国家/地区 中国（41）
IPC部 C（41）
IPC大类 C22（41） B22（26） H01（6）
C01（4） B33（3） C09（2）
C23（2）
IPC小类 C22C（41） B22F（22） C22F（8）
B22D（4） C01B（4） H01B（4）
B33Y（3） C09D（2） C23C（2）
IPC C22C032/00（41）
发明人 LI J（6） LI X（5） ZHANG Y（5）
LI Y（4） LIU W（4） LIU Y（4）
ZHANG W（4） CHI Y（3） DONG L（3）
HUO W（3） LI L（3） WANG X（3）
WANG Z（3） ZHANG H（3） ZHANG X（3）
公开年 2021（41）
申请年 2021（23）  2020（17） 
专利权人 METALI NEW M.（3） NORTHWEST IN.（3） XIAN RARE ME.（2）

Preparing graphene modified aluminum-based composite wire used in aerospace, involves adding metal aluminum powder, graphene, ceramic matrix composite and de-ionized water into stirring kettle, and stirring to obtain mixed solution.

DENG C, ZHAO K

Preparing graphene reinforced aluminum matrix composite material involves obtaining raw materials by drying graphene, aluminum powder and aluminum blocks in a drying box, and removing moisture, and chemically plating surface of the graphene with aluminum.

MA L, DING Y, YANG T, ZHAN S, JIA D, FAN Z, LI X, LI J, TU J, LI Y, DUAN H

Method for preparing graphene aluminum-based composite material, involves weighing graphene, graphene oxide, aluminum oxide, potassium chloride, magnesium oxide, pure aluminum, pure copper powder and mixing, putting mixed powder in ball milling tank.

WANG R, ZHANG X, LI J, ZHANG H, WANG D

Preparation of aluminum oxide/ferroferric oxide-doped graphene hybrid reinforced aluminum matrix composite for e.g. aerospace application, involves ball milling potassium ferrate, aluminum and graphite to obtain powder, annealing, ball milling with aluminum powder, cold-pressing and sintering.

GUO Z, SUN F, ZHANG S, YANG H, LIU H

Aluminum-based composite material useful in aviation, aerospace, automobile, military industry, and research fields comprises boron carbide, graphene or hexagonal boron nitride, and aluminum alloy.

LIU J, HUANG Z, ZHANG J, FENG Y, CHI H

Light alloy product used in aerospace, computer, communication and consumer electronics, and automobile manufacturing applications, is prepared by melting, mixing, and injection molding solid magnesium alloy raw materials and modified materials through complete machine.

SU X, CUI T, LI Q, LIU Y, GU L, ZHANG H, ZENG X, DENG J

Reinforced aluminum-based material comprises aluminum-copper aluminum alloy, aluminum-manganese aluminum alloy, aluminum-silica aluminum alloy, aluminum-magnesium aluminum alloy, nano titanium dioxide, graphene, nano silicon dioxide and boron carbide ceramic powder.

DUAN Z

Graphene-reinforced rare earth magnesium-based composite material comprises specified amount of graphene, silver and rare-earth magnesium alloy substrate.

JI S, LUO Z, HOU X, WANG S, XIAO L, DIAO W, SUN J, ZHOU H, WANG Y

IImproving high temperature oxidation resistance of silver-copper alloy useful in e.g. aviation field, involves mixing silver-cobalt-tungsten powder with adhesive forming aluminum-colony-tin tungsten welding paste, forming to obtain sheet-shaped solid silver-copper-titanium welding paste, cooling.

CHANG Q, GENG H, SUN Z, ZHANG B, ZHANG L

Improving copper-based composite material strength and conductivity matching based on in-situ reaction, comprises mixing graphene oxide powder and chromium-containing copper-based alloy powder by grinding, plasma sintering and cooling.

DONG L, ZHANG W, HUO W, LI L, HE J, LI X, CHANG G, SONG M