国家/地区 中国（62）
IPC部 C（64）
IPC大类 C22（64） B22（45） C01（10）
C23（7） B33（6） B21（4）
H01（4） B82（3）
IPC小类 C22C（64） B22F（45） C01B（10）
C22F（9） C23C（7） B33Y（6）
B22D（3） B82Y（3） H01B（3）
B21B（2） B21C（2） C01F（2）
IPC C22C001/05（64）
发明人 LI J（8） DONG L（7） ZHANG Y（7）
CHEN B（6） LI D（6） LI L（6）
LIU Y（6） HUO W（5） JIANG L（5）
LI C（5） LIU K（5） LU J（5）
ZHANG Q（5） KOU H（4） LIU J（4）
公开年 2020（64）
申请年 2020（31）  2019（25）  2018（8） 
专利权人 XIAN RARE ME.（6） NORTHWEST IN.（5） UNIV NANCHAN.（5） UNIV NORTHWE.（4）
HARBIN INST .（3） CHINA PETROL.（2） GLOBAL ENERG.（2） GRINM ENG TE.（2）
JIANGSU ENN .（2） JIANGSU JIAN.（2） SINOPEC RES .（2） STATE GRID C.（2）
STATE GRID S.（2） UNIV HENAN S.（2） UNIV SHENYAN.（2） UNIV XIAN TE.（2）
XINJIANG XIJ.（2）

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

Improving interface bonding strength of graphene copper-based composites, comprises taking commercially available graphene material as reinforcement, ball milling, mixing, sintering and molding.

DONG L, LI L, HUO W, DU Y, LIU Y, LU J, ZHANG W

Preparation of composite material, involves dispersing graphene oxide-polyamino compound-carbon nanotubes nano-carbon material in aqueous nickel chloride ammonia solution, placing in tube furnace spark, sintering, and cooling.

ZHANG J, LI D, LIU L, PAN X, ZHANG Y, DONG L, LI Z

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

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

Preparing graphene-enhanced aluminum alloy tensile and thermal conductive composite material comprises e.g. mixing graphene with absolute ethanol solution to obtain uniformly dispersed graphene solution and adding aluminum alloy powder.

HU D, LI Q, XU X

Preparing graphene-reinforced niobium/niobium silicide composite material, comprises e.g. adding graphene or graphene oxide into anhydrous ethanol for ultrasonic dispersion treatment, and ball milling with niobium powder and silicon powder.

XIONG B, LIU K, WANG C, WANG Z, XIE Z, ZHANG T, LI X, CAI C

Preparing graphene-reinforced titanium aluminide alloy composite material useful in field of aviation engine, by e.g. adding graphene or graphene oxide to anhydrous ethanol to perform ultrasonic dispersion treatment, ball milling and drying.

XIONG B, LIU K, WANG Z, XIONG W, WU X, REN J, CAI C