Automating the development of high-dimensional potential energy surfaces with robust electronic structure methods

Győri Tibor
Automating the development of high-dimensional potential energy surfaces with robust electronic structure methods.
Doctoral thesis (PhD), University of Szeged.
(2025)

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Item Type: Thesis (Doctoral thesis (PhD))
Creators: Győri Tibor
Hungarian title: Sokdimenziós potenciálisenergia-felületek fejlesztésének automatizálása robusztus elektronszerkezet-számító módszerekkel
Title of the thesis in foreign language: Automating the development of high-dimensional potential energy surfaces with robust electronic structure methods
Supervisor(s):
Supervisor
Position, academic title, institution
MTMT author ID
Dr. Czakó Gábor
egyetemi docens, az MTA doktora, Szegedi Tudományegyetem
10028089
Subjects: 01. Natural sciences > 01.04. Chemical sciences > 01.04.03. Physical chemistry, polymer science, electrochemistry (dry cells, batteries, fuel cells, corrosion metals, electrolysis) > 01.04.03.08. Theoretical and computational chemistry
Divisions: Doctoral School of Chemistry
Discipline: Natural Sciences > Chemistry
Language: English
Date: 2025. January 16.
Uncontrolled Keywords: reaction dynamics, quasi-classical trajectory, QCT, bimolecular reaction, SN2, nucleophilic substitution, E2, bimolecular elimination, proton abstraction, hydrogen abstraction, potential energy surface, PES, permutationally invariant polynomial, PIP, automation, Robosurfer, ManyHF, Hartree-Fock, self-consistent field, SCF, ROHF, complete basis set limit, explicit correlation, coupled cluster, CCSD(T), Brueckner, CCSDT, CCSDT(Q), UCCSD(T), RCCSD(T), CCSD(T)-F12b, methanol, CH3OH, hydroxyl radical, OH
Item ID: 12281
Date Deposited: 2024. Aug. 27. 09:25
Last Modified: 2025. Jan. 20. 14:46
URI: https://doktori.bibl.u-szeged.hu/id/eprint/12281
Defence/Citable status: Not Defended. (Do not cite until it has not assigned DOI number!)

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