国家/地区 中国（21）
IPC部 H（9） B（5） C（5）
A（4）
IPC大类 H01（8） A01（3） B01（3）
C25（2） H02（2）
IPC小类 H01M（8） A01N（3） A01P（3）
B01J（3） C25B（2）
IPC H01M004/62（4） A01N059/16（3） A01P001/00（3）
H01M004/36（3） H01M004/505（3） A01N059/00（2）
A01P003/00（2） B01J023/72（2） C25B001/04（2）
C25B011/06（2） H01M004/525（2） H01M010/052（2）
H01M010/0525（2） H01M010/42（2）
发明人 XIE J（21）
公开年 2018（13） 2020（7）
申请年 2018（21）
专利权人 XIE J（7） UNIV JIANGSU（4） UNIV JIANGSU.（3）

Electrode-less ear graphene battery assembling method, involves performing winding and cutting operations of organic film according to shape of graphene battery for riveting and packaging electrode.

XIE J

Stable conductive liquid high graphene lithium battery has battery main body provided with graphene, conductive carbon black, binder, dispersant, surfactant, solvent, stabilizing agent, de-ionized water component and conductive liquid.

XIE J

Self-alarm explosion-proof graphene battery pack has explosion-proof structure which is provided on casing, and is provided with groove to be opened on top surface or side surface of casing.

XIE J

Self-checking safety graphene battery has electrolyte sensors whose output ends are connected to input end of single chip microcomputer whose output end is connected to input end of prompt light and warning light respectively.

XIE J

Self-charging graphene battery with adjustable output voltage, comprises a mounting shell, front-end side of the mounting shell is embedded with an electrode plate, discharge end is fixedly connected to the transformer through wires.

XIE J

Graphene solar high-energy power battery, has graphene electrode whose top and bottom portions are respectively connected with battery negative and positive electrodes, and shell whose inner side is filled with ionized liquid.

XIE J

Graphene composite contains positive electrode collector, positive electrode active material coating, negative electrode active material coating, and negative electrode current collector from top to bottom.

XIE J

Selective graphene etching involves setting wavelength, power, and scanning path of laser, focusing through lens array, scanning area of substrate surface, completely etching away thin layer of graphene in area, and forming pattern.

GUAN Y, XIE J, QU F, LI N, ZHAO L, XIA Y

Preparation of graphene quantum dots/titanium dioxide/cupric oxide composite antibacterial for bacteriostatic and sterilization applications by melting citric acid, hydrothermally reacting, ultrasonically reacting, centrifuging and drying.

WU B, WU L, YANG T, XIE J, ZHANG Z

Preparation of graphene quantum dot/titania/zinc oxide composite antibacterial material for bacteriostatic and bactericidal fields, involves heating and melting citric acid, and adjusting pH value with alkaline solution.

WU L, WU B, YANG T, ZHANG Z, XIE J, ZHOU F, LIU Y, WANG S, XU J, LU Q