Synthesis of a batch of aluminum-doped titanium dioxide and testing the reaction of photocatalytic degradation of phenol in an aqueous suspension. Studies of the crystal structure of rutile anatase using XRD, XPS, Raman spectroscopy and EMF methods.
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Interconnection between the Concentration of Dopant and Photocatalytic Activity: Al-doped TiO2 Introduction structure titanium dioxide Titanium dioxide is a well-known material that is widely-used in various applications.1-3 These applications are based on specific optical and photophysical properties of titania. Due to high transparency to visible light and high average refractive index (na = 2.5, nr = 2.7 for anatase and rutile, respectively) powdered TiO2’s were known as a white paint pigment and a reflecting coating for a long time.4 The pioneer publication5 by Fujishima’s and Honda’s opened a new promising area of application of this material as a perspective photocatalyst.1,6-9 TiO2 is also known as a photochromic material.10 In general, the red limit of fundamental absorption at the blue edge of the visible light spectrum, the thermodynamic stability and nontoxicity 0.9 wt%) the formation of the defect associates changes the surface selectivity since in this case, the type of the surface active center
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