We study interface and vortex motion in the two-component dissipative Ginzburg-Landau equation in two-dimensional space. We consider cases where the whole system is divided into several domains, and we assume that these domains are separated by interfaces and each domain contains quantized vortices. The equations for interface and vortex motion will be derived by means of a variational approach...

Beyond the 45 nm Technology Node Ultra-thin Body (UTB) Double-Gate (DG) MOSFETs (see Fig. 1) are expected to replace their conventional counterparts due to better electrostatic integrity and resistance to short channel effects [1,2,3]. However, as devices are scaled to silicon thicknesses below 5 nm, required for sub-10 nm channel lengths, in addition to parameter fluctuations resulting from di...

The aim of this study was to examine the influence electrostatic fields on seed vigor, mean rate germination and coefficient velocity five soybean genotypes. Testing conducted at Novi Sad Institute Field Vegetable Crops seeds varieties: Sava, NS 2024, 1347, 3127, Blackstar. were exposed different values direct current (DC) following voltage: 0 V (control), 3 V, 6 9 which for min 1 min. After ex...

We consider $5$ dimensional electrostatic solutions to Einstein-Maxwell gravity with $2$ commuting spacelike Killing fields. Taking two distinct reductions from dimensions a $3$ base space, we write the equations using some axially symmetric functions on $\mathbb{R}^3$. These can be viewed as arising harmonic map coupled 3-dimensional isometries of target space this revealing hidden $SL(2,\math...

Understanding the nanoscale electrostatic interaction between a conductive atomic force microscopy (AFM) probe and dielectric film is central to operation of various microscopies determination properties film. There no simple analytical description generated in confined probe-sample geometry for neither static nor dynamic AFM modes used measurements. An accurate involved physics obtained only b...