国家/地区 中国（19）
IPC部 C（12） H（6） B（2）
G（2）
IPC大类 C08（5） H01（5） C21（4）
C22（4） B82（2） C09（2）
IPC小类 C08K（5） C08L（4） C21D（4）
C22C（4） B82Y（2） C09D（2）
H01J（2） H01M（2）
IPC C08K003/04（5） C21D005/00（4） C22C033/08（4）
C22C037/06（4） C22C037/10（4） C08K003/26（3）
C08K013/02（3） B82Y030/00（2） B82Y040/00（2）
C08K003/22（2） C08K003/36（2） C08L067/00（2）
C09D007/61（2） C21D001/18（2） H01J009/02（2）
发明人 ZHU W（19）
公开年 2018（12） 2020（5） 2019（2）
申请年 2018（19）
专利权人 ANHUI NINGGU.（5） UNIV HUBEI A.（2） UNIV JINAN（2） UNIV TIANJIN.（2）
ZHU W（2）

Graphene-reinforced heat exchange gilled tube heat-radiator for automobile engine, has water outlet chamber, heat-radiating pipe and heat-radiating fin whose outer surfaces are coated with uniform graphene coating layer.

MAO H, ZHU W, XIONG Y, HUANG Z, LI X

High chromium ball comprises carbon, silicon, manganese, chromium, molybdenum, copper, sulfur, phosphorus, cerium, graphene, and iron.

ZHU W

Treatment process of high chromium alloy casting ball includes heating alloy water, adding graphene and cerium in deoxidized alloy water, smelting, deoxidizing, casting, annealing, cooling, polishing castings, quenching and tempering.

ZHU W

Processing of low-chromium alloy wear-resistant ball involves smelting carbon, silicon, manganese, chromium, copper, titanium, sulfur, phosphorus, and balance iron, casting, grinding, adding graphene, casting, cooling, and tempering.

ZHU W

Low chrome alloy grinding balls comprises carbon, silicon, manganese, chromium, copper, titanium, graphene, sulfur, phosphorus and iron.

ZHU W

Environmentally-friendly and heat dissipation thermoplastic polyurethane coating comprises e. g. thermoplastic polyurethane, epoxy resin, graphene, dihydrogen phosphate, thermal conductive filler, polyvinyl pyrrolidone and isopropanol.

LIU Z, ZHU W

Heat-resistant polypropylene plastic pipe comprises polypropylene powder, nano calcium carbonate, borate, silicon powder, graphene, Dispersant, stabilizer, polyurethane adhesive, and penetrant.

ZHU W

Method for preparing nano-lithium iron manganese positive electrode composite material, involves mixing iron source, manganese source, graphene oxide and additive and dispersing into water, followed by drying mixture, sintering and cooling.

ZHU W, LI L, ZHANG X, ZHU X, LIU D, ZHAO Y, WANG M, ZHAO S, CHENG C

Method of improving field emission performance of graphene sheet-carbon nanotube array composite material involves carrying out hydrogen plasma treatment of graphene sheet-carbon nanotube array using microwave nitrogen.

DENG J, ZHU W, ZHANG Y

Improving field emission performance of graphene sheet-silicon nanowire array composite material involves preparing silicon nanowire array by using metal catalytic corrosion method, and bombarding silicon nanometer by using silver ion.

DENG J, ZHANG Y, ZHU W