国家/地区 中国（77）
IPC部 C（77）
IPC大类 C01（77） H01（12） B82（11）
B01（8） C09（7） C08（6）
G01（6） B22（4） C02（3）
C23（3） C25（2） H05（2）
IPC小类 C01B（77）
IPC C01B032/184（77）
发明人 CHEN Y（77）
公开年 2022（17） 2018（14） 2021（14） 2017（12） 2020（9） 2019（5） 2015（2） 2016（2） 2023（2）
申请年 2019（13）  2017（12）  2022（12）  2020（11）  2021（11）  2018（8）  2015（6）  2016（4） 
专利权人 UNIV GUANGDO.（9） FUJIAN MATER.（3） ZHEXI NEW MA.（3） HARBIN JINNA.（2）
SHENZHEN SEN.（2） UNIV NANJING.（2） UNIV NANJING.（2） UNIV SHANGHA.（2）
UNIV SOUTHWE.（2） UNIV TSINGHU.（2） UNIV WUHAN S.（2）

Ultra-high temperature reducing atmosphere intermediate frequency roasting furnace comprises sequentially furnace front chamber, second furnace front chamber, pre-heating section, high temperature section, cooling section, water cooling section and discharger.

WANG J, CHAI X, WANG K, CHEN Y, ZHU Y, LIU P, LIU H, SHEN S

Preparation of multi-layer film material used for battery applications, involves dispersing two-dimensional material in solvent, filtering, adding film material dispersion of two-dimensional material layer adjacent film layer on formed material layer, drying and stripping.

CHEN Y, HUANG X, WANG Y, QUAN B

Preparing cobalt-niobium-oxide useful in lithium ion battery cathode material, composite porous graphene composite material comprises obtaining graphene oxide dispersion, adding hydrogen peroxide solution into graphene oxide dispersion, heating, adding cobalt and niobium oxide and ball milling.

CHEN Y, CHEN P

Processing method for high specific surface area micro-nano porous graphene film, involves activating carbon-containing substrate, obtaining conductive carbide and compressing both sides of conductive carbide to be graphitized using belt voltage roller to obtain graphene film.

GAO J, CHEN X, CHEN Y, ZHENG Y, LIU H

Preparation of mesoporous reduced graphene oxide absorbent used for preparing wave-absorbing material, involves adding graphene oxide powder to reducing agent aqueous solution, heating using blast drying oven, cleaning product using deionized water, freeze drying and grinding.

CHEN Y, WEN Q, CHENG H, SUO J, YE X

Preparing paper-based nickel nanotube-graphene doped bismuth sulfide nanorod, comprises selecting common filter paper or chromatographic paper as paper substrate, mixing graphene and bismuth sulfide suspension, using deionized water and anhydrous ethanol, and drying in oven.

YU J, TAN X, LI L, YIN W, LIANG B, CHEN Y

Preparing graphene aerogel fiber used in graphene heat insulating material comprises adding flake graphite powder, adding pre-oxidized graphite powder, potassium permanganate, hydrogen peroxide, dilute hydrochloric acid, mixing, adding L-ascorbic acid, reducing and drying.

ZHANG W, YUAN K, LI M, WANG Y, CHEN Y, ZHANG L, CHEN L

Integrated forming method of ultraviolet ultra-fast laser processing high specific surface area graphene, involves obtaining high specific surface area of activated graphene film in ultraviolet ultra-fast laser in situ processing material film, and cleaning activated graphene thin dry treated.

GAO J, CHEN X, CHEN Y, XIE B, LIU H

Preparing magnetron graphene-based micro-nano motor comprises mixing ferric chloride crystal powder with deionizgraphene-baseded water, immersing in ferric chloride solution, attaching carbon-based microspheres, and pumping out gas in vacuum cavity and continuously introducing oxygen.

CHEN X, HOU M, YAN L, XIE B, GUO Y, CHEN Y

Preparing composite wave absorbing film material comprises adding copper nitrate trihydrate and trimesic acid into equal volumes of deionized water and ethanol, adding graphene oxide solution, suction filtering to obtain composite film, drying the suction filter membrane.

CHEN Y, WANG Y, QUAN B, ZHANG B