国家/地区 中国（29） 欧洲专利局（EPO）（2） 世界知识产权组织（2）
IPC部 G（11） C（10） H（7）
A（5） B（3）
IPC大类 G01（9） H01（7） C01（6）
A61（5） B82（2） C23（2）
G06（2）
IPC小类 G01N（7） C01B（6） A61B（5）
H01L（5） B82Y（2） C23C（2）
G01R（2） G06F（2） H01G（2）
H01M（2）
IPC C01B031/04（5） G01N027/12（4） H01L031/18（3）
A61B005/0245（2） B82Y030/00（2） B82Y040/00（2）
C23C016/26（2） G01R033/038（2）
发明人 WEI D（31）
公开年 2015（21） 2016（9）
申请年 2015（31）
专利权人 CHINESE ACAD.（21） CHONGQING MO.（6） UNIV FUDAN（4） NOKIA TECHNO.（2）

Apparatus used e.g. to water split, comprises plasmonic resonators configured to undergo plasmonic resonance upon irradiation by electromagnetic radiation, and graphene oxide positioned within space and in electrical contact with resonators.

HARRIS N, ASTLEY M, WEI D

Apparatus e.g. battery, has charge collector, ionic layer comprising room temperature ionic fluid and solidifying material, graphene oxide provided on charge collector and conductive material spaced apart from charge collector.

WEI D, ZARRA S

Flexible graphene nano wall magnetic field detecting device, has flexible substrate whose sides are covered with pressure sensitive layer and magnetic site induction layer, where pressure sensitive layer is equipped with parallel electrode.

DU C, SUN T, SHEN J, SHI H, YANG J, WEI D, YUAN K, YU Y

Terahertz spectrum technology based graphene thin film conductivity measuring method, involves determining light path of terahertz time domain spectrum thin film, and determining visible light wave of graphite alkene electricity guide.

CUI H, DU C, LI Z, SHI C, SHI H, WEI D, YAN Z

Graphene capacitive touch screen with pressure sensing, has main control chip according to interface chip a and b input information and touch position and corresponding touch pressure of capacitive touch screen are obtained.

DU C, LUO W, SHI H, YANG J, WEI D, WEI X

Human body flexible graphene nano wall magnetic field detecting device, has sensitive layer and induction layer adhered on two sides of substrate, and parallel electrode arranged on sensitive surface layer that is covered with nano wall.

DU C, SUN T, SHEN J, SHI H, YANG J, WEI D, YUAN K, YU Y

Three-dimensional non-catalytic substrate-loading graphene film structure used for e.g. microelectromechanical system device comprises non-catalytic substrate, etched surface body three-dimensional structure and graphene thin film cover.

DU C, SHEN J, SHI H, YANG J, WEI D, YU C, SONG X, YU Y

Preparation of graphene involves adding substrate and solid activated carbon to plasma-enhanced chemical vapor deposition apparatus, heating, passing gas, opening plasma generator, growing graphene, and cooling to room temperature.

CAI Z, CAO M, LI K, LI M, LIU D, QI G, WEI D, XIA D

Graphene-based thin-film photoelectric detector for use in low light detection and ultrafast light pulse detection, comprises silicon-silicon dioxide substrate, graphene light absorbing material, gold source and drain electrodes.

FENG S, SHI H, WEI D, WEI X, ZHOU D, SHEN Y

Preparing three-dimensional microporous graphene by adding transition metal simple substance powder or transition metal-containing compound as catalyst in reactor, increasing reactor temperature, introducing inert gas and heating.

LI M, WEI D, ZHENG B, XIA D