国家/地区 中国（36）
IPC部 C（36）
IPC大类 C25（36） C23（8） C01（5）
H01（5） B82（4） C02（3）
C08（2） C09（2） C22（2）
G01（2）
IPC小类 C25D（36）
IPC C25D015/00（18） C25D009/04（5） C25D013/02（5）
C23C018/12（4） C25D003/12（4） C25D003/38（4）
C25D003/46（4） C25D005/36（4） C25D007/06（4）
B82Y030/00（3） C02F001/461（3） C23C028/04（3）
C25B011/06（3） C25D005/50（3） C01B031/04（2）
发明人 CHEN X（3） CHENG D（3） LV W（3）
XU Q（3） ZHANG Q（3） CHEN J（2）
DONG B（2） JO T（2） JO T J（2）
KIDEOK S（2） LEE S（2） LEE S H（2）
LEI D（2） LI F（2） LI X（2）
公开年 2017（36）
申请年 2017（36）
专利权人 ELECTRIC POW.（3） UNIV SHANGHA.（3） ERDOS REDBUD.（2） ILJIN MATERI.（2）
UNIV BEIJING.（2） UNIV HOHAI（2）

Preparing large size and high quality graphene based on self-limiting nucleation growth comprises e.g. polishing the copper foil, depositing and covering with nickel metal, adding the covered nickel metal copper foil into growth chamber.

ZHANG A, YANG M, CHEN J, ZHAO Y, WEI W, ZHANG X

Preparing graphene-aluminum alloy wire comprises e.g. melting graphene and transition metal, preparing fine grain graphene composition material by spray method, electroplating with aluminum wire and annealing.

CHEN Q, ZENG J

Preparing nano composite graphene material involves carrying out electrochemical deposition of graphene in a chamber three-electrode system in an aqueous solution of graphene oxide, where chemically reduced graphene oxide is modified.

ZHAO S

Improving corrosion resistance of copper-magnesium alloy by graphene surface treatment, involves depositing copper magnesium alloy on surface of graphene oxide layer through electrochemically reduced to graphene to obtain graphene surface.

CHEN J, HE Q, MA A, JIANG J, SONG D, YANG D

Preparing nanosized composite material involves putting graphene oxide-glass fiber into muffle furnace for calcining with acetone and alkali, placing in aqueous solution of silane coupling agent and removing after washing.

YUE Y, LU H, QU Y, LI S, ZHANG L, WANG Y, ZHAO J, WAN X

Composite silver plating solution used in electrodeposition process, comprises water-soluble silver-containing compound, succinimide, pyrophosphate, graphene and polyvinylpyrrolidone.

LV W, ZHAO Y, WANG C

Complex modified electrode useful for detecting lead in livestock and poultry drinking water, comprises the graphene modified glassy carbon electrode.

LI Z, HUANG S, LIU Y, HUANG X, LIAO J, LI X, LI W, HUANG W, MEI M

Preparing graphene-nafion modified titanium network palladium electrode by dip-pull-electrodeposition method comprises e.g. treating sodium carbonate and oxalic acid with titanium mesh, adding graphene and ultrasonic dispersing.

SUN Z, MA X, WANG X

Graphene-metal composite multi-layer radiator comprises metal base layer, graphene film layer and soldering part, where graphene film layer is uniformly deposited on surface of metal substrate to form graphene metal composite layer.

DONG B, JIAO R, LEI D, LI Y, LIU L, LIU Q, SUN L, YI H, MENGGENQIQIGE

Preparation of aluminum-based graphene carbon nanotube composite radiating material involves putting graphene powder in absolute ethyl alcohol solution, adding aluminum salt solution, and obtaining dispersed aluminum salt graphene.

DONG B, LEI D, LI Y, LIU Q, MENG G, SUN L, YI H, MENGGENQIQIGE