In one of Bruker’s webinars they used NUS for replacing corrupted
FIDs in 2Ds. This could probably also be used to continue an interrupted
experiment.
Best Regards,
Jürgen
_______________________________________________
Jürgen Schulte, Ph. D.
NMR Specialist
Binghamton University
SN Building, RM 1024
25 Murray Hill Road
Vestal, NY 13850
Ph.: 607-777-4405
Fax: 607-777-4478
schulte_at_binghamton.edu
<
http://nmr.binghamton.edu/Schulte.html>
> From: main_at_ammrl.groups.io On Behalf Of Charles Fry via groups.io
> Sent: Tuesday, September 16, 2025 3:26 PM
> To: Main <main_at_ammrl.groups.io>
> Subject: [External Email] [AMMRL] continuing interrupted 2D, nD experiments
Hi all,
Was asked by a user about this recently. My perhaps outdated experience tells
me that a 2D that is interrupted by a power outage or some other event cannot
be continued. But that's maybe just the simple answer. Figured if it can be
done, someone here would know how.
An example: suppose TD1 is set to 400 but the experiment is interrupted at
171. Can we set the first delay and phase cycling (and gradients and ...?)
properly and continue in obtaining 172 to 400, and then add that onto the
dataset? Clearly would be easier for some experiments than others. But for
now, I'm interested in whether there's some way to get topspin so it can do
this for even the simplest of 2Ds: i.e., acquire the 172 to 400 data. A
separate issue, but necessary, is then how to tag that onto the 1 to 171 data.
Charlie
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Received on Wed Sep 17 2025 - 06:44:38 MST