国家/地区 中国（72）
IPC部 H（74） C（14） B（10）
D（2）
IPC大类 H01（74） C01（11） B82（5）
B01（4） C08（2）
IPC小类 H01G（74）
IPC H01G011/86（42） H01G011/36（31） H01G011/30（27）
H01G011/32（22） H01G011/24（19） H01G011/26（15）
H01G011/46（9） H01G011/56（8） H01G011/48（7）
H01M004/62（7） H01G009/20（6） H01G011/84（6）
H01M004/36（6） B82Y030/00（5） H01G009/042（4）
发明人 WANG J（74）
公开年 2022（14） 2018（13） 2017（9） 2015（8） 2021（8） 2019（7） 2023（5） 2016（4） 2020（4） 2012（2）
申请年 2021（12）  2019（11）  2022（11）  2016（9）  2017（8）  2014（6）  2018（6）  2015（5）  2020（3） 
专利权人 QUANPU PHOTO.（5） UNIV ANHUI S.（5） INST COAL CH.（4） UNIV TONGJI（4）
UNIV ZHEJIAN.（4） UNIV NORTH C.（3） BEIHAI AIMI .（2） HEILONGJIANG.（2）
SHANGHAI INS.（2） UNIV NAT DEF.（2） UNIV NINGDE .（2） UNIV NORTH C.（2）
UNIV SUN YAT.（2） WUHAN INST T.（2） YANCHENG NEW.（2）

Supercapacitor current collector comprises aluminum and graphene, prepared by using liquid dispersant comprising ethanol, acetone or isoacetone and nonionic surfactant comprising at least one of polyvinyl alcohol, alkylphenol polyoxyethylene ether, and/or polyethylene glycol octylphenyl ether.

HAN Q, FANG X, WANG J, ZHANG X, ZHANG Y

Preparing highly wrinkled porous graphene rich in heteroatom doping comprises e.g. adding carbon source material, melamine and metal source into water, mixing, drying, grinding solid block into powder, and pyrolyzing precursor.

WANG S, WANG J, FU X, GUO W

Iron-based solid energy storage device useful in building energy storage comprises cement-based complex material as redox cement-based electrolyte and reduction graphene oxide/iron oxide electrode made up of nickel foam, reduced graphene oxide and ferric oxide.

WANG J, ZHANG D

Full-solid-state optical energy storage integrated device comprises e.g. energy storage electrode, polyvinylidene fluoride-hexafluoropropylene and tetrabutylammonium tetrafluoroborate, compatible electrode, polyvinylidene fluoride hexafluoropropylene and photo anode.

WANG J, QU Y, LIAO S, DUAN L

Ultra-capacitor graphene, has shell provided with super capacitor graphene body, where one side of shell is provided with protective mechanism for protecting pin, and other side is fixed with side cover by screw.

WANG J

Graphene modified material used for super capacitor comprises oxaniline molecular graphene modified material, which is connected to the graphene skeleton through covalent bond.

LIU N, XU Y, WANG J, ZHAO F

Preparing electrode material using foam nickel as substrate to construct core-shell structure useful in super capacitor as electric energy storage device, comprises e.g. circularly depositing nickel subsulfide by cyclic voltammetry to prepare electrode sample of composite material.

XU L, LI Y, ZHANG L, CHEN X, TIAN Y, CAO B, SHANG C, WANG J

Three-dimensional capacitive electrode material grafted with polyaniline/titanium dioxide on surface of graphene, comprises graphene oxide with porous internal interconnected spatial structure formed under induction and synergy of ferric oxide after hydrothermal treatment as template.

YE C, XU P, WANG J, CHEN F, LIN L

Wrinkled graphene-based capacitance composite material induced by ferric cation, formed by using graphene oxide with large number of wrinkles on surface under induction of ferric cation after hydrothermal treatment, loading polypyrrole and titanium oxide nanoparticles between surface wrinkles.

XU P, YING S, YE C, WANG J, LIN L

Preparing micro-supercapacitor printed by graphene conductive aqueous paste has e.g. designing required interdigital pattern through CorelDRAW software, heating and stirring, using conductive silver paste, copper tape, and Kapton tape as auxiliary tools, and flexible supercapacitor is assembled.

LI M, WANG J, MAO X, HE X, YAN X