国家/地区 中国（94）
IPC部 C（94）
IPC大类 C01（94）
IPC小类 C01B（94）
IPC C01B032/184（37） C01B032/194（34） B82Y030/00（20）
B82Y040/00（20） G01N027/12（20） C01B032/198（15）
G01N027/30（14） C01B032/19（13） G01N021/64（11）
B82Y015/00（9） C09K011/65（9） B82Y020/00（8）
C01B032/186（7） C01G009/02（7） G01N027/327（7）
发明人 WANG J（6） LIU X（5） WANG Y（5）
GAO X（4） LI Y（4） LIU J（4）
WANG L（4） YANG S（4） YUE H（4）
BUHLMANN P P J（3） FENG L（3） GUO X（3）
KOESTER S J（3） LI M（3） LIN Z（3）
公开年 2021（94）
申请年 2021（58）  2020（28）  2019（8） 
专利权人 UNIV HARBIN .（4） BOSTON SCI I.（3） BOSTON SCI S.（3） LANZHOU CHEM.（3）
UNIV MINNESO.（3） CAS DALIAN C.（2） UNIV CHINA T.（2） UNIV GUANGZH.（2）
UNIV HUNAN（2） UNIV SHAANXI.（2） UNIV SOUTH C.（2） UNIV ZHEJIAN.（2）

Preparing modified graphdiyne nano-sheet useful e.g. as gas sensing material for room temperature nitrogen dioxide sensor element or in preparing room temperature nitrogen dioxide sensor element, comprises calcining graphene nano-sheet under inert atmosphere.

CAO C, LI P, SONG W

Preparing molecularly imprinted electrode for electrochemical sensor useful in detection of hydroxy radicals, comprises polishing glassy carbon electrode, adding imprinted molecule solution and functional monomer solution into phosphate buffer solution, scanning and removing imprinted molecules.

HU Y, JI W, TANG H, QU G

Palladium-doped reduced graphene oxide/zinc oxide-tin oxide heterojunction quaternary composite material for hydrogen sensor as gas-sensing material, comprises particle formed by agglomeration of particles which are based on reduced graphene oxide with two-dimensional network structure.

ZHAO P, MA T, CHEN T, ZHANG X, SUN J

Preparing precise patterned three-dimensional porous graphene and precise transfer method used in strain sensing involves preparing polydimethylsiloxane substrate, spin-coating phenolic resin polymer solution and casting layer of Ecoflex silica precursor polymer on surface of laser-induced graphene.

PING J, ZHANG C, YING Y

Tensile strain sensor material used in wearable electronic field, has organic polymer elastic material filled in pores of graphene gas gel layer, pores of metal network layer, and material forms grid-shaped hollow structure.

WANG G, LUO G, WANG X, WANG J, LIU J, LI W, LI J

Preparation of graphene super material used in thermochromic field, involves forming graphene oxide film on porous substrate, separating graphene oxide from substrate, and transferring graphene oxide to surface of flexible metal substrate.

LIN H, JIA B

Preparation of whiteboard paper containing graphene heat-conducting layer with ink absorbing performance involves forming graphene permeable core layer paper layer and graphene permeable type surface layer paper layer, detecting surface properties, compounding, surface sizing, drying and shaping.

HU X

Preparation method of a graphene-CMOS monolithic integrated detector chip, involves depositing isolation layer on surface of CMOS integrated circuit, and etching through hole in isolation layer to fill metal.

CHEN H, HUANG Y, ZHANG H, CHENG C, CHEN R, HUANG B

Medical device comprises graphene varactor comprising graphene layer, and non-covalent modification layer disposed on outer surface of graphene layer.

BUHLMANN P P J, KOESTER S J, NELSON J T, ZHEN X

Method for preparing three-dimensional graphene superelastic structure for flexible piezoresistive sensor, involves performing vacuum freeze-drying of graphene hydrogel to obtain three-dimensional graphene superelastic structure.

YANG S, LI Z, MA L, LUO R, WANG J