@ARTICLE{Ilit’_Tomáš_Development_2019, author={Ilit’, Tomáš and Valko, Pavol and Držík, Milan and Ušáková, Marianna and Šoka, Martin and Marton, Marian and Behúl, Miroslav and Vojs, Marian}, volume={vol. 26}, number={No 3}, journal={Metrology and Measurement Systems}, pages={531-540}, howpublished={online}, year={2019}, publisher={Polish Academy of Sciences Committee on Metrology and Scientific Instrumentation}, abstract={We present the development of a technique for studying laser-induced magnetization dynamics, based on inductive measurement. The technique could provide a simple tool for studying laser-induced demagnetization in thin films and associated processes, such as Gilbert damping and magnetization precession. It was successfully tested using a nanosecond laser and NiZn ferrite samples and – after further development – it is expected to be useful for observation of ultra-fast demagnetization. The combination of optical excitation and inductive measurement enables to study laser-induced magnetization dynamics in both thin and several micrometre thick films and might be the key to a new principle of ultrafast broadband UV–IR pulse detection.}, type={Article}, title={Development of a technique for inductive measurement of laser-induced magnetization dynamics in thin films}, URL={http://www.czasopisma.pan.pl/Content/113096/PDF/07_MMS_3_INTERNET.pdf}, doi={10.24425/mms.2019.129577}, keywords={laser-induced demagnetization, pulsed inductive microwave magnetometry, ultrafast demagnetization detection}, }