国家/地区 中国（22）
IPC部 C（22） B（5） G（5）
H（4）
IPC大类 C23（22）
IPC小类 C23C（22）
IPC C23C016/26（22）
发明人 CHEN Z（22）
公开年 2017（5） 2014（4） 2022（4） 2018（3） 2013（2） 2016（2） 2021（2）
申请年 2016（5）  2014（4）  2017（3）  2021（3）  2013（2）  2022（2） 
专利权人 SHANGHAI INS.（4） SUZHOU HONGJ.（3） UNIV SOUTHEA.（3） BEIJING GRAP.（2）
CHINA NUCLEA.（2） JIATE SEMICO.（2） UNIV PEKING（2） UNIV SHANGHA.（2）

Controllable preparation method of palladium-based hydrogen sensitive material, involves loading palladium nano-particles on graphene film by self-reduction deposition method at room temperature and immersing film on substrate in chemical plating solution.

LIU H, ZHANG P, LU Z, ZHANG J, CHEN Z, GUO J, YANG C, CHENG Q, LEI H, SONG T, LIN W, CAO C, CAO X, LIU M, PING X

Heating furnace for use in chemical vapor deposition reaction device, has graphite plate supporting wafer substrate, where one side surface used for substrate is provided with growth graphene.

XUE Z, CHEN Z, SHAN J, WANG M, SUN J, LIU Z

Preparation of graphene-encapsulated ultra-thin nickel-63 radiation source film used in preparation of Schottky junction stacked radiation cell, involves preparing nickel chloride film, and putting graphene/nickel chloride/graphene film in vacuum environment for reduction treatment.

WANG X, WANG L, CHEN Z, YANG Y, ZHANG J, SU C, FENG H, LI P, WU W, LUO T, ZHOU C

Preparing ultra-thin nickel radiation source useful to prepare Schottky junction type laminated beta-radiation cell, involves dripping nickel source on surface polymethyl methacrylate/graphene film and arranging nickel nano particles in oriented mode along direction of magnetic line.

WANG X, WANG L, SU C, FENG H, CHEN Z, ZHANG J, LI P, WU W, YANG Y, ZHOU C

Graphene cold wall growth device, has power supply whose two poles pass through two through holes of reaction chamber, where two poles of power supply are connected with upper electrode plate and lower electrode plate.

CHEN Z, JI N, SHEN C, XU S, ZHANG J

Marine detector electrode with multi-layer film structure has electrode substrate, first layer of boron-doped diamond film, graphene layer and second layer of boron-doped diamond film in turn from bottom to top.

ZHANG X, GAI Z, GUO F, WANG Y, CHAI X, CHEN Z, ZHANG L, WANG S, JIANG X

Preparing ultra-flexible translucent complex conductive film useful in e.g. flexible touch screen comprises e.g. placing copper foil, growing graphene nano-wall on the surface and coating ethylene-vinyl acetate polymer and butyl acetate.

GUO X, CHEN Z, LIU Y, ZHANG W, ZHAO L, LIU C, YIN L, JIN K, ZHNG T

Preparation of graphene carbon nanotubes composite film for hybrid Schottky diode, involves using substrate whose entire or one surface is graphene catalyst, performing electroplating and carrying out chemical vapor deposition.

YANG L, CHEN Z, XU X, ZHANG J, YIN L, WU H, LIAO W, LI Q, BECK T J

Preparing nickel nanoparticle-graphene-foam nickel composite material used in e.g. battery, by performing current deposition using graphene-foam nickel base material, silver-silver chloride and nickel sulfate-sulfuric acid solution.

GUO X, ZHU L, CHEN Z, LIU Y, ZHAO L, ZHANG W, LIU C, JIN K, YIN L

Controlling growth of graphene coated film on a surface of copper-plated steel fiber comprises e.g. placing copper-plated steel fiber in quartz tube, passing carrier gas and growing graphene on surface of copper-coated steel.

GUO X, GE C, CHEN H, ZHU L, CHEN Z, ZHAO L, LIU Y, SUN W