国家/地区 中国（9）
IPC部 C（7） G（2） H（2）
IPC大类 C07（2） C09（2） G02（2）
H01（2）
IPC小类 C07D（2） G02F（2）
IPC C07D487/22（2） G02F001/361（2）
发明人 YU W（9）
公开年 2016（5） 2015（3）
申请年 2015（9）
专利权人 UNIV JIANGSU（2） UNIV SHANGHA.（2）

Method for preparing metal semiconductor alloy layer, involves performing ion implantation on surface of defective graphene-forming metal layer to obtain controllable density graphene defect.

ZHANG B, MENG X, YU W, DI Z, ZHANG M

Surface modified silica/graphene oxide nano-composite material, prepared by binding amino group to silica nanoparticles and binding carboxy and epoxy functional group on both sides of two-dimensional graphene oxide nano-sheets.

CHEN L, FU J, SHI L, YU W, YIN J, ZONG P, SHANG D

New axial tin porphyrin covalently functionalized reducing graphene oxide nonlinear optical material comprising e.g. reduced graphene oxide-tin porphyrin-1, and prepared by e.g. reacting p-hydroxybenzaldehyde and reduced graphene oxide.

QIAN J, ZHANG C, LONG L, SONG J, WANG A, YU W

Thermally efficient adhesive film comprises heat guide adhesive, high efficiency heat film, graphite or graphene thin film, heat guide adhesive, metal substrate, insulation protecting layer and heat guide silicone or rubber film.

YU W, XIE H, YIN J, DING C

Nickel sulfide/graphene pattern three-dimension composite electrode material for super capacitor electrode material, is obtained by taking graphene oxide, and nickel acetate tetrahydrate and thiourea and carrying out hydro-thermal reaction.

CHU L, HAN S, HE Y, HE Z, HUANG Q, JIANG J, JIANG S, LIN H, LIU F, LIU Y, LI F, MA P, WU H, WANG C, XIONG L, WANG J, HANG Z, AI Y, YE F, SUN S, WANG X, LU D, YU W

Porphyrin-reduced graphene oxide nonlinear optical material comprises porphyrins covalently modified with reduced graphene oxide composition.

QIAN J, ZHANG C, LONG L, SONG J, WANG A, YU W

Preparing hydroxylated titania/graphene visible light catalyzing material involves adding graphene solution to water, ultrasonically dispersing mixture to obtain graphene dispersion, and dissolving acetic acid and titanium salt in ethanol.

CHEN C, LIANG B, LIU T, CAO S, YU W

Preparing thermally stable carrier of glucose oxidase based on graphene involves preparing graphene oxide, heating mixture containing 3-aminopropyl trimethoxysilane, and immersing in electrode, and measuring glucose oxidase activity.

CHEN C, CHENG Z, SHI L, WANG L, YAN W, YU W, HONG S

Preparing graphene based coating involves heating graphene oxide with ethylene in presence of argon gas in high-temperature reaction chamber, where a reaction is carried out for reducing hydroxyl group and carboxyl group.

DING Y, JIAO Z, LI H, TAN J, XIE P, YAN H, YANG W, YU W, ZHAO Y