国家/地区 中国（59）
IPC部 C（59）
IPC大类 C22（59） B22（21） C01（9）
H01（9） C23（5） B21（4）
B32（3） B33（3） B82（3）
C09（2） C21（2） C25（2）
IPC小类 C22C（59）
IPC C22C001/05（27） C22C001/10（22） C22C009/00（17）
C22C021/00（16） C22C032/00（15） B22F003/105（7）
B22F009/04（7） B22F001/00（5） B22F003/14（5）
B22F001/10（4） C22C001/03（4） C22C001/04（4）
C22C014/00（4） C22C030/00（4） C22F001/04（4）
发明人 ZHANG X（59）
公开年 2021（16） 2016（9） 2022（8） 2015（6） 2017（6） 2018（6） 2019（4） 2023（4）
申请年 2022（11）  2016（10）  2021（10）  2015（9）  2017（7）  2019（5）  2020（5） 
专利权人 AVIATION IND.（6） YANCHENG INS.（6） CRRC IND RES.（4） UNIV HENAN S.（4）
AVIC BEIJING.（3） HARBIN INST .（3） UNIV TIANJIN（3） AECC BEIJING.（2）
UNIV SHANGHA.（2）

Graphene modified aluminum alloy wire used in overhead power transmission and distribution lines, comprises iron, silicon, erbium, carbon, and aluminum.

YANG Z, YANG B, ZHOU F, JIANG D, WANG Y, XIA F, ZHANG Y, XU J, ZONG Q, HU N, ZHANG X

Preparing copper-graphene composite material involves utilizing mechanical alloying method to prepare copper and polymer powder to obtain copper-polymer powder, cold isostatic pressing copper polymer powder to get bar melting region to bar porous rod material.

LIANG J, ZHANG X, WANG D, LI X, ZHOU S, GUO G, BAO F

Method for preparing metal-based composite material with enhanced graphene used in electrical and thermal conductivities involves mixing and dispersing graphene and metal powder to obtain reinforced powder, and compounding reinforced powder with metal base material by stirring friction technology.

PEI Z, LIANG J, YANG W, ZHANG X, CHEN Q

Heat treatment method for improving breaking power of mixing reinforced aluminum-based composite material of graphene and silicon carbide, involves sealing and storing and filling argon gas as protective gas into heat treatment furnace.

GENG L, ZHU X, JIA Z, QIAN M, ZHANG J, ZHANG X

Preparation method of graphene material of laminated aluminum/titanium laminated material, involves ultrasonically dispersing graphene, adding absolute ethyl alcohol, putting three beaker into ultrasonic oscillator, and mixing powder.

HOU H, XING Y, ZHANG X, CHEN L, LI M, LIU Y, ZHAO Y

High aluminum zirconium ceramic wear-resistant rod useful for vertical grinder in building material industry, comprises e.g. calcined kaolin, corundum sand, self-fluxing alloy powder, barium feldspar, pyrophyllite, sodium zirconate, zirconia fiber, titanium carbide, and graphene.

ZENG Y, ZHANG X

Preparing graphene copper composite material useful in supercapacitors and motor drive devices, comprises e.g. pre-setting multi-layer copper foil in hot pressing chamber, adopting chemical vapor deposition, preparing graphene film on copper foil surface, and sintering graphene-copper.

GONG M, ZHAO M, LI M, CHEN C, CHEN Q, YANG W, LI Y, WANG Y, LIU B, PEI Z, ZHANG X, LIANG J

Preparation method of graphene and silicon carbide hybrid reinforced aluminum matrix composition material, involves mixing nano-silica particles, aluminum powder and process control agent under protection atmosphere, ball milling, adding graphene nanosheets, ball-milling at variable speed.

GENG L, LI J, BAI X, YU J, QIAN M, ZHANG J, ZHANG X

Multi-metal-based wear-resistant disc brake pad useful e.g. for passenger and cargo, comprises e.g. organic binder, rare earth modified metal reinforcing material braided fiber, nano-carbon-based modified metal powder, inorganic reinforcing fiber, and friction performance modifier.

HUANG X, WANG Z, ZHANG X, ZHOU L, SUN Q

Preparing graphene metal matrix composite material, comprises carrying out surface metallization of graphene by molecular-level engineering treatment, and configuring certain proportion of organic solvent to mix metallized graphene and metal nanoparticles into paste for sintering.

ZHONG A, ZENG S, ZHANG X, ZHANG K