For spin ½ The echo trajectory M(t ) fits well to the function :
M (t) =M0 * EXP (t/T) * COS (pi * j * t) (t: spinecho time).
Can someone help me to find the equation that correspond to nuclei with spin 3/2 .
1 
initial version

posted Jul 26 '13 at 08:36 ghNMR 
For spin ½ The echo trajectory M(t ) fits well to the function :
M (t) =M0 * EXP (t/T) * COS (pi * j * t) (t: spinecho time).
Can someone help me to find the equation that correspond to nuclei with spin 3/2 .
2 
spin echo modulation trajectory for spin 3/2

posted Jul 26 '13 at 08:36 ghNMR 
For spin ½ The echo trajectory M(t ) fits well to the function :
M (t) =M0 * EXP (t/T) * COS (pi * j * t) (t: spinecho time).
Can someone help me to find the equation that correspond to nuclei with spin 3/2 .