国家/地区 中国（34） 澳大利亚（2）
IPC部 C（34）
IPC大类 C01（34）
IPC小类 C01B（34） B01J（6） B82Y（6）
C08L（4） C01G（3） C08K（3）
C09D（3） B29B（2） B29C（2）
G01N（2） H01G（2）
IPC C01B032/184（34）
发明人 HE X（34）
公开年 2018（10） 2021（7） 2019（5） 2022（4） 2017（3） 2020（3）
申请年 2019（8）  2017（7）  2021（7）  2018（6）  2022（3）  2015（2） 
专利权人 HARBIN INST .（11） SHENZHEN XIC.（4） BEIJING HAIS.（3） UNIV ANHUI T.（3）
UNIV SHANGHA.（3） CLEAN AIR BE.（2） SHENZHEN STR.（2） ZHAOQING ZHO.（2）

Doped graphene composition material comprises e.g. graphene functional layer contains metal compound, metal simple substance, nitrogen-containing functional group laser induced graphene, sulfur-containing functional group laser induced graphene, base material layer containing precursor.

HE X, XIE H, ZHAO N

Graphene laminated composite material, has base material layer, graphene functional layer, and cellulose contained in graphene laminated composite material graphene functional layer has laser graphene, where cellulose is dispersed in substrate and graphene functional layer.

HE X, XIE H, ZHAO N

Preparation method of graphene layered composite material, involves using laser for irradiating laser-induced graphene substrate, where laser-induced graphene substrate contains cellulose and precursor, which comprises biomass-based material, synthetic-based material and/or mineral-based material.

HE X, XIE H, ZHAO N

Composite material for electromagnetic wave shielding or electromagnetic wave absorption, comprises electromagnetic wave absorbing materials containing two-dimensional graphene sheets, which is obtained by crushing carbon raw material through cavitation principle in liquid phase exfoliation method.

XIE Y, HE X, LIU W, HO H, HSIEH I

Graphene quantum dot composite material for use in lead-acid battery, is prepared by mixing carbon source with solid carrier particles, and reacting at specified temperature, or performing microwave treatment.

WU J, HE X, TIE S, HE K

Preparing graphene oxide material with high heat radiation coefficient and electromagnetic shielding, involves performing vacuum freeze drying treatment to slurry, carrying out high temperature graphitization treatment, processing cold pressed graphene sample, preheating, spraying and solidifying.

HE X, PENG Q, HOU J, ZHAO X, XU F, FU H

Preparing oil-soluble graphene quantum dot useful in preparing e.g. antistatic coating additives, comprises uniformly dispersing carbon source, lipophilic modified molecules, catalyst and solvent, reacting under normal pressure and filtering.

WU J, ZENG Q, HE X, TIE S, HE K

Method for preparing graphene carbon nanotube composite aerogel with sandwich structure, involves transferring quick-freezing platform to freeze dryer for vacuum drying and demolding quick-freezing platform to obtain graphene oxide carbon nanotube composite aerogel with sandwich structure.

WANG C, SUI C, LI J, ZHAO G, HE X

Preparation of in-situ growing carbon nanotube/graphene composite sponge by preparing oriented graphene sponge by chemical or thermal reduction, vacuum dipping in nickel(II) nitrate ethanol solution, drying and chemical vapor depositing.

PENG Q, CHEN Z, HE X, ZHAO X

Preparing graphene-like biochar for heavy metal removal used for removing lead ions or cadmium ions in aqueous solution, involves using plant petals as biochar carbon source material, and then washing and drying collected petals for use.

CHENG L, HE X, WANG H, WANG J, JIAO Z