国家/地区 中国（15） 美国（2）
IPC部 C（18）
IPC大类 C01（18） C02（18） B01（5）
F24（4） B82（3）
IPC小类 C01B（18）
IPC C02F001/14（18）
发明人 QU L（3） ZHANG P（3） CHENG H（2）
LIN H（2） YANG J（2） ZHOU W（2）
公开年 2022（7） 2021（6） 2018（3）
申请年 2021（6）  2022（4）  2017（2）  2018（2）  2019（2）  2020（2） 
专利权人 UNIV NANCHAN.（2） UNIV TSINGHU.（2）

Photothermal conversion material used in photothermal conversion material complex for sewage treatment or seawater desalination, has composite including ultraviolet light and infrared light absorbing material is selected from group consisting of tungsten oxide, titanium oxide, copper sulfide.

ASTER A T, NASEEM S, WU C, TESSEMA A A

Silver doped manganese dioxide-nitrogen doped graphene aerogel evaporator useful for converting solar photothermal steam comprises nitrogen-doped graphene aerogel as carrier, graphene doped with silver graphene oxide nano-particles loaded with silver-doped manganese dioxide nano-particles.

ZHOU C, TIAN Y, YANG S

Preparing graphene-based photo-thermal conversion material comprises taking silicon carbide in the graphene oxide solution and ultrasonic stirring, adding surfactant, stirring and allowing to stand in the water, quickly freezing the complex precursor, and drying.

ZAN R, WANG Y, LI Y, FEI L

Preparing reduced graphene oxide layered film comprises e. g. mixing sodium polystyrene sulfonate and multiwall carbon nano-tube in distilled water according to predetermined proportion, stirring and ultrasonically dispersing uniformly to obtain liquid, and centrifuging uniform dispersion liquid.

YE H, ZHOU W, ZANG S, WU Y, YUAN Z

Preparing ultra-hydrophilic graphene for super-hydrophilic sea water gel, involves orderly adding the organic amine solution and the reducing agent into the graphene dispersion liquid, ultrasonically stirring uniformly to obtain the mixed oxide dispersion graphene and adding hydrophilic polymer.

YU W, XI S, WANG L

Method of constructing a solar evaporator with graphene oxide involves immersing the sheet-like melamine sponge into graphene oxide solution, adding melamine sponge adsorb the graphene oxide solution to saturation into oven to dry to obtain melamine sponge and graphene oxide sample.

YANG J, XUE C, LI N, CHANG Q, SU J, HU S

Preparing graphene pyrrole aerogel used in seawater desalination, involves preparing graphene oxide, adding reducing agent in graphene oxide dispersion liquid, stirring solution, placing in oven, and obtaining reduced graphene oxide hydrogel by hydrothermal reaction.

XU F, CAO Y

Preparing photo-thermal conversion porous structure comprises e.g. preparing sodium hydroxide, ammonium persulfate alkaline solution, using ultrasonic to disperse graphene oxide in distilled water to obtain graphene oxide solution, depositing graphene oxide on surface of foam copper and drying.

LIN S, LV F, NIE H, CHENG D

Preparation of graphene oxide-based porous photothermal material capable of generating solar steam used for seawater desalination includes dispersing graphene oxide and polyvinyl alcohol in deionized water, freeze drying solidified product to obtain graphene oxide precursor and carbonizing.

GUO Y, SU X, XIAO C, ZHANG Y, CHEN L, HASIQIMEIGE

Graphene oxide (GO) based solar tiles useful for maintaining consistent home temperature, comprise thermoelectric substances based on the principle of Peltier effect, and base material for solar tiles.

JOSHI R P, DHAMI H S, KUMAR P, PANDEY A, SINGHAL R, SHIPRA, JOSHI B C, KUMAR V, SHARMA K, PANDEY K