国家/地区 中国（9）
IPC部 B（3） C（3） D（3）
H（3）
IPC大类 D06（3） H01（3） C08（2）
IPC小类 D06M（3） H01M（3） C08G（2）
IPC D06M101/06（3） D06M101/10（3） D06M101/12（3）
D06M101/32（3） C08G073/02（2） D06M011/74（2）
D06M015/61（2） H01M004/58（2） H01M004/62（2）
发明人 CAO J（9）
公开年 2015（5） 2014（4）
申请年 2014（9）
专利权人 UNIV JIANGNA.（3） BEIJING WANY.（2） HARBIN INST .（2）

Electrochemical biological sensor used for determining concentration of beta-lactam antibiotics in sample, comprises glassy carbon electrode modified by graphene, penicillin G and Nafion.

CAO J, HUANG L, LI H, PAN D, WU Z, ZENG X, SUN Y

Nitrogen doped graphene/molybdenum disulfide composite material for use in e.g. lithium-ion battery, comprises nitrogen-doped graphene, and molybdenum disulfide that is vertically grown on surface of nitrogen-doped graphene.

CAO J, MAI Y, TANG Y, WU D, ZHANG F, ZHUANG X, FENG X

Finishing process of multifunctional fabric e.g. cotton used in e.g. military application, involves preparing nitrogen-doped graphene oxide mixture, and subjecting fabric to self-assembled adsorption and reduction treatment.

CAO J, YIN Y, WANG C, JIA L, WANG K

Producing graphene/polyaniline covalently combined flexible conductive fabric used in e.g. intelligent sensors, comprises impregnating fabric in p-phenylenediamine grafted graphene oxide, and combining with conductive polymer monomer.

CAO J, YIN Y, WANG C, REN J, LU L

Preparation of self-assembled graphene/polyaniline fabric for e.g. medical health care involves adsorbing graphene oxide or its derivative in fabric, treating with reducing agent, and re-adsorbing fabric with aniline monomer and initiator.

CAO J, YIN Y, WANG C, CHEN S, ZHANG W

Nano solid iron phosphate-carbon-graphene composite material for preparing e.g. lithium-iron phosphate cathode material paste, is formed by coating carbon source on nano solid iron phosphate particles connected through graphene.

CAO J, QIN B, MA R, SHEN J, ZONG X

Carbon nitride-graphene-coated lithium iron phosphate composite cathode material comprises specified amount of carbon nitride, graphene and lithium iron phosphate.

CAO J, QIN B, MA R, PANG R, SHEN J, YUE P, ZHANG L, ZONG X

Preparation of low temperature high efficiency graphene-reinforced copper base composite used as brazing filler involves enhanced chemical vapor deposition in a vacuum.

CAO J, ZHANG L, ZHANG T, QI J, FENG J

Preparation of graphene-reinforced copper base composite material by putting copper powder in plasma enhanced chemical vapor deposition vacuum device, introducing carbon source gas, depositing, and sintering obtained composite powder.

CAO J, FENG J, QI J, ZHANG L, ZHANG T