国家/地区 中国（15）
IPC部 H（15） B（4） C（2）
IPC大类 H01（15） B82（4） C01（2）
IPC小类 H01M（15） B82Y（4）
IPC H01M004/62（11） H01M004/36（10） H01M010/0525（9）
B82Y030/00（4） H01M004/525（4） H01M004/52（3）
H01M004/50（2） H01M004/58（2） H01M004/583（2）
H01M010/054（2）
发明人 CAO L（15）
公开年 2017（15）
申请年 2017（12）  2016（3） 
专利权人 UNIV SHAANXI SCI TECHNOLOGY（15）

Preparing graphene material based on peanut clothing system comprises e.g. pre-processing the peanut, removing impurities and drying, soaking pretreated peanut coat in a strong acid solution and performing microwave hydrothermal reaction.

HUANG J, LI Q, LI J, CAO L, KANG Q, WU W, HE Y, HE J

Preparing graphene loaded iron-oxide self assembled mulberry structure lithium ion battery cathode material involves dispersing graphene oxide solid in alcohol to obtain solution, then using ultrasonic generator to uniformly disperse.

CAO L, MA M, QI H, LI J, HUANG J, WU G, CHEN W, YAO K

Graphene loaded lithium ion battery anode material preparation involves dispersing commercially available graphene oxide in deionized water to prepare solution, and then using ultrasonic generator to prepare uniform oxide suspension.

CAO L, MA M, QI H, LI J, HUANG J, WU G, CHEN W, YAO K

Synthesis of three-dimensional cobalt carbonate quantum dot-coated graphene composite electrode material involves adding oleic acid to ethanol solution, adding cobalt salt and graphene oxide and hydrothermally reacting suspension.

CAO L, KANG Q, LI J, HUANG J, CHENG Y

Preparing cobalt (II) oxide/reduced graphene oxide composite negative electrode material involves adding oleylamine and oleic acid into isopropanol in certain volume ratio to obtain solution A, adding cobalt source and precipitating agent.

CAO L, KANG Q, CUI Y, LI J, HUANG J, CHENG Y

Preparation method of three-dimensional graphene-loaded cobalt(II) oxide quantum dot composite electrode material, involves adding oleylamine to ethanol solution, and adding cobalt salt, sodium oleate and precipitating agent.

CAO L, KANG Q, WANG R, LI J, HUANG J, CHENG Y

Preparation of manganese monoxide/nitrogen-doped reduced graphene oxide composite electrode material, involves adding manganese acetate tetrahydrate and urea to water, and uniformly mixing and stirring to obtain mixed solution.

CAO L, WANG R, KANG Q, XU Z, HUANG J, LI J, WANG C

Preparation of carbon-coated manganese oxide/nitrogen-doped reduced graphene oxide lithium ion battery cathode material involves dissolving manganese acetate in water, adding graphene oxide to manganese acetate solution and stirring.

CAO L, WANG R, XU Z, LI J, HUANG J, LI R, LI K

Preparing graphene oxide-graphene composite structure used as cathode material in lithium ion battery, involves dissolving graphene oxide in water and ultrasonicating to obtain graphene oxide suspension.

CAO L, QI H, LI J, HUANG J, MA M, CHEN W, CHENG Y, DANG H

Preparation of self-assembled microsphere-based anode material involves ultrasonically treating graphene oxide and ethylene oxide, adding e.g. iron salt solution, treating using microwave, adding urea or melamine, and pyrolyzing.

CAO L, QI H, LI J, HUANG J, DU X, MA M, LI C, CHEN W