国家/地区 中国（9）
IPC部 C（7） B（5） F（4）
IPC大类 F41（4） B22（3） C04（3）
C02（2）
IPC小类 F41H（4） B22D（3） C04B（3）
C02F（2）
IPC F41H005/04（4） B22D019/08（3） C04B035/563（3）
C04B035/622（2） C04B035/626（2）
发明人 XIA L（9）
公开年 2018（6） 2017（3）
申请年 2017（9）
专利权人 ZHEJIANG LIT.（4）

Preparing graphene-reinforced copper-based complex material comprises e.g. spraying suspension containing graphene on copper foil, drying to obtain copper foil having multple graphenes on surface, and assembling copper foil layers.

ZHANG F, ZHAO W, WU S, XIA L, ZHU X

Preparing graphene/titanium dioxide composite flexible photocatalyst film involves dispersing graphene oxide in water to obtain graphene oxide dispersion solution, and dispersing titanium dioxide in graphene oxide dispersion.

DONG S, ZHANG F, CUI L, XIA L, LI K, ZHAO Y, WU Y, SUN J

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-titanium alloy composite armor, has boron carbide ceramic plate formed by thermally pressing boron carbide ceramic material that is mixed with boron carbide ceramic matrix and graphene, where graphene is dispersed in ceramic matrix.

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

Preparing graphene-based composite material involves taking large bond structure possessed by polymerization ionic liquid as connecting site, carrying pH-sensitive polyacrylic acid to surface of graphene by non-covalent modification.

XIA L, ZHANG H, ZHANG J, ZHANG Q

Preparation of manganese carbonate/manganese tetrachloride/graphene ternary composite material used as lithium ion battery cathode material by preparing manganese/oxidized graphite solution, sonicating and dropping sodium carbonate solution.

HUANG X, ZHANG R, WEN G, ZHANG X, XIA L, ZHONG B

Treating acidic arsenate-containing wastewater involves preparing aqueous solution, coagulating, mixing separated graphene oxide-iron precipitate, and mixing isolated graphene oxide-iron(III) arsenate precipitate with alkali solution.

SONG S, YANG X, XIA L, TONG M, ZHANG X