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Flow measurement in microfluidic systems with recording and sharing of measured values
Duša, Martin ; Harabiš, Vratislav (referee) ; Čmiel, Vratislav (advisor)
This paper is focused on flow measurement, microfluidic systems and realization system, which is able to flow measure and share with the possibility of their visualization via web interface. The first part of the work is devoted to the theoretical research, which briefly deals with the theory of flow and other concepts that belong to the flow There are also mentioned principles of flowmeter and their advantages or applications. The second part is devoted to microfluidic system. This section describes the elements that make up the microfluidic system, their capabilities and applications. The last part is devoted to the realization of the measuring system. The implementation includes a design of the measuring system, where the selection of microcotroler and sensor is given. The software solution includes used platforms and examples of algorithmization. At the end, the physical implementation of the whole system and calibration is described.
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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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Flow measurement in microfluidic systems with recording and sharing of measured values
Duša, Martin ; Harabiš, Vratislav (referee) ; Čmiel, Vratislav (advisor)
This paper is focused on flow measurement, microfluidic systems and realization system, which is able to flow measure and share with the possibility of their visualization via web interface. The first part of the work is devoted to the theoretical research, which briefly deals with the theory of flow and other concepts that belong to the flow There are also mentioned principles of flowmeter and their advantages or applications. The second part is devoted to microfluidic system. This section describes the elements that make up the microfluidic system, their capabilities and applications. The last part is devoted to the realization of the measuring system. The implementation includes a design of the measuring system, where the selection of microcotroler and sensor is given. The software solution includes used platforms and examples of algorithmization. At the end, the physical implementation of the whole system and calibration is described.
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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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