国家/地区 中国（25）
IPC部 C（15） H（9） B（5）
G（2）
IPC大类 C01（11） H01（8） B82（4）
B01（2） C08（2） C09（2）
G06（2）
IPC小类 C01B（11） H01L（5） B82Y（4）
H01M（3） B01J（2） G06F（2）
IPC C01B031/04（6） C01B032/184（5） B82Y030/00（3）
H01L051/50（3） H01L051/52（3） B82Y040/00（2）
H01L031/18（2） H01L033/00（2） H01L033/06（2）
H01L033/42（2） H01L051/56（2） H01M004/36（2）
发明人 CAO Y（25）
公开年 2016（15） 2017（10）
申请年 2016（25）
专利权人 TCL GROUP CO.（3） STATE GRID S.（2） TECH INST PH.（2） UNIV ANHUI（2）
UNIV CENT SO.（2） UNIV JIANGHA.（2）

Ultra-wide spectrum light detector, has self-supporting reduced oxidation graphene film determined to be in suspending state, metal electrode and self-supporting reduced oxidation graphene film connected together to form detector main body.

HE J, CAO Y, SUN J, YANG H

Preparation method of self-supporting reduced graphene oxide film, involves coating oxidized graphene dispersion droplets on substrate having micro-nanostructure structure to produce oxide graphene film on substrate, and naturally drying.

HE J, CAO Y, YANG H, SUN J

QLED, comprises substrate, anode, graphene oxide layer, quantum dot light emitting layer, oxidized graphene derivative layer and cathode, where graphene oxide derivative layer is composed of oxidized graphene derivative.

LIU J, CAO Y, XIANG C, QIAN L

Transparent electrode for use in e.g. flexible display, has first electrode layer formed on substrate, and second layer formed on first layer, where set of holes is arranged in repetitive array in graphene mesh structure.

WOO Y S, SOHN H, SHIN W, CHO E, KWAK C, PARK H C, CHO Y, KO D, KO W, KIM K, CHO E H, KO D S, WOONG K, YEO R, SUN X, XIN Y, GUO C, PARK H, CAO Y, GAO D, GAO X, KIM G

Preparation of three-dimensional structure graphene/carbon nanotube hybrid carbon material involves taking divalent metal salt, carbon source precursor and precipitator, adding water, dissolving, and carrying out hydrothermal reaction.

LIANG J, YAN J, CAO Y, TANG S

Preparation of hollow graphene nanospheres involves dissolving divalent metal salt, surfactant and precipitant in solvent, heating, refluxing, filtering obtained suspension, drying, carbonizing and acid-etching.

LIANG J, YAN J, CAO Y, TANG S

Preparing high-quality graphene from plant membrane comprises selecting plant film layer-containing plant tissue, cleaning, adding ethanol and ultrapure water to obtain a mixed solution, soaking, separating, washing, drying and cooling.

LIU C, SUN H, QIAN J, CAO Y, CHEN Z, CHEN F, WU Z, XU X, MAO D

Preparation of quantum dot light-emitting diode involves forming layer of graphene oxide on substrate, coating mixed aqueous solution of tea polyphenol and hydrogen iodide, and forming e.g. light-emitting layer on resultant graphene.

LIU J, CAO Y, XIANG C

Preparing porous graphene, comprises e.g. inoculating spore suspension of white rot fungi to seed culture medium containing bacterial cellulose film, culturing, immobilizing fungal membrane in liquid nutrient limitation medium, and heating.

ZHU C, YANG C, YANG M, CAO Y

Heat-dissipation type nano-silica-coated modified aluminum powder pigment contains aluminum pigment, tetraethyl orthosilicate, aqueous ammonia, anhydrous ethanol, vinyl acetate, graphene microchips, nano-zinc tungstate and cumene peroxide.

DONG Q, LI L, CAO Y, GU S, ZHU S