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Browsing by Author "Motygullin I."

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A device generating nonequilibrium phonons of terahertz frequencies

Efimov V.; Motygullin I.; Rozentsvaig Y. (2003)

A device generating nonequilibrium phonons with an equivalent temperature of up to 130 K in solids is described. The method of heat pulses is used. The heat pulses are initiated by current pulses with a width of 10-100 ns ...
A device generating nonequilibrium phonons of terahertz frequencies

Efimov V.; Motygullin I.; Rozentsvajg Y. (2003)

A device generating nonequilibrium phonons with an equivalent temperature of up to 130 K in solids is described. The method of heat pulses is used. Heat pulses are initiated by current pulses with a width of 10-100 ns and ...
A differentiating RC circuit in the amplifying section of a photon counting system

Kazakov B.; Mikheev A.; Motygullin I. (2005)

It was shown in experiments that the application of a differentiating RC circuit with a time constant comparable to the rise time of the single-electron pulse in the amplifying section of a photon counting system increases ...
Electron paramagnetic resonance and quantitative color investigations of various vacuum heat treated wood species

Kondratyeva E.; Safiullin K.; Motygullin I.; Klochkov A.; Tagirov M.; Kuzmin V. (2015)

© Kazan Federal University (KFU). The effect of the heat treatment duration on the electron paramagnetic resonance signal amplitude of free radicals for various wood species was observed. It was found that the amplitude ...
Nonlinear FMR spectra in yttrium iron garnet

Bunkov Y.; Vetoshko P.; Motygullin I.; Safin T.; Tagirov M.; Tukmakova N. (2015)

© Kazan Federal University (KFU). Results of demagnetizing effect studies in yttrium iron garnet Y3Fe5O12 thin films are reported. Experiments were performed on X-Band of electron paramagnetic resonance spectrometer at ...
Thermal modification of wood and a complex study of its properties by magnetic resonance and other methods

Kondratyeva E.; Safiullin K.; Motygullin I.; Klochkov A.; Tagirov M.; Reita V. (2016)

© 2016, Springer-Verlag Berlin Heidelberg.Thermal modification of wood is an effective method to improve some of the properties of wood. It is reported on studies of vacuum thermal-treated wood species by magnetic resonance ...

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Browsing by Author "Motygullin I."

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