WNGZWZSS0110rqql? Geneva:C2  AUTOSAVE.WKZ#/4dL& o4 @Px l @%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~%@PeakAbs@MeasAbs@MeasIo@MeasI@DeltaI@ StrayLight@+f/%1%@420@f$@2%4@ @1@,  0-Y@.@e@.@\(\?0%1@,  0-Y@.@ 1@ 1@ 1@ /@ @@ 0 0@7f+r@%1%@42-Y@.@1@1@Y@ 0 0@\(\?0%1@+f/%1%@420@\(\?0%1@+f/%1%@420@1@1@1@7f+r@%1%@42-Y@.@7f+r@%1%@42-Y@.@1@\(\?0%1@+f/%1%@420@7f+r@%1%@42-Y@.@1@ \(\?0%1@+!f/%1%@420@("f+r@%1%@42@$f0 @  Geneva @  Geneva @  Geneva @  Geneva @  Geneva @  Geneva @  Geneva @  Geneva @  Geneva @  Geneva @  Geneva @B 0 Actual Peak A0 Measured A$@ @P ? &A?O? @   Peak wavelength Absorption width  Source widthAbsorber conc.  % stray light 9?b=6r"!? @   r@  >@  >@  $@   &A?9U? @ V Change the cells above by clicking in the cell, typing a number, and pressing ENTER/WK?X, ? @   Width Ratio Peak Absorbance Meas. 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E ? @P%x@%!6UZ+>%]V?%"4+L?%$519? @P%x@%!>M>%[@?%"@=U>%$g-U> @P%y@%!…洓>%Fm?%"iCW>%$?dW> @P% y@%!RG>%6_%V?%"ρP>%$> @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @2@ ChicagoGeneva55@, Effect of Source and Absorption Spectral Profiles GenevaGeneva(( Plot and fit Fi  Plot"   1t R1C1..R5C15 $R1$C2..$R5$C35  best fit line=R2C3*$R2$C5+$R1$C5R2C4..R5C45 R1C1..R5C45K12 O@b@o@R1C1..R5C45  oA( oA       1 datarangenumrows{ INSTRUCTIONS: Put data to be fit into two adjacent columns, the x-axis data } { (i.e. independent variable) in the first column and the y-axis data (i.e. } { (the dependent variable) in the second column. The first row of each column } { should contain column labels. Select the data range and run this script. } { The script creates a new sheet containing a copy of the data values, the best } { fit data, an ANOVA table, and an XY plot of the data and best fit lines. } { Print page 2 of this new sheet to get report contain ANOVA table and plot. } repaint off column numbers Define datarange,numrows select range R1C10..R20C11 Copy unselect New Worksheet "" window size (12780, 7540) paste values Select last cell numrows=row() select range "R1C1..R"&numrows&"C1" Copy select range R1C3 Paste datarange="$R1$C2..$R"&numrows&"$C3" Select range datarange select more range R1C5 select more range R1C6 column letters Regress column numbers select range R1C4 Put "best fit line" Into R1C4 select range R2C4 Put "=R2C3*$R2$C5+$R1$C5" Into R2C4 select range "R2C4..R"&numrows&"C4" Copy Down select range "R1C1..R"&numrows&"C4" Unselect Add Chart Range frac(R25C6..R51C11,0,62,149,252) Using "R1C1..R"&numrows&"C4" select object 1 XY Legend Bottom select chart 1 series 1 symbol color 0 symbol width 20 symbol type 3 symbol size 7 points line fg 0 line bg 16777215 line pattern 0 line width 40 select chart 1 series 2 line fg 0 line bg 16777215 line pattern 1 line width 20 select range R1C2 select more chart 1 axis 3 axis title range select range R1C1 select more chart 1 axis 1 axis title range column letters column width range E1 to 2780 select range F8..J22 precision 4 select range A1 hide headings hide tool box hide entry bar hide cell grid repaint on select more chart 1 axis 1 select range L50 6 Chicago GenevaP Analyt. curve p  Analyt. curve ! @D@?D@?.# J5 K5@D@?D@?.I,@ J5 K5  standardcolumn letters define standard Put E4 into L1 for standard=2 to 40 put "" into "J"&standard put "" into "K"&standard end for for standard=2 to 40 put standard*2 into E4 put B7 into "J"&standard put C7 into "K"&standard end for put L1 into E4 6 ChicagoChicagoA`n q q  fLp7i@y@$@$@e?$@$@ <22@2<%<%<%@ @ (|88,,x,, ~ b yg(,, d'D@4