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A Draft of a Corporate Financial Plan
Nuzíková, Jana ; Procházková, Olga (referee) ; Karas, Michal (advisor)
The master‘s thesis is focused on a draft of a corporate financial plan and it is divided into three parts. The first part describes the basic theoretical background related to the topic of the thesis and serves to explain the basic concepts of this issue. The second part starts with the introduction of a selected company, followed by a strategic and financial analysis and finished by a SWOT analysis. The last part deals with the draft of the financial plan for the next four years, which is compiled in an optimistic and pessimistic scenario, concluding with evaluation of both scenarios.
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A Draft of a Corporate Financial Plan
Nuzíková, Jana ; Procházková, Olga (referee) ; Karas, Michal (advisor)
The master‘s thesis is focused on a draft of a corporate financial plan and it is divided into three parts. The first part describes the basic theoretical background related to the topic of the thesis and serves to explain the basic concepts of this issue. The second part starts with the introduction of a selected company, followed by a strategic and financial analysis and finished by a SWOT analysis. The last part deals with the draft of the financial plan for the next four years, which is compiled in an optimistic and pessimistic scenario, concluding with evaluation of both scenarios.
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The development of Childrens' drawings during their first academic year and the beginning of their second of a primary school
PROCHÁZKOVÁ, Olga
This dissertation detailed analyses the childrens' drawings of the human body and monitors the development of their drawings during their first academic year and the beginning of their second of a primary school. The theoretical part of this study explores and goes into the detail of how physical and emotional characteristics develop in primary school children. The work describes in detail the issues associated with how children develop emotionally with time through the manifestations of their drawings of the human body. The practical part of this study analyses the childrens' drawings of the human body and monitors the changes in their drawings and symbols. The aim of this study is to monitor and report on the evolutionary progress of primary school children through their drawing manifestations in the first and second year of the calender year.
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LPE Growth of III-V Semiconductors from rare-earth Treated Melts
Grym, Jan ; Procházková, Olga ; Zavadil, Jiří ; Žďánský, Karel
We focus on the characterization of InP and InGaAsP layers prepared by liquid phase epitaxy with rare-earth admixtures. We applied photoluminescence spectroscopy (PL), capacitance-voltage measurements, and secondary ion mass spectroscopy in order to explain: (i) the gettering effect and conductivity crossover of InP layers for Pr treated samples, (ii) narrowing of the PL and elecroluminescent spectra of the active InGaAsP region of a double-heterostructure LED.
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Růst InP metodou LPE s přídavkem prvků vzácných zemin do taveniny
Grym, Jan ; Procházková, Olga ; Zavadil, Jiří ; Žďánský, Karel
Addition of REs to the growth melt is known to have purifying effect on AIIIBV LPE layers. Each member of REs family acts in its own way. Small addition of Tb, Dy, Tm, and Pr leads to pronounced gettering of shallow donors, the high purity n-type InP can be grown. Exceeding certain concentration, reversal of conductivity type from n to p occurs. Addition of Tm during growth on InP:Fe substrates always results in the preparation of semi-insulating layers due to Fe out-diffusion mediated by RE admixture.
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Physical properties of InP epitaxial layers prepared with dysprosium admixture
Grym, Jan ; Procházková, Olga
Physical properties of commonly prepared InP layers grown by LPE technique and those grown from Dy treated melt are compared. The layers were examined by SEM, low temperature PL spectroscopy, C-V measurements and temperature dependent Hall effect. Structural, electrical and optical properties of InP layers exhibit a significant dependence on the presence of Dy and its concentration in the melt. When increasing the concentration of Dy the reversal of electrical conductivity occurs.
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