/*

/*** ^^A --C++-- ***************/
/      multizgvt -*-C++-*- **********************************************/
/*      multi_zgvt              18.05.2000                      */
/************************************************************/
/****************************************************************/
/*      Short Description :                                     */
/*      Performs multiple acquisitions on increasing expnos     */
/*      with temperatures that are read from a vtlist file.     */
/************************************************************/
/****************************************************************/
/*      Keywords :                                              */
/*      serial acquisitions, variable temperature, VT           */
/************************************************************/
/****************************************************************/
/*      Description/Usage :                                     */
/*      This AU program performs multiple acquisitions on       */
/*      increasing expnos in much the same way as multizg. If   */
/*      datasets do not yet exist, the current dataset and its  */
/*      parameters are copied. If the data sets already exist,  */
/*      then the experiments are executed as they are.          */
/*      But in addition to multizg, this AU program asks for a  */
/*      variable temperature list and sets the temperature for  */
/*      each experiment according to the list entry from the    */
/*      VTLIST file.                                            */
/*      The number of experiments is calculated from the number */
/*      of temperature values in the VTLIST. The user can ask   */
/*      for a reduced number of experiments, though.            */
/*      A security check is implemented that asks for a         */
/*      confirmation of the highest and lowest temperature of   */
/*      the variable temperature list.                          */
/*      Temperatures are in Kelvin K !                          */
/*      You will be asked for the temperature equilibration     */
/*      time. The AU program will wait at as long as defined    */
/*      by this time for the temperature to settle.             */
/*      The total experiment time is estimated and printed out. */
/************************************************************/
/****************************************************************/
/*      Author(s) :                                             */
/*      Name            : Rainer Kerssebaum, Mike Engelhardt    */
/*      Organisation    : Bruker BioSpin GmbH                   */
/*      Email           : rainer.kerssebaum@bruker.de           */
/*                      : michael.engelhardt@bruker.de          */
/************************************************************/
/****************************************************************/
/*      Name            Date    Modification:                   */
/*      rke, eng        990711  created                         */
/*      eng             000327  switch ZGSAFETY off if on       */
/*      eng             000518  bug 2388 corrected              */
/*      eng             000518  PathSystemTemp instead of /tmp  */
/*      wem             080905  ZGOVERWRITE                    /
/*********************/
ZG_OVERWRITE                    */
/****************************************************************/

This was the header of the macro!

The vt-list you find under AcquPars and Lists. With the ... Button you can choose a saved vt-list. With the E-Button you can edit your own vt-list and save it there.

Second possiblity, you can use IconNMR instead the multi_zgVT makro. Here you can treat numbers of samples of the automation sampler, maybe also of the HR-MAS sampler!?

In the Configuration you have the Temperature Handling. I click on Post Insertion Set/Check and there the "Temperature Setting after Sample Insertion" choose "according to each experiment's TE Parameter". Then you put the TE parameter into the "User Specific Parameters/Commands" in the "User Manager" and then you can change the Temperature easily for every Experiment.

With low temperature I had the problem, that I have to change the gas flow meanwhile I go down in temperature. ...

Kind Regards

Anke