I notice that one needs to run the CalcZAF.msi installer again in order to get the updated example (NISTBIN, Pouchou, etc) binary k-ratio input files for CalcZAF error distribution calculations, now that additional x-ray lines are supported. Basically the "absorber only" integer flag is now 13 rather than 7. These files are updated:
Directory of C:\ProgramData\Probe Software\Probe for EPMA
09/27/2015 04:27 PM 276 auagcu.dat
09/27/2015 04:27 PM 1,102 auagcu2.dat
09/27/2015 04:28 PM 132,323 nistbin.dat
09/27/2015 04:32 PM 21,892 nistbin2.dat
09/27/2015 04:32 PM 19,350 nistbin3.dat
09/27/2015 04:32 PM 37,870 nistbina20.dat
09/27/2015 04:32 PM 26,412 nistbinz10.dat
09/27/2015 04:33 PM 63,504 pouchou.dat
09/27/2015 04:34 PM 219,716 pouchou2.dat
09/27/2015 04:36 PM 6,088 Pouchou2_Au,Cu,Ag_only.dat
09/27/2015 04:37 PM 8,855 pouchoua20.dat
09/27/2015 04:38 PM 8,274 pouchouz10.dat
I'm attaching the Pouchou2.dat CalcZAF input file, without B Ka and Cu La k-ratios, for matrix correction evaluations below. The file format for these CalcZAF binary k-ratio input files are described here:
An example of the file format is seen here:
79 29 2 5 15. 52.5 .8015 .1983 .7400 .0
79 29 2 5 15. 52.5 .6036 .3964 .5110 .0
79 29 2 5 15. 52.5 .4010 .5992 .3120 .0
79 29 2 5 15. 52.5 .2012 .7985 .1450 .0
The data file format assumes one line for each binary. The first two columns are the atomic numbers of the two binary components to be calculated. The second two columns are the x-ray lines to use ( 1 = ka, 2 = kb, 3 = la, 4 = lb, 5 = ma, 6 = mb, 7 = Ln, 8 = Lg, 9 = Lv 10 = Ll, 11 = Mg, 12 = Mz, 13 = specified, that is, do not calculate the intensity). The next two columns are the operating voltage and take-off angle. The next two columns are the weight fractions of the binary components. The last two columns contains the k-exp values for calculation of k-calc/k-exp. If the second element x-ray line is "specified" (iray = "13"), then no experimental k-ratio value is required.
Note that although the k-ratio file format example above has two emitting elements (so that two k-ratio error sets will be calculated), only one emitting element per line is actually required, as in the following example (where the x-ray line of "13" in the fourth column indicates an "absorber only", specifically an element by difference from 1.0):
13 26 1 13 20 52.5 0.241 .0 0.124 .0
13 26 1 13 25 52.5 0.241 .0 0.098 .0
13 26 1 13 30 52.5 0.241 .0 0.083 .0
26 13 1 13 20 52.5 0.759 .0 0.736 .0
26 13 1 13 25 52.5 0.759 .0 0.742 .0
26 13 1 13 30 52.5 0.759 .0 0.748 .0