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Testing and optimization of an ion source
Glajc, Petr ; Král,, Jaroslav (referee) ; Kolíbal, Miroslav (advisor)
A thorough description of the testing of a saddle-field ion source is presented in the diploma thesis. The most important experimental results, such as Faraday cup measurements of the ion beam current profile and of the ion energy spectra, are included. Based on these results it is shown that the optimized ion source works correctly and according to the expectations. At the end of the thesis, the development of the ion-optical and construction design of the focusing optics is described. The manufactured optics assembly attached to the ion source is also shown.
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Optimization of ion source with saddle field
Zálešák, Marek ; Voborný, Stanislav (referee) ; Mach, Jindřich (advisor)
The goal of my bachelor's thesis was to make literature search about ion source applications. The next goal was to create models of saddle field ion source and find the best settings of the ion source. At first the most necessary changes were made to make the ion source operational. Then the deflection optics was developed that cause a deviation of the beam from the geometric axis of the ion source.
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Optimization of ion source with saddle field
Zálešák, Marek ; Voborný, Stanislav (referee) ; Mach, Jindřich (advisor)
The goal of my bachelor's thesis was to make literature search about ion source applications. The next goal was to create models of saddle field ion source and find the best settings of the ion source. At first the most necessary changes were made to make the ion source operational. Then the deflection optics was developed that cause a deviation of the beam from the geometric axis of the ion source.
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Testing and optimization of an ion source
Glajc, Petr ; Král,, Jaroslav (referee) ; Kolíbal, Miroslav (advisor)
A thorough description of the testing of a saddle-field ion source is presented in the diploma thesis. The most important experimental results, such as Faraday cup measurements of the ion beam current profile and of the ion energy spectra, are included. Based on these results it is shown that the optimized ion source works correctly and according to the expectations. At the end of the thesis, the development of the ion-optical and construction design of the focusing optics is described. The manufactured optics assembly attached to the ion source is also shown.
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