****** The System ***********************************
spectrometer(MHz) *
spinning_freq(kHz) *
channels H1
nuclei H1
atomic_coords *
cs_isotropic *
csa_parameters *
j_coupling *
quadrupole *
dip_switchboard *
csa_switchboard *
exchange_nuclei *
bond_len_nuclei *
bond_ang_nuclei *
tors_ang_nuclei *
groups_nuclei *
******* Pulse Sequence ******************************
CHN 1
timing(usec) 500100000
power(kHz) 0.0001
phase(deg) 90
freq_offs(kHz) 0
CHN G
timing(usec) [100000]5001
grad_offs(kHz) [0]5001
******* Variables ***********************************
T1SQ_1_1=2000
T2SQ_1_1=2000
grad_offs_1=0.025:-1e-5:-0.025
dim_1_units="s"
fig_title="CW NMR: Linear Frequency Sweep, computed in 5000 small steps"
******* Options *************************************
rho0 I1z
observables I1p
EulerAngles *
n_gamma *
line_broaden(Hz) *
zerofill *
FFT_dimensions *
options -re -oes -py
Alternative version: frequency scan instead of the field scan
****** The System ***********************************
spectrometer(MHz) *
spinning_freq(kHz) *
channels H1
nuclei H1
atomic_coords *
cs_isotropic *
csa_parameters *
j_coupling *
quadrupole *
dip_switchboard *
csa_switchboard *
exchange_nuclei *
bond_len_nuclei *
bond_ang_nuclei *
tors_ang_nuclei *
groups_nuclei *
******* Pulse Sequence ************************************
CHN 1
timing(usec) [100000]5001
power(kHz) [0.0001]5001
phase(deg) [90]5001
freq_offs(kHz) [0]5001
******* Variables *****************************************
T1SQ_1_1=2000
T2SQ_1_1=2000
freq_1_1=-0.025:1e-5:0.025
dim_1_units="s"
fig_title="CW NMR: Linear Frequency Sweep, computed in 5000 small steps"
******* Options ********************************************
rho0 I1z
observables I1p
EulerAngles *
n_gamma *
line_broaden(Hz) *
zerofill *
FFT_dimensions *
options -re -oes -py
