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Evaluation of photocatalytic abilities by variation of conductivity and dimethyl sulfoxide; Photocatalytically active TiO$$_{2}$$-coated wire mesh prepared via a double-layer coating method

ジメチルスルホキシドと導電率の変化による光触媒能の評価; 二相担持法により作成したTiO$$_{2}$$被覆金網

森 勝伸*; 杉田 剛; 藤井 謙吾*; 山崎 太樹*; 井坂 茉由*; 小林 健太郎*; 岩本 伸司*; 板橋 英之*

Mori, Masanobu*; Sugita, Tsuyoshi; Fujii, Kengo*; Yamazaki, Taiki*; Isaka, Mayu*; Kobayashi, Kentaro*; Iwamoto, Shinji*; Itabashi, Hideyuki*

二層担持法によって光触媒担持金網を作製し、導電率検出器を備えた流れ分析法(FAS-CD)を用いて水質浄化性能を評価した。FAS-CDを用いたDMSO分解試験から、光触媒は安定に金網表面に担持されていることが示され、二層担持法の有効性が確認された。

The photocatalyst coating stainless-steel wire mesh (TiO$$_{2}$$-WM) was prepared by double-layer coating method. The TiO$$_{2}$$-WM was evaluated using flow analytical system, which included the reactor and conductimetric detector (FAS-CD). The DMSO decomposition test through the FAS-CD reveal that photocatalytst was stable coating on the stainless-steel wire mesh.

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