Перегляд за автором "Salkov, E.A."

Сортувати за: Порядок: Результатів:

  • An intrinsic physical content of “single photon power” − (hν∙Δν) 
    Salkov, E.A.; Svechnikov, G.S. (Semiconductor Physics Quantum Electronics & Optoelectronics, 2011)
    Considered in this paper is the possibility to use information properties of photon noise inherent to thermal radiation. Using the calculations of threshold limitations for detecting the fluctuations of thermal radiation ...
  • Information availabilities of the thermal radiation noise (Analytical overview) 
    Salkov, E.A.; Svechnikiv, G.S. (Semiconductor Physics Quantum Electronics & Optoelectronics, 2008)
    The main purpose of this overview is to make an effort at joining the widely spread practical tendency of “damping the noise” with the non-apparent but presumably perspective thesis “using the noise” through the realization ...
  • Microscopic parameters of a stochastic system and variance of physical quantity (ideal gas, electric current, thermal radiation of a black body) 
    Salkov, E.A. (Semiconductor Physics Quantum Electronics & Optoelectronics, 1998)
    It is shown that the variance of a random physical quantity F can be expressed and directly calculated with the help of a microscopic parameter which under certain conditions may be called the invariable intrinsic ...
  • On thermal emission of small-sized radiator 
    Salkov, E.A.; Svechnikov, G.S. (Semiconductor Physics Quantum Electronics & Optoelectronics, 2003)
    Principle feasibility has been considered for a distant identification of a small-sized thermal radiator by means of detecting its thermal radiation. A single small-size radiator is phenomenologically treated within the ...
  • Some properties of extremely restricted thermal radiation beams 
    Salkov, E.A.; Svechnikov, G.S. (Semiconductor Physics Quantum Electronics & Optoelectronics, 2003)
    Physical peculiarities of the equilibrium thermal radiation have been considered within the black body model for the case of ultimate restrained photon flows inside an ideal ("lossless") optical communication channel. ...