Book of abstracts - New trends in chemistry

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Božena Mihalíková - Ján Ohriska

Tento učebný text je určený poslucháčom prvého ročníka študijného odboru 76–12–8 „Učiteľstvo všeobecnovzdelávacích predmetov“ v kombináciách s matematikou. Je vyhotovený na základe prednášok autorov a ich viac ako desaťročných skúseností z výučby tohoto predmetu na PF UPJŠ. Pri jeho písaní sa autori snažili zohľadniť špecifickosť učiteľského štúdia matematiky. Predkladaný učebný text nebol písaný pre nedostatok učebníc matematickej analýzy. Dôvodom pre jeho napísanie boli zistenia autorov, že poslucháči nemajú zo strednej školy dostatočné skúsenosti v práci s odbornou literatúrou, ťažkosti mnohým spôsobuje (najmä v prvých semestroch) čo i len trochu odlišný výklad, nie zriedka aj zmena v označovaní, čím im uniká podstata študovanej problematiky. Autori textu si nekládli za ciel byt originálni. Ich snahou bolo urobiť taký výber tém, aký je nutný pre budúceho učiteľa matematiky a zvoliť takú metódu výkladu, ktorá je podla ich názoru vhodná pre poslucháčov prvého ročníka. Dobré zvládnutie učiva (rozšírenie matematického aparátu a s tým súvisiace možnosti uplatnenia iných dokazovacích metód ako aj získanie potrebných početných schopností) predpokladá použitie aj ďalších literárnych prameňov (učebníc, zbierok úloh) podla odporúčania vyučujúceho.

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Jana Shepa • Ivana Šišoláková (eds.)

Abstracts of the 4th International Conference Nanomaterials: Fundamentals and Applications (NFA) 2020 is the contributions summary of the conference participants. The conference will feature three invited lectures and eight registered lectures. This conference is a tool for creating a dialogue between experts in the field of nanomaterials, their use and overall application in various fields. Papers in the proceedings are thematically divided into 6 areas. All contributions are highly professional and interesting and can contribute to further creative scientific work.

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Janka Vrláková - Adela Kravčáková - Stanislav Vokál

Predkladaná „Zbierka príkladov z atómovej a jadrovej fyziky“ je určená ako základný študijný materiál k prednáškam zo Všeobecnej fyziky IV v druhom ročníku bakalárskeho jednoodborového štúdia fyziky a medziodborového štúdia v kombinácii s fyzikou na Prírodovedeckej fakulte Univerzity P. J. Šafárika v Košiciach. Jej cieľom je podporiť samostatnú prácu študentov a riešením vybraných úloh prehĺbiť získané poznatky z daného kurzu fyziky. Je rozdelená na tri hlavné časti: Atómovú fyziku, Jadrovú fyziku a Experimentálne metódy jadrovej fyziky. Každá tematická kapitola obsahuje prehľad základných pojmov, vzťahov a vzorcov, potrebných na lepšie pochopenie vzorových príkladov a na vyriešenie priloženého súboru neriešených príkladov.

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Ondrej Hutník (ed.)

Book of abstract

Uncertainty Modeling 2024 (UM 2024) is organized by Pavol Jozef ˇSaf´arik University in Koˇsice. It is a continuation of the series of colloquia held in Rzesz´ow under the name International Symposium on Fuzzy Sets (ISFS) and in Bratislava under the name Uncertainty Modeling.

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Danica Sabolová

Tento vysokoškolský učebný text je určený pre poslucháčov Prírodovedeckej fakulty UPJŠ v Košiciach, ktorí si zapísali praktické cvičenia z Biotechnológie, ale aj všetkým ostatným študentom, ktorí majú záujem zoznámiť sa s praktickými aplikáciami biotechnológií. Cieľom praktického kurzu je zoznámiť študentov so základnými biotechnologickými metódami a ich aplikáciami. Poslucháči si v praxi overia teoretické poznatky získané na prednáškach z Biotechnológie ako je priebeh fermentačných procesov, výroba vína, príprava kyslomliečnych výrobkov a syrov, príprava kultivačných médií, očkovanie a kultivácia mikroorganizmov atď. Súčasťou praktických cvičení je aj využívanie analytických a spektrálnych metód, ktoré sú neoddeliteľnou súčasťou biochémie. Skriptá sú vydávané iba v elektronickej podobe a sú sprístupnené na webovej stránke univerzity: http://kosice.upjs.sk/~kbch/sk, z dôvodu, že stále sa bude dať aktualizovať a modernizovať obsah laboratórnych úloh.

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Terézia Kisková • Stanislav Matéffy • Františka Horváthová

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Slávka Hamuľaková

The textbook "Structure and reactivity - solved examples and tasks, part 1" is the basis for teaching the subject "Structure and reactivity" for students of the 1st year of master's studies at the Faculty of Science, UPJŠ, department of Organic Chemistry. The textbook is divided into individual chapters, each chapter offering students examples of chemical reactions, where their course is explained on the basis of appropriate reaction mechanisms. A substantial part of the textbook consists of unresolved tasks, the main goal of which is the development of students' knowledge and skills. Due to the fact that the textbook is focused on only one semester of study, it cannot cover all reactions, rather it is only representative examples of different types of reactions, such as: addition reactions, elimination reactions, aromatic substitution, addition-elimination reactions, radical reactions and pericyclic reactions.

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Mariana Budovská

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Ondrej Krídlo

University textbooks present the basics of knowledge systems, which are divided into two parts. The first part of the publication is devoted to the basis of Formal Concept Analysis, ie the method of data analysis, knowledge representation and information processing, which is based on the formalization of the concept. In the second part we deal with the basics of logic programming, procedural semantics of logic programming, ie programs - theories, questions, SLD-derivation, SLD-tree, search strategies. University textbooks are intended for students of master's degree programs in computer science.

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Katarína Cechlárová (ed.)

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Mária Reháková 

Vysokoškolský učebný text určený pre poslucháčov vyšších ročníkov z bioanorganickej chémie. Štúdium bioanorganickej chémie si vyžaduje vedomosti z predchádzajúcich chemický disciplín nižších ročníkov - všeobecnej, anorganickej, organickej, fyzikálnej chémie a biochémie.

Autorka

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Peter Kollár

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Jana Shepa (ed.)

The book of abstracts from the second year of the international conference Spring electrochemical meeting is composed of contributions from the participants of this student conference. The conference consisted of one invited lecture and ten competing student lectures. The message of this meeting is to create a dialogue between students of electrochemistry and the mutual exchange of knowledge. All contributions are professionally processed and inspiring.

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Adela Kravčáková • Stanislav Vokál • Janka Vrláková 

The presented “General Physics IV, Part 1: Atomic Physics” is intended as a basic study material for lectures from General Physics IV in the second year of bachelor-level study of physics and interdisciplinary study in combination with physics at the Faculty of Science, P. J. Šafárik University in Košice. The content covers the first part of the given course of physics, devoted to atomic physics. The aim of the course is to obtain basic information about the structure of the atom and the electron shell of the atom.

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Juraj Ševc • Filip Mochnacký

Students studying biology as the single-subject or as a part of two-subject programs on various faculties of sciences are often encountered with the problem, how to limit the topics in the subject Human anatomy. This List of anatomical terms is aiming to help the non-medical students to get acquainted with the extensive anatomical nomenclature and to optimize the number of anatomical terms, which should be memorized, to preserve the sufficient capacity of the students for another knowledge of the field of systemic, comparative, developmental and functional anatomy. The emphasis on the arrangement of individual anatomical terms into the logical units supports the hierarchical view on the architecture of the human body. Despite the common opinion, anatomical nomenclature represents a framework, which is during the further study gradually enveloped with the knowledge of more or less related disciplines concerning with the human body and its biological processes. Moreover, besides this ambition, which exceeds the area of the human anatomy, this List of anatomical terms continues the long tradition with respect to the valid Latin and Slovak anatomical terminology.

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Karel Saksl

Solving crystal structures is the royal discipline of X-ray crystallography. Its primary task, with the exception of defects, is to describe the atomic structure of the motif that, by its repetition, fills the volume of the entire crystal or crystalline phase. This task is nowadays more or less routine for single-crystal X-ray diffraction, which can locate hundreds to thousands of non-hydrogen atoms in large unit cells. However, in real practice, we often have material available only in powder form instead of single crystals. Solving the atomic structure from its X-ray diffraction data is non-trivial, mainly because the three-dimensional diffraction space of a single crystal is reduced to one dimension by measuring a large number of randomly oriented microcrystals (crystallites). Therefore, the solution itself requires, in addition to proper measurement methodology, the selection of suitable tools, procedures, and strategies that, through optimization, will lead to the solution and refinement of the given crystalline phase. The current limit of this method is approximately 100 non-hydrogen atoms in the asymmetric part of the unit cell, which, however, is sufficient for most inorganic materials.

The goal of these educational texts is to provide students in the second and third levels of university studies with specific guidance on solving crystal structures from powder X-ray diffraction data. These scripts build upon my first monograph and require practical knowledge of its content. Similar to my previous monograph, I offer solved examples without a deep theoretical introduction, demonstrating procedures and strategies leading to the correct solution of crystalline phases using the freely available GSAS-II program. The examples are arranged from simpler to more complex, and the reader will find many useful pieces of information in the literature references as well as in the comments below the line. Part of these scripts are data intended for your individual practice of the described procedures. 

Karel Sakls

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