国家/地区 中国（29）
IPC部 C（29）
IPC大类 C25（29） B01（8） C01（7）
H01（4） B82（2） C02（2）
C07（2） G01（2）
IPC小类 C25B（29）
IPC C25B001/00（12） C25B001/04（9） C25B011/06（8）
C01B031/04（5） C25B015/02（3） B01J023/745（2）
B01J023/755（2） B01J027/24（2） B82Y040/00（2）
C01B031/02（2） C01B032/19（2） C01B032/198（2）
C25B001/02（2） C25B003/00（2） C25B011/04（2）
发明人 WANG Y（4） ZHANG L（3） ZHANG Y（3）
CHEN Z（2） KONG Y（2） LI J（2）
LI S（2） LI Y（2） LIU H（2）
LIU T（2） LIU X（2） SUN L（2）
WANG L（2） XU S（2） YUAN J（2）
公开年 2016（29）
申请年 2016（16）  2015（10）  2014（3） 
专利权人 UNIV BEIJING.（2） UNIV FUDAN（2）

Preparation of graphene-indium oxide mesoporous nanocomposite material for gas sensor, involves inserting graphite electrode in electrolyte, microwave treating electrolyte and adding indium oxide nanoparticles and graphene to water.

ZHANG Y, SUN B, TIAN Y

Preparing nitrogen trifluoride by electrolysis of ammonium bifluoride comprises adding conductive graphene into methanol, adding 1-hexyl-3-methylpyridinium bromide, mixing to obtain suspension.

CHEN G, LI J, ZHANG G, WANG N, ZHOU J, CHEN L, SUN L, QIAN H, HUA Y, XUN Y

Preparing porous micron tubes structured catalytic hydrogen storage synergistic material involves modifying surface of graphene with carboxyl group and hydroxyl group, and connecting modified graphenes to form mesh-connected graphene.

ZHAO M, CHEN R, WANG Y, HE G

Preparing high specific surface area magnesium hydroxide/graphene composite material used as adsorbent, involves preparing magnesium hydroxide solution by dissolving brucite in deionized water, and filtering solid insoluble matter.

DI Y, DENG X, PENG J, WANG Y, FENG N

Preparation of three-dimensional composite hydrogen evolution electrode involves performing electrodeposition using nickel substrate, pure nickel tube and composite plating solution prepared using e.g. graphene oxide and nickel chloride.

SHAO G, WANG L, QIN X, CHEN Z, ZHAO M, YIN X, LI Y

Preparation of molybdenum selenide/graphene/carbon nanotube composite material used as e.g. electrode material for lithium ion battery, involves dispersing graphene oxide and acidified carbon nanotubes in water.

LIU T, GAO W, SHI Y, FAN W, LU H, ZUO L, HUANG Y

Preparation of composite material from chitin used in graphene production involves placing for electrode into solution containing chitin and oxidized graphite, electrolytic depositing on electrode and separating.

CAO H, LI Z, LIU C, SHI C, YANG L, ZHANG Y

Preparation of metal-nitrogen independent co-doped graphene gel involves mixing resulting graphene oxide dispersion liquid with crosslinking agent, hydrothermally reacting mixture, cross-linking and drying.

CHU F, KONG Y, QIN Y, YUAN J, CHAO L

Preparation of phosphorus-doped graphene quantum dots used in biomedical applications, involves carrying out constant potential electrolysis using phosphorus-containing water-soluble macromolecular organic matter as electrolyte, and doping.

LI S, LIU H, LI Y, WANG L, LIU X

Preparation of few-layer graphene powder involves carrying out electrolytic treatment of graphite to obtain graphite intercalation compound, and carrying out liquid-phase expansion treatment to obtain graphite expansion intermediate.

LIU D