サンルイ ショクモツ エイヨウ ケイレツ センタク カモク チョウリ ノ ジシュ ヘンセイ ニツイテ チョウリ イチ チョウリ ニ チョウリ サン

本校は平成6年度に職業学科(農業科･工業科･家庭科関連)から総合学科(総合科学科)へと改編が行われ、現在に至っている。総合科学科の教育課程では必修科目は最低限度近くに抑えられ、選択科目が多く設定されている。 ..

Hydrazide-Mediated Solubilizing Strategy for Poorly Soluble Peptides Using a Dialkoxybenzaldehyde Linker

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Selective CO Production in Photoelectrochemical Reduction of CO₂ with a Cobalt Chlorin Complex Adsorbed on Multiwalled Carbon Nanotubes in Water

Photoelectrochemical reduction of CO₂ occurred using cobalt­(II) chlorin (Co^II(Ch)) as a cathode active material adsorbed on multiwalled carbon nanotubes as a current collector in combination with a surface-modified BiVO₄ photoanode with iron­(III) oxide­(hydroxide), FeO­(OH), to produce CO with 83% Faradaic efficiency at an applied bias voltage of −1.3 V at the Co^II(Ch)-modified cathode vs the FeO­(OH)/BiVO₄/FTO photoanode under visible light irradiation in a CO₂-saturated aqueous solution (pH 4.6). The difference in the oxidation potential of the FeO­(OH)/BiVO₄/FTO electrode under dark and that under light illumination was ∼1.5 V, which was smaller than the band gap of BiVO₄ (band gap energy ≈ 2.4 eV), indicating that the FeO­(OH)/BiVO₄/FTO photoanode lowered the total bias that enabled simultaneous water oxidation and CO₂ reduction