国家/地区 中国（9）
IPC部 C（5） H（4）
IPC大类 C01（5） H01（4）
IPC小类 C01B（5） H01L（2） H01M（2）
IPC C01B032/184（3） H01L031/18（2） H01M004/36（2）
H01M004/62（2）
发明人 YANG B（9）
公开年 2018（5） 2022（2）
申请年 2017（4）  2018（2）  2021（2） 
专利权人 UNIV KUNMING SCI TECHNOLOGY（9）

Preparing graphene-coated tin oxalate conductive material, comprises using diaphragm to electrolyte solution the electrolyte solution into cathode and anode electrolyte solution, filtering the electrolytic solution after electrolysis, and drying.

YANG B, LEI Y, ZHANG D, YANG D, LIANG F

Preparing graphene composite material based on Tesla valve, by orderly introducing aluminum oxide powder from reverse of tesla valve pipe, silicon dioxide powder, and preparing matrix material by physical vapor deposition.

LI J, XIE Y, HOU Y, XIE G, YANG B

Preparing lithium-sulfur battery composite cathode material by adding sulfur to carbon disulfide solution, stirring, adding porous conductive substrate, stirring, repeatedly washing with ethanol, filtering and vacuum drying.

YAO Y, ZHANG H, ZHANG K, MI R, LIANG F, YANG B, MA W, YANG G

Preparation of high-stability nano black phosphorus/three-dimensional graphene composite material involves mixing nano black phosphorus dispersion with graphene oxide dispersion, and ultrasonically treating to obtain dispersion.

LIAN P, LIU H, MEI Y, YANG B

Preparing graphene by electric arc method and direct current electric arc method comprises e.g. placing graphite rod as cathode and anode vertically, and then vacuumizing electric arc furnace and charging hydrogen or mixed gas.

LIANG F, ZHANG D, YAO Y, MA W, YANG B, DAI Y

Preparation of graphene, involves reacting graphite, oxidant, strong acid, deionized water and hydrogen peroxide to obtain mixture, washing mixture with deionized water and dilute hydrochloric acid, and ultrasonically reacting.

LIANG F, ZHANG D, YAO Y, MA W, YANG B, DAI Y

Preparation of porous graphene involves heating graphite, sodium nitrate, strong acid, oxidizing agent and hydrogen peroxide solution, adding ionic water, deionized water, strong alkali solution and reducing agent and processing.

LIANG F, ZHANG D, CHEN L, ZHANG J, YAO Y, MA W, YANG B, DAI Y

Preparation of flexible graphene-silicon solar cell involves passivating silicon wafer with inverted pyramid structure, applying graphene quantum dot solution, calcining, and applying indium-gallium alloy or conductive silver paste.

LI S, MA W, ZOU Y, WEI K, YANG C, LEI Y, XIE K, WU J, YU J, QIN B, LV G, YANG B, DAI Y

Preparation of nano-silicon-based graphene solar cell involves cleaning silicon wafer seal, soaking in hydrofluoric acid solution, removing oxide layer on window surface, and etching metal nanoparticles using silicon nanowire array.

LI S, MA W, YU J, QIN B, YANG J, WEI K, LEI Y, LV G, XIE K, WU J, YANG B, DAI Y