Yes
Set the nuclei and the *respective frequencies* (this can matter a lot with
things like 103Rh with its big sweep width where a 1 MHz change can be 10%
of the frequency at lower fields) and then type XAU GRADRATIO. This nice bit
of software will then calculates them for you! However, this only work with
the old syntacs. My efforts to modify it for the new syntacs fell flat. So I
am interested to hear if anyone has a solution.
----- Original Message -----
> From: "John Snyder" <john-snyder_at_uiowa.edu>
> To: <ammrl_at_wwitch.unl.edu>
> Sent: Wednesday, November 01, 2000 1:36 PM
> Subject: Re: 31P-1H: Thanks for info
> Knowing the Gradient ratios to use for 31P will be useful.
>
> Is there a comprehensive source for Gradient Ratios for some of the other
> nuclei other than 13C, 15N, and 31P?
>
>
>
> At 12:12 PM 10/31/00 -0800, you wrote:
> >Thanks to the many people who offered helpful suggestions for performing
> >1H-31P long range correlation experiemnts.
> >
> >The most important advice was to set the z-gradient ratio to 46.77:60:30,
> >which produced a lovely hmbc spectrum using a delay of 70 ms.
> >
> >Thanks again,
> >
> >Phil.
> >
> >--
> >Phil Dennison
> >NMR Facility Manager
> >UC Irvine
> >
> >
> >
>
>
>
> -------------------------------------------------------------
> John Snyder email: john-snyder_at_uiowa.edu
> NMR Facility ph: 319-335-1332
> Chemistry Dept. Dept.fax: 319-335-1270
> University of Iowa
> Iowa City, IA 52242
> --------------------------------------------------------------
>
>
Received on Wed Nov 01 2000 - 13:26:41 MST