国家/地区 中国（47）
IPC部 B（47）
IPC大类 C01（47） B82（25） B01（17）
H01（11） B22（5） G01（4）
C08（3） B29（2） C02（2）
C09（2） C22（2） C23（2）
D01（2）
IPC小类 C01B（47）
IPC B82Y030/00（22） B82Y040/00（15） C01B032/184（13）
C01B032/194（10） C01B031/04（5） C01B032/19（5）
C01B032/198（5） B01J027/24（4） C01B003/06（4）
C01B031/02（4） H01G011/36（4） H01G011/86（4）
H01M004/62（4） C01B021/082（3） C01G045/02（3）
发明人 WANG S（47）
公开年 2021（16） 2022（9） 2017（6） 2018（5） 2013（3） 2020（3） 2016（2）
申请年 2020（10）  2021（10）  2017（7）  2022（6）  2019（4）  2013（3）  2016（3）  2015（2） 
专利权人 CHINA PETROL.（3） UNIV HUAZHON.（3） JINAN SHENGQ.（2） JINAN SHENGQ.（2）
SINOPEC DALI.（2） UNIV ANHUI N.（2） UNIV SHANDON.（2）

Preparing ultra-thin silicon carbide nanosheets used in electronic devices, micro mechanics, engineering, and materials, comprises placing well-dispersed sheet-like polycarbosilane composite material combined with template in muffle furnace.

WANG S, ZHAO H, GUO L

Preparation method of mesoporous metal oxide-graphene composite nanosheet, comprises e.g. taking mixed aqueous solution of graphene oxide aqueous solution, metal salt and sodium nitrate, mixing, stirring, freeze-drying, annealing, washing, and drying.

WANG S, SONG M, HUANG Y, YANG Z, QIN J

Method for one-step synthesis of cobalt tetraoxide nanowire/graphene airgel composite material used as electrochemical sensor electrode modification materials comprises mixing graphene oxide with cobalt nitrate hexahydrate solution, oxidizing, in situ preparation of cobalt tetraoxide nanowires.

WANG S, CHEN S, ZHAO Y, HAO Y, XU H

Preparing monodisperse manganese oxide/reduced graphene oxide composite material for electromagnetic wave absorption, comprises adding normal hexane to liquid after reaction, ultrasonically dispersing, and using ethanol to centrifuge and wash.

LIU J, WANG S, PAN K

Gas sensor of graphene-tungsten disulfide composite material comprises silicon substrate layer, silicon dioxide insulating layer, electrode layer, graphene layer and tungsten-disulfide layer, large electrode is located at two ends of tooth inserting electrode.

WANG S, ZHANG X, ZHANG H, ZHU P, TANG F

Preparing graphene oxide/carbon nitride composite material to prepare fluorescence sensor to detect norfloxacin antibiotic in water body, involves adding graphene oxide into water, performing ultrasonic treatment to obtain graphene oxide solution, and adding graphitic-carbon nitride.

GU Y, GAO Y, ZHENG M, WEI Z, WANG S

Preparing composite material that is used for producing catalytic hydrogen, involves dispersing uniformly graphene oxide in water solvent, adjusting pH is adjusted, adding dopamine hydrochloride, stirring reaction at room temperature to obtain first mixed solution, dispersing uniformly metal salt.

ZHAO L, LI J, HOU S, YAN K, WANG S, ZHANG Z, LV L, TAO K, XUE Y

Composite photocatalyst useful in producing hydrogen, comprises bismuth-rich oxybromide, polyaniline, and graphene oxide.

CHEN J, MIAO S, WANG S, GE Z, ZHANG Q, ZHANG F, ZHENG D

Multi-platform pressure type hydrogen storage device has hydrogen storage sheet that includes metal foil, hydrogen storage alloy, heat conducting agent and binder, and filter sheet that is pre-arranged in tank head.

HAO L, WANG S, JIANG L, YE J, LI Z, WANG Q

Preparation of graphene micro-fold triboelectric nanogenerator involves facricating prestretched polymer/reduced graphene oxide micro-folds as positive electrode, using polyvinylidene fluoride as negative friction material, and testing.

LI S, ZHU X, ZHANG H, WANG B, WANG S, CHENG B, WAN T