国家/地区 中国（594）
IPC部 C（594）
IPC大类 C01（594）
IPC小类 C01B（594）
IPC C01B032/184（594）
发明人 WANG Y（32） ZHANG Y（30） LIU Y（25）
ZHANG J（22） LI X（21） LI Y（21）
LI Z（19） LIU Z（18） WANG L（18）
LI J（17） LIU X（17） ZHANG X（17）
WANG S（16） WANG X（16） ZHANG H（16）
公开年 2021（118） 2020（100） 2022（91） 2017（87） 2018（73） 2016（28） 2023（28） 2015（26） 2019（25） 2014（8） 2013（6） 2012（4）
申请年 2021（105）  2020（90）  2017（75）  2022（73）  2019（71）  2016（63）  2018（50）  2015（23）  2014（15）  2013（10）  2023（9）  2012（7）  2011（3） 
专利权人 UNIV SHANDON.（10） UNIV BEIJING.（8） UNIV CENT SO.（8） UNIV FUZHOU（8）
HARBIN INST .（7） UNIV GUANGDO.（7） UNIV JIANGSU（7） UNIV SHANDON.（7）
NINGBO INST .（6） UNIV CHANGZH.（6） UNIV SHANGHA.（6） UNIV SOUTH C.（6）
UNIV ZHEJIAN.（6） NANOTEK INST.（5） UNIV SHAANXI.（5） UNIV ZHENGZH.（5）
CHENGDU GELA.（4） UNIV BEIHANG（4） UNIV BEIJING.（4） UNIV CHINA M.（4）

Graphene/MXene composite aerogel material has three-dimensional porous structure and MXene sheet layer attached to thin graphene sheet.

LIU C, ZHANG P, LEI D, LIU J, LI Y

High-throughput laser synthesis method of graphene loaded nanoparticles useful as anode material of the lithium carbon dioxide battery by carrying out in-situ conversion polyimide polymer film or polyethyleneimine polymer film by laser, dropping metal precursor salt solution to substrate and drying.

WANG J, ZHANG J, XIE K, GUO C, HAN X

Material for lithium graphene of ion battery comprises two-dimensional sheet with graphene surface inner hole and fold structure.

QIAO Z, RUAN D, WANG Y

Preparing doped perforated graphene based on waste battery cathode graphite useful in energy storage, comprises using waste lithium ion battery cathode graphite as carbon source to prepare doped perforated graphene oxide and adding into tube furnace and rapidly heating and reducing graphene oxide.

MEI Y, HOU M, CHEN T, LUO G, LU X, LIAN P

Preparing graphene by combustion synthesis comprises e.g. mixing extruded vermiculite powder and metal magnesium powder, then mixing with metal magnesium powder, passing carbon dioxide, adding into hydrochloric acid solution and adding into hydrofluoric acid solution and reacting.

MING H, CAO G, XIANG Y, ZHANG H, ZHANG W

Method for preparing graphene electrode taking carbon dioxide reduction product as carbon source, involves adding polyacrylonitrile to N, N-dimethyl formamide to obtain precursor solution, and carrying out electro-catalytic reduction to carbon dioxide gas source to obtain gaseous product.

YAN W, GAO F, WANG W, GAO S, WANG Y, YANG G, WANG F

Preparing germanium embedded graphene layer-based three-dimensional carbon network composite material useful in preparing lithium-ion battery cathode, comprises e.g. preparing pluronic F-127 solution, adding germanium(IV) oxide, graphene oxide and carbon nanotubes, sonicating, and carbonizing.

LIU Y, ZHENG X, GUO X, GU H, ZHANG J

Preparation of cobalt alkoxide used as lithium-ion battery negative electrode material, involves adding cobalt acetate and lithium hydroxide into ethylene glycol, heating, reacting at constant temperature, washing, filtering, and drying.

LIU J, HUANG S

Preparing nano antimony/graphene composite material comprises mixing antimony oxide, graphene oxide and reducing agent through mechanical grinding to obtain antimony oxide/graphene oxide/reducing agent mixture, heating and washing the precursor product with water.

TAN L, YU G, ZHANG M, LIU Z, LIANG T, MA D, WANG W

Method for preparing porous graphene by using mirror-rich bituminous coal, involves irradiating whole sheet sample by laser in defocusing and vacuum environment to induce to obtain coal-based porous material graphene.

LI H, ZHANG L, WANG X, ZHAO Y, WANG S