国家/地区 中国（18）
IPC部 C（18）
IPC大类 C23（18）
IPC小类 C23C（14） B22F（6） C07D（4）
C23F（4） C09K（3） C04B（2）
IPC C23C004/06（9） B22F001/00（4） C23C004/126（4）
C04B024/16（2） C04B103/61（2） C07D285/125（2）
C09K011/64（2） C23C016/26（2） C23F011/06（2）
C23F011/16（2）
发明人 TIAN H（18）
公开年 2017（14） 2019（2）
申请年 2017（9）  2016（4）  2015（2）  2019（2） 
专利权人 AECC BEIJING.（8） INST OCEANOL.（4） AECC BEIJING.（2） AVIC BEIJING.（2）

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

Graphene-based flexible-enhanced Raman substrate, comprises single layer of graphene, where graphene layer is provided with metal plating layer, and polymer is coated on metal plating layer.

ZHANG J, TONG L, TIAN H, ZHANG N

Graphene loaded thiadiazole complex containing vanillin active group useful as rust inhibitor and protecting seawater corrosive media, comprises vanillin-(5-(p-methylphenyl)-1,3,4-thiadiazole-2-mercapto)-acetylhydrazone.

TIAN H, LI W, HOU L, HOU B

Graphene-supported thiadiazole complex containing furfural reactive group useful as rust inhibitor to protect seawater corrosive media.

TIAN H, LI W, HOU L, HOU B

Graphene-supported aminotriazole complex used as corrosion inhibitor for e.g. carbon steel, is obtained by loading functional active sites to chlorobenzaldehyde-(5-p-methylphenyl-1-amino-(1,3,4-triazolyl)-2-mercapto)-acetylhydrazone.

TIAN H, LI W, HOU L, HOU B

Anisic aldehyde reactive group-containing graphene loaded thiadiazole complex useful as rust inhibitor to protect seawater corrosion medium, in concrete alkaline environment or corresponding alkaline condition e.g. sea water medium.

TIAN H, LI W, HOU L, HOU B

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

Preparation of graphene-modified thermal barrier coating involves dissolving e.g. yttria in dilute hydrochloric acid, mixing solution with e.g. graphene oxide dispersion, oxidizing, and coating graphene-modified sol on substrate.

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

Preparation of graphene-modified residual stress sensitive coating involves mixing strontium carbonate, aluminum oxide and silicon dioxide, adding alcohol, milling, drying, and mixing resulting powder and europium-dysprosium doped powder.

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