β Scribed by Michael Hirsch; Wolfgang Quapp
No coin nor oath required. For personal study only.
The predictorβcorrector method for following a reduced gradient (RGF) to determine saddle points [Quapp, W. et al., J Comput Chem 1998, 19, 1087] is further accelerated by a modification allowing an implied corrector step per predictor but almost without additional costs. The stability and robustness of the RGF method are improved, and the new version in addition reduces the number of gradient and Hessian calculations. Β© 2002 Wiley Periodicals, Inc. J Comput Chem 9: 887β894, 2002
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In this paper we describe a numerical method to determine adjustable parameters in a mathematical model using experimental data. This is basically an improvement over our earlier method which was based on the idea that the area under the experimental curve must be equal to the integral of the functi
## Abstract A new method for calculating saddle points of reactions in solution is presented. The main characteristics of the method are: (1) the soluteβsolvent system is described by the averaged solvent electrostatic potential/molecular dynamics method (ASEP/MD). This is a quantum mechanics/molec
to find these two capacitances to a higher accuracy than ever before. The technique is of course also relevant to Extrapolation of the number N of subdivisions to infinity in the boundary element method involves fitting computed results to a the use of the BEM in solving a wide range of other electr