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In this work, a sulfur (S) vacancy passivated monolayer MoS2 piezoelectric nanogenerator (PNG) is demonstrated, and its properties before and after S treatment are compared to investigate the effect of passivating S vacancy. The S vacancies are effectively passivated by using the S treatment process on the pristine MoS2 surface. The S vacancy site has a tendency to covalently bond with S functional...
In article number 1800342, Sang‐Woo Kim and co‐workers report a large‐scale MoS2‐nanosheet‐based high‐performance piezoelectric nanogenerator via passivation of sulfur vacancies causing a screening effect of piezoelectric polarization charges. The sulfur‐treatment process fills the sulfur vacancies with sulfur atoms, and the sulfur‐treated MoS2 shows dramatic enhancement of piezoelectric properties...
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