国家/地区 中国（24）
IPC部 B（24）
IPC大类 B01（24） C02（16） C07（6）
C25（2）
IPC小类 B01J（24）
IPC C02F001/30（14） C02F101/38（11） C02F101/34（6）
C02F101/36（6） B01J037/10（4） B01J027/04（3）
B01J035/02（3） B01J035/10（3） B01J037/16（3）
C02F101/30（3） B01J023/18（2） B01J023/22（2）
B01J023/72（2） B01J023/745（2） B01J023/75（2）
发明人 HE G（24）
公开年 2021（7） 2018（4） 2012（3） 2022（3） 2023（3）
申请年 2021（7）  2012（4）  2018（3）  2020（3）  2022（3）  2019（2） 
专利权人 UNIV CHANGZH.（17）

Preparing non-noble metal copper modified carbon-based composite material by e.g. centrifuging and separating sulfur-indium-zinc/carbon-based composite material modified by nano copper, washing and removing residual salt by ultra-pure water and anhydrous ethanol, and drying.

WANG J, HE G, BAO Z, GAO Y, FEI Y, HU Z

Preparing wrinkled graphene-based single-atom catalysts used for e.g. electrocatalytic process by preparing graphene oxide suspending solution, mixing with metal precursor solution, atomizing and pyrolyzing, calcining corrugated spherical graphene oxide-based metal single-atom catalyst.

HE G, YE G, FEI H

Preparing superhydrophilic highly elastic graphene airgel used for removing heavy metals in waste water, involves subjecting modified graphene oxide dispersion liquid to hydrothermal reaction to obtain reduced graphene oxide hydrogel, and dialyzing with hydroalcoholic solution.

HE G, DU B, CHEN L, ZHANG X

Graphene-based nitrogen-doped hierarchical porous carbon-supported palladium catalyst for hydrorefining of crude terephthalic acid, comprises palladium element, graphene-based nitrogen-doped hierarchical porous carbon, and nitrogen element.

HE G, YANG Y, BIAN W, ZHANG X, ZHENG Q, YIN D

Nitrogen-doped graphene copper-based double metal single atom catalyst used in preparing phenol by directly oxidizing benzene comprises nitrogen-doped graphene load single atom copper and transition metal, where transition metal M comprises e.g. chromium, cobalt, nickel, vanadium and molybdenum.

FU Y, ZHU J, LI L, CHEN Q, ZHAO Y, HE G, CHEN H

Preparing high performance bismuth vanadate-titanium dioxide- reduced graphene oxide nano composite material useful in the degradation of ciprofloxacin comprises dissolving bismuth source in acid, adding graphite oxide into de-ionized water, ultrasonically dispersing filtering, washing and drying.

HE D, YUAN J, QIAN X, ZHAO Y, CHEN Q, SHI M, HE G, CHEN H

Preparing graphene-based zinc doped bismuth molybdate catalyst useful for photo-catalytically degrading ciprofloxacin, comprises placing graphite oxide in solvent, ultrasonically dispersing, adding zinc solution, performing solvent thermal reaction, filtering, washing, drying and grinding.

FU Y, ZHU J, CHEN Q, ZHAO Y, WANG Q, CHEN H, HE G

Preparing bismuth titanate composite photocatalyst useful in degrading rhodamine B, comprises e.g. preparing bismuth titanate gel by sol-gel method, dissolving graphite oxide colloid to obtain graphene oxide dispersion, adding bismuth titanate powder to dispersion, and ultrasonically treating.

YUAN J, QIAN X, HE D, ZHAO Y, CHEN Q, LUO J, HE G, CHEN H

Preparing high performance bismuth oxyhalide/graphene nano-composite material used in degrading ciprofloxacin in water under visible light comprises adding iron salt in bismuth salt, dispersing graphite oxide in solvent, drying and grinding.

CHEN H, HE G, YIN Y, ZHAO Y, QIAN X, CHEN Q, YUAN J

Preparing graphene-based bismuth-based heterostructure catalyst comprises dissolving sodium molybdate and bismuth nitrate in ethylene glycol, adding alkaline solution and dissolving bismuth molybdate, nickel salt and iron salt.

HE G, CHEN H, SUN M, CHEN Q, ZHAO Y, QIAN X, YUAN J