DFT Studies on the SnIP gas phase Mechanism and SnIP Hybrids

Pielmeier, Markus Rudolf Peter

Markus Rudolf Peter Pielmeier

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Original title:: DFT Studies on the SnIP gas phase Mechanism and SnIP Hybrids
Translated title:: DFT Studien über den SnIP Gasphasen-Mechanismus und SnIP-Hybride
Author:: Pielmeier, Markus Rudolf Peter
Year:: 2022
Document type:: Dissertation
Faculty/School:: TUM School of Natural Sciences
Advisor:: Nilges, Tom (Prof. Dr.)
Referee:: Nilges, Tom (Prof. Dr.); Karttunen, Antti (Prof. Dr.)
Language:: en
Subject group:: CHE Chemie
Keywords:: SnIP, black phosphorus, double helix, semiconducting material, formation mechanism
Translated keywords:: SnIP, schwarzer Phosphor, Doppelhelix, Halbleitermaterial, Bildungsmechanismus
TUM classification:: CHE 380
Abstract:: The formation mechanism of SnIP and P_black in the gas phase is explained by DFT studies on the GGA level. Furthermore, the stabilization of single SnIP double helices in the bulk material and with different matrices is elucidated.
Translated abstract:: Die Bildungsmechanismen von SnIP und P_schwarz in der Gasphase wird erläutert mit Hilfe von DFT Studien auf dem GGA-Level. Weiterhin wird die Stabilierung einzelner SnIP-Doppelhelices im Grundmaterial und in verschiedenen Matrizen beleuchtet.
WWW:: https://mediatum.ub.tum.de/?id=1690710
Date of submission:: 02.11.2022
Oral examination:: 16.12.2022
File size:: 19154121 bytes
Pages:: 110
Urn (citeable URL):: https://nbn-resolving.de/urn/resolver.pl?urn:nbn:de:bvb:91-diss-20221216-1690710-1-0
Last change:: 30.01.2023
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