graphene powder and aluminum powder, heating and sintering.

WANG C, TIAN H, GUO M, TANG Z, YU Y, GAO J, CUI Y, ZHOU Z, WANG T, ZHANG A

Preparing graphene sheet in situ grown graphene reinforced aluminum matrix complex material comprises e.g. performing surface treatment of graphite sheets to remove surface impurities, and reducing the surface of the graphite sheet.

OUYANG Q, WANG C

Preparing modified graphene-containing tungsten carbide coating powder for preparing self-lubricating wearable coating, involves weighing modified graphene/nano tungsten carbide composite material, and mixing with absolute ethyl alcohol.

CUI Y, GAO J, GUO M, TANG Z, TIAN H, WANG C, ZHANG H, ZHOU Z