activity
20172022
most citedTransverse linear and orbital angular momenta of beam waves and propagation in random media

16 citations · 18 across the 4 of their papers we have counts for

collaborators

5 papers

physics.optics2022

Partially-coherent waves with binominal coherence

Mikhail Charnotskii

Comprehensive analysis of non-diffracting optical waves with binominal two-point coherence function (BCF) is presented. This coherence function consist of two terms, each depending…

eess.IV20192 cited

Four methods for generation of turbulent phase screens: comparison

Mikhail Charnotskii

We introduce a new method for generation of the phase screen samples with arbitrary spatial spectrum: Sparse Spectrum with uniform wave vectors (SU). Similar to the known Sparse Sp…

physics.optics2019

Eight models for coherence of radiation from incoherent sources and coherence of sunlight

Mikhail Charnotskii

Eight models for the coherence of the quasi-monochromatic light from spherical incoherent sources are constructed by placing incoherent monopole and dipole sources on the surface o…

physics.optics2018

Fluctuations of the aperture-averaged orbital angular momentum after propagation through turbulence

Mikhail Charnotskii

In the recent paper [1] it was shown that for paraxial propagation of scalar waves, the transverse linear momentum and orbital angular momentum (OAM) are related to the wave cohere…

physics.optics201716 cited

Transverse linear and orbital angular momenta of beam waves and propagation in random media

Mikhail Charnotskii

For paraxial propagation of scalar waves the classic electromagnetic theory definition of transverse linear (TLM) and orbital angular (OAM) momenta of the beam wave are represented…