国家/地区 中国（18）
IPC部 C（15） B（8） H（2）
IPC大类 C23（8） C01（6） C09（5）
B01（3） B22（3） B82（3）
H01（2）
IPC小类 C23C（8） C01B（5） C09K（4）
B22F（3） B82Y（3） B01D（2）
B01J（2） C01G（2） H01M（2）
IPC C23C004/06（7） B82Y040/00（3） B01D053/02（2）
B01J020/20（2） B01J020/30（2） B22F001/00（2）
C01B032/194（2） C01B032/198（2） C01B032/949（2）
C01G041/02（2） C09K011/64（2） C23C004/126（2）
发明人 WANG C（18）
公开年 2017（14） 2018（2）
申请年 2017（14）  2018（2） 
专利权人 AECC BEIJING AERONAUTICAL MATERIALS INST（18）

Preparing asymmetric hydrophilic-hydrophobic composite bipolar plate on surface of integrated cathode and anode plates comprises e.g. dispersing epoxy resin, curing agent and conductive additive to obtain premix, adding expanded graphite, ball milling, molding composite material , vacuuming, curing.

YAN S, PENG S, WANG C

Preparation of nitrogen-doped graphene aqueous slurry by cleaning nickel foil by diluted hydrochloric acid, placing foil in vacuum chemical vapor deposition device reaction chamber, introducing porphyrin, heating, reacting and circulating.

NAN W, WANG J, WANG C, YAN S

Preparing graphene comprises e.g. immersing metal chloride-graphite intercalation compound, placing absorbed chloride-graphite interlayer compound in vacuum environment, heating to obtain expansion graphite and dispersing.

QI X, YAN S, PENG S, WANG C, WANG J

Preparation of graphene composite wave absorbing material based on 5G communication used as absorbent for full-band 5G mobile communication electromagnetic wave signal absorption, involves preheating carbonyl iron powder.

HONG Q, YAN S, CHEN X, LI X, 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

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

Preparing hollow structure nano tungsten oxide by in-situ growth of graphene oxide involves weighing certain amount of oxidized graphene and tungsten-containing precursor compound, mixing graphene oxide and adding absolute ethyl alcohol.

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

Graphene modified visual preparation method of wear-resistant coating by adding suspension to dispersed material under vacuum temperature, adding heated material, heating in high temperature tubular furnace, and ball milling.

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

Producing graphene modified thermal spray powder useful to produce residual stress coating material, comprises e.g. weighing calcium carbonate, aluminum oxide, silicon dioxide and alcohol, mixing and stirring powder and alcohol.

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