国家/地区 中国（11）
IPC部 B（11）
IPC大类 B22（11） C22（7） C04（4）
F41（3） C01（2）
IPC小类 B22D（11）
IPC C22C001/10（6） B22D017/00（3） B22D019/08（3）
C04B035/563（3） C22C001/02（3） F41H005/04（3）
B22D013/10（2） C04B035/622（2） C04B035/626（2）
C22C021/00（2）
发明人 CUI Y（3） FANG N（3） FU S（3）
XIA L（3） ZHAO L（3） WANG S（2）
ZHAO Y（2）
公开年 2018（11）
申请年 2017（6）  2018（5） 
专利权人 ZHEJIANG LIT.（3） MENG J（2）

Producing graphene hub by using fly ash carbon dioxide comprises e.g. extracting alumina, titania and magnesia from fly ash, capturing the carbon dioxide from metallurgical, coal chemical or power plant, calcining and hot-melting graphene.

CHENG L, LIU X, XIANG Y, LIU H

Graphene-reinforced magnesium-based composite material comprises raw material oxide, graphene and magnesium matrix.

FEI W, WANG L, WANG M

Preparing copper-based alloy blank involves taking pure copper ingot, pure silver ingot, pure silver powder and graphene powder as raw material, and removing its surface oxide by reduction treatment, and mixing pure copper and silver ingot.

LIU S

Graphene composite material preparation device has control device that is configured to control centrifugal mold heater to operate according to temperature measured by first and second infrared thermometers.

WANG S

Steel ladle casting material comprises white corundum or plate corundum, alpha-active aluminum oxide micro-powder, magnesium sand powder, pure calcium aluminate cement, additive and graphene.

QIU W, RUAN G, BAO J, OUYANG J, ZHAO Y, CUI X

Preparation of graphene composite material involves adding host metal material to melting crucible of melting casting system, and controlling melting heater and then smelting, and simultaneously heating melt in centrifugal casting heater.

WANG S

Preparing graphene-reinforced aluminum-base composite material comprises cutting the aluminum alloy, weighing aluminum alloy block, mechanical cutting, preparing granule, adding into a quartz container, stirring, ball milling and casting.

ZHAO Y, ZHANG T, LIANG J, CHEN L, HOU H, LI M

Preparation of boron carbide-titanium alloy composite armor involves mixing boron carbide powder and graphite powder, adding graphene solution, mixing, milling, granulating, drying, pouring into mold, hot pressing, and sintering.

XIA L, CUI Y, ZHAO L, FU S, FANG N

Boron carbide ceramic is formed by splicing a boron carbide ceramic plate, and the boron carbide ceramic plate is formed by hot-pressing a boron carbide ceramic material that includes a boron carbide ceramic matrix and graphene.

XIA L, CUI Y, ZHAO L, FU S, FANG N

Preparation of boron carbide ceramic sheet involves adding dispersant to graphene solution, dispersing, adding boron carbide powder and graphite powder, ball milling to form slurry, granulating, drying, molding, hot-pressing and sintering.

XIA L, CUI Y, ZHAO L, FU S, FANG N