http://www.zemax.com/kben-usN/Asupport@zemax.comFri, 10 Sep 2010 13:13:50 PDT20http://www.zemax.com/kb/articles/74/1/How-To-Model-a-Partially-Reflective-and-Partially-Scattering-Surface/Page1.html#Comment199
(Comment posted by at 2:44 pm, Sun 11th Dec 2005)]]>no@spam.com ()http://www.zemax.com/kb/articles/74/1/How-To-Model-a-Partially-Reflective-and-Partially-Scattering-Surface/Page1.html#Comment199http://www.zemax.com/kb/articles/74/1/How-To-Model-a-Partially-Reflective-and-Partially-Scattering-Surface/Page1.html#Comment736
(Comment posted by at 5:03 am, Mon 13th Mar 2006)]]>no@spam.com ()http://www.zemax.com/kb/articles/74/1/How-To-Model-a-Partially-Reflective-and-Partially-Scattering-Surface/Page1.html#Comment736http://www.zemax.com/kb/articles/74/1/How-To-Model-a-Partially-Reflective-and-Partially-Scattering-Surface/Page1.html#Comment737
(Comment posted by Mark Nicholson at 9:16 am, Mon 13th Mar 2006)]]>no@spam.com (Mark Nicholson)http://www.zemax.com/kb/articles/74/1/How-To-Model-a-Partially-Reflective-and-Partially-Scattering-Surface/Page1.html#Comment737http://www.zemax.com/kb/articles/74/1/How-To-Model-a-Partially-Reflective-and-Partially-Scattering-Surface/Page1.html#Comment1258
(Comment posted by taotao at 1:41 am, Mon 12th Jun 2006)]]>no@spam.com (taotao)http://www.zemax.com/kb/articles/74/1/How-To-Model-a-Partially-Reflective-and-Partially-Scattering-Surface/Page1.html#Comment1258http://www.zemax.com/kb/articles/74/1/How-To-Model-a-Partially-Reflective-and-Partially-Scattering-Surface/Page1.html#Comment4105
(Comment posted by Raja Bayanna at 8:46 am, Mon 18th Sep 2006)]]>no@spam.com (Raja Bayanna)http://www.zemax.com/kb/articles/74/1/How-To-Model-a-Partially-Reflective-and-Partially-Scattering-Surface/Page1.html#Comment4105http://www.zemax.com/kb/articles/74/1/How-To-Model-a-Partially-Reflective-and-Partially-Scattering-Surface/Page1.html#Comment6815
(Comment posted by Natalia at 8:02 am, Fri 13th Mar 2009)]]>no@spam.com (Natalia)http://www.zemax.com/kb/articles/74/1/How-To-Model-a-Partially-Reflective-and-Partially-Scattering-Surface/Page1.html#Comment6815http://www.zemax.com/kb/articles/74/1/How-To-Model-a-Partially-Reflective-and-Partially-Scattering-Surface/Page1.html#Comment6986
(Comment posted by jzhang29 at 5:08 pm, Sun 25th Oct 2009)]]>no@spam.com (jzhang29)http://www.zemax.com/kb/articles/74/1/How-To-Model-a-Partially-Reflective-and-Partially-Scattering-Surface/Page1.html#Comment6986http://www.zemax.com/kb/articles/74/1/How-To-Model-a-Partially-Reflective-and-Partially-Scattering-Surface/Page1.html#Comment6987
(Comment posted by jzhang29 at 5:08 pm, Sun 25th Oct 2009)]]>no@spam.com (jzhang29)http://www.zemax.com/kb/articles/74/1/How-To-Model-a-Partially-Reflective-and-Partially-Scattering-Surface/Page1.html#Comment6987http://www.zemax.com/kb/articles/74/1/How-To-Model-a-Partially-Reflective-and-Partially-Scattering-Surface/Page1.html#Comment7186=1, A=0 and R and T are scaled down to make R+T=1. This is important to know when you need to model a partially absorbing surface.

(Comment posted by Herman at 12:21 am, Tue 13th Jul 2010)]]>no@spam.com (Herman)http://www.zemax.com/kb/articles/74/1/How-To-Model-a-Partially-Reflective-and-Partially-Scattering-Surface/Page1.html#Comment7186http://www.zemax.com/kb/articles/74/1/How-To-Model-a-Partially-Reflective-and-Partially-Scattering-Surface/Page1.html#Comment7193
(Comment posted by Mark Nicholson at 11:14 am, Fri 16th Jul 2010)]]>no@spam.com (Mark Nicholson)http://www.zemax.com/kb/articles/74/1/How-To-Model-a-Partially-Reflective-and-Partially-Scattering-Surface/Page1.html#Comment7193