ALPS: The Arbitrary Linear Plasma Solverwww.alps.space

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revision Previous revision
parameters:pole_zero [2017/03/27 19:38]
danielver02
parameters:pole_zero [2017/03/27 20:50]
danielver02
Line 1: Line 1:
 ====== pole_zero ====== ====== pole_zero ======
  
-The double precision parameter pole_zero defines the smallness of the numerator in the relativistic h-term for the consideration of A as an actual resonance of the relativistic integration. An appropriate value is about 1.d-10. If |A + om*gamma*ms/​kpar + nn*qs/kpar| is less than pole_zero, A is not considered a pole since it cancels with the numerator of the h-term.+The double precision parameter pole_zero defines the smallness of the numerator in the relativistic h-term for the consideration of A as an actual resonance of the relativistic integration. An appropriate value is about 1.d-7. If |A + om*gamma*ms/​kpar + nn*qs/kpar| is less than pole_zero, A is not considered a pole since it cancels with the numerator of the h-term.
  
  
Print/export
QR Code
QR Code parameters:pole_zero (generated for current page)