SPC5
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(Difference between revisions)
(New page: ===SPC5=== SPC5 is a double quantum homonuclear mixing scheme. To run SPC5<sub>3</sub> set binN_SPC5=3. To run SPC5<sub>2</sub> set bigNSPC5=2. The variable "q" determines the number of...) |
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===SPC5=== | ===SPC5=== | ||
SPC5 is a double quantum homonuclear mixing scheme. To run SPC5<sub>3</sub> set binN_SPC5=3. To run SPC5<sub>2</sub> set bigNSPC5=2. The variable "q" determines the number of POST elements that are performed. Since the supercycle for this sequence element is 10, q should be a multiple of 10. The field requirements are &omega<sub>1</sub>=10/3* &omega<sub>r</sub> for SPC5<sub>3</sub> and | SPC5 is a double quantum homonuclear mixing scheme. To run SPC5<sub>3</sub> set binN_SPC5=3. To run SPC5<sub>2</sub> set bigNSPC5=2. The variable "q" determines the number of POST elements that are performed. Since the supercycle for this sequence element is 10, q should be a multiple of 10. The field requirements are &omega<sub>1</sub>=10/3* &omega<sub>r</sub> for SPC5<sub>3</sub> and | ||
- | &omega<sub>1</sub>=5* &omega<sub>r</sub> | + | ω<sub>1</sub>=5* ω<sub>r</sub> |
===DARR=== | ===DARR=== |
Revision as of 00:09, 6 September 2008
SPC5
SPC5 is a double quantum homonuclear mixing scheme. To run SPC53 set binN_SPC5=3. To run SPC52 set bigNSPC5=2. The variable "q" determines the number of POST elements that are performed. Since the supercycle for this sequence element is 10, q should be a multiple of 10. The field requirements are &omega1=10/3* &omegar for SPC53 and ω1=5* ωr
DARR
This code also makes use of DARR/RAD mixing by setting q=0 and tau_rad = /taurad
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Experiment family/families: solids
Synopsis: Includes file for SPC5 double quantum polarization transfer
Implementation author(s): Benjamin Wylie, Trent Franks, Chad Rienstra
Copyright: not assigned
Console: Varian, Infinity Plus, 500 MHz
Download: code, no sample/parameter data yet