国家/地区 中国（36） 世界知识产权组织（14） 韩国（13） 美国（12） 欧洲专利局（EPO）（4） 日本（4） 印度（3） 澳大利亚（2） 巴西（2）
IPC部 B（49）
IPC大类 B01（49）
IPC小类 B01J（49）
IPC C01B031/04（30） C01B003/04（11） B01J021/18（8）
B01J027/24（8） B01J020/20（7） C01B031/02（6）
C01B032/184（6） B01J020/28（5） B82Y030/00（5）
B01J019/10（4） B01J023/755（4） C02F001/28（4）
C23C016/26（4） B01J013/00（3） B01J019/08（3）
发明人 ZHANG L（4） LEE S J（3） ZHANG Q（3）
ZHANG X（3） CHOI S Y（2） DONG Y（2）
KIM S I（2） KONG L（2） LEE K H（2）
SHIN M S（2） YAN J（2） YANG F（2）
公开年 2016（49）
申请年 2016（49）
专利权人 UNIV SOOCHOW（3） ZHANG L（3） CHEORWON PLA.（2） UNIV JIANGNA.（2）

Growing graphene coating or carbon nanotubes on catalytic substrate involves performing chemical vapor deposition by exposing catalytic substrate to carbon containing gas.

CHOUBAK S, LEVESQUE P, GAGNON P, MARTEL R, DESJARDINS P

Manufacture of graphene used in manufacture of e.g. display apparatus, involves adding graphite-based material to fluid containing solvent and rotating fluid to perform delamination of graphite-based material by shear force.

KIM T, PARK S, YOUNG K T, JUN P S

Metal-organic framework-based graphene oxide water oxidation reaction catalyst comprises porous metal-organic framework material and graphene oxide on which porous metal-organic framework material is uniformly distributed.

QU L, CAI J, CHEN Q

Method for synthesizing multi-layer graphene e.g. trilayer graphene, involves heat-treating catalytic metal layer on substrate while supplying methane gas, and synthesizing multi-layer graphene on heat-treated catalytic metal layer.

HAM M, SON M, HAM M H, SON M W, XIAN W, SUN M

Production method of graphene/nickel composite material involves dispersing oxidized graphene solution and nickel source, obtaining composite solution of graphene oxide and nickel source, adding to reducing agent and reacting.

CHENG J, ZHANG Z, WU K

Preparation of phosphorus-doped porous graphene used for catalyzing benzylamine, involves mixing templating agent with dispersion containing organic carbon and phosphorus source, removing solvent to obtain precursor mixture and calcining.

YANG F, FAN X, LI Y

Preparing graphene hydrogel with adjustable internal structure involves ultrasonically dispersing oxidized graphene powder in deionized water to obtain aqueous dispersion solution of oxidized graphene.

ZHANG X, XIE Y, XIE D, ZHONG L

Preparation of silicon carbide nanowire comprises mixing silicon and silicon dioxide, adding graphene, mixing, placing in vacuum sintering furnace filled with argon, vacuum sintering and cooling to room temperature.

GUO H, HU Z, XU J, ZHAN Y

Synthetic water-soluble polymer for forming highly stable colloidal graphene solution, has structure containing one or more hydrophobic functional groups and hydrophilic functional groups substituted by hydrophobic functional group.

YOON H, SHIM H W, AHN K J

Composite material having a porous graphene-based foam matrix used to remove target species e.g. mercury from liquid or gas, comprises porous inorganic micro-particles and metal oxide nano-particles distributed throughout foam matrix.

LOSIC D, TRAN D, KABIRI S