国家/地区 中国（14）
IPC部 C（14）
IPC大类 C22（14） C23（14） B22（5）
C01（4） H01（3） A61（2）
IPC小类 C22C（14）
IPC C22C001/02（14）
发明人 ZHANG L（2）
公开年 2022（5） 2023（3） 2021（2）
申请年 2022（5）  2020（2）  2021（2）  2023（2） 
专利权人

Preparing nut with composite coating on its surface comprises ultrasonically dispersing modified fluorinated graphene, titanium boride-silicon dioxide, and xylene, adding mixed solution, melting copper, aluminum, chromium, iron, manganese, nickel, silicon and zinc, cooling, and heat treating.

YANG Z, GAO F, JIANG X

Method for preparing anti-oxidation bonding alloy silver wire containing graphene on surface in microelectronic packaging field, involves using polystyrene as carbon source to grow graphene on surface of copper plating layer to obtain bonded silver wire containing graphene on surface.

LI Y, LI S

Method for performing metallization process in surface of graphene metal-based composite material used in e.g aerospace, involves adding reducing agent for fully stirring, separating, water washing and drying to obtain surface metallization of graphene powder.

HU Y, ZHANG Q, LI Q

Method for preparing graphene metal composite material useful in field of alloy preparation for electrical, mechanical, and thermodynamic applications, comprises e.g. growing graphene on surface of metal material, heating, and applying pressure to metal material grown with graphene.

QU Y, TAN H, WANG W, SHEN D

Composite material for high-temperature-resistant hub, comprises magnesium alloy matrix and cladding layer, and magnesium alloy matrix comprises aluminum, zinc, manganese, rhenium, tungsten, lanthanum, silicon, magnesium and unavoidable impurities.

BIAN Z, ZHOU P, SHU Y

Hot dip plating using zinc-based graphene aluminum-silicon alloy comprises melting zinc, aluminum and metal silicon in resistance furnace, adding graphene, stirring and casting, and adding steel plate into zinc-based graphene-aluminum-silicon alloy hot-dip plating solution for hot-dip plating.

HU L, SHI Z, FAN Z, GAO B, YANG J

Corrosion-resistant aluminum alloy comprises ytterbium, zirconium, gallium, cerium, iron, chromium, magnesium, nickel, tin, zinc, and aluminum.

XIN D, ZHOU H

Method for Preparing oxidation resistant copper-based surface enhanced Raman scattering substrate, involves adding alloy strip into hydrochloric acid ethanol solution to remove alloy to obtain nano porous copper, carrying out acid washing on nano porous copper, and washing oxide layer off.

LIU J, NING J, ZHANG L, CHEN C, PAN D

Preparation of cast-in-situ growth graphene-reinforced copper composite material used in e.g. civil application, involves reducing surface of copper powder, carrying out radio frequency plasma enhanced chemical vapor deposition, smelting sample, continuously stirring, and cooling.

HUANG P, ZHENG Z, WANG F

Preparing graphene and in-situ nano-particle reinforced aluminum-based composite material comprises e.g. heating and melting aluminum alloy, and adding potassium fluoroborate and potassium fluorozirconate.

CHEN G, GUAN C, ZHAO Y, QIAN W, QIE X, HUANG L, GAO X, JIN L, KAI X