The application of the stochastic genetic algorithm in tandem with the deterministic Powell method to automated extraction of the magnetic parameters from powder EPR spectra was described. The efficiency and robustness of such hybrid approach were investigated as a function of the uncertainty range of the parameters, using simulated data sets. The discussed results demonstrate superior performance of the hybrid genetic algorithm in fitting of complex spectra in comparison to the common Monte Carlo method joint with the Powell refinement
Quantitative determination of spin contents from complex spectra requires deconvolution of each peak...
We introduce a number of extensions and enhancements to a genetic algorithm for crystal structure pr...
[Abstract] Purpose – The purpose of this paper is to assess the quality of commercial lubri...
The application of the stochastic genetic algorithm (GA) in conjunction with the deterministic Powel...
Complexity of biological systems is one of the toughest problems for any experimental technique. Com...
Complexity of biological systems is one of the toughest problems for any experimental technique. Com...
Complexity of biological systems is one of the toughest problems for any experimental technique. Com...
Complexity of biological systems is one of the toughest problems for any experimental technique. Com...
Complexity of biological systems is one of the toughest problems for any experimental technique. Com...
Complexity of biological systems is one of the toughest problems for any experimental technique. Com...
EPR is a prime spectroscopic technique for the analysis of paramagnetic metal sites in biological sy...
EPR is a prime spectroscopic technique for the analysis of paramagnetic metal sites in biological sy...
EPR is a prime spectroscopic technique for the analysis of paramagnetic metal sites in biological sy...
Previously, the genetic algorithm (GA) approach for direct-space crystal structure solution from pow...
Previously, the genetic algorithm (GA) approach for direct-space crystal structure solution from pow...
Quantitative determination of spin contents from complex spectra requires deconvolution of each peak...
We introduce a number of extensions and enhancements to a genetic algorithm for crystal structure pr...
[Abstract] Purpose – The purpose of this paper is to assess the quality of commercial lubri...
The application of the stochastic genetic algorithm (GA) in conjunction with the deterministic Powel...
Complexity of biological systems is one of the toughest problems for any experimental technique. Com...
Complexity of biological systems is one of the toughest problems for any experimental technique. Com...
Complexity of biological systems is one of the toughest problems for any experimental technique. Com...
Complexity of biological systems is one of the toughest problems for any experimental technique. Com...
Complexity of biological systems is one of the toughest problems for any experimental technique. Com...
Complexity of biological systems is one of the toughest problems for any experimental technique. Com...
EPR is a prime spectroscopic technique for the analysis of paramagnetic metal sites in biological sy...
EPR is a prime spectroscopic technique for the analysis of paramagnetic metal sites in biological sy...
EPR is a prime spectroscopic technique for the analysis of paramagnetic metal sites in biological sy...
Previously, the genetic algorithm (GA) approach for direct-space crystal structure solution from pow...
Previously, the genetic algorithm (GA) approach for direct-space crystal structure solution from pow...
Quantitative determination of spin contents from complex spectra requires deconvolution of each peak...
We introduce a number of extensions and enhancements to a genetic algorithm for crystal structure pr...
[Abstract] Purpose – The purpose of this paper is to assess the quality of commercial lubri...