1D - Polymer

It is perfectly possible to carry out solid state calculations on lanthanide compounds and complexes.

As a first example, we shall calculate a linear chain of europium trichloride, something completely unreal and which does not exist. However, we will present this calculation merely as an example on how to carry out a one-dimensional solid state calculation of a polymer with a repeating structural unit.

Reaction Coordinates

Reaction path calculations allow the study of the intricate details of complexation mechanisms. One can actually observe the dynamics of complexation.

In this tutorial, we will compute the reaction path for the coordination of the water molecule in UDOMIJ [Aqua-(diethylenetriamine-bis(acetic acid methylamide)triacetato)-gadolinium] below:
udomij csd gadolinium

 

Nonlinear Optics - Time Dependent Hartree-Fock

  • In MOPAC2012, it is possible to perform calculations of the first and second static hyperpolarizabilities, as well as of other nonlinear optical properties of a lanthanide complex, by using the POLAR keyword.
     
  • As an example, let us consider the complex LOWBEE: [(1,10-(1,1'-Dimethylene-3,3'-biisoquinoline-2,2'-dioxide)-4,7,13,16-tetraoxa-1,10-diazaoctadecaphane)-(trifluoromethanesulfonato-O,O')-europium(iii)], below:

Solvent Effects - COSMO

  • To perform this task you will need the following softwares: MOPAC2012Gabedit and a text editor of your preference (Notepad, Textpad, etc.).
     
  • This tutorial uses version 2.4.0 of GABEDIT. If you installed a different version of GABEDIT, the commands you will have to use may differ from the ones appearing below.
     
  • As an example, let us consider the complex OXDACE [tris(oxydiacetato-O,O',O'')-cerium(iii)], below: