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Diffussion measurement by NMR
Vanko, Filip ; Gescheidtová, Eva (referee) ; Bartušek, Karel (advisor)
In Bachelor thesis is described the principle of MRI, the physical foundations of the phenomenon of magnetic resonance imaging, quantum and macroscopic model. Followed by a description of the mechanisms of relaxation of magnetic resonance phenomenon. In the following sections describes the basis of diffusion, each sequence for measuring diffusion NMR methods and the method of three measurements, which was used in experimental measurements. Last chapter deals with the practical. The results of measurements are evaluated in conclusion.
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Diffussion measurement by NMR
Vanko, Filip ; Gescheidtová, Eva (referee) ; Bartušek, Karel (advisor)
In Bachelor thesis is described the principle of MRI, the physical foundations of the phenomenon of magnetic resonance imaging, quantum and macroscopic model. Followed by a description of the mechanisms of relaxation of magnetic resonance phenomenon. In the following sections describes the basis of diffusion, each sequence for measuring diffusion NMR methods and the method of three measurements, which was used in experimental measurements. Last chapter deals with the practical. The results of measurements are evaluated in conclusion.
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Design of a storage facility in a machine engineering company
Vanko, Filip ; Neužil, Karel (referee) ; Kubík, Roman (advisor)
The purpose of this thesis is to design a storage system in a machine engineering company with the expected expansion of production volume. The first part describes the theoretical analysis of the processed issue. This is followed by an analysis of the production system and the current situation in the company. The main part consists of determining the amount of inventory, storage location, storage equipment selection and layout design. The part of proposal is also cutting department. Based on the evaluation of selected criteria, more useful version was chosen. The final part is devoted to the economic evaluation of its realization.
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Design of a storage facility in a machine engineering company
Vanko, Filip ; Neužil, Karel (referee) ; Kubík, Roman (advisor)
The purpose of this thesis is to design a storage system in a machine engineering company with the expected expansion of production volume. The first part describes the theoretical analysis of the processed issue. This is followed by an analysis of the production system and the current situation in the company. The main part consists of determining the amount of inventory, storage location, storage equipment selection and layout design. The part of proposal is also cutting department. Based on the evaluation of selected criteria, more useful version was chosen. The final part is devoted to the economic evaluation of its realization.
|
|
|
Diffussion measurement by NMR
Vanko, Filip ; Gescheidtová, Eva (referee) ; Bartušek, Karel (advisor)
In Bachelor thesis is described the principle of MRI, the physical foundations of the phenomenon of magnetic resonance imaging, quantum and macroscopic model. Followed by a description of the mechanisms of relaxation of magnetic resonance phenomenon. In the following sections describes the basis of diffusion, each sequence for measuring diffusion NMR methods and the method of three measurements, which was used in experimental measurements. Last chapter deals with the practical. The results of measurements are evaluated in conclusion.
|
|
|
Diffussion measurement by NMR
Vanko, Filip ; Gescheidtová, Eva (referee) ; Bartušek, Karel (advisor)
In Bachelor thesis is described the principle of MRI, the physical foundations of the phenomenon of magnetic resonance imaging, quantum and macroscopic model. Followed by a description of the mechanisms of relaxation of magnetic resonance phenomenon. In the following sections describes the basis of diffusion, each sequence for measuring diffusion NMR methods and the method of three measurements, which was used in experimental measurements. Last chapter deals with the practical. The results of measurements are evaluated in conclusion.
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