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National Repository of Grey Literature 3 records found  Search took 0.01 seconds. 
Application of hollow core optical fibers for the production and modification of nanostructures
 Dejmek, Michael ; Průša, Stanislav (referee) ; Spousta, Jiří (advisor)
This bachelor thesis deals with the development of a new generation of SPM probes, specifically the creation and modification of nanostructures in SEM. In the framework of the presented work, we describe the light guidance in standard optical fibers and the light and gas guidance through photonic crystal fibers. We also describe the methods used (electron beam induced deposition, chemical vapour deposition) for the creation of nanostructures. In the experimental part we discuss the design and subsequent testing of the setups used for the creation of nanostructures. The results show that our method is successful and thus offers a new possibility for the creation of nanostructures at the Institute of Physical Engineering, FME BUT.
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Hollow Core Photonic Crystal Fibers
 Hlavatý, Václav ; Holík, Milan (referee) ; Mikel, Břetislav (advisor)
Aim of the work was to study, design and verify methods of splicing photonic crystal fibers with standard single-mode and multi-mode fibers. The main goal was to make of the fusion splicer Fujikura FSM 100P splicing process. To create splicing process, various splicing methods were tested. Method of the moving position of the arc discharge from the center of splicing fibers and the method with increased gas pressure in the microstructure were mainly tested. Research revealed the incompatibility of splicing process of the different types of fiber splicers. The main results of the work are optimized methods of the splicing HC 1550-2 fiber and SMF 28 fiber.
Detailed record
Hollow Core Photonic Crystal Fibers
 Hlavatý, Václav ; Holík, Milan (referee) ; Mikel, Břetislav (advisor)
Aim of the work was to study, design and verify methods of splicing photonic crystal fibers with standard single-mode and multi-mode fibers. The main goal was to make of the fusion splicer Fujikura FSM 100P splicing process. To create splicing process, various splicing methods were tested. Method of the moving position of the arc discharge from the center of splicing fibers and the method with increased gas pressure in the microstructure were mainly tested. Research revealed the incompatibility of splicing process of the different types of fiber splicers. The main results of the work are optimized methods of the splicing HC 1550-2 fiber and SMF 28 fiber.
Detailed record

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