While I am agnostic on the issue of nomenclature of the effect in
question, far be it from me to deny Matthew (or anyone else) his right
to a quality rant. Well done!
That said, this:
On 04/03/2016 10:15 PM, Matthew Marcus wrote:
I might also note that although many elaborate schemes have
Yup. In fact, self absorption, in the correct sense, can help reduce
"self-absorption" in the misnomer sense! That's how the grazing-exit method
works.
I might also note that although many elaborate schemes have been proposed for
correcting for the effect, they all require knowing things
Hi Matthew,
On Sun, Apr 3, 2016 at 8:13 PM, Matthew Marcus wrote:
>
> It shouldn't be called 'self-absorption'. That's a misnomer, which seems
> to have come from a 1992
> paper (Troger, et. al."Full correction of the self-absorption in
> soft-fluorescence extended
It shouldn't be called 'self-absorption'. That's a misnomer, which seems to
have come from a 1992
paper (Troger, et. al."Full correction of the self-absorption in soft-fluorescence
extended x-ray-absorption fine structure", PRB 46,3283 (1992).
The effect was described and analyzed in a 1982
On Sun, Apr 3, 2016 at 6:56 PM, Matteo Busi wrote:
> Hi Bruce,
> Thanks for your help, it's really appreciated.
> I was trying to keep it simple but it seems I'm just messing around.
>
> What I am trying to do is to perform a new developed self-absorption
> correction using
Hi Bruce,
Thanks for your help, it's really appreciated.
I was trying to keep it simple but it seems I'm just messing around.
What I am trying to do is to perform a new developed self-absorption
correction using collected fluorescence absorption coefficient data on a
CuSO4 (pentahydrate) capillar