国家/地区 中国（33） 日本（2） 韩国（2）
IPC部 B（36）
IPC大类 B22（36） C22（17） C23（16）
C01（13） B82（4） H01（3）
C09（2）
IPC小类 B22F（36） C22C（17） C23C（16）
C01B（13） B82Y（4） B22D（2）
C09K（2） H01M（2）
IPC B22F001/02（36）
发明人 ZHANG Y（6） DONG L（5） LI D（5）
LI L（5） HUO W（4） LI J（4）
LIU Y（4） LU J（4） WANG J（3）
CHEN B（2） HE C（2） HE F（2）
HOU X（2） HU Z（2） LI Z（2）
公开年 2020（36）
申请年 2019（20）  2020（12）  2018（4） 
专利权人 XIAN RARE ME.（5） BEIJING TANR.（3） NORTHWEST IN.（3） JIANGSU ENN .（2）
JIANGSU JIAN.（2） UNIV TIANJIN（2）

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 graphene-reinforced copper-based complex material comprises sintering raw materials by hot pressing or spark plasma (SPS) to convert amorphous carbon film into graphene microcrystals.

YANG Y, ZHANG F, XIA L, LI F

Preparing high strength and toughness titanium carbide (IV) titanium alloy by co-strengthening comprises e.g. placing boron powder and titanium carbide titanium alloy spherical powder in planetary ball mill, and placing graphene material.

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

Method for manufacturing suspension distributed in graphene group, involves adding impact repeatedly to graphene via alcohol, and separating graphene by working homogenizer apparatus so as to separate every distributed graphene to alcohol.

KOBAYASHI H

Preparing graphene metal composite material involves preparing graphene derivative solution, pouring graphene derivative solution into body of mixing device, and pouring solid particles into body.

HUANG J, ZHOU Y

Preparing nickel-coated graphene silicon carbide involves using intermediate frequency furnace to melt metal nickel, and using breeze to blow the nano-graphene into vacuum tube, pouring the molten nickel water into the high-speed tuyere.

DAI Y

Performing semi-solid casting molding method for graphene oxide composite magnesium-based materials, comprises using magnesium alloy ingot, graphene oxide, polyvinyl alcohol, deionized water, absolute ethanol, magnesium oxide release agent.

ZHAO Y, CHEN L, LI Z, SUN X, LI L, HOU H, LI M

Preparing graphene reinforced copper-based composite material comprises oxidizing electrolytic copper powder, vacuum drying, performing reduction and placing reduced graphene oxide supported copper nanoparticle composite powder.

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

Preparation of graphene reinforced copper-based composite material involves mixing copper oxide powder with ethanol and glucose, ball milling to obtain composite powder, obtaining graphene-coated copper nanoparticle powder, and sintering.

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

Manufacture of nitrogen-doped titanium nanotube/reduced graphene oxide composite involves preparing graphene oxide exfoliated by oxidation reaction of graphite, preparing mixed solution by mixing e.g. urea, filtering, and calcining.

PARK S, DONGBEOM S