Three files are uploaded in the file exchange part of the forum:
1) EDNMR.m – this is the simulation program analogous to the salt easyspin program. It can support S=1/2 spin systems with more than 1 nucleus. Its input entries (Sys, Exp, Opt) are essentially the same as salt.
2) test_script_EDNMR_14N.m – this script includes a set of input parameters used to calculate a typical 14N-EDNMR spectrum measured for a nitroxide radical.
3) test_script_EDNMR_14N_2H.m – this script is the same as above but includes a input parameters for a second nucleus (2H) which allows the set of combination peaks for this system to be calculated.
ELDOR-detected NMR simulation routine
-
- Newbie
- Posts: 2
- Joined: Thu Apr 20, 2017 7:17 am
ELDOR-detected NMR simulation routine
- Attachments
-
- EDNMR_simulation.zip
- (4.37 KiB) Downloaded 1919 times
-
- User
- Posts: 10
- Joined: Tue Jan 06, 2015 9:59 pm
Re: ELDOR-detected NMR simulation routine
Hello,
First, thank you very much for putting your EDNMR scripts together for public use, as I am very interested to run some EDNMR simulations. However, what should one do if simulations for systems with spin greater than 1/2 are required? For example, how were the Class 1 and Class 2 Mn EDNMR simulations (S = 3) performed in the 2014 Science paper by Cox et al.?
Sincerely,
Alex
First, thank you very much for putting your EDNMR scripts together for public use, as I am very interested to run some EDNMR simulations. However, what should one do if simulations for systems with spin greater than 1/2 are required? For example, how were the Class 1 and Class 2 Mn EDNMR simulations (S = 3) performed in the 2014 Science paper by Cox et al.?
Sincerely,
Alex