国家/地区 中国（164）
IPC部 B（164）
IPC大类 B22（164）
IPC小类 B22F（164） C22C（162） C23C（27）
C01B（24） C22F（19） B33Y（18）
H01B（12） B82Y（7） H01M（6）
B22D（5） C21D（4） B21B（3）
C25C（3） B21C（2） B60M（2）
IPC B22F009/04（164）
发明人 ZHANG Y（23） LI J（12） LIU Y（12）
WANG H（10） WANG Y（10） DONG L（9）
LI X（9） LI Y（9） WANG J（9）
WANG X（9） ZHAO Y（9） YANG W（8）
LI L（7） WU G（7） ZHANG S（7）
公开年 2021（44） 2022（41） 2020（30） 2023（18） 2018（10） 2016（7） 2017（6） 2019（6）
申请年 2021（49）  2022（37）  2020（28）  2019（20）  2017（7）  2018（7）  2015（5）  2016（5）  2023（5） 
专利权人 HARBIN INST .（9） UNIV NORTH C.（6） XIAN RARE ME.（6） UNIV SHANGHA.（5）
NORTHWEST IN.（4） UNIV HENAN S.（4） UNIV JINAN（4） UNIV KUNMING.（4）
UNIV NORTHWE.（4） UNIV XIAN TE.（4） UNIV NORTHEA.（3） ANHUI WOERSE.（2）
BEIJING INST.（2） HUNAN ZHONGX.（2） JIANGSU JITR.（2） NANJING INST.（2）
SHENZHEN INS.（2） UNIV HARBIN .（2） UNIV JIANGXI.（2） UNIV NANJING.（2）

Medium-strength and high heat-conducting titanium-based composite material, comprises reinforcing body and pure titanium substrate.

JIANG P, ZHANG W, ZHAO Y, LI L, XU Y

Titanium carbide-based metal ceramic used for preparing wear-resistant product, comprises graphene, alloy steel and titanium carbide.

WANG X, XIAO Z, CAO Z, LI J

Preparation method for improving performance of AB-type hydrogen storage alloy involves carrying out normalization processing to obtained parameters, configuring e.g. one-dimensional graphene to form graphene catalyst, and mixing with alloy powder formed by alloy raw material.

ZHENG X

Preparation method of graphene-interface phase core-shell network titanium matrix composite material used in aircraft engine, involves sintering titanium-based material and high-purity graphite ball after mixing powder to obtain composite material.

WANG X, LIU M, LI S, WANG L, ZHANG L, QU L, CUI B, WANG Y, DU Q, SUN Y, LI A

Enhanced titanium-based composite material with graphene size and six square boron nitride has titanium-based composite material comprises substrate and reinforcement, where reinforcement is graphene and hexagonal boron nitride nanosheet.

WANG H, XIONG N, MU X, CHENG X, FENG K, ZHANG H

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

Preparing synergistic reinforced aluminum-based composite material of graphene silicon nitride, comprises placing high density graphene silicon-nitride-reinforced aluminum-based composite material ingot for large plastic deformation treatment and homogenizing.

HAN X, QIAO J, WEI Z, WANG P, XIU Z, KANG P, CHEN G, ZHANG Q, JIANG L, WU G, YANG W, JU B

Preparation of cobalt-based composite material used in lithium battery negative electrode material, involves performing discharge plasma sintering treatment to cobalt antimonide and graphitized carbon powder, ball-milling, and depositing non-metal semiconductor material layer on obtained material.

XU Y, WANG X, LIU T

Use of chromium-containing alloy element powder material on gearbox synchronizer hub, by preparing chromium-containing alloy element powder material, using gearbox synchronizer gear hub mold, press molding, sintering, tempering, shaping, machining, finishing, and performing magnetic flaw detection.

ZHONG Y, YUN G, LI G

Preparing oriented carbon nanotube-graphene/copper composite material for use in aerospace industry, involves placing graphite mold in electromagnetic field, adding dry composite powder slowly to align powder in mold, and solidifying powder by Spark plasma sintering vacuum sintering apparatus.

DU H, LIU S, DENG W, DENG L