Results: **8**

#### The filtration radio pulse maximum likelihood method

... of two radio impulses through the maximum likelihood method. The authors have obtained expressions for the optimum processing of a set of two radio impulses in the domains of their orthogonality and non-orthogonality, as well as expressions for the **dispersion** of radio impulse parameters (Rao-Cramér **dispersion**). The article presents the results of model calculations showing the possibilities of resolving two radio impulses using the maximum likelihood method. The au-thors assess the area of solution ...

#### Investigation of distortions of the chirp signals in the neighborhood of critical frequencies of ionospheric plasma

Numerical experiments are performed to investigate the **dispersion** distortions of chirp pulses propagating in the ionosphere with taking the three-dimensional non-uniformity, anisotropy, and **dispersion** of ionosphere in dependence on geophysical conditions into account. Propagation, absorption,and the time ...

#### Propagation of sine waves in a two-layer density-stratified fluid

The paper presents the correction of a new technique for solving the problem of sinusoidal waves on the surface of a homogeneous ideal fluid, associated with the refinement of the boundary conditions. The **dispersion** relation for long waves is found. The frequency value for sinusoidal waves in a stratified fluid is obtained.
Zaitsev A. A., Rudenko A. I., Alekseeva S. M.
two-layer liquid, sine wave, **dispersion** relation, phase velocity, Boussinesq ...

#### An analysis of sinusoidal waves in two-layer liquid

A detailed analysis of sinusoidal waves in two-layer liquid is made. The **dispersion** relations for short and long waves are studied. The success was helped significantly by a technique created by us.
1. Сретенский Л. Н. Теория волновых движений идеальной жидкости. М., 1977....

#### The Evolution, or Seasonal and Interannual Variability, of the Diurnal Variation of Hydrometeorological Fields in the Southern Baltic Sea

... Austria. Vienna, 2015.
16. Woods J. D. Do waves limit turbulent diffusion in the ocean? // Nature. 1980. Vol. 288, № 5788. P. 219—224.
Dubravin V. F., Kapustina M. V, Stont Z. I.
short-term and long-term variability, meteorological elements, **dispersion**, harmonic and correlation analysis
35-54

#### Research of process in bistable system when passing the mix of the harmonious signal and «white» noise

... Stochastic Processes / ed. N. Wax.N. Y., 1974. P. 133.
6. Баскаков C. И. Радиотехнические цепи и сигналы. М., 2009.
Persichkin A. A., Shpilevoy A. A.
narrow-band noise, the attitude a «signal — noise», a **dispersion** of noise, a filtration.
75-83

#### Measurement of the attitude a signal/noise of a mix of a harmonious signal and narrow-band noise

... формулы.СПб., 1995.
5. Кетк ов Ю., Кетков А., Шульц М. MATLAB программирование численных методов. СПб., 2011.
Persichkin A., Shpilevoi A.
narrow-band noise, the attitude a signal/noise, **dispersion** of noise,
filtration.
126-130

#### Method of the estimation of parameters of signals at change of range to the purpose

... разрешения по дальности в локации методом максимального правдоподобия // Изв. вузов России. Радиотехника. 2010. Вып. 1. С. 58—65.
Pakhotin V. A., Molostova S. V.
**dispersion** of parametres of a signal, the maximum range of detection of the purpose, probability of correct detection.
112-118