国家/地区 中国（7）
IPC部 C（7）
IPC大类 C01（7）
IPC小类 C01B（7）
IPC C09K011/65（7）
发明人 TANG L（7）
公开年 2016（2） 2017（2） 2018（2）
申请年 2016（4）  2015（2） 
专利权人 UNIV YUNNAN .（5） UNIV YUNNAN（2）

Mixed solution of carboxyl graphene quantum dot includes preset amount of dispersant, adsorbent, carboxyl graphene quantum dot solution, and deionized water.

LEI B, TANG L, ZHAO P, PU X, WU M

Preparing sulfur doped graphene quantum dot involves adding acetylene black into reflux device, adding concentrated sulfuric acid, hydrogen peroxide and de-ionized water, heating reaction liquid and cooling to room temperature.

LI X, TANG L, SHI G, QIAN F, HU Z

Preparing silver doped graphene quantum dot comprises e.g. taking sugar and silver acetate and deionized water, stirring and dissolve, transferring solution into hydrothermal reactor and then reacting at constant temperature.

LI X, MA X, QIAN F, TANG L, YANG P

Preparation of potassium-doped graphene quantum dots useful in e.g. optoelectronic and solar battery applications, involves adding sugar and potassium hydroxide to deionized water, carrying out hydrothermal reaction, and purifying.

LI X, LU C, QIAN F, TANG L, YANG P

Preparing boron-doped graphene quantum dot involves mixing proper sugar and boric acid, adding deionized water to obtain solution, heating solution in hydrothermal reaction kettle to obtain product and dialyzing product.

LI X, MA X, QIAN F, TANG L, YANG P

Preparation method of nitrogen doped graphene quantum point, involves adding acetylene black, concentrated nitric acid and deionized water to reflux device, setting heating temperature, and maintaining reaction liquid to slightly boil.

HU Z, LI X, SHI G, TANG L

Fluorine-doped graphene quantum dots for photoelectric detectors, are obtained by heterogeneously doping fluorine atom to graphene quantum dots, surface-modifying and increasing fluorine-containing functional group.

HAN F, HU Z, JI R, TANG L, ZHAO J, XIANG J, ZUO W