国家/地区 中国（24）
IPC部 C（15） B（10） H（9）
G（4）
IPC大类 C01（8） H01（8） B01（6）
B82（5） C23（5） G01（4）
C02（2）
IPC小类 C01B（8） H01M（7） B01J（6）
B82Y（5） C23C（5） G01N（3）
C02F（2）
IPC H01M004/62（6） H01M010/054（6） B82Y030/00（5）
H01M004/36（5） B01J027/24（3） B01J035/10（3）
B82Y040/00（3） C01B003/04（3） G01N027/12（3）
H01M004/48（3） H01M004/58（3） H01M004/583（3）
C01B025/02（2） C01B032/186（2） C01B032/194（2）
发明人 HOU X（24）
公开年 2020（8） 2021（6） 2022（4） 2019（3） 2018（2）
申请年 2020（7）  2021（6）  2019（4）  2022（4）  2018（2） 
专利权人 UNIV SHAANXI SCI TECHNOLOGY（24）

Preparing biomass pine derived carbon pine-derived carbon/tin sulfide loaded reduced graphene oxide material used as the cathode material of the sodium ion battery, comprises e.g. mixing tin(IV) chloride pentahydrate, thiourea and deionized water, and performing solvothermal reaction.

YE X, ZHANG L, HOU X, SUO G, AN D, WANG J, HOU Y, YE L, SUN Y, YANG Y

Method for preparing violet-phosphorus alkene/graphene temperature-sensitive sensor, involves adopting vacuum filtration method to compound graphene film and purple phosphorus alkene, and preparing electrode on heterojunction graphene film.

ZHAO D, HOU X, ZHANG Y, ZHENG X, QIANG H, QI M, CHEN M, YE X

Preparing graphene powder reinforced purple phosphorus alkenyl gas sensitive sensor film involves crushing block body purple phosphorus into purple phosphorus alkene, mixing violarene with graphene powder, and adding solvent, using spin coating, drop coating and vacuum filtering.

HOU X, ZHAO D, CHEN M, ZHENG X, QIANG H, QI M, YE X, ZHANG Y

Purple phosphorus alkenyl humidity sensitive sensor, has electrode positioned on surface of purple phosphorus alkene/graphene heterojunction unit, where thickness of purple phosphorus alkene/graphene heterojunction unit is specific in range.

YANG Y, ZHANG L, SUO G, HOU X, ZHENG X, QIANG H, ZHANG Y, QI M, CHEN M, YE X

Preparation of composite film of reduced graphene oxide coated carbon nanotubes /tin oxide with hollow structure used in button cell, by mixing tin(IV) chloride pentahydrate, polystyrene microsphere and carbon nanotube and reacting.

YE X, ZHANG L, FENG L, HOU X, SUO G, HE R, LIU J, XUE F, GUO W, SUN Y, YANG Y

Preparing nitrogen-substituted graphene/copper oxide photocatalytic film material grown in situ on flexible copper mesh, comprises dissolving sodium hydroxide in deionized water, introducing polyethylenene glycol, and mixing urea and ammonium persulfate.

LI D, GUO W, SUN Y, FENG L, HOU X, ZHANG L, YE X, SUO G, XUE F, LIU J, HE R, YANG Y

Preparing macroscopically recoverable molybdenum disulfide/graphite phase carbon nitride/graphene oxide composite material comprises e.g. mixing graphite phase carbon nitride and molybdenum disulfide, grinding, dispersing graphene oxide in water, adding L-ascorbic acid, washing and drying.

SUO G, XUE F, HE R, ZHANG L, YE X, FENG L, HOU X, CHEN H, LIU J, YANG Y

Preparing graphene/metal-based composite contact based on tubular furnace heating, involves heating metal contact material in protection of argon gas to realize in-situ growing graphene, and cooling to obtain composite contact.

YE X, SUN Q, QIANG H, SUO G, FENG L, HOU X, YANG Y, ZHANG L

Secondary growing of graphene on metal surface comprises e.g. growing graphene film in situ on surface of metal substrate by using laser method, infiltrating carbon source into metal substrate, destroying graphene film, and heating.

YE X, QIANG H, SUN Q, JING D, YANG Y, ZHANG L, SUO G, FENG L, HOU X

Preparing purple phosphorus-graphene composite material useful as gas sensor by e.g. preparing graphene on surface of copper foil sample, etching copper foil sample, cleaning with de-ionized water, and stripping purple phosphorus crystal.

YE X, YANG Y, QI M, ZHANG L, HOU X, SUO G, FENG L