国家/地区 中国（20）
IPC部 C（20）
IPC大类 C01（20） C09（3） B01（2）
B82（2） C23（2） H01（2）
IPC小类 C01B（20）
IPC C01B032/194（20）
发明人 XU C（20）
公开年 2018（7） 2021（5） 2022（4） 2017（2）
申请年 2018（5）  2022（4）  2017（3）  2021（3）  2019（2）  2020（2） 
专利权人 UNIV ZHEJIAN.（3） INST METAL R.（2） UNIV BEIJING.（2） UNIV CHINA P.（2）
UNIV JINAN（2） XUANCHENG HE.（2）

Method for modifying graphite used as cathode material in lithium-ion battery by fully dissolving asphalt in organic solvent, adding graphite and high-conductivity graphene, mixing uniformly to coat graphene surface, removing organic solvent and carbonizing solid product.

YANG W, XU C, LI Y

Transferring two-dimensional material by using higher fatty alcohol or higher fatty acid, comprises e.g. spin-coating to obtain higher fatty alcohol or fatty acid/two-dimensional material/substrate complex and obtaining higher aliphatic alcohol or fatty acid/two-dimensional material complex.

CHENG H, XU C, ZHOU T, REN W

Nano-modified graphene oxide used for preparing anti-cracking and toughening additive used in building, road, bridge and tunnel, comprises graphene oxide, and indium hydroxide crystal particles bound on graphene oxide through functional group on surface of graphene oxide.

LU L, XU C, CHEN Y, LI W, LI L

Preparation method of nitrogen-chlorine co-doped graphene involves graphite material as working electrode, platinum as counter electrode in mixed solution of ammonium nitrate and ammonium chloride, using constant voltage technology to electrochemical graphite.

XU C, LI Q, ZHENG H

Preparing power lithium-ion battery cathode material comprises preparing germanium or tin oxide/fast lithium-ion conductor, coating thin carbon layer on the outer surface of the above prepared material, performing carbothermic reduction, and reacting with phosphate, selenide or telluride.

ZHENG X, XU C, XU J, QIU L, LI G, HU X

Use of reduced metal oxide semiconductor nanomaterial in antibacterial material for killing pathogenic microorganisms such as prion, virus, mycoplasma, Chlamydia, Rickettsia, bacteria, fungi, Spirochetes and/or protozoa in e.g. antibacterial dressing, and antibacterial consumable.

CHEN T, MA X, XU C, WU A, REN W

Preparing mesoporous tin oxide nanorod/nitrogen doped graphene sensitive material useful for absorbing formaldehyde comprises mixing tin salt solution and graphene oxide, adding nitrogen doping agent, freezing, drying and cooling.

LU J, CAO Q, WANG Y, XU C, LI C

Patterned growth of vertically oriented graphene useful e.g. in energy storage, involves prefabricating required pattern on target substrate by ultraviolet lithography, and growing graphene by plasma enhanced chemical vapor system.

XU C, QIAN F, DENG J, XIE Y, WANG Q, HU L

Preparation of modified graphene, involves adding graphene and sulfur-nitrogen compound to water, adding obtained mixture to reaction furnace, heating, stirring, cooling, solid-liquid separating, and storing solid portion as product.

XU C, LIN P

New photoactive modified graphene i.e. 10,15-bis(2-oxoethoxy)tetrabenzo(bc,ef,kl,no)coronene-1,2,5,7,13-pentacarbaldehyde compound useful in preparing photopolymerizable composite material.

XU C