Seite - 162 - in Advanced Chemical Kinetics

[11] Yeole K, Kadam P, Mhaske S. Synthesis and characterization of fly ash-zinc oxide nanocomposite. JournalofMaterialsResearchandTechnology.2014;3:186-190 [12] ÖkteAN,KaramanisD.Anovel photoresponsive ZnO-flyash nanocomposite for envi- ronmental and energy applications. AppliedCatalysis B: Environmental. 2013;142–143: 538-552 [13] Ökte AN, Karamanis D, Tuncel D. Dual functionality of TiO2-flyash nanocomposites: Watervaporadsorptionandphotocatalysis.CatalysisToday.2014;230:205-213 [14] XuWG, Liu SF, Lu SX, Kang SY, Zhou Y, Zhang HF. Photocatalytic degradation in aqueous solutionusing quantum-sizedZnOparticles supported on sepiolite. Journal of ColloidandInterfaceScience. 2010;351:210-216 [15] BautistaFM,Campelo JM,LunaD,LuqueJ,Marinas JM.Vanadiumoxidessupportedon TiO2-Sepiolite and Sepiolite: Preparation, structural and acid characterization and cata- lytic behaviour in selective oxidation of toluene. Applied Catalysis A: General. 2007; 325:336-344 [16] ArquesA,AmatAM, Santos-Juanes L,VercherRF,Mar´ınML,MirandaMA. Sepiolites as supportingmaterial for organic sensitisers employed in heterogeneous solar photo- catalysis. JournalofMolecularCatalysisA:Chemical. 2007;271:221-226 [17] ÖkteAN.AdvancedCatalyticMaterials,PhotocatalysisandOtherCurrentTrends.Croatia: INTECH;2016 [18] Ökte AN, Sayinsöz E. Characterization and photocatalytic activity of TiO2 supported sepiolite catalysts. SeparationandPurificationTechnology.2008;62:535-543 [19] Karamanis D, Ökte AN, Vardoulakis E, Vaimakis T. Water vapor adsorption and photocatalytic pollutant degradationwithTiO2-sepiolite nanocomposites.AppliedClay Science. 2011;53:181-187 [20] Anandan S, Vinu R, Sheeja Lovely KLP, Gokulakrishnan N, Srinivasu P, Mori T, MurugesanV, SivamuruganV,ArigaK.Photocatalytic activityofLa-dopedZnOfor the degradationofmonocrotophos inaqueoussuspension. JournalofMolecularCatalysisA: Chemical. 2007;266:149-157 [21] Lupan O, Chow L, Chai G, Roldan Cuenya B, Naitabdi A, Schulte A, Heinrich H. Nanofabrication and characterization of ZnO nanorod arrays and branchedmicrorods byaqueoussolutionrouteandrapidthermalprocessing.MaterialsScienceandEngineer- ingB.2007;145:57-66 [22] LupanO, EmelchenkoGA,UrsakiVV,ChaiG, RedkinAN,GruzintsevAN, Tiginyanu IM,ChowL,OnoLK,RoldanCuenyaB,HeinrichH,YakimovEE.Synthesisandcharac- terization of ZnO nanowires for nanosensor applications. Materials Research Bulletin. 2010;45:1026-1032 [23] JingL,XuZ,SunX,ShangJ,CaiW.Thesurfacepropertiesandphotocatalyticactivitiesof ZnOultrafineparticles.AppliedSurfaceScience. 2011;180:308-314 Advanced Chemical Kinetics162