GetPulseProfile[excitation,refocus]
gives the pulse angle profiles for the excitation and refocusing pulses. a pulse is defined as {"name", flip angle, {G_strength, Dur, BW}}.
GetPulseProfile[{"name",flip angle,{G_strength,Dur,BW}}]
gives detailed slice profile information of one pulse. output is {ex_angle_profile, ref_angel_profile, {plots}}. output for single pulse is {{distance, Mt, Mz, Mx, My, ang, phase}, plots}.
GetPulseProfile
GetPulseProfile[excitation,refocus]
gives the pulse angle profiles for the excitation and refocusing pulses. a pulse is defined as {"name", flip angle, {G_strength, Dur, BW}}.
GetPulseProfile[{"name",flip angle,{G_strength,Dur,BW}}]
gives detailed slice profile information of one pulse. output is {ex_angle_profile, ref_angel_profile, {plots}}. output for single pulse is {{distance, Mt, Mz, Mx, My, ang, phase}, plots}.
Details
- The following options can be given:
-
MagnetizationVector {0, 0, 1} MagnetizationVector is an option for GetPulseProfile. It defines the start magnetization vector for the bloch simulation. SliceRange 12 SliceRange is an option for GetPulseProfile. It specifies over which range the slice profile is generated (in mm). the total profile is 2xSliceRange. SliceRangeSamples 25 SliceRangeSamples is an option for GetPulseProfile. defines how many samples are used to generate half a puls profile. FatFieldStrength 0 FatFieldStrength is an option for GetPulseProfile. If the value >0 it will calculate the shift of the fat refocusing pulse compared to the fat excitation pulse. The shift is in SliceRangeSamples steps.