156552 - Zip

: The "156552" in your query matches the unique article identifier used in the URL of the Journal of Applied Physics (AIP Publishing).

: The study demonstrates that this doping results in an indirect-to-direct electronic transition and a transition from a semiconductor to a semimetal. 156552 zip

: The research investigates how substitutional chemical doping can manipulate the interlayer interactions of bilayer tin selenide ( SnSecap S n cap S e : The "156552" in your query matches the

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The paper is titled and was published in December 2019. Key Details of the Paper:

: The "156552" in your query matches the unique article identifier used in the URL of the Journal of Applied Physics (AIP Publishing).

: The study demonstrates that this doping results in an indirect-to-direct electronic transition and a transition from a semiconductor to a semimetal.

: The research investigates how substitutional chemical doping can manipulate the interlayer interactions of bilayer tin selenide ( SnSecap S n cap S e

AI responses may include mistakes. For legal advice, consult a professional. Learn more

The paper is titled and was published in December 2019. Key Details of the Paper: