| |
direct dimension |
t1: first indirect |
| Processing Type? |
Fourier transform
maximum entropy |
none
Fourier transform
maximum entropy |
| Number of Data Points |
total (np, TDacqus) :
real (½np, ½TDacqus) :
imag (½np, ½TDacqus) : |
total (2*ni, TDacqu2s) :
real (ni, ½TDacqu2s) :
imag (ni, ½TDacqu2s) : |
| Output File Size |
output size: |
output size: |
| Acquisition Type |
|
|
|
|
| Quadrature Fix |
|
|
|
|
| Reverse Spectrum? |
f2 reversal |
f1 reversal |
| Delete imaginaries? |
delete imaginaries |
delete imaginaries |
| Time Domain Convolution |
Mode:
Width:
Endpoints:
Shape:
Remove diagonal
Frequency: Hz
|
|
| Correct Inital Point |
predict:
points:
coef:
|
|
| Scale First Point and DC Offset |
scale:
DC Offset
|
scale:
|
| Linear Prediction |
|
predict:
coef:
points:
nextrap: |
1st Apodization
|
shift:
lb:
gc: %
size:
|
shift:
lb:
gc: %
|
| 2nd Apodization |
em: |
em: |
| Phases |
|
|
| REFERENCING |
| Sweep width |
sw(t2): |
sw(t1): |
| Spectrometer frequency |
sfrq(t2): |
sfrq(t1): |
| Reference |
ref(t2): ppm |
ref(t1): ppm |
| Nucleus |
|
|
| MAX ENT |
| Maximum Entropy |
Maximum Entropy Algorithm: |
def:
aim:
lambda:
nloops:
Use separate noise fid?
noise_fid:
Use separate signal fid?
signal_fid:
| nuse(t1): |
| DEF Sensitivity Switch |
Divide def by:
|
|
| J-Coupling Deconvolution |
J-coupling: Hz |
J-coupling: Hz |
| Linewidth Deconvolution |
linewidth: Hz |
linewidth: Hz |
