国家/地区 中国（17）
IPC部 C（15） H（5） B（3）
IPC大类 C01（13） H01（5） B82（3）
C23（2）
IPC小类 C01B（13） H01L（5） B82Y（3）
C23C（2）
IPC C01B032/184（7） C01B031/04（5） B82Y040/00（3）
C01B032/19（3） C23C014/35（2） H01L031/18（2）
发明人 TANG L（17） JI R（12） XIANG J（12）
HAN F（7） WANG Y（7） YUAN S（7）
WEI H（6） CHEN X（5） TIE X（4）
ZUO D（4） HU S（3） KANG R（3）
KONG J（3） MA Y（3） SONG L（3）
公开年 2017（4） 2011（3） 2016（3） 2018（2） 2019（2） 2022（2）
申请年 2016（5）  2011（3）  2019（3）  2018（2） 
专利权人 KUNMING PHYSICS INST（17）

Transparent double-waveband based on graphene/p-GaN/AlGaN heterojunction of UV detector of variable working model for use in e.g. field of national defense, has surface circular ring formed with upper electrode, where ring surface of graphene is arranged with upper electrode lead metal layer.

KONG J, TAN Y, WEI H, WANG J, HUANG S, YUAN S, CAI Y, HAO Q, DENG G, TANG L, WU G

Diode for semiconductors, has heterojunction device with vertical structure, which is indium tin oxide substrate, gallium oxide film, graphene film and aluminum electrode layer, from bottom to top.

XIANG J, JIA M, HAN T, TANG L

Nano heterojunction UV detector with flexible vertical structure contains polyester film layer, indium tin oxide film anode electrode layer, nitrogen-doped graphene film layer, and aluminum cathode electrode layer.

TANG L, CAI Y, HU S, GUO Q

Preparing bromine-doped graphene oxide by preparing graphene oxide using concentrated sulfuric acid, adding analytically pure hydrobromic acid, obtaining graphene oxide and hydrobromic acid solution and carrying out hydrothermal reaction.

TANG L, XIANG J, ZHANG Q, TIAN P

Preparation of graphene by liquid phase catalytic growth involves dissolving sucrose in deionized water to prepare solution, stirring and dissolving, heating and stirring, obtaining uniform yellow liquid, and mixing with alcohol.

TANG L, XIANG J, TIAN P, YUAN S

Preparing copper-doped multilayer graphene involves taking graphite target and copper target as raw materials, and introducing into carbon matrix by co-sputtering by direct current and radio frequency in magnetron sputtering.

TANG L, JI R, XIANG J, GAO S, YUAN S, WEI H, TIE X, LI X, ZUO D, WANG Y, LIN Z, HAN F

Preparing flexible supporting chlorine doped graphene quantum dot thin film comprises e.g. mixing liquid paraffin, chloroform, ultrasonicating to obtain graphene quantum dot, mixing with polydimethylsiloxane, curing agent and agitating.

TANG L, JI R, XIANG J, HU S, LI Y, YUAN S, WEI H, HAN F

Preparing sodium doped multilayer graphene involves weighing sodium hydroxide, adding into polyfluortetraethylene beaker, mixing with distilled water to prepare sodium hydroxide solution and adding ethylene glycol to obtained solution.

TANG L, JI R, XIANG J, GU Y, YUAN S, WEI H, CHEN X, TIE X, ZUO D, WANG Y, KANG R, HAN F

Preparing bromine-doped graphene quantum dot solution involves mixing liquid paraffin and tribromomethane into alcohol igniting mixed liquid, and placing glass slide over flame, and continuously moving slide position.

TANG L, JI R, XIANG J, LI Y, YUAN S, WEI H, CHEN X, TIE X, ZUO D, WANG Y, KANG R, HAN F

Preparation of semiconductor-type sulfur-doped graphene film used for photodetector, involves mixing ethylene glycol and sulfuric acid, heating until mixed solution becomes brown, filtering brown solution and spin-coating.

TANG L, JI R, XIANG J, ZHANG Q, YUAN S, ZHAO J, KONG J, ZHENG Y, WEI H, HONG J, TIE X, ZUO D, KANG R, WANG X, WANG Y, HAN F