Tip-Induced Etching and Vacancy Island Evolution on 2H-TaS<sub>2</sub> Revealed by STM

Tip-Induced Etching and Vacancy Island Evolution on 2H-TaS<sub>2</sub> Revealed by STM

Recent research on 2D materials using scanning probe microscopy reveals that the surface of transition metal dichalcogenides can be etched during the measurement via either a tunneling-field-driven or a scanning probe-driven process. The tip-induced manipulation of the surface structure and defects...

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Bibliografiske detaljer
Hovedforfatter: Dejia Kong (4269937) (author)
Andre forfattere: Richard Peckham (22395851) (author), Kory Burns (22395854) (author), Zhiqiang Mao (1328169) (author), Seng Huat Lee (1902982) (author), Jordan A. Hachtel (4400677) (author), Zheng Gai (1668583) (author), Ian Harrison (1643863) (author), Petra Reinke (373886) (author)
Udgivet: 2025
Fag:
Medicine
Microbiology
Cell Biology
Evolutionary Biology
Ecology
Science Policy
Infectious Diseases
Space Science
Environmental Sciences not elsewhere classified
Biological Sciences not elsewhere classified
Physical Sciences not elsewhere classified
transition metal dichalcogenides
stm recent research
quantified using ai
measurement via either
chemical vapor transport
growth rate variance
vacancy island evolution
newly exposed layers
surface defect inventory
linear growth rate
2 </ sub
mobile surface islands
induced etching mechanism
vacancy islands
growth kinetics
includes linear
entire layers
surface structure
isolated islands
induced manipulation
induced etching
induced chemistry
individual islands
work paves
water adsorbates
top layer
sequential removal
scanning probe
quantitative analysis
imaging trigger
extended periods
etching kinetics
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