2021Unpublished venueRequires access

2 D ‐Materials Free Heterostructures for photochemical Energy Conversion

Wei Chen, Guohua Jia

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Abstract

As one of the most studied strategies to harvest renewable energy such as solar energy, photochemical (PC) energy conversion using catalysts have received tremendous attention. This chapter focuses on using 2D-materials free heterostructures-based photocatalysts for harvesting and the conversion of solar energy through water splitting, CO 2 reduction reaction, and N 2 reduction reaction.

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What this paper is about

As one of the most studied strategies to harvest renewable energy such as solar energy, photochemical (PC) energy conversion using catalysts have received tremendous attention. This chapter focuses on using 2D-materials free heterostructures-based photocatalysts for harvesting and the conversion of solar energy through water splitting, CO 2 reduction reaction, and N 2 reduction reaction.

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Available abstract

As one of the most studied strategies to harvest renewable energy such as solar energy, photochemical (PC) energy conversion using catalysts have received tremendous attention. This chapter focuses on using 2D-materials free heterostructures-based photocatalysts for harvesting and the conversion of solar energy through water splitting, CO 2 reduction reaction, and N 2 reduction reaction.

Key concepts: Renewable energy, Heterojunction, Solar energy conversion, Energy transformation, Reduction (mathematics), Photochemistry, Solar energy, Catalysis

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