2,317 research outputs found
Jaroslav Zeman - conductor and composer
No full textHlavním cílem této práce je shromáždit a utřídit informace o Jaroslavu Zemanovi, který je významnou osobností české dechové hudby. Jaroslav Zeman je dirigent a skladatel, který dlouhá léta působil ve vojenských hudbách. Svou vojenskou kariéru završil jako náčelník Vojenské konzervatoře v Roudnici nad Labem. Jaroslav Zeman je autorem velkého množství skladeb a také úprav skladeb jiných autorů.The main goal of this work is to collect and sort information about Jaroslav Zeman. Important personalities of Czech wind music. Jaroslav Zeman is a conductor and composer who has worked in military music for many years. He completed his military career as chief of the Military Conservatory in Roudnice nad Labem. Jaroslav Zeman is the author of a large number of compositions as well as adaptations of compositions by other authors
Svoboda, K. - Suk, M. - Zeman, P.: Doručování v soudním řízení
No full textRecenze publikace - Svoboda, K. - Suk, M. - Zeman, P.: Doručování v soudním řízeníLinde, a.s., Praha 2009, 267 stra
Jiří Zeman - author of my region
No full textCílem bakalářské práce je představit spisovatele a dobrodruha Jiřího Zemana. Nejprve je popsán jeho život, což nebyl lehký úkol, poněvadž je spisovatel mimo Českou republiku. V rámci portrétu je zmíněna spisovatelova největší vášeň, téma přežití v divoké přírodě. Dále práce obsahuje soupis Zemanovy tvorby vydané na našem území a knih, které měly být vydány, ale kvůli neshodám s nakladatelstvím se tak nestalo. Některá Zemanova díla jsou blíže charakterizována a je upozorněno na autobiografické prvky. V závěru je spisovatel Jiří Zeman zařazen do širšího literárního kontextu.Katedra českého jazyka a literaturyObhájenoThe purpose of the seminar paper is to introduce a writer and an adventurer Jiří Zeman. At first his life is described, which was not an easy task because the writer lives abroad. There is mentioned author's biggest passion, the theme of survival in wild nature within the work. Further, the work contains the list of Zeman's writings which were published in our country and books, that were supposed to be published but due to disagreements with the publisher they weren't. Some of Zeman's writings are described closer and the autobiographical elements are pointed out. In the conclusion the writer Jiří Zeman is classified into wider literary context
Presidential Speeches of Miloš Zeman
No full textMiloš Zeman as the first directly elected president is among the most significant personalities of the Czech political scene and he is also one of the most capable speakers of the post-communist era. Public speeches are almost the only medium for communication between the president and the public. The thesis aims to analyse the presidential speeches of Miloš Zeman. The relevant period for this research was set to 8.3. 2013-31.12. 2014. The author analysed the speeches in terms of structure, length of sentences, figures of speech used, vocabulary, argumentation, manipulative and persuasive techniques and recurring themes. In the end of the paper, the author also compared Czech media's interpretation of the speeches with foreign media's interpretation
The effect of various copper sources on the trace elements profile in the hair, plasma and feaces and copper aktivity in the organism of horses. Acta Universitatis Agriculturae et Silviculturae Mendelianae Brunensis, vol. 60, p. 145-151. [cit. 2014-14-11]
No full textAbstract JANČÍKOVÁ, P., HORKÝ, P., ZEMAN, L.: The eff ect of various copper sources on the trace elements profi le in the hair, plasma and faeces and copper activity in the organism of horses. Acta univ. agric. et silvic. Mendel. Brun., 2012, LX, No. 6, pp. 145-15
Karel Zeman - activity and creation
No full textVe své bakalářské práci mapuji svébytnou tvorbu legendárního filmaře zlínských ateliérů Karla Zemana, zmiňuji jeho jednotlivé díla, kdy se zaměřuji na jejich obsahovou náplň i samotnou realizaci. V části své práce rozebírám Zemanovy trikové postupy, stejně jako pra-meny jeho inspirací pro tvorbu. Poslední kapitolu věnuji filmovému řemeslu dnešní doby a zamýšlím se nad vlivem Karla Zemana na tuto pokrokovou éru. Uvádím jeho domácí i zahraniční úspěchy a snažím se vyslovit k Zemanově umělecké osobě jako k výjimečnému tvůrci všech dob, který je letos navíc významný svým stým jubileem.In my bachelor work I am concerned with the original creation of legendary filmmaker Ka-rel Zeman, that worked in Zlín art studios. I mention his individual works and I concentrate on their contens and realization. In a part work I analyse Zeman's film trick procedures, as well as his inspiration for the creation. In the last chapter I write about movie profession of present and I speculate about the influence of Karel Zeman on this progressive era. I mention his achievements and I try to express Zeman's artistic person as the exceptional author of all time, this year, emiment in his hundretdh jubilee.Vyšší odborná škola filmová Zlínobhájen
Zeman (Jarold K.) The Hussite Movement and the Reformation in Bohemia, Moravia and Slovakia (1350- 1650)
No full textRoussel Bernard. Zeman (Jarold K.) The Hussite Movement and the Reformation in Bohemia, Moravia and Slovakia (1350- 1650). In: Archives de sciences sociales des religions, n°53/2, 1982. p. 373
Augustinus Zeman: Der Neubau des Schottenstifts unter Abt Andreas Wenzel
No full textIm Rahmen des Symposiums „Der Traum vom Kloster. Kunst und Kultur der Orden im 19. Jahrhundert“ im Stift Klosterneuburg sprach unser Stiftsbibliothekar P. Augustinus Zeman, studierter Theologe und Kunsthistoriker zugleich, am 16. Oktober 2014 zum Thema „Der Neubau des Schottenstifts unter Abt Andreas Wenzel. Ein Projekt der Aufklärung“. Dankenswerterweise hat er uns das Abstract seines Vortrags zur Verfügung gestellt, das wir hier wiedergeben dürfen: Die bestehenden Konventgebäude des W..
Doped nanocrystalline silicon oxide for use as (intermediate) reflecting layers in thin-film silicon solar cells
No full textIn summary, this thesis shows the development and nanostructure analysis of doped silicon oxide layers. These layers are applied in thin-film silicon single and double junction solar cells. Concepts of intermediate reflectors (IR), consisting of silicon and/or zinc oxide, are applied in tandem cells. Multi-stack Bragg reflector IRs are tested in tandem cells, increasing the top cell current output. Finally, mechanical polishing is applied on intermediate reflectors, creating asymmetrically textured IRs. Doped silicon oxide layers have proven their versatility as multipurpose layers in thin-film silicon solar cells. In chapter 3, the search for device grade n- and p-doped silicon oxide material is described. The nanostructure of silicon oxide films with a wide array of optical and electrical properties is studied in detail by TEM, Raman, FTIR and XPS. Silicon oxide is found to be a very heterogeneous material with complex nanostructure. Both the amorphous and crystalline phases of silicon oxide are studied in detail. Differences are found between the p- and n-doped materials. It is found that the n-doped material has a nanostructure of silicon crystal grains embedded in an amorphous silicon oxide matrix. The p-doped material, however, contains silicon filaments in an amorphous silicon oxide matrix. These filaments are of intrinsic amorphous silicon with crystalline silicon grains. Intrinsic amorphous silicon is mainly responsible for good conductivity in both n-doped and p-doped silicon oxide, however, minimum crystalline content is also required. Finally, the relations between each phase and element content is related to optical and electrical properties. N-doped silicon oxide used as a back reflector in single junction solar cells reflects unabsorbed light back into the absorber layer, increasing its current output. The blue part of the spectrum is absorbed in one pass, therefore the response in the red part of the spectrum is expected to increase. However, an increase in the blue part of the spectrum is observed as well and is the topic of chapter 4. This increase is attributed to a combination of factors, but mostly to the prevention of a native oxide formation on the standard a-Si:H n-layer. The standard n-layer is covered with the n-doped silicon oxide layer which prevents the standard layer from oxidizing in ambient air. The silicon oxide also provides a better contact interface with silver. Other factors increasing the blue response include: 1. The lower activation energy of n-doped silicon oxide in comparison with the standard a-Si:H n-layer. 2. The changing of the band states due to the larger bandgap of n-doped silicon oxide in reference to n-doped a-Si:H. 3. The thinner a-Si:H n-layer as the one in the reference cell is twice as thick. 4. The lower parasitic plasmonic absorption in the silver back contact due to the common interface with silicon oxide. P-doped silicon oxide exhibits anti-reflective properties, increasing cell current output in the blue part of the spectrum as well. An initial efficiency of 11.4% is achieved with the application of both p- and n-doped silicon oxide layers in a single junction a-Si:H solar cell. Intermediate reflector concepts are explored in chapter 5. Distributed Bragg Reflectors (DBR) have tunable reflective properties and are an interesting candidate for intermediate reflectors in tandem cells. They exhibit nearly the same reflectance range under various angles of incidence. DBRs can be easily designed with the help of optical simulation software such as ASA. The design sequence is as follows: 1. The desired reflectance range inside a solar cell is simulated by varying the thickness of each material. 2. This stack is then simulated in a glass – air environment. 3. The stack is deposited on a glass substrate. 4. The measured reflectance is compared with the air – glass simulation. If a good fit is achieved, the DBR will give the desired simulated reflectance inside the cell. DBRs greatly enhance the top cell current in a tandem cell, reaching up to 13,5 mA/cm2 in a 175 nm-thick a-Si:H layer. Current matching and lowering of Voc remain issues. Texture control in the IR is important in order to provide good light scattering for both the top and bottom cells of a tandem and to provide a good substrate for the growth of a defect-free nanocrystalline absorber layer. An approach to modify the texture of ZnO serving as an asymmetric IR in a tandem cell is developed. Because of the excellent performance of the top amorphous silicon cell deposited on an Asahi VU substrate, it is beneficial to keep this substrate texture for the top cell and integrate different textures (with larger surface features) in the layers processed after the top cell. Two approaches to create an asymmetrically-textured IR are chosen: wet etching and mechanical polishing. The wet etching approach is done with two dilution levels of HCl. Then the IR interface facing the top cell has a typical Asahi VU texture while the IR interface facing the bottom cell has larger surface features beneficial for long-wavelength scattering. The second approach is about applying mechanical polishing to silicon oxide and ZnO IRs. This approach successfully flattened the Asahi-induced texture, leaving it in the IR interface facing the top cell and on the other flat side allowing higher-quality nc-Si:H growth.Electric Sustainable EnergyElectrical Engineering, Mathematics and Computer Scienc
Zeman (Jarold K.) The Hussite Movement and the Reformation in Bohemia, Moravia and Slovakia (1350- 1650)
No full textRoussel Bernard. Zeman (Jarold K.) The Hussite Movement and the Reformation in Bohemia, Moravia and Slovakia (1350- 1650). In: Archives de sciences sociales des religions, n°53/2, 1982. p. 373
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