Add to ORKGA method for determining the temperature from the source function for asymmetrically self-reversed spectral lines is studied. The stability of the algorithm with respect to random errors in the starting data is demonstrated based on mathematical experiments. The method is used to study experimentally the temperature field of an impulsive discharge in a capillary
Various methods are explored for obtaining regularized solutions of the severely ill-posed Laplace i...
This batchelor thesis "Temporally and spatially resolved diagnostics of an electric arc" deals with ...
Doppler or Stark line broadening effects are generally used to determinate plasma temperature. These...
A method for determining the temperature from the source function for asymmetrically self-reversed s...
An analysis is given of plasma temperature determination methods from self-reversed spectral lines. ...
The results of calculations of the nonuniformity parameter M, used in determining the plasma tempera...
This paper investigates the reliability of deducing the emissivity at the peaks of a self-reversed e...
An algorithm is constructed for solving the problem of diagnostics of an optically dense plasma from...
It is shown that with a favourable experimental design the random error in the temperature measureme...
The aim is to construct the numerical methods, algorithms and programs for design of the radiation a...
Optically thick spectral line emssion from plasmas is often difficult to use for the diagnosis of pl...
This paper demonstrates the feasibility of using an impulsive capillary light-source for measuring t...
Temperature is one of the crucial parameters reflecting the energy and current transfer characterist...
Various methods are explored for obtaining regularized solutions of the severely ill-posed Laplace i...
This batchelor thesis "Temporally and spatially resolved diagnostics of an electric arc" deals with ...
Doppler or Stark line broadening effects are generally used to determinate plasma temperature. These...
A method for determining the temperature from the source function for asymmetrically self-reversed s...
An analysis is given of plasma temperature determination methods from self-reversed spectral lines. ...
The results of calculations of the nonuniformity parameter M, used in determining the plasma tempera...
This paper investigates the reliability of deducing the emissivity at the peaks of a self-reversed e...
An algorithm is constructed for solving the problem of diagnostics of an optically dense plasma from...
It is shown that with a favourable experimental design the random error in the temperature measureme...
The aim is to construct the numerical methods, algorithms and programs for design of the radiation a...
Optically thick spectral line emssion from plasmas is often difficult to use for the diagnosis of pl...
This paper demonstrates the feasibility of using an impulsive capillary light-source for measuring t...
Temperature is one of the crucial parameters reflecting the energy and current transfer characterist...
Various methods are explored for obtaining regularized solutions of the severely ill-posed Laplace i...
This batchelor thesis "Temporally and spatially resolved diagnostics of an electric arc" deals with ...
Doppler or Stark line broadening effects are generally used to determinate plasma temperature. These...