Abstract
The results published so far show that semiconductor nanoparticles (Q-Sc) possess high activities as photocatalysts for reduction of CO 2 as compared with the corresponding bulk semiconductor photocatalysts. Several factors which influence photoreduction behaviors of carbon dioxide on size-quantized semiconductor nanoparticles (Q-Sc) in solution systems are described, which include the size of the Q-Sc, the charged condition of stabilizers used for Q-Sc, and the polarity of solvents used in photoreduction studies of CO 2.
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