国家/地区 中国（13）
IPC部 C（13）
IPC大类 C23（13）
IPC小类 C23C（13） B22F（4） C01B（3）
C22C（3） H01L（2）
IPC C23C016/26（7） B22F001/02（3） C01B032/194（2）
C22C001/05（2） C22C001/10（2） C22C027/04（2）
C23C014/06（2） C23C014/18（2） C23C014/35（2）
C23C016/02（2） C23C016/56（2）
发明人 LIN Z（13）
公开年 2022（5） 2018（2） 2020（2）
申请年 2018（4）  2016（2）  2021（2）  2022（2） 
专利权人 GLOBAL ENERG.（2） NINGBO INST .（2） STATE GRID C.（2） STATE GRID S.（2）

High-hardness wear-resistant nickel-phosphorus Teflon plating solution used for high hardness wear-resistant nickel phosphorus Teflon coating, comprises graphene modified polytetrafluoroethylene, where preparation method involves modifying graphene oxide by using a silane coupling agent.

LIN Z, LI W, LI Y

Graphene nanocomposite metal profile used in military and civil products, has nanoscale graphene layer which is compounded on surface of metal profile.

CONG D, LIN Z, ZHANG H, DUAN Z, JIA C, YANG S, ZHANG G

Preparing composite copper graphene involves preparing graphene heat conducting film as base material, performing regular perforation process on surface of base material surface, performing electroplating treatment, performing copper deposition on substrate surface and rolling.

LIN Z, CHEN Q, LIANG H, CAI J

High-speed steel self-lubricating coating comprises cobalt, chromium, carbon, and water.

LIN J, CHEN J, HUANG F, LANG Z, ZUO L, CHEN Y, PAN P, LIN Z, LU X

Continuous preparation method of three-dimensional in situ graphene reinforced metal base composite material used in aerospace and automobile , involves conveying stacked multi-layer graphene foam metal strip.

SHI P, SHEN Z, LIN Z, ZHONG Y

Preparing graphene/metal composite powder involves heating carbon-containing free radicals obtained by hot filament cracking to react with metal powder in a fluidized bed, lowering temperature to grow graphene on the fluidized metal powder.

DAI D, YANG K, LIN Z, JIANG N, MA H

Preparing a graphene tungsten-copper alloy comprises e.g. providing a first mixture comprising copper powder and optional dispersant, mixing first mixture in reaction furnace, introducing gaseous carbon source material, and reacting.

LIN Z, DAI D, JIANG N, HAN Y, ZHU Z, CHEN B, DING Y, ZHANG Q, WANG Q

Preparing graphene diamond tungsten copper alloy comprises e.g. providing a first mixture comprising copper powder and an optional dispersant, placing the first mixture in a CVD furnace, passing a gaseous carbon source material.

LIN Z, DAI D, JIANG N, HAN Y, ZHU Z, CHEN B, DING Y, ZHANG Q, WANG Q

Preparing graphene/copper powder material comprises e.g. adding copper powder to the fluidized bed, decomposing the gas phase carbon source into hydrocarbon bed, introducing fluidizing gas into fluidized bed and fluidizing copper powder.

LIN Z, LI S, DAI D, JIANG N, YU A, HOU B, CHU W

Preparing copper-doped multilayer graphene involves taking graphite target and copper target as raw materials, and introducing into carbon matrix by co-sputtering by direct current and radio frequency in magnetron sputtering.

TANG L, JI R, XIANG J, GAO S, YUAN S, WEI H, TIE X, LI X, ZUO D, WANG Y, LIN Z, HAN F