Jul 3, 2020   4:26 p.m. Miloslav
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Persons at STU


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Roman Fialka
Identification number: 86692
University e-mail: xfialka [at] stuba.sk
 
1420R16  Chemistry, Medical Chemistry and Chemical Materials B-CHEMAT
FCFT B-CHEMAT den [term 8, year 3]
Bachelor type of study, full-time, attendance method form
3rd year of study / 8th semester of study
Study group no.: 52

     Final thesis     
Publications
     

The selected person is an author of the following publications.

Ord.
Publications
Type of result
YearDetails
1.Hydroxyapatite based materials for fdc 3d printing filaments applicable in tissue scaffolds development
Janek, Marián -- Gabošová, Tatiana -- Fialka, Roman -- Hajdúchová, Zora -- Veteška, Peter -- Tomanová, Katarína -- Feranc, Jozef -- Plavec, Roderik -- Kovár, Vladimír -- Peciar, Peter -- Bača, Ľuboš -- Alexy, Pavel
Hydroxyapatite based materials for fdc 3d printing filaments applicable in tissue scaffolds development. In Preparation of Ceramic Materials. Košice,: Technická univerzita v Košiciach, 2019, p. 115--122. ISBN 978-80-553-3314-4.
contributions in anthologies, chapters in monographs/textbooks, abstracts
2019
Details
2.
Mechanical testing of hydroxyapatite based filaments applicable in FDC 3D printing for tissue scaffolds development
Janek, Marián -- Gabošová, Tatiana -- Fialka, Roman -- Hajdúchová, Zora -- Veteška, Peter -- Tomanová, Katarína -- Feranc, Jozef -- Plavec, Roderik -- Kovár, Vladimír -- Peciar, Peter -- Bača, Ľuboš -- Alexy, Pavel
Mechanical testing of hydroxyapatite based filaments applicable in FDC 3D printing for tissue scaffolds development. In Fractography of Advanced Ceramics, FAC 2019, 8.-11.9.2019, Smolenice. Košice,: Institute of Materials Research SAS, 2019, p. 24. ISBN 978-80-89782-12-3.
contributions in anthologies, chapters in monographs/textbooks, abstracts
2019
Details
3.
Preparation and properties of Hydroxyapatite based composites for 3D printed bio-applications - composites properties at high temperatures
Fialka, Roman -- Janek, Marián
Príprava a vlastnosti kompozitov na báze hydroxyapatitu pre bioaplikácie s 3D tlačou - vlastnosti kompozitov pri vysokých teplotách. Bachelor thesis. 2019.
final thesis
2019
Details
4.
Vysokoteplotné vlastnosti kompozitov na báze hydroxyapatitu pre 3d tlač kostných náhrad
Fialka, Roman -- Janek, Marián
Vysokoteplotné vlastnosti kompozitov na báze hydroxyapatitu pre 3d tlač kostných náhrad. In REHÁKOVÁ, M. -- ORAVEC, J. Chémia a technológie pre život. Bratislava: Slovenská chemická knižnica, 2019, p. 83--84. ISBN 978-80-8208-015-8.
contributions in anthologies, chapters in monographs/textbooks, abstracts
2019
Details

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