国家/地区 中国（15）
IPC部 C（9） H（6） B（4）
IPC大类 H01（6） B01（4） C01（2）
C08（2） C25（2）
IPC小类 H01G（3） H01M（3） B01D（2）
B01J（2） C01B（2） C08K（2）
C25B（2）
IPC B01D067/00（2） C08K003/04（2） C25B001/04（2）
C25B011/06（2） H01G011/24（2） H01G011/30（2）
H01G011/86（2） H01M004/62（2） H01M010/054（2）
发明人 CHEN Y（15）
公开年 2020（4） 2016（3） 2015（2） 2018（2）
申请年 2015（2）  2016（2）  2018（2）  2019（2）  2020（2）  2021（2） 
专利权人 SHANGHAI INST TECHNOLOGY（15）

Polyethylene glycol terephthalate/graphene two-dimensional layered composite film with T-type channel structure useful in e.g. ion transmission and sieving on polarizable oil/water interface, where film has two-dimensional layered Emi channel and single-dimensional micrometer channel.

CHENG H, SHENG C, YANG H, WANG X, CHEN Y

Preparing iron alginate-graphene oxide catalytic material comprises adding graphene oxide solution and sodium alginate, stirring, adding graphene oxide-sodium alginate solution drop wise to iron (II) sulfate heptahydrate and ascorbic acid, reacting, filtering, washing and drying.

TIAN P, LI T, LU Y, REN F, SUN B, MU X, CHEN Y, WANG Y, ZHAO Y, CHEN Z, HAN S, YANG Q, LU D

Preparing graphene/polyimide-derived carbon anode material useful in preparing cathode materials for sodium ion batteries, comprise e.g. removing the air in the solution, adding pyromellitic dianhydride and melamine and washing.

HUANG Y, KONG Y, MA J, CHANG B, HAN S, CHEN Y, JIANG J, LI Y, XUE Y, LIN H

Preparation of graphene oxide film for e.g. biomedicine, involves mixing graphene oxide dispersed aqueous solution and 1,2-dichloroethane to form electrolyte solution interface and adsorbing graphene oxide in aqueous phase on interface.

QIU H, CHEN Y, JIANG T, WANG X, SHENG C

Preparation of graphene-based antimony sulfide material used for forming negative electrode, involves mixing antimony source solution and ethylene glycol, adding sodium borohydride and polyvinylpyrrolidone, and hydrothermally reacting.

HAN S, MA J, HU X, HUANG Y, KONG Y, LI Y, CHEN Y, WANG H, JIANG P

In-situ synthesizing of iron-cobalt composite material useful for electrocatalytic hydrogen evolution reaction comprises e.g. mixing iron source, cobalt source and graphene oxide solution, formulating into solution and adding phytic acid.

JIANG J, CHEN Y, CONG H, TANG J, HU X, WANG L, YANG Y, MA J, HAN S

Preparation of graphene-based nitrogen-doped carbon layer composite used as cathode, involves solvothermally reacting phthalic anhydride and 2,6-diaminoanthraquinone in N-methylpyrrolidone graphene solution, and carbonizing.

HUANG Y, CHANG B, HAN S, LIU F, LIN H, ZHANG X, SUN Y, ZHU L, CHEN H, WEI H, KANG J, CHEN Y

Preparation method of graphene-iron-reduced graphene oxide composite material for use as electrode material of supercapacitor, involves dissolving gelatin, trisodium citrate and ferric nitrate nonahydrate, reacting, centrifuging and drying.

JIANG J, SUN Y, CHEN H, ZHU L, HAN S, ZHANG X, QIAN W, CHEN Y

Preparation of pyrite-reduced graphene oxide composite material for electrocatalytic hydrogen evolution in acidic solution, involves dissolving graphene oxide in dimethylformamide and adding aqueous solution of ferric nitrate nonahydrate.

JIANG J, ZHU L, QIAN W, CHEN H, FENG C, HAN S, WEI H, ZHANG X, CHEN Y

Preparation of topography-controlled graphene/cobaltous hydroxide composite material, involves adding precipitating agent and surfactant in resulting solution containing cobalt acetate tetrahydrate, and washing gel with deionized water.

CHEN Y, HAN S, LIN H, LIU J, ZHU J, LU D, YU N