国家/地区 中国（22） 世界知识产权组织（2）
IPC部 H（13） C（9） B（7）
G（2）
IPC大类 H01（13） B82（4） C01（4）
C08（4） B32（2） C09（2）
C23（2） G01（2）
IPC小类 H01G（7） B82Y（4） C01B（4）
C08K（4） C08L（4） H01M（3）
B32B（2） C08J（2） C09K（2）
C23C（2） G01N（2）
IPC H01G011/86（7） H01G011/36（6） C08K003/04（4）
H01G011/30（4） H01G011/46（4） C01B031/04（3）
H01G011/24（3） B82Y030/00（2） B82Y040/00（2）
C01B032/184（2） C09K011/65（2） C23C016/26（2）
C23C016/513（2） H01G011/26（2）
发明人 WANG T（23）
公开年 2016（12） 2015（8） 2017（3）
申请年 2015（23）
专利权人 GUANGZHOU MO.（5） GUANGZHOU MO.（4） LINZHOU TSIN.（2） UNIV JINAN（2）
UNIV NANJING.（2） UNIV SHANDON.（2）

Graphene/carbon nano-tube composite modified electrode grease oxidation induction time measuring method, involves determining impedance of solution in cell, and measuring grease oxidation induction time through double-tangent process.

ZHU Z, WANG T, MIN X

Preparation of strong fluorescence graphene quantum dots involves using solvent thermal method to expand graphite using hydrogen peroxide solution as oxidant in presence of organic solvent.

JIANG W, TIAN R, WANG T, WU J, ZHONG S, WANG Y, LI F, CHEN Y, GAO H

Preparing double-fluorescent graphene quantum dots involves reacting graphene solution with oxidizing agent i.e. hydrogen peroxide, where obtained product is hydrothermally treated to obtain blue fluorescent graphene quantum dot solution.

JIANG W, TIAN R, WANG T, WU J, ZHONG S, WANG Y, LI F, CHEN Y, GAO H

Electromagnetic site strengthening-based plasma chemistry gas phase deposition nano graphene wall, has substrate, graphene wall array, vertical arranged on substrate, graphene multi-branch, and graphene sheet having one side or double side.

CHEN J, HAO Y, WANG T

Nickel hydroxide/Nickel Oxide nano particle based graphene nano wall super capacitor electrode, has current collector whose wall is fixed with graphene nano array that is formed with Nickel hydroxide/Nickel Oxide nano particle.

CHEN J, HAO Y, WANG T

Nickel (II) hydroxide/nickel oxide nano particles wall super capacitor electrode comprises graphene nano wall array, collector and nickel (II) hydroxide or nickel oxide nano particles.

CHEN J, HAO Y, WANG T

Controllable preparation of magnesium air battery using manganese oxide overlong nanowire/graphene electro-catalyst by pouring mesocarbon microbeads into round bottom bottle, placing into ice water bath and adding concentrated sulfuric acid.

FENG J, LI C, MA X, SUN Y, WANG T, WANG L, MAO X

Method for preventing or reducing ice formation on e.g. wire surface, involves applying composition containing graphene nanoribbons on surface to form layer associated with surface.

KOVALCHUK A, RAJI A, TOUR J M, VOLMAN V, WANG T, ZHENG Y

Graphene nano wall comprises substrate, graphene wall array, and several graphene walls diverging arrays.

CHEN J, HAO Y, WANG T

Method for manufacturing nano- carboxylic acid/cobalt oxide graphene nano wall doped electrode, involves preparing graphene nano wall and wall surface modified nano grapheme followed by utilizing platinum plate and adsorbing.

CHEN J, HAO Y, WANG T