国家/地区 中国（42） 美国（15） 韩国（9） 日本（3） 世界知识产权组织（2）
IPC部 C（67）
IPC大类 C23（67）
IPC小类 C23C（67）
IPC C23C016/26（67）
发明人 WANG Q（4） ZHANG W（4） DAI D（3）
FARQUHAR J J（3） FENG Y（3） JIANG N（3）
LIN Z（3） SEAH C M（3） ZHANG Y（3）
CHEN B（2） CHEN Y（2） CHEN Z（2）
CHO K W（2） CHO S M（2） DI Z（2）
公开年 2018（34） 2020（17） 2019（16）
申请年 2018（67）
专利权人 FOURTE INT S.（3） UNIV PEKING（3） ZHANG W（3） BEIJING GRAP.（2）
CENT ADVANCE.（2） CHANGTAI HUI.（2） DEHUA LIXIN .（2） GLOBAL ENERG.（2）
KOREA ELECTR.（2） MCK TECH CO .（2） NINGBO INST .（2） POSTECH ACAD.（2）
QIDONG XIANG.（2） SHANGHAI INS.（2） SIZU TECHNO .（2） STATE GRID C.（2）
STATE GRID S.（2） UNIV NANKAI（2） XICHI TECHNO.（2）

Method for manufacturing graphene for coating cantilever used in scanning probe microscope, involves generating surface wave plasma of source gas by microwave excitation to directly form graphene film on substrate without using catalyst.

BSHWAKARMA L, ADHIKARI S, SBASHI S, UMENO M, MABUCHI Y

Chemical doping of graphene film involves irradiating laser to graphene film immersed in melt containing metallic compound dissolved in solvent.

AMUR A, UMENO M

Graphene-metal wire composite fiber has n-stage super-spiral multi-stage structure composed of sub-fibers, and first-stage sub-fiber is formed by spirally winding metal wires coated with graphene.

CHEN Y, ZHAO K, ZHANG T, REN A

Synthesizing graphene pattern by physically adhering catalyst block including catalyst material to portion of growth substrate, and forming graphene thin film selectively at interface between catalyst block and growth substrate.

PARK J, SIM Y, KIM J, SIM Y M, PARKJAEHYUN

Peparing graphene-metal foam composite comprises coating metal foam with solution of shellac, and heating the shellac coated metal foam, followed by cooling to obtain the graphene-metal foam composite.

PRAMANIK C, CHOUDHARY S K, SINGH R S

Multilayer thin film having excellent barrier performance and mechanical flexibility useful in optical device, comprises graphene layer, first barrier layer which heals defect of graphene layer, conductive layer, and second barrier layer.

KIMHYUNGKEUN, CHO S M, KIM K S

Preparation device useful in PET graphene coated coil, comprises reaction kettle, and the reaction kettle is orderly provided with atom fountain device by production process flow of polyethylene terephthalate-graphene film coiled material.

ZHANG W

Preparing a graphene tungsten-copper alloy comprises e.g. providing a first mixture comprising copper powder and optional dispersant, mixing first mixture in reaction furnace, introducing gaseous carbon source material, and reacting.

LIN Z, DAI D, JIANG N, HAN Y, ZHU Z, CHEN B, DING Y, ZHANG Q, WANG Q

Preparing graphene diamond tungsten copper alloy comprises e.g. providing a first mixture comprising copper powder and an optional dispersant, placing the first mixture in a CVD furnace, passing a gaseous carbon source material.

LIN Z, DAI D, JIANG N, HAN Y, ZHU Z, CHEN B, DING Y, ZHANG Q, WANG Q

Graphene-coated wire coil preparation device comprises reaction kettle is provided with atomic fountain, field effect separator, atomic disperser, wire feeder, wire, reorganizer, fermion stubborn device and quality inspection device.

ZHANG W