国家/地区 中国（15）
IPC部 C（10） B（5） H（3）
IPC大类 B01（5） C02（4） C01（3）
H01（3）
IPC小类 B01J（4） C02F（4） C01B（3）
H01M（3）
IPC C02F001/30（3） H01M004/36（3） H01M004/38（3）
H01M004/62（3） H01M010/0525（3） B01J023/22（2）
B01J027/24（2） B01J035/10（2） C02F101/38（2）
发明人 ZHAO C（15）
公开年 2017（15）
申请年 2017（15）
专利权人 SHANDONG YUH.（7） UNIV SHAANXI.（4） BEIJING COMP.（2）

Graphene puffing device has screw feeder whose outlet is connected with inlet of rotary tube whose outlet is connected to inlet of collector.

WANG Z, ZHU S, GAO L, SUN P, WANG L, XUE J, ZHAO C, WANG Y

Graphene continuous dilating device comprises feeding system, expanding system and collecting system, where feeding system comprises top end connected with feeding of spiral feeder, and swelling system comprises furnace body.

WANG Z, ZHU S, GAO L, SUN P, WANG L, XUE J, ZHAO C, WANG Y

Preparation of silicon-graphene composite anode material, involves mixing graphene dispersion with silicon powder, reacting, drying, crushing, adding asphalt and graphite flake to crushed mixture, dispersing, calcining, crushing and sieving.

TIAN H, TANG Q, ZHAO C, YU H, TIAN C, ZHANG P

Preparation of graphene silicon composite material by solvothermal method involves dispersing graphene oxide, adding silicon powder, dispersing, performing solvent thermal reaction, drying product, grinding, sieving, and dispersing asphalt.

TIAN H, TANG Q, ZHAO C, YU H, ZHANG P, TIAN C

Preparing anti-pollution hollow fiber nanofiltration membrane by soaking ultrafiltration membrane in deionized water, preparing solution using e.g. graphene oxide, piperazine and surfactant, and soaking membrane in solution.

ZHAO C, YANG B, YU L, WANG J, CAO A

Preparation of composite material used for e.g. energy storage applications, involves dispersing graphene oxide-oxidized carbon nanotubes in water, adding solution containing conductive polymer monomer, and subjecting to redox reaction.

JIANG Q, ZHANG R, XU Y, ZHANG Y, HUANG Y, ZHAO C, QIAN X

Method for detecting metal element content in graphene sample, involves shaking solution based on operation procedure, testing standard solution and sample solution, and calculating content of metal element from test result.

XIAO S, WANG L, WANG C, ZHU S, MA L, SONG X, WANG Y, ZHAO C

Preparation of graphene/(040) crystal plane bismuth vanadate heterojunction structure for photocatalytic degradation of organic contaminants, involves dissolving bismuth(III) nitrate pentahydrate in dilute nitric acid, and stirring.

TAN G, WANG Y, ZHAO C, REN H, XIA A

Preparing graphene oxide/(040) crystal plane bismuth vanadate heterojunction useful for photocatalytic degradation of organic pollutants, comprises adding bismuth vanadate powder into graphene oxide solution and stirring to obtain precursor.

TAN G, WANG Y, ZHAO C, REN H, XIA A

Preparing graphene powder by rapid macromolecule reduction comprises adopting the improved Hummers method to obtain graphite oxide, diluting, ultrasonically oscillation, stirring, reacting drying, crushing and sieving.

MA L, XIAO S, WANG L, WANG Y, ZHAO C, XUE J, ZHU S, SONG X, WANG C