国家/地区 中国（5）
IPC部 B（4） C（4）
IPC大类 B01（2） B82（2） C01（2）
C09（2）
IPC小类 B01J（2） B82Y（2） C01B（2）
C09K（2）
IPC C09K011/65（2）
发明人 JIANG W（4） WANG Y（4） LI F（3）
TIAN R（3） ZHONG S（3） CHEN Y（2）
GAO H（2） WANG T（2） WU J（2）
ZHANG N（2）
公开年 2017（5）
申请年 2015（5）
专利权人 UNIV NANJING SCI TECHNOLOGY（5）

Preparation of superhydrophobic graphene/polyurethane sponge comprises soaking polyurethane sponge into 3-mercaptopropyltrimethoxysilane solution, mixing, stirring, transferring into reaction vessel, reacting and vacuum drying.

JIANG W, ZHOU S, XIE Q, WANG Y, LIU J, ZHOU X, ZHANG N, YU L, QIAN D, LIU D, DAI M, JIANG K, LI F, XIE T

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

Highly efficient surface plasmon visible photocatalyst composite material having magnetic response ((silver-silver chloride)-nickel-reduced graphene oxide) useful for catalytic degradation of organic pollutants under visible light.

JIANG W, ZHONG S, ZHANG N, TIAN R, LU Y, LIANG Q

Application of sulfonated graphene resin catalyst in Baeyer-Villiger oxidation reaction for industrial engineering application, involves utilizing sulfonated graphene resin type catalyst composed of sulfonated graphene and resin.

PENG X, WANG Y, HUANG J, XIA X, GAO X

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