国家/地区 China（3） Spain（2） Usa（2）
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出版物 CATALYSIS SCIENCE TECHNOLOGY（10）
出版时间 2021（10）
机构
作者

A review on g-C3N4/graphene nanocomposites: multifunctional roles of graphene in the nanohybrid photocatalyst toward photocatalytic applications

CATALYSIS SCIENCE TECHNOLOGY

PATNAIK S, BEHERA A, PARIDA K

Phosphate-assisted efficient oxygen evolution over finely dispersed cobalt particles supported on graphene

CATALYSIS SCIENCE TECHNOLOGY

ZENG F, LI JL, HOFMANN JP, BISSWANGER T, STAMPFER C, HARTMANN H, BESMEHN A, PALKOVITS S, PALKOVITS R

Ni on graphene oxide: a highly active and stable alkaline oxygen evolution catalyst

CATALYSIS SCIENCE TECHNOLOGY

FRUEHWALD HM, MOGHADDAM RB, MELINO PD, EBRALIDZE II, ZENKINA OV, EASTON EB

The fate of oxygen on graphene-catalyst in the photocatalytic water splitting reaction

CATALYSIS SCIENCE TECHNOLOGY

WANG J, PENG ZB, ZHU KL, XU MQ, TAO T, JIA DM, JIA G, WANG YK, YE W, WU WB, GAO P

Evaluation of the role of graphene-based Cu(i) catalysts in borylation reactions

CATALYSIS SCIENCE TECHNOLOGY

FRANCO M, SAINZ R, LAMSABHI A, DIAZ C, TORTOSA M, CID MB

Mechanistic understanding of methane-to-methanol conversion on graphene-stabilized single-atom iron centers

CATALYSIS SCIENCE TECHNOLOGY

HONG S, MPOURMPAKIS G

Nitrogen doped graphene quantum dots as a cocatalyst of SrTiO3(Al)/CoOx for photocatalytic overall water splitting

CATALYSIS SCIENCE TECHNOLOGY

LIU YX, XU XJ, LV SC, LI HW, SI ZC, WU XD, RAN R, WENG D

Controlling the selectivity of bimetallic platinum-ruthenium nanoparticles supported on N-doped graphene by adjusting their metal composition

CATALYSIS SCIENCE TECHNOLOGY

CEREZONAVARRETE C, MATHIEU Y, PUCHE M, MORALES C, CONCEPCION P, MARTINEZPRIETO LM, CORMA A

Ni/NiO heterostructures encapsulated in oxygen-doped graphene as multifunctional electrocatalysts for the HER, UOR and HMF oxidation reaction

CATALYSIS SCIENCE TECHNOLOGY

WANG JM, ZHAO Z, SHEN C, LIU HP, PANG XY, GAO MQ, MU J, CAO F, LI GQ

Magnetically separable graphene-based Ni-Fe mixed metal oxide nanocubes derived from a Prussian- blue analogue: synthesis, structure and application in oxidative degradation of bisphenol A

CATALYSIS SCIENCE TECHNOLOGY

ZHANG H, QIN JY, GAO ZF, MENG Q, HE GY, CHEN HQ