A very important feature of superconductors is the Meissner and Ochsenfeld effect—
expulsion of weak external magnetic fields, H, from their interior. Therefore, a …

The stability of superconducting films with respect to oscillatory precursor modes for
thermomagnetic avalanches is investigated theoretically. The results for the onset threshold …

Dendritic flux avalanches is a frequently encountered consequence of the thermomagnetic
instability in type-II superconducting films. The avalanches, which are potentially harmful for …

In this work, the nature of the magnetic flux oscillations in superconductors was studied
within the adiabatic approximation. It was shown that, under certain conditions, depending …

Thermomagnetic avalanches in superconducting films propagating extremely fast while
forming unpredictable patterns, represent a serious threat for the performance of devices …

Novel instability representing an avalanch-like penetration of the magnetic flux into
superconductor is explained in terms of thermomagnetic shock wave propagation. It is …

The variety of morphologies in flux patterns created by thermomagnetic dendritic avalanches
in type-II superconducting films is investigated using numerical simulations. The avalanches …

We report the results of numerical simulations of nonisothermal dendritic flux penetration in
type-II superconductors. We propose a generic mechanism of dynamic branching of a …

The rapid penetration of magnetic flux into a Meissner phase of the type-II superconductor is
studied analytically and numerically. A sharp shock wave front of the magnetic induction is …

Sudden avalanches of magnetic flux bursting into a superconducting sample undergo
deflections of their trajectories when encountering a conductive layer deposited on top of the …