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Dive into the research topics where M. Skowron is active.

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Featured researches published by M. Skowron.


international conference and exposition on electrical and power engineering | 2016

Therapy's individualization of bone injuries with the magnetic field applicators

P. Syrek; M. Skowron; Antoni Ciesla

Individualization of therapy for each patient is difficult to carry out because of computational complexity. However, there is a possibility to obtain the view on the construction of the apparatus used in magnetotherapy by series of optimization processes. The results presented in this publication show that the construction and location of the device may vary significantly depending on the criteria.


Przegląd Elektrotechniczny | 2017

Oddziaływanie aplikatorów pola magnetycznego na stenty

P. Syrek; Antoni Cieśla; W. Kraszewski; M. Skowron

The position of the stent may have a significant impact on its currents induced in the branches. The results are presented for the case that poses the highest danger. The results were obtained for one exemplary construction of the stent. Further research should also take into account a number of other ways of building a stent, and a much more dense mesh created by its branches. (The impact of the magnetic field applicators on stents). Słowa kluczowe: pole magnetyczne, magnetoterapia, stenty, bioelektromagnetyzm, model obwodowy.


international conference and exposition on electrical and power engineering | 2016

Bio-stimulation of camelina seed by magnetic field (Camelina Sativa L.)

M. Skowron; P. Syrek; Antoni Ciesla

It is both physical and chemical factors that affect the crop yield. However, agronomic practices mainly include chemicals, which exhibit a number of side effects. The authors present the study of the impact of pre-sowing magnetic stimulation of camelina seed, with alternating magnetic field, on the germination of seeds. The study of the magnetic field effect was preceded by the analysis of camelina seed shape and distribution of elements on the surface of the seeds, and cross-section scanning with the use of the electron microscope (SEM). The authors also introduce the calculations of the magnetic field distribution inside the model of the seeds placed in the homogeneous magnetic field. Finally, the authors present the result and conclusions drawn from the camelina seed biostimulation with magnetic field, referring to both exposure time and magnetic field induction influencing the seed.


Przegląd Elektrotechniczny | 2011

Determination of safety zones in the context of the magnetic field impact on the surrounding during magnetic therapy

Antoni Cieśla; W. Kraszewski; M. Skowron; P. Syrek


Gospodarka Surowcami Mineralnymi-mineral Resources Management | 2016

Application of electrodynamic drum separator to electronic wastes separation

Antoni Cieśla; W. Kraszewski; M. Skowron; Agnieszka Surowiak; P. Syrek


E3S Web of Conferences | 2016

Electromagnetic therapeutic coils design to reduce energy loss

P. Syrek; M. Skowron; Szczepan Moskwa; W. Kraszewski; Antoni Ciesla


Przegląd Elektrotechniczny | 2013

Wpływ położenia i budowy aplikatora eliptycznego stosowanego w magnetoterapii na rozrusznik serca

P. Syrek; Antoni Cieśla; M. Skowron


2018 International Interdisciplinary PhD Workshop (IIPhDW) | 2018

Impact of multiple magnet sources on flow parameters of arterial blood with a specific pulse

Piotr Gas; M. Skowron


2018 International Interdisciplinary PhD Workshop (IIPhDW) | 2018

Modelling of photovoltaic cells in variable conditions of temperature and intensity of solar insolation as a method of mapping the operation of the installation in real conditions

Anna Zielinska; M. Skowron; Andrzej Bien


Przegląd Elektrotechniczny | 2017

Elektryzacja ziaren węgla metodą tryboelektryczną

Antoni Cieśla; M. Skowron; P. Syrek

Collaboration


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P. Syrek

AGH University of Science and Technology

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W. Kraszewski

AGH University of Science and Technology

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Antoni Cieśla

AGH University of Science and Technology

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Antoni Ciesla

AGH University of Science and Technology

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Agnieszka Surowiak

AGH University of Science and Technology

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Andrzej Bien

AGH University of Science and Technology

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Anna Zielinska

AGH University of Science and Technology

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Damian Lachendrowicz

AGH University of Science and Technology

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Piotr Gas

AGH University of Science and Technology

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Szczepan Moskwa

AGH University of Science and Technology

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