国家/地区 中国（27）
IPC部 C（27）
IPC大类 C01（11） C09（9） B01（5）
C08（5） C02（3） B82（2）
C07（2）
IPC小类 C01B（11） B01J（5） C08K（5）
C08L（4） C09K（4） C02F（3）
C09C（3） B82Y（2） C07D（2）
C09D（2）
IPC C01B031/04（11） C01B032/184（4） C08K003/04（4）
C08K009/04（3） C09C001/46（3） B82Y030/00（2）
C02F001/30（2） C02F101/38（2） C08L027/18（2）
C09C003/06（2） C09C003/08（2） C09D011/03（2）
C09D011/107（2） C09K005/06（2） C09K011/02（2）
发明人 ZHANG S（27）
公开年 2015（27）
申请年 2015（21）  2014（6） 
专利权人 UNIV NANJING.（4） CHINESE ACAD.（2） GUANGDONG DO.（2） HEILONGJIANG.（2）
HEILONGJIANG.（2） UNIV SHANGHA.（2） UNIV SOUTH C.（2） ZHANG S（2）

Graphene/PTFE composite material used for preparing vulcanization machine friction ring comprises functionalized graphene, carbon fiber, copper powder, glass fiber, additive and PTFE powder.

CHEN X, FU Y, LI X, LIN R, LV S, MO D, ZHANG J, ZHANG S

Three-dimension graphene framework composite phase change material comprises organic phase change material and graphene, and is prepared by mixing graphite with concentrated sulfuric acid.

ZHANG S, WANG Z, ZHANG Z, JIANG Y

Preparing intercalated graphite interlayer by mixing graphite and sulfuric acid, placing mixture in connection pipe, entering into movable separator, adding graphene suspension, moving with movement of separator, and applying current.

LI Z, LIU H, REN L, WANG X, ZHANG Y, WEI J, ZHOU G, ZHANG S, ZHANG W, ZHANG X, IOSIBAUVIC K O, MARGINOVIC G S, GIMIFEOVICH C N, LEANIDAVIC P M, IVANOVIC S Y

Graphene composite phase change material used for storing exothermic heat, comprises thermoelectric device for providing heat source to generate electric energy.

ZHANG S, WANG Z, ZHANG Z, JIANG Y

Preparation of silver/ceria graphene ternary complex photocatalyst involves dissolving cerium nitrate and polyvinyl pyrrolidone in solution containing ethanol and water, adding silver nitrate, irradiating and centrifuging mixture.

CHENG L, DING G, JIAO Z, WANG R, ZHANG S

Interlamination inserting layer graphene preparation device includes connecting tube installed with horizontal adjusting roller, combined positive pole, combined anode, and separator.

LI Z, LIU H, REN L, WANG X, ZHANG Y, WEI J, ZHOU G, ZHANG S, ZHANG W, ZHANG X, IOSIBAUVIC K O, MARGINOVIC G S, GIMIFEOVICH C N, LEANIDAVIC P M, IVANOVIC S Y, EOTHEBOVIC G O, IVANOVIC C Y, JIMMYFAYOVICH C N, MARGIENOVIC G S, WANG J, WANG Y

Preparation of electric explosion nitrogen doped graphene material by regulating electric explosion tank electric explosion system pitch, fixing graphite rod on electrode, and adding electric explosion tank with nitrogen source solution.

CHEN P, GAO X, XU C, YIN H, ZHANG S

Preparation of recyclable titanium dioxide (P25)/graphene/ternary iron oxide photocatalytic material involves dissolving ferric salt in ethylene glycol, adding titanium dioxide/graphene composite, mixing, adding ammonia and mixing.

CHENG L, DING G, JIAO Z, WANG R, ZHANG S

Preparing reduced graphene oxide/iron oxide/quantum dot nanocomposite, comprises dispersing the reduced graphene oxide/iron oxide nanocomposites in poly diallyl dimethyl ammonium chloride solution, and ultrasonicating.

JIN B, MAO C, NIU H, TONG J, WANG Y, YANG Y, ZHANG S, YUAN M, YUAN Z, LIU P, JI G

Fluororesin/graphene composite for manufacturing electroconductive material, is obtained by carrying out hot-press molding of fluororesin/graphene core-shell particles in which fluororesin is filled in 3-dimensional graphene network.

CHEN J, DING Y, GAO C, LIU P, WANG F, ZHANG S, YANG M