Journal of Synthetic Crystals, Volume. 54, Issue 6, 1034(2025)
Controlling Hydrogen Evolution Reaction of Janus MoSSe by Defect and Strain Engineering
Fig. 1. Structure and stability of monolayer defected Janus MoSSe. (a) Atomic configurations (top) and corresponding STM images (bottom) of six Janus MoSSe monolayers with vacancy defects; (b) formation energy; (c) surface defect density
Fig. 2. HER characteristics of defected Janus MoSSe. Most stable adsorption sites for VMo (a), VS (b), VSe (c), VSeS (d), VMoS3 (e), and VMoSe3 (f); (g) Gibbs free energy
Fig. 3. Electronic properties of defected MoSSe monolayer. (a) Projected density of states; (b) charge density difference; (c) projected band centers
Fig. 4. Strain response of defected MoSSe monolayer. (a) Gibbs free energy; (b) work function and built-in electric field
Fig. 5. Difference and structure of MoSSe monolayer under different external strains. (a) Bond strain and charge density difference of defect MoSSe and VMo configuration monolayers; (b) relationship between bond strain and external strain for Bond-a and Bond-b
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Jingsong LIU, Lu SHEN, Longjun REN, Xizhong HUANG. Controlling Hydrogen Evolution Reaction of Janus MoSSe by Defect and Strain Engineering[J]. Journal of Synthetic Crystals, 2025, 54(6): 1034
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Received: Jan. 25, 2025
Accepted: --
Published Online: Jul. 8, 2025
The Author Email: Lu SHEN (wt14049@wjut.edu.cn)