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Exciton manifolds in highly ambipolar doped WS2
Tiede, D.O.; Saigal, N.; Ostovar, H.; Döring, V.; Lambers, H.; and Wurstbauer, U.
Research article (journal)
| Peer reviewed
Details about the publication
Journal:
Nanomaterials
Volume:
12
Article number:
3255
Status:
Published
Release year:
2022 (19/09/2022)
Language in which the publication is written:
English
DOI:
10.3390/nano12183255
Keywords:
electrolyte gating; transition metal dichalcogenides; excitons; exciton binding energy; spectroscopic imaging ellipsometry; dielectric functions
Authors from the University of Münster
Lambers
,
Hendrik
Professorship of experimental physics
Ostovar
,
Hossein
Professorship of experimental physics
Saigal
,
Nihit
Professorship of experimental physics
Tiede
,
David
Professorship of experimental physics
Wurstbauer
,
Ursula
Professorship of experimental physics
Center for Soft Nanoscience
(SoN)