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By default Acer card6 use new cumulative angle distributions law 61, and outgoing particle distributions, default=1. I can understand this for n-induced, but is this a wise? allowed across all channels by MCNP6? setting for Charge Particle induced? now a day often explicit (as opposed to implicit mf3-mt5*mf6) evaluation?
I am asking this as I have found in one of my note on NJOY2012, written just before Bob retirement that newfor needed be =0 for CPs: proton, deuteron,...
The text was updated successfully, but these errors were encountered:
In #276 you wrote "a request to use LAW 67 instead of 61 on demand seems reasonable to me” I believe this to already be implemented by Card 6 newfor=0 (default =1)
By default Acer card6 use new cumulative angle distributions law 61, and outgoing particle distributions, default=1. I can understand this for n-induced, but is this a wise? allowed across all channels by MCNP6? setting for Charge Particle induced? now a day often explicit (as opposed to implicit mf3-mt5*mf6) evaluation?
I am asking this as I have found in one of my note on NJOY2012, written just before Bob retirement that newfor needed be =0 for CPs: proton, deuteron,...
The text was updated successfully, but these errors were encountered: