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Methods of single impulse detection
Juřík, Vladimír ; Bartušek, Karel (referee) ; Fiala, Pavel (advisor)
This thesis deals with measurement method pulsed quantities of electromagnetic field. This thesis was focused on methods, which make use of optic effect. Specially Faraday effect, Pockels effect and magneto-optic Kerr effect. Next it was focused on method makes use of Rogowski coil. At the end was shortly noticed about method makes use of calorimetric sensor. For experimentally realized has been chosen Faraday Magneto-optic Effect. In optic laboratory has been realized absolute methods and different methods making use of Wollaston polarizer on pneumatic optical desk. The main advantage of this method is the capability to measure the high frequency and high current signals. Next in this thesis has been written theory about Rogowski coil. This method has been experimentally realized in laboratory.
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Opto-electronical measurement methods
Kvapil, Antonín ; Drexler, Petr (referee) ; Fiala, Pavel (advisor)
This thesis deals with the aspects of methods for power and elements of electric and magnetic field measurement. Analysis of methods are performed for measuring pulsed voltage, current and power electromagnetic puls in this thesis. The method and workplace for measuring power of electromagnetic field is designed. The measurement method has been experimentally realized.
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METHODS FOR MEASUREMENT OF ULTRA-SHORT SINGLE-SHOT ELECTROMAGNETIC PULSES
Drexler, Petr ; Fiala, Pavel (advisor)
This thesis deals with the aspects of methods for pulsed high-level EM quantities measurement. Methods for current and voltage measurement in pulsed power generator and power measurement in pulse microwave generator are discussed. New approaches to single-shot measurement methods application are proposed. The theoretical analysis of suitable sensor designs is performed. The magneto-optic measurement method has been experimentally realized. On the basis of experimental results a fiber-optic current sensor has been designed and theoretically analyzed. For identification and measurement of the free-space electromagnetic pulse a combined calorimetric sensor has been designed and built.
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Final report of the project - Secure erasing memory chips using electromagnetic pulse
Fitl, Přemysl ; Vrňata, M. ; Fišer, L. ; Novotný, Michal ; Scholtz, V. ; Vlček, J. ; Tomeček, D.
The subject of this contractual research was the theoretical analysis and the mathematical model of the problem of electromagnetic pulse penetration and involvement of storage function of the memory chips. The report includes description of the experimental preparation memory chip, methodology of memory media testing, experiment shielding, software scanning of the memory chip, EMP generation, EMP intensity measurement. \nSummary of results of experiments of EMP influence on the memory media.\nA comprehensive research report was handed over to NUKIB representatives on 31 May 2018. NUKIB representatives confirmed receipt of the report. \nDefense of the project results took place on 27.6.2018 in the NUKIB building. Project goals were fulfilled. The agreed amount was invoiced for this report.\n\n
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Secure erasing memory chips using electromagnetic pulse - phase 1
Fitl, Přemysl ; Vrňata, M. ; Fišer, L. ; Novotný, Michal ; Scholtz, V. ; Vlček, J. ; Tomeček, D.
The subject of this contractual research was to perform study of technologies and principles of flash memories currently available on the market. The research report focuses on technological advancements in their development, the readability of stored / deleted data by available laboratory techniques, and the interaction of these memories with the electromagnetic pulse.\nThe outcome was handed over to NUKIB representatives on 29 March 2018. \nThe project was fulfilled, the agreed amount was invoiced for this report.\n\n\n
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METHODS FOR MEASUREMENT OF ULTRA-SHORT SINGLE-SHOT ELECTROMAGNETIC PULSES
Drexler, Petr ; Fiala, Pavel (advisor)
This thesis deals with the aspects of methods for pulsed high-level EM quantities measurement. Methods for current and voltage measurement in pulsed power generator and power measurement in pulse microwave generator are discussed. New approaches to single-shot measurement methods application are proposed. The theoretical analysis of suitable sensor designs is performed. The magneto-optic measurement method has been experimentally realized. On the basis of experimental results a fiber-optic current sensor has been designed and theoretically analyzed. For identification and measurement of the free-space electromagnetic pulse a combined calorimetric sensor has been designed and built.
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Opto-electronical measurement methods
Kvapil, Antonín ; Drexler, Petr (referee) ; Fiala, Pavel (advisor)
This thesis deals with the aspects of methods for power and elements of electric and magnetic field measurement. Analysis of methods are performed for measuring pulsed voltage, current and power electromagnetic puls in this thesis. The method and workplace for measuring power of electromagnetic field is designed. The measurement method has been experimentally realized.
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Methods of single impulse detection
Juřík, Vladimír ; Bartušek, Karel (referee) ; Fiala, Pavel (advisor)
This thesis deals with measurement method pulsed quantities of electromagnetic field. This thesis was focused on methods, which make use of optic effect. Specially Faraday effect, Pockels effect and magneto-optic Kerr effect. Next it was focused on method makes use of Rogowski coil. At the end was shortly noticed about method makes use of calorimetric sensor. For experimentally realized has been chosen Faraday Magneto-optic Effect. In optic laboratory has been realized absolute methods and different methods making use of Wollaston polarizer on pneumatic optical desk. The main advantage of this method is the capability to measure the high frequency and high current signals. Next in this thesis has been written theory about Rogowski coil. This method has been experimentally realized in laboratory.
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No-radiation effects of nuclear attacks
ŠIROKÝ, Miroslav
No-radiation effects of nuclear attacks create a big group of possible impacts on society. The first task of diploma thesis is to compile basic complex of known principles, features and descriptions of behaviour of electro technical materials, mainly in the sphere of electromagnetic fields and their interaction with surroundings on various (attack induced) outer conditions. These features are verified and demonstrated through laboratory measurements taken on basic components of the latest ICT devices. The second task is to compile the whole complex of findings and observations about SW models creations on interpersonal parallel communication. Acquired results are verified on the small group of 27 people.
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