19 research outputs found
Light focusing by silicon nanosphere structures under conditions of magnetic dipole and quadrupole resonances
Get PDFMetalens is a planar device for light focusing. In this work, we design and optimize c-Si nanosphere metalenses working on the magnetic dipole and quadrupole resonances of the c-Si nanoparticle. Resonant optical response of c-Si nanostructures is simulated by the multipole decomposition method along with the zero-order Born approximation. Limitations of this approach are investigated. The obtained results of optimization are verified by simulation via the T-matrix method
On the Comparison of Cryptographical Properties of Two Different Families of Graphs with Large Cycle Indicator
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Application of electronic computers in the theory of substitution groups and its applications
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PHYSICO-TECHNOLOGICAL ASPECTS OF WORK OF LUBRICANT FILMS IN THE TRIBOSYSTEM "OVERHEAD LINE – CURRENT COLLECTOR CONTACT STRIP"
No full textCalculation of the motion of gases and heat transfer in the axial region of a cyclonic flow
No full textDetermination of sign during phase correction of sign-variable modulation spectra of intersubband light absorption in GaAs/AlGaAs quantum wells
No full textInfluence of cold deformation on the corrosion-electrochemical and mechanical properties of khN40MDTYu alloy wire
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