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Porovnání sklízecích řezaček JOHN DEERE 7800 Pro Drive a JOHN DEERE 7300 při sklizni senáže a kukuřice na siláž
ADAMEC, Petr
This thesis introduces processed information and ideas related to the line for crop processing. A review of literature is focused on characteristics of basic forage and forage harvesters. The methodology includes procedures for measurement and comparison between the forage harvesters John Deere 7800 and John Deere 7300. Results of the work carry measured and calculated data which were obtained in year 2015. Harvesters are compared in terms of forage cutting and grain grinding quality, performance and fuel consumption. The work also presents the cost expenses associated with operation of the harvesters.
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Problems of the Remuneration System of the Municipal Office of the Town of Jihlava Employees
Karafiátová, Dagmar ; Adamec, Petr (referee) ; Martinovičová, Dana (advisor)
This Bachelor Thesis entitled ”Problems of the remuneration system of the Municipal office of the town of Jihlava employees” analyses current state of remuneration system of this subject of public administration and proposes its improvement. In the first theoretical part, important terms of remuneration are explained; the second practical part is focused on specific system of remuneration of the Municipal office of the town of Jihlava. The system was thoroughly analysed and evaluation of the employees’ satisfaction with this system was examined with opinion pool.
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Receivables at a Corporate Enterprise
Adamec, Pavel ; Spinka, Oldřich (referee) ; Fedorová, Anna (advisor)
The subject of this diploma thesis concerns problems connected with receivables at corporate enterprise. On the basis of results of performed analysis of the present state of receivables in the selected company, several measures are proposed to help improve weak points in the system of care for receivables in the company.
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Electron optical design of a compact LEEM
Adamec, P. ; Bauer, E. ; Lencová, Bohumila
Pavel Adamec spent most of his Ph.D. study in Clausthal and later in ASU Tempe. The aim of his Ph.D. project was to design a small compact LEEM that could be fitted to an UHV system, i.e. the sample must be on ground potential and the optics should fit to a standard UHV flange. The design has to use "floating" electrostatic lenses and it must be of compact size and low weight.
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