Computational chemistry handout for general chemistry (CHEM 6 series)
Computational chemistry handout for advanced laboratory (CHEM 105)
Computational project for organic chemistry laboratory (CHEM 143; courtesy of Prof. Jeremy Klosterman)
Example Spartan project: Diels-Alder chemistry
Instructions for submitting remote computational jobs to the UCSD Spartan`20 server
While most computational jobs from Spartan`24 can still be submitted to the server (which is running Spartan`20), any calculations that make use of new computational features in Spartan `24 will have to be executed locally. This includes,
computational models that have "Corrected" or "Est." in the title,
some of the Conformational Distribution tasks that use a neural network,
and the NMR Spectrum task.
Note, these instructions are for using your own computer as a remote server. To access the server at spartanserver.ucsd.edu for remote job submission, follow the instructions in the previous section (above).
Building molecular models in Spartan
Setting up and submitting a calculation
Using keywords in calculations
Spartan output, orbital representation, and 2-D sketches
Spectra and surfaces
Building more complex models, measuring geometric parameters, and using constraints
Peptide model kit demonstration
Nucleotide model kit demonstration
Manipulation of spectral data
Excited state and UV/vis calculations
NMR calculations part I
NMR calculations part II