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Photocatalytic apatite(PCAP) particles doped with Ti(IV) ions were synthesized by a coprecipitation method . Adsorption and decomposition of methylene blue were examined by spectrophotometry . Under dark conditions, PCAP showed higher adsorption of methylene blue than TiO2 did . The particles were irradiated with black light after reaching adsorption equilibrium , and absorbance was decreased by the photocatalyst reaction of the PCAP as well as by the TiO2. Decrease in absorbance of PCAP was larger than in TiO 2, and conseq uently the decomposition of methylene blue was seen to be much more effective by PCAP. Further, the photocatalysts were kneaded separately into resin , effect s of photocatalysis by both PCAP and TiO2 were observed in the resin , and influence on the r esin was examined. Chalking occurred on the surface of the resin with TiO2. but was not observed on the resin with PCAP , and it was determined th at PCAP had little overall influence on the resin .

PHOTOCATALYSIS AND INFLUENCE ON THE RESIN OF Ti(IV) DOPED HYDROXYAPATITE