国家/地区 中国（8）
IPC部 C（5） B（2） H（2）
IPC大类 C01（3） H01（2）
IPC小类 C01B（3） H01M（2）
IPC C01B031/04（3）
发明人 ZHENG J（8）
公开年 2015（8）
申请年 2015（7） 
专利权人

Preparation of sulfonated carbon nanotube/graphene oxide composite catalyst for esterification of long-chain carboxylic acid and fatty alcohol, involves mixing sulfonated modified carbon nanotubes and graphite oxide and baking mixture.

DONG Y, JIANG P, ZHANG W, BIAN G, ZHENG J

Graphene/carbon nanotube hybrid filler network reinforced rubber material comprises rubber material matrix, and graphene/carbon nanotube filler.

HUANG G, WU J, ZHENG J, LI H, FU X, XIE Z

Soft breathable thin film electrode material used for tactile sensor comprises polymer nanofiber and graphene, which are obtained by electrostatic spinning polymer solution and graphene oxide solution, and reducing graphene oxide.

LI B, XU C, ZHENG J

New palladium-cobalt silicide-graphene composite electric catalyst for use in fuel cell, where cobalt silicide is supported on graphene, graphene is utilized as carrier, and palladium is utilized as active component.

LI Y, JING J, WANG Y, YAN Z, XIE J, ZHENG J, ZHANG M, MENG S

Synthesizing nitrogen complex graphene by using solid nitrogen containing organic acid and catalyst mixture, placing into reactor with inert or reducing protecting gas, reacting, cooling, washing, filtering, and drying.

CUI H, ZHENG J, ZHU Z

Method for preparing lithium manganese borate/graphene based lithium-ion battery cathode material, involves dissolving lithium, manganese and boron sources and reducing agent in deionized water followed by adding graphene and granulating.

HAN Y, PENG C, ZHENG J, ZHANG B, TONG H, ZHU Y

Low-temperature plasma preparation of graphene by placing pair of electrodes on opposite ends of reactor, placing metal foil substrate, passing through hydrogen gas, passing through carbon source-containing gas and carrier gas, and ionizing.

CHEN W, FENG J, ZHANG B, ZHANG F, ZHENG J, YUN D, WU J, CHENG Q

Preparation of controlled fluorescence graphene quantum dot comprises ultrasonically dispersing graphene in ultrapure water, adding hydrogen peroxide solution, and obtaining controlled graphene quantum dot fluorescence to UV radiation.

NIE F, LUO K, XU P, ZHENG J