Open smk78 opened 5 years ago
Trac update at 2015/01/29 14:47:45
: butler changed workpackage from "" to "SasModels New Model"
Trac update at 2017/08/26 20:22:18
: butler changed description from:
A bunch of folks at ORNL (including Greg Smith) and NIST (Yun Liu) have come up with a form factor for a star polymer with self-avoiding branches which is better than the Benoit Star model already in SasView (and more useful than the Dozier model which isn't).
Li, Do, Liu, Sanchez-Diaz, Smith, Chen A Scattering Function of Star Polymers with Excluded Volume Effect arXiv:1404.6269 [physics.chem-ph]
to:
A bunch of folks at ORNL (including Greg Smith) and NIST (Yun Liu) have come up with a form factor for a star polymer with self-avoiding branches which is better than the Benoit Star model already in !SasView (and more useful than the Dozier model which isn't).
Li, Do, Liu, Sanchez-Diaz, Smith, Chen A Scattering Function of Star Polymers with Excluded Volume Effect arXiv:1404.6269 [physics.chem-ph]
After discussion with Yun Liu, this may need some more investigating. He believes that the paper outlines a methodology but does not provide the actual maths needed. This may thus be a bigger ticket than just implementing a model.
A bunch of folks at ORNL (including Greg Smith) and NIST (Yun Liu) have come up with a form factor for a star polymer with self-avoiding branches which is better than the Benoit Star model already in !SasView (and more useful than the Dozier model which isn't).
Li, Do, Liu, Sanchez-Diaz, Smith, Chen A Scattering Function of Star Polymers with Excluded Volume Effect arXiv:1404.6269 [physics.chem-ph]
Migrated from http://trac.sasview.org/ticket/266