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D8 - ADVANCE X-RAY Difractometer Adjustment
Černý, Lukáš ; Šrámek, Miroslav (referee) ; Žák, Roman (advisor)
This graduation thesis deals with Bruker AXS D8 Advance adjustment. Target of this thesis is design and realization of equipment which is going to be applicable on existing D8 advance machine and works with Göbel mirror adjustment. Mentioned adjustment is basic part of service operations necessary for D8. Introduction deals with theory of diffraction and basics of X-ray. Following part is presenting design of model which can be applicable and useful for solving of our problem. This design is completed with function device. This device realization is created by driving mechanism, control unit and mechanical adapter which is flexible and compatible with existing D8 Advance machine. All parts of designed device are fully described and complemented for full technical documentation, which is part of attachments.
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Flood control on Botič river
Žák, Roman ; Roub, Radek (advisor) ; Reil, Adam (referee)
The bachelor thesis deals with the evaluation of flood control implementation on the stream of the Botič. The thesis is divided into two parts. The teoretical part describes hydrological concepts, it defines and characterizes the area concerned and the water flow. It describes the origin, the course and the types of floods as well as the degrees of flood activities. The practical part concerns mainly the field survey which describes critical floods of the given stream valley in 2013. It presents the photos and describes the critical spots on the stream and suggests the sites and spots for surface finish and revitalization of the stream of the Botič.
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D8 - ADVANCE X-RAY Difractometer Adjustment
Černý, Lukáš ; Šrámek, Miroslav (referee) ; Žák, Roman (advisor)
This graduation thesis deals with Bruker AXS D8 Advance adjustment. Target of this thesis is design and realization of equipment which is going to be applicable on existing D8 advance machine and works with Göbel mirror adjustment. Mentioned adjustment is basic part of service operations necessary for D8. Introduction deals with theory of diffraction and basics of X-ray. Following part is presenting design of model which can be applicable and useful for solving of our problem. This design is completed with function device. This device realization is created by driving mechanism, control unit and mechanical adapter which is flexible and compatible with existing D8 Advance machine. All parts of designed device are fully described and complemented for full technical documentation, which is part of attachments.
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