A comparison between the full Newton-type optimization NL2SNO, the Levenberg-Marquardt method with the model-trust region modification, and the simplex algorithm is made in the context of the iterative fitting of EPR spectra. EPR lineshape simulations are based on the stochastic Liouville equation (SLE), with an anisotropic diffusion tensor and an anisotropic restraining potential describing the motional amplitude of the spin label. The simplex algorithm was found to be the most reliable, and an approach-incorporating both NL2SNO as well as the downhill simplex methods-is proposed as a strategy-of-choice
A general approach for the prediction of EPR spectra directly and completely from single dynamical t...
A general approach for the prediction of EPR spectra directly and completely from single dynamical t...
In the slow-motion region, ESR spectra cannot be expressed as a sum of simple Lorentzian lines. Stud...
A comparison between the full Newton-type optimization NL2SNO, the Levenberg-Marquardt method with t...
Thesis (Ph.D.)--University of Washington, 2019A comprehensive method is laid out for the solution of...
Direct simulation methods of Electron Paramagnetic Resonance (EPR) spectra are an al-ternative to st...
It is found that a very powerful method for computing slow-motional ESR (and NMR) spectra may be dev...
It is found that a very powerful method for computing slow-motional ESR (and NMR) spectra may be dev...
A simple effective method for calculation of EPR spectra from a single truncated dynamical trajector...
The simulated annealing procedure based on the Metropolis Monte Carlo algorithm is presented as a nu...
The simulated annealing procedure based on the Metropolis Monte Carlo algorithm is presented as a nu...
The simulated annealing procedure based on the Metropolis Monte Carlo algorithm is presented as a nu...
The simulated annealing procedure based on the Metropolis Monte Carlo algorithm is presented as a nu...
In the slow-motion region, ESR spectra cannot be expressed as a sum of simple Lorentzian lines. Stud...
In the slow-motion region, ESR spectra cannot be expressed as a sum of simple Lorentzian lines. Stud...
A general approach for the prediction of EPR spectra directly and completely from single dynamical t...
A general approach for the prediction of EPR spectra directly and completely from single dynamical t...
In the slow-motion region, ESR spectra cannot be expressed as a sum of simple Lorentzian lines. Stud...
A comparison between the full Newton-type optimization NL2SNO, the Levenberg-Marquardt method with t...
Thesis (Ph.D.)--University of Washington, 2019A comprehensive method is laid out for the solution of...
Direct simulation methods of Electron Paramagnetic Resonance (EPR) spectra are an al-ternative to st...
It is found that a very powerful method for computing slow-motional ESR (and NMR) spectra may be dev...
It is found that a very powerful method for computing slow-motional ESR (and NMR) spectra may be dev...
A simple effective method for calculation of EPR spectra from a single truncated dynamical trajector...
The simulated annealing procedure based on the Metropolis Monte Carlo algorithm is presented as a nu...
The simulated annealing procedure based on the Metropolis Monte Carlo algorithm is presented as a nu...
The simulated annealing procedure based on the Metropolis Monte Carlo algorithm is presented as a nu...
The simulated annealing procedure based on the Metropolis Monte Carlo algorithm is presented as a nu...
In the slow-motion region, ESR spectra cannot be expressed as a sum of simple Lorentzian lines. Stud...
In the slow-motion region, ESR spectra cannot be expressed as a sum of simple Lorentzian lines. Stud...
A general approach for the prediction of EPR spectra directly and completely from single dynamical t...
A general approach for the prediction of EPR spectra directly and completely from single dynamical t...
In the slow-motion region, ESR spectra cannot be expressed as a sum of simple Lorentzian lines. Stud...