National Repository of Grey Literature 2 records found  Search took 0.00 seconds. 
Information education of distance students in academic libraries of public universities in the Czech Republic
Sýkora, Rudolf ; Landová, Hana (advisor) ; Zadražilová, Iva (referee)
This diploma thesis deals with information education of students of distance and combined study at public universities in the Czech Republic. The thesis is divided into the theoretical and practical part. The first part of the thesis introduces concepts related to information education, characterizes the system of higher education in the Czech Republic and describes the specifics of distance and combined form of study. The theoretical part also contains a chapter on information education of distance learning students abroad. The practical part describes the research of educational activities for students of distance / combined study at Czech public universities. The research forms used in the thesis are questionnaire survey and content analysis of the documents of individual colleges of libraries. The conclusion of the paper contains a summary and recommendations for improvement.
Relativistic Theory of Electron Transport in Magnetic Layers
Sýkora, Rudolf ; Turek, Ilja (advisor) ; Šob, Mojmír (referee) ; Drchal, Václav (referee)
Title: Relativistic Theory of Electron Transport in Magnetic Layers Author: Rudolf Sýkora Department / Institute: Institude of Theoretical Physics Supervisor of the doctoral thesis: doc. RNDr. Ilja Turek, DrSc., Department of Condensed Matter Physics Abstract: We review the density-functional theory (DFT) in detail using the Levy Lieb ap- proach. The Kohn Sham scheme is discussed, starting from the simplest spinless non- relativistic case, then including spin and considering potential spin magnetism, and finally deriv- ing the full Kohn Sham Dirac relativistic scheme. The Linear Muffin-Tin Orbital (LMTO) method for electronic-structure calculation is presented, together with mentioning the necessary changes to include the spin-orbit (SO) interaction effects to an otherwise scalar-relativistic (SR) theory. Derivation of an electronic-conductance formula for a layered system is given, based on the Landauer scattering picture and using simple non-equilibrium Green functions. The formal- ism is applied to layered metallic systems of light elements Co, Ni, Cu elements, and to layered systems with a tunnelling barrier, Fe/MgO/Ag and Fe/GaAs/Ag. The effects of the SO interac- tion on the Giant Magnetoresistance (GMR) ratio and/or the Tunnelling Anisotropy Magnetore- sistance (TAMR) for these systems are discussed....

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2 Sýkora, Radek
2 Sýkora, Radim
4 Sýkora, Richard
1 Sýkora, Robert
2 Sýkora, Roman
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