国家/地区 中国（67）
IPC部 C（68）
IPC大类 C22（68）
IPC小类 C22C（68） B22F（27） B22D（10）
C22F（10） C23C（6） C01B（5）
B21C（4） B21B（3） B33Y（3）
B82Y（2） H01B（2）
IPC C22C001/10（68）
发明人 LI J（7） LI L（7） WANG X（7）
ZHANG Q（7） LI M（6） LI Y（6）
ZHAO Y（6） CHEN L（5） HOU H（5）
JIANG L（5） LIU J（5） LIU Y（5）
SUN X（5） CHEN G（4） GOU H（4）
公开年 2020（68）
申请年 2020（32）  2019（27）  2018（9） 
专利权人 HARBIN INST .（6） UNIV NORTH C.（5） XINI NANJING.（3） BEIJING STAT.（2）
CHINA PETROL.（2） GLOBAL ENERG.（2） GUANGZHOU AN.（2） SHENZHEN NON.（2）
SHENZHEN ZHO.（2） SINOPEC RES .（2） STATE GRID C.（2） STATE GRID S.（2）
UNIV JINAN S.（2） UNIV NORTHWE.（2） UNIV XIAN TE.（2） XIAN RARE ME.（2）

High-conductivity metal complex material comprises graphene, carbon nano-tube, metal powder, and swelling agent.

WANG C

Preparation of graphene reinforced aluminum matrix composite material with dual-mode structure involves preparing three-dimensional graphene framework, mixing with aluminum metal powder, cold pressing, and heating.

SHAO P, MEI Y, LIU J, YIN Q, ZHANG Q, YANG W, WU G, JIANG L, CHEN G, KANG P, XIU Z, QIAO J, ZHOU C, GOU H

Preparation of graphene reinforced aluminum composite material involves immersing preheated graphene/aluminum preform in molten aluminum, introducing mixture of nitrogen and oxygen to form composite and performing deformation treatment.

JU B, XIE W, LIU J, YANG W, ZHANG Q, WU G, JIANG L, CHEN G, KANG P, XIU Z, QIAO J, ZHOU C, GOU H

Preparing nano-particle doped graphene oxide reinforced copper-based composite material comprises e. g. taking graphene oxide and nano-particle powders and adding into deionized water and stirring two mixtures.

WANG X, LIU J, LIANG Y, LI M, TANG W

Electrical grade aluminum alloy energy-saving conductor comprises graphene powder, copper and iron, remaining components silicon, magnesium, zinc, antioxidant, and barium metaborate, and aluminum.

LIN C

Preparing cluster-type aluminum-based composite material by using graphene reinforced aluminum-based composite material waste, by pre-processing composite material waste, preparing composite material powder, and preparing composite material.

XIE W, MEI Y, XING Y, SHAO P, ZHANG Q, YANG W, WU G, JIANG L, CHEN G, KANG P, XIU Z, QIAO J, ZHOU C, GOU H

Strengthening the interfacial bonding of graphene nanoplatelets/titanium composite by directional growth of titanium boride whisker comprises e.g. preparing boron-containing substance-GNPs/titanium composite powder, sintering and heating.

ZHANG H, LIU L, LI Y, CHENG X, FAN Q, MU X

Preparing high-toughness graphene-reinforced aluminum-based composite material comprises e.g. pre-dispersing the graphene micro-sheet and ultrasonically dispersing the graphene micro-sheet in distilled water.

SHAO P, XIE W, MEI Y, ZHANG Q, YANG W, WU G, JIANG L, CHEN G, KANG P, XIU Z, QIAO J, ZHOU C, GOU H

Composite copper-silver alloy wire comprises silver powder, graphene and copper powder, and is formed by uniformly dispersing graphene powder by argon gas blowing into silver powder and copper powder smelting liquid.

ZHOU S, FU Z, LIU Y, XU M, JIANG H, CAO D, CHEN W, XIAO Y, CHEN R

Producing composite copper-silver alloy wire involves adding graphene oxide to the mixed solvent, adding a mixed additive of graphene oxide, ultrasonically dispersing, and obtaining the graphene oxide dispersion is obtained.

ZHOU S, FU Z, LIU Y, XU M, JIANG H, CAO D, CHEN W, XIAO Y, CHEN R