02414nas a2200337 4500008004100000022001400041245008500055210006900140260000800209300001400217490000700231520136300238653002701601653001401628653001501642653001301657653002401670653001801694653002401712653001901736653003401755653002001789653002701809653000901836653003301845653003001878653001001908100001901918700002401937856011501961 2017 eng d a1364-032100aTiO2/RGO composites: Its achievement and factors involved in hydrogen production0 aTiO2RGO composites Its achievement and factors involved in hydro cSEP a1384-13920 v763 a

The immense potential shown by TiO2 to participate as a designer material resulting into a new class of high performing photocatalyst has acclaimed it to become an important player in the designing and synthesis of various solar harvesting materials. This role has further been explored by the introduction of graphene into TiO2 matrix. TiO2/reduced graphene oxide (TiO2/RGO) or TiO2/graphene (TiO2/GR) has shown its prospects or relevance to be considered as the next generation photocatalyst for hydrogen production by its reported values in terms of producing hydrogen gas. Hence, there is a requirement of having a detailed up to date write up on the work done in this area in terms of its synthetic procedures, properties and its effect on hydrogen production. Herein, we discuss the different methods involved in the synthesis of such highly efficient materials followed by a brief explanation on its structural and morphological properties. Furthermore, a comparative study on the recent developments in terms of hydrogen evolution efficiency along with a mechanistic approach is also described. Finally, the current challenge and possibility of the future development in this direction is emphasized.

10aAu-tio2 Photocatalysts10aEvolution10aGeneration10agraphene10aHydrogen generation10aNanocomposite10aNitrogen-doped Tio210aPhotocatalysis10aPhotocatalytic H-2 Production10aRecent Progress10aReduced graphene oxide10aTiO210aTio2-graphene Nanocomposites10aVisible-light Irradiation10aWater1 aGupta, Bhavana1 aMelvin, Ambrose, A. uhttps://library.ncl.res.in/content/tio2rgo-composites-its-achievement-and-factors-involved-hydrogen-production