Name: Malcolm Levitt
Date registered: July 19, 2012
Aug 21
Welcome to Christian Bengs who has taken over administration over this site. Christian has already done a lot of excellent coding as part of our new release of SpinDynamica (v3.0.1) and our first SpinDynamica publication. It’s great to have his help! So many thanks to Christian, and enjoy the new version of SpinDynamica! Malcolm
Aug 21
Our first article on SpinDynamica has just been accepted for publication: DOI 10.1002/mrc.4642 Thanks to Christian Bengs for helping write this article! Please cite this article if you published results obtained with SpinDynamica!
Aug 15
The latest release of SpinDynamica (2.14.3) is compatible with Mathematica 11. Lower versions are not compatible with Mathematica 11. See Downloads
Jul 28
The attached code may be used for simple 2D simulations using SpinDynamica. It is not completely general but should do for many purposes. More general code will be included in SpinDynamica in future. This example has also been posted on the forum, where you may also post responses. …
Mar 18
The new symbol PolarizationOperator may be used to calculate the polarization level of a spin ensemble and has been posted as an Add-On: http://www.spindynamica.soton.ac.uk/polarizationoperator/
Mar 10
On request, the popular Mathematica code CandRsymmetries has been resurrected as a new SpinDynamica add-on called SymmetryBasedRecouplingAnalysis. It may be found under AddOns or here.
Jan 19
In a recently accepted JACS paper, Russ Bowers and co-workers investigate parahydrogen reactions on nanoparticles, using 6-spin-1/2 SpinDynamica simulations. See: http://pubs.acs.org/doi/abs/10.1021/ja511476n
Jan 16
This example file illustrates the spin dynamics of a spin-3/2 system in the presence of weak and strong rf fields. Selective manipulations of the central and satellite transitions are illustrated, including the use of cosine-modulated fields to excite the satellite transitions. Download here: SpinThreeHalfDynamics or here.
Sep 19
The routine EnsembleAverage may be used to generate arbitrary distributions of nuclear spin interactions. In an example posted on the forum, I used EnsembleAverage to generate the spectrum of 133Cs (I=7/2) in an inhomogeneous gel. The same notebook includes a simulation of quadrupolar echoes in spin-7/2 with curious fractional timings.