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Olkhovskiy, Mikhail
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Müllerová, Eva
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Martínek, Petr
Impulse signals classification using one dimensional convolutional neural network The main purpose of this work is to propose a modern one-dimensional convolutional neural network (1 D CNN) configurations for distinguishing separate PD impulses from different types of PD sources while the parameters of these sources are changed. Three PD sources were built for... |
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Závorka, Jiří
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Svobodová, Miroslava
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Mikoláš, Pavel
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Vimpel, Jan
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Sprinzl, Daniel
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Lovecký, Martin
Solution of full-core VVER-440 PK-3+calculation benchmark by serpent This work deals with the updated reference solution of the Full-Core VVER-440 PK-3+ benchmark which is based on the extended calculation benchmark from 2018. [1] The modification consists of a new type of fuel assembly with PK-3 design in the loading pattern. The main aim ... |
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Sprinzl, Daniel
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Krýsl, V.
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Mikoláš, Pavel
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Závorka, Jiří
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Tímr, Jan
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Bilodid, Y.
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Temesvári, Emese
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Pós, István
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Kalinin, Yu P.
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Shcherenko, Anastasia I.
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Aleshin, Sergey S.
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Bahadir, Tamer
"Full-Core" VVER-1000 calculation benchmark This work deals with the “Full-Core” VVER-1000 calculation benchmark which was proposed on the 26th Symposium of AER [1]. Recently, the calculation benchmarks “Full-Core” VVER-440 [2] and its extension [3] have been introduced in the AER community with positive response [4, 5]. Therefor... |
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Rot, David
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Knedlík, Michal
Zařízení studeného kelímku pro tavení oxidů kovů This article aims to present unique equipment of a cold crucible (CC) that allows induction melting of metal oxides (the so-called induction skull melting – ISM). Melting is based on the principle of induction heating, in which energy is transferred from the inductor to the... |
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Rot, David
Indukční tavba oxidu hlinitého v zařízení studeného kelímku This paper describes the experimental induction skull melting (ISM) of Al2O3 in a cold crucible (CC). The realization of the experiment consists of the preparation of segmental CC for melting. Starting-material (aluminum) overheating and initiation of an exothermic reaction. Gradual melting ... |
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- DSpace at University of West Bohemia
- Publikační činnost / Publications
- Fakulta elektrotechnická / Faculty of Electrical Engineering
- Katedra elektroenergetiky / Department of Electrical Power Engineering
- 5 2020

