国家/地区 中国（97） 世界知识产权组织（2）
IPC部 B（99）
IPC大类 B22（99）
IPC小类 C22C（99） B22F（87） B22D（14）
C01B（14） B33Y（13） C22F（9）
C23C（9） H01B（4） B05D（2）
B21C（2） B82Y（2） C09D（2）
H01L（2） H01M（2） H02K（2）
IPC C22C021/00（99）
发明人 LI J（11） WANG X（9） WANG Y（8）
ZHANG S（7） ZHAO Y（7） LI Q（6）
WANG C（6） ZHANG J（6） LIU J（5）
LIU Y（5） WANG J（5） ZHU D（5）
CHEN L（4） HE C（4） HOU H（4）
公开年 2022（24） 2021（22） 2018（14） 2020（12） 2017（9） 2019（5） 2023（5） 2016（4） 2015（3）
申请年 2021（24）  2022（16）  2020（14）  2019（12）  2018（10）  2015（8）  2016（6）  2017（6）  2023（2） 
专利权人 UNIV NORTH C.（7） UNIV SHANGHA.（5） AVIC BEIJING.（3） HARBIN INST .（3）
NEW MATERIAL.（3） UNIV SOUTH C.（3） UNIV TIANJIN（3） XINJIANG XIJ.（3）
ANHUI TIANKA.（2） AVIATION IND.（2） UNIV KUNMING.（2） UNIV NANCHAN.（2）
UNIV SHENYAN.（2） WUXI SHENGXU.（2）

Preparing aluminum-carbon composites comprises obtaining composite powder of aluminum powder/carbon powder by mixing powder, adding additive materials into composite powder by friction stir deposition, performing subsequent processing to molding material.

MA C, ZHENG R, WU S, XIAO W

Preparation of high thermal conducting aluminum graphene and reduced graphene oxide composite material for e.g. heat exchanger, involves doping graphene or reduced graphene oxide around aluminum metal or its powder, casting molten mass into mould cavity and preparing cast composite materials.

NAYAK S K, SATPATHY B K, BHOJAK K, MITRA A, KAR S, PATRA B, SAHU A K

Preparing multilayer graphene reinforced aluminum-based composite material comprises mixing modified multilayer graphene and metal aluminum powder, and hot-melting mixed material in mold, where modified multilayer graphene is prepared by mixing boric acid, pentaerythritol and glacial acetic acid.

LIU J

Graphene enhanced nano bi-continuous abrasion-resistant aluminum-based composite conductor comprises aluminum rare earth alloy powder and powder graphene.

SUN B, WANG J, WANG Y, ZHANG C, FENG T, JU J, LV H, PENG P, GAO H

Metal composite material of biomimetic double penetration structure useful in aerospace, military equipment and ocean engineering comprises integrally formed dense titanium, porous titanium, and integrally formed dense aluminum alloy and porous aluminum alloy.

XIONG Y, ZHANG F

Liquid cooling plate based on coating graphene, has upper substrate and lower substrate that are connected together by rolling and flow channel is formed by blow molding.

SHI C, YANG R, ZAN Y, SHI X, RUAN R, YOU H, ZHUO N, WU Y

Preparation of graphene-reinforced aluminum alloy-based composite material, involves carrying out surface nitrogen-adding treatment of graphene-aluminum alloy composite powder, forming composite powder, sintering and hot-extruding.

WEI W, ZHENG Q

Preparation of graphene guide bar used in squirrel-cage-type three-phase asynchronous motor, involves ball-milling graphene, high-purity aluminum and polydimethylsiloxane, pressing, vacuum-sintering, cooling, applying pressure to sintered sample through fixed punch to cause plastic deformation.

WEN C, LU S, ZHAO P, ZHENG G

Preparing aluminum carbide and titanium trialuminide reinforced aluminum/titanium laminate materials in situ, comprises adding graphene and deionized water into beaker, stirring uniformly to obtain aluminum powder slurry, discharging and sintering block in graphite mold.

HOU H, LIU Y, LI M, ZHAO Y

Preparing closed cell foam metal composite material comprises adding copper salt, sodium citrate and graphene nanosheets into distilled water, ultrasonically dispersing, adding copper salt, sodium citrate and ceramic particles, coating ceramic particles loaded with copper and proposing crucible.

ZHAO Z, LIU R, YAN P, YANG L, WANG Z, ZHANG Z