国家/地区 中国（13）
IPC部 C（5） H（5） B（2）
G（2）
IPC大类 H01（5） B82（2） G01（2）
IPC小类 H01G（4） B82Y（2） G01N（2）
IPC H01G011/24（2） H01G011/32（2） H01G011/36（2）
发明人 ZHANG G（13）
公开年 2014（13）
申请年 2014（8）  2013（5） 
专利权人 UNIV HANGZHO.（3） UNIV HUBEI C.（2）

Composite material comprises graphene oxide, silicon dioxide and polyaniline.

JIANG J, ZHANG G, WU C, WU J, LAI G, WANG H

Pore-structured graphene/silica/polyaniline composite used in electrode material of supercapacitor, comprises three-component composition comprising specified amount of graphene, silica and polyaniline.

ZHANG G, JIANG J, WU C, GONG K, WANG H, YANG C, WU J

Usage method of graphene oxide/silica composite material involves mixing graphene oxide/silica composite material, conductive agent and binder, and coating resultant mixture on current collector made of electrode material.

DONG Y, GONG K, LAI G, JIANG J, WANG H, YANG C, ZHANG G, WU J

Graphene/pin zinc oxide crystal whisker composite wave-absorbing material comprises graphene, needle zinc oxide whisker, and epoxy resin adhesive in which components are mixed to form complete electric conduction network.

DING Y, LIAO Q, ZHANG G, ZHANG Y, ZHANG L, ZHANG X

Carbon nano-tube array composite electrode super capacitor has lead wires that are connected with collecting electrodes which are covered with graphene thin film surface, and electrolyte provided at inner membrane chamber.

HAN J, JI G, JIANG J, WU M, SU R, ZHANG G, WANG Z, XU J, LIU L, YAO C, WEN J

Graphene FET biosensor, has base layer fixed with sensor and pad and lead, strip metal electrode conencted with electric pad through lead, and power supply where lower pad is connected with outer side of signal detection device.

ZHANG G, CAI B

Reflective graphene passive Q-mode-locked laser device has first dichroic mirror, gain optical fiber, beam splitter, polarization control element group, plano-convex lens and saturation absorbing mirror that are connected orderly.

CHI J, HU H, LI P, YANG C, ZHANG G, ZHAO Z, YAO Y

Surface plasmon principle based solar cell has wide band gap semiconductor layer, photosensitive dye layer, graphene layer and metal nanoparticles layer, sequentially laminated on back electrode array.

ZHANG G, LI X, JIA C, GUO X

Method for processing graphene super-lattice nanometer structure, using atom force microscope, involves performing anisotropic etching process on artificial graphene structure using hydrogen-containing plasma.

SHI D, ZHANG G, CHENG M

Device for detecting graphene nano-antenna, has medium layer whose surface is covered by graphene thin film having plasma coupling resonance frequency that is tuned to vibration frequency with phase modulation of trace molecule.

WEI W, ZHU Y, NONG J, ZHANG G