国家/地区 中国（18）
IPC部 C（9） H（6） B（5）
G（4） F（2）
IPC大类 H01（6） B01（5） C01（4）
G02（3） C02（2） F21（2）
IPC小类 C01B（4） B01J（3） G02F（3）
C02F（2） F21S（2） F21W（2）
F21Y（2） H01B（2） H01L（2）
IPC C01B032/19（3） F21W107/10（2） F21Y115/10（2）
G02F001/01（2） H01B005/14（2） H01L031/032（2）
H01L031/18（2）
发明人 ZHU H（19）
公开年 2018（12） 2017（7）
申请年 2017（19）
专利权人 UNIV CHINA T.（3） ZHU H（3） GUANGDONG PO.（2） UNIV TSINGHU.（2）

Light transmission controlling device, has copper-reduced graphene oxide core-shell nanowires film layer resided on layer of polymeric matrix, and layer of transparent substrate arranged on layer of core-shell nanowires film layer.

HUANG S, REN F, MA D, ZHU H, ZHAO S, ZHANG D, XIAO S

Transparent conductive film for optical transmission device, has copper-reducing graphene oxide-shell nano-film that is deposited on transparent substrate.

HUANG S, REN F, MA D, ZHU H, ZHAO S, ZHANG D, XIAO S S

Preparing graphene involves purifying graphene production waste water or/and concentrating, putting graphite in potassium permanganate and processing, uniformly mixing graphene production waste water, reacting and adding water to dilute.

LIANG Y, CHEN G, YANG Z, ZHU H

Preparing a graphene comprises e.g. taking graphite, potassium permanganate and sulfuric acid and mixing uniformly, stirring while reacting, adding water, hydrogen peroxide solution, stirring reacting and performing solid-liquid separation.

LIANG Y, CHEN G, YANG Z, ZHU H

Graphene/organic composite particle used as microjet printing forming material for producing graphene modified composite material or device comprises organic particle, graphene powder layer and cover protective layer.

WU H, WANG C, LUO Y, XING L, ZHU H, ZHANG C

Integral car LED lamp, has shell provided with cylinder shell and end cover, and heat pipe whose rear end is inserted into heat conducting jointing platform by radiating belts, where radiating belts are covered with graphene layer.

ZHU H

Ultra-conducting graphite assembly radiating type LED automobile lamp, has shell provided with two semi-shell covers, and radiating belt whose tail end is adhered with rare earth material, where radiating belt is covered with graphene layer.

ZHU H

Preparation of graphene-cobalt-iron-tin composite material, involves adding pre-oxidized graphite, concentrated sulfuric acid, potassium permanganate and deionized water, adding phosgene, iron(III) chloride and tin(II) chloride.

ZHU H, CHEN Z

Preparation of antimony sulfide based inorganic thin film solar cell involves cleaning substrate using e.g. acetone, spin-coating mixed solution, depositing antimony sulfide thin film, growing graphene thin film and assembling thin film.

TAN X, XIAO Y, ZHU H, LI C, ZHANG L

Preparing antimony sulfide-based photoelectric detector comprises e.g. taking fluorine-doped tin dioxide transparent conductive glass as substrate, ultrasonically washing, annealing, growing graphene film and spin-coating.

TAN X, XIAO Y, ZHU H, LI C, ZHANG L