Add to ORKGWe describe algorithms for the solution of inversion problems in atomic absorption and resonance fluorescence. Also derived is the thin-layer approximation for solution of Abel's equation, with or without absorption. The basis for these procedures is the algorithm of differentiation to arbitrary order, including fractional differentiation. Mathematical experiments demonstrating the efficiency of the suggested algorithm have been carried out. © 1989
AbstractThis paper presents a new, stable, approximate inversion of Abel integral equation. By using...
If the wavefunction in the (not necessarily gaussian) image plane of an optical instrument is distor...
Abstract. The spectra of, e.g. open quantum systems are typically given as the superposition of reso...
We describe algorithms for the solution of inversion problems in atomic absorption and resonance flu...
The paper describes current methods of treatment and interpretation of experimental data in applied ...
An algorithm is constructed for solving the problem of diagnostics of an optically dense plasma from...
General principles for solving ill-posed inverse problems in applied spectroscopy were considered an...
In the framework of the statistical regularization method new algorithms of solving inverse problems...
The possibilities of using the total absorption method for plasma diagnosis are examined both in the...
AbstractA regularized algorithm using the inverse Radon transform for the solution of problems in pl...
A regularized algorithm using the inverse Radon transform for the solution of problems in plasma tom...
The evaluation from experimental data, of physical quantities, which enter into the electromagnetic ...
AbstractThis paper presents a new, stable, approximate inversion of Abel integral equation. By using...
If the wavefunction in the (not necessarily gaussian) image plane of an optical instrument is distor...
Abstract. The spectra of, e.g. open quantum systems are typically given as the superposition of reso...
We describe algorithms for the solution of inversion problems in atomic absorption and resonance flu...
The paper describes current methods of treatment and interpretation of experimental data in applied ...
An algorithm is constructed for solving the problem of diagnostics of an optically dense plasma from...
General principles for solving ill-posed inverse problems in applied spectroscopy were considered an...
In the framework of the statistical regularization method new algorithms of solving inverse problems...
The possibilities of using the total absorption method for plasma diagnosis are examined both in the...
AbstractA regularized algorithm using the inverse Radon transform for the solution of problems in pl...
A regularized algorithm using the inverse Radon transform for the solution of problems in plasma tom...
The evaluation from experimental data, of physical quantities, which enter into the electromagnetic ...
AbstractThis paper presents a new, stable, approximate inversion of Abel integral equation. By using...
If the wavefunction in the (not necessarily gaussian) image plane of an optical instrument is distor...
Abstract. The spectra of, e.g. open quantum systems are typically given as the superposition of reso...