国家/地区 中国（84）
IPC部 B（84）
IPC大类 B82（84） C01（54） C09（27）
B01（11） H01（10） G01（7）
C23（6） C25（6） B22（4）
C02（4） C08（3） H05（3）
A61（2） C04（2） C10（2）
IPC小类 B82Y（84） C01B（50） C09K（26）
C01G（14） B01J（10） C23C（6）
G01N（6） H01M（6） C25B（5）
B22F（4） C01F（4） C02F（4）
H05K（3） A61K（2） C04B（2）
IPC B82Y040/00（84）
发明人 WANG X（7） WANG Y（6） LIU Y（5）
ZHANG H（5） ZHANG Y（5） CHEN A（3）
GAO C（3） GUO Y（3） LI M（3）
LI X（3） LI Y（3） LIU X（3）
PENG L（3） WANG F（3） WANG Z（3）
公开年 2018（70） 2020（8） 2019（6）
申请年 2018（84）
专利权人 UNIV SHANGHA.（4） HANGZHOU GAO.（2） UNIV BEIJING.（2） UNIV JILIN（2）
UNIV JINAN（2） UNIV SHANDON.（2） UNIV WENZHOU.（2） UNIV ZHEJIAN.（2）
ZHU J（2）

Sheet-layer array composite material for heat absorption and conduction, comprises metal nanoparticle nucleation site which is supported on the graphene sheet, where a conductive polymer nanocluster array is grown on the nucleation site.

WANG S, XIA Z, SUN G, MAO J

Graphene oxide/carbonyl iron wave-absorbing composite material, which is core shell structure, used for wave absorbing material for electromagnetic wave absorption field, comprises graphene oxide layer compounded on surface of carbonyl iron.

XI H, ZHOU W, ZHAO Y, MA L

Multi-fluorescent nitrogen-doped graphene quantum dots in selective determination of iron ions in solution, prepared by e.g. performing electrolysis, centrifuging the electrolytic solution to obtain solid powder, separating and purifying.

ZHI J, FU Y, GAO G

Preparation of composite heat dissipation material used in e.g. computers, involves dispersing copper and graphene powder and carbon nanotubes into absolute ethanol solution, depositing, annealing, and cooling.

HU X

Preparation of nanocomposite material includes mixing rhenium precursor, sulfur precursor and hydroxylamine hydrochloride in deionized water, adding graphene oxide aqueous suspension, sealing, treating, cooling and collecting black powder.

LIU X, CAI X, CHEN H, YE Y, ZHENG Z

Preparation of graphene material involves ultrasonically processing composite solution formed by mixing graphene oxide suspension with zeolite suspension to form atomized droplets, treating droplets with plasma and depositing on substrate.

HE J

Method for synthesizing graphene oxide that is utilized in electronics, medicine, pharmacology and construction industries, involves oxidizing ground graphite, obtaining mixture of sulfuric acid and dry ice and mixing reagents.

ARKHIPOV M A, ARSANUKAEV M M, MOTCHANYI A I, KOVALEV S S, SHITSLE V F, MOTCHANY A I

Graphene/triiron tetroxide composite material used for forming e.g. electromagnetic wave shielding material, comprises reduced graphene oxide and triiron tetroxide nanoparticles, and includes three-dimensional porous structure.

HUANG Y, CHEN Y, CHEN H, HUANG Z

Preparing sub-10 nano-stable graphene quantum dot involves placing boron nitride on a metal foil substrate, etching nano-holes on the boron nitride with a helium ion microscope, and using a chemical vapor deposition method.

LIU K, CHEN D, QIAO R, YU D

Preparing graphene oxide nano belt comprises e.g. preparing experimental materials and instruments, placing multi-walled carbon nanotube powder into beaker, stirring at room temperature, and intercalating carbon nanotubes with sulfuric acid.

SHI J