国家/地区 中国（12）
IPC部 C（12）
IPC大类 C25（12） C01（3） B01（2）
IPC小类 C25B（12）
IPC C25B001/04（4） C25B003/07（3） C25B011/065（3）
C25B011/091（3） C01B032/184（2） C25B003/26（2）
C25B011/054（2） C25B011/06（2）
发明人 ZHANG W（12）
公开年 2022（5） 2017（2） 2023（2）
申请年 2022（5）  2021（3）  2017（2） 
专利权人 UNIV NANCHAN.（2）

Preparing bismuth sulfide-carbon nanomaterial comprises stirring sulfur source and functionalized carbon nanomaterial at room temperature, dispersing bismuth source in dilute acid solution, stirring at room temperature and adding mixed solution B into mixed solution A at uniform speed.

WU S, ZHANG W, YIN X, YANG F, ZHANG D

Alkaline water for preparing hydrogen by anode water, is prepared by preparing soluble salt of noble metal element, and obtaining coating liquid raw liquid for surface layer anode.

ZHANG W, JING H, LU Y, LI S, GAO S

Preparation of lithium difluorooxalato borate used for lithium battery, involves e.g. using graphite electrode modified by graphene oxide as negative electrode, configured in electrolytic cell, and injecting dimethyl carbonate solution into positive electrode area.

TANG Y, ZHANG W

Electro-catalyst useful for preparing hydrogen peroxide by oxygen reduction, comprises nitrogen-doped reducing graphene oxide film and five metal oxides.

HU X, LI W, ZHANG C, ZHANG W

Catalyst, useful for preparing alcohol by electrooxidation of methane comprises hydrogel film formed by reducing graphene oxide and zinc oxide, where zinc oxide is dispersed in film layer of hydrogel film, and surface of hydrogel film is loaded with zirconium oxide and nickel.

HU X, LI W, ZHANG C, ZHANG W

Performing synchronous high-efficiency purification method of micro-plastic and heavy metal pollutants in a water environment for complex water environment with both microplastics and heavy metals, involves constructing an electrolytic cell system, connecting positive pole of power supply to anode.

CHAI S, ZHANG L, WANG J, ZUO Q, WANG W, LI Y, HU X, GONG L, ZHANG W

Method for preparing carbon dioxide electrocatalytic reduction material with excellent catalytic efficiency and catalytic stability, involves placing ultrasonically stirred sample in vacuum oven for drying, and taking out dried sample to obtain target catalyst.

CUI J, ZHANG W, YANG D, WANG X

Improving graphene electrocatalytic hydrogen production activity comprises e.g. performing chemical oxidation of graphite to obtain graphene oxide, performing chemical reduction of graphene oxide using sodium borohydride or hydrazine hydrate and processing reduced graphene oxide.

PENG S, MEI X, LI Y, ZHANG W

Nano-composite selenide used for electrocatalysis comprises cobalt selenide and tin selenide forming agglomerate hollow nanostructure with porous outer wall coated with graphene layer.

CHEN Y, HOU W, YU B, ZHENG B, WANG X, ZHANG W, LI Y

Highly thermally conductive graphene or titanium composite material preparation involves preparing oxide graphene colloid, adjusting pH value, and then adding certain amount of electrolyte into oxide graphene colloid.

WANG H, WANG J, ZHANG W, YANG X, ZHONG B, ZHOU W