4Misc_Start2#4Platform@Q9VersionCheck xHH@Rg(HHdh xHH@Rg(HHdh x HH@Rg(HHdh ^Graph*WDashSettings#  !4 4 4 4 4 4 zhomeFFdD:SZEGED:SajatCikkek:KataMATE:fromKata:RecentWindowsEM-NaCl-ALGraph0:ZP_NaCl vs cNaCl_ZP;...Graph1:EM_NaCl vs cNaCl_EM;...Graph1_1:EM_NaCl vs cNaCl_EM;...W-KClWaveSelectorWidget 4Misc_End2#4XOPState_Start2#4XOPState_End2#ͿA`G\CV_FlagV_chisq񈰂|ȼ?V_numNaNsV_numINFsV_npnts@V_nterms@V_nheldV_startRowV_endRow@V_startColV_endColV_startLayerV_endLayerV_startChunkV_endChunkS_waveNameswave2;S_pathamesS_fileName Clipboard•Edit as "W-KCl" •Rename wave0,'c(KCl)' •Rename wave1,'W(KCl)' •Display 'W(KCl)' vs 'c(KCl)' •ModifyGraph margin(left)=70,margin(bottom)=70,margin(right)=30,margin(top)=30,width=300,height=300 •ModifyGraph log(bottom)=1,fStyle(bottom)=1,fSize(bottom)=15,axThick(bottom)=1.2 •DeletePoints 0,1, 'c(KCl)','W(KCl)' •DeletePoints 7,1, 'c(KCl)','W(KCl)' •Label left "\\Z24Stability ratio ";DelayUpdate •ModifyGraph log=1,minor(left)=1,fStyle=1,fSize=15,axThick=1.2,btLen(left)=3,stLen(left)=2 •Label bottom "\\Z24KCl concentration (mM)" •ModifyGraph marker=16,msize=5,rgb=(32768,32770,65535),useMrkStrokeRGB=1 •SetAxis bottom *,1000 •ModifyGraph rgb=(1,39321,39321) •Edit as "plus points" •AppendToGraph wave1 vs wave0 •Rename wave0,wplus •Rename wplus,'c plus' •Rename wave1,'w plus' •DeletePoints 0,2, 'c plus','w plus' •RemoveFromGraph 'w plus' •TextBox/C/N=text0/F=0/A=MC "\\f01\\Z16[AL\\B110\\M\\Z16] = 10 ppm\r" •ModifyGraph rgb=(49151,53155,65535) •SavePICT/E=-6/B=72 as "W-KCL-AL.jpg" •DeletePoints 8,2, 'W(KCl)' •DeletePoints 8,8, 'W(KCl)' •DeletePoints 8,4, 'W(KCl)' •ModifyGraph rgb=(49151,49152,65535) •SetAxis left *,2000 •SavePICT/E=-6/B=72 •TextBox/C/N=text0 "\\f01\\Z14[AL\\B110\\M\\Z16] = 10 ppm\r" •SavePICT/E=-6/B=72 •Rename 'W(KCl)',ZP_NaCl •Rename 'c(KCl)',cNaCl •SetAxis left -30,30;DelayUpdate •ModifyGraph log(left)=0,minor=0,fStyle=0,fSize=10,axThick=1,btLen=3,stLen=1;DelayUpdate •Label left "Zeta Potential (mV)";DelayUpdate •Label bottom "NaCl concentration (mM)" •Rename wave0,e_NaCl •ModifyGraph margin(left)=44,margin(bottom)=44,margin(right)=5,margin(top)=5,width=185,height=185 •TextBox/C/N=text0 "NaCl\r\r" •SetAxis left -10,30 •ModifyGraph marker=19,msize=3,rgb=(44253,29492,58982);DelayUpdate •ErrorBars/RGB=(0,0,0) ZP_NaCl Y,wave=(e_NaCl,e_NaCl) •SetAxis left -10,50 •InsertPoints 5,1, cNaCl,ZP_NaCl,e_NaCl •InsertPoints 3,1, cNaCl,ZP_NaCl,e_NaCl •SetAxis bottom 7,1000 •DeletePoints 4,1, cNaCl,ZP_NaCl,e_NaCl •DeletePoints 5,1, cNaCl,ZP_NaCl,e_NaCl •SetAxis left 0,50 •DeletePoints 0,2, cNaCl,ZP_NaCl,e_NaCl •SetAxis bottom 1,1000 •TextBox/C/N=text0 "NaCl\r\r[AL] = 25 ppm" •TextBox/C/N=text0/B=1 •SavePICT/E=-6/B=72 •AppendToGraph wave0 vs cNaCl •ModifyGraph mode(wave0)=0,lstyle(wave0)=3,rgb(wave0)=(30583,30583,30583) •CurveFit/TBOX=768 HillEquation ZP_NaCl /X=cNaCl /D Fit converged properly fit_ZP_NaCl= W_coef[0]+(W_coef[1]-W_coef[0])*(fitX_ZP_NaCl[p]^W_coef[2]/(fitX_ZP_NaCl[p]^W_coef[2]+W_coef[3]^W_coef[2])) W_coef={38.346,1.9481,1.3582,109.03} V_chisq= 10.6224;V_npnts= 7;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 6; W_sigma={1.32,3,0.334,22.1} Coefficient values ± one standard deviation base = 38.346 ± 1.32 max = 1.9481 ± 3 rate = 1.3582 ± 0.334 xhalf = 109.03 ± 22.1 •TextBox/K/N=CF_ZP_NaCl •TextBox/C/N=text0 "NaCl\r" •TextBox/C/N=text1/F=0/B=1/A=MC "[AL] = 25 ppm" •ModifyGraph rgb(fit_ZP_NaCl)=(44253,29492,58982) •SavePICT/E=-6/B=72 •Label bottom "NaCl Concentration (mM)" •SavePICT/E=-2 •CurveFit/TBOX=768 HillEquation ZP_NaCl /X=cNaCl /D Fit converged properly fit_ZP_NaCl= W_coef[0]+(W_coef[1]-W_coef[0])*(fitX_ZP_NaCl[p]^W_coef[2]/(fitX_ZP_NaCl[p]^W_coef[2]+W_coef[3]^W_coef[2])) W_coef={2.9886,0.15183,1.3582,109.03} V_chisq= 0.0645238;V_npnts= 7;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 6; W_sigma={0.103,0.234,0.334,22.1} Coefficient values ± one standard deviation base = 2.9886 ± 0.103 max = 0.15183 ± 0.234 rate = 1.3582 ± 0.334 xhalf = 109.03 ± 22.1 •TextBox/K/N=CF_ZP_NaCl •SetAxis left 0,3.5 •TextBox/K/N=text1 •TextBox/K/N=text0 •SetAxis left 0,4 •Label left "Electrophoretic Mobility (10\\S-8\\Mm\\S2\\MV\\S-1\\Ms\\S-1\\M)" •ModifyGraph rgb(ZP_NaCl)=(1,34817,52428),rgb(fit_ZP_NaCl)=(1,34817,52428) •SavePICT/E=-2 as "EPM-AL-salt.emf" •Label left "Electrophoretic Mobility\r (10\\S-8\\Mm\\S2\\MV\\S-1\\Ms\\S-1\\M)" •SetAxis left 0,40 •SetAxis left 0,50 •RemoveFromGraph fit_ZP_NaCl •ShowInfo •CurveFit/TBOX=768 Sigmoid ZP_NaCl[pcsr(A),pcsr(B)] /X=cNaCl /D Fit converged properly Curve fit with data subrange: ZP_NaCl[0,6] fit_ZP_NaCl= W_coef[0] + W_coef[1]/(1+exp(-(fitX_ZP_NaCl[p]-W_coef[2])/W_coef[3])) W_coef={392.54,-388.74,-340.72,146.96} V_chisq= 18.5098;V_npnts= 7;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 6; W_sigma={4.26e+03,4.26e+03,2e+03,109} Coefficient values ± one standard deviation base = 392.54 ± 4.26e+03 max = -388.74 ± 4.26e+03 xhalf = -340.72 ± 2e+03 rate = 146.96 ± 109 •TextBox/K/N=CF_ZP_NaCl •ModifyGraph rgb(fit_ZP_NaCl)=(1,34817,52428) •Label left "Zeta Potential (mV)" •SavePICT/O/E=-5/RES=600/W=(0,0,2581,2581) •RemoveFromGraph wave0 •SavePICT/E=-2 •Edit as "EM-NaCl-AL" •Rename wave1,cNaCl2 •Rename cNaCl,cNaClZP •Rename cNaCl2,cNaCl_EM •Rename cNaClZP,cNaCl_ZP •Rename wave1,EM_NaCl •Rename wave2,e_NaCL_EM •Rename e_NaCl,e_NaCl_ZP •Display EM_NaCl vs cNaCl_EM •Label left "Electrophoretic Mobility \r(10\\S-8\\Mm\\S2\\MV\\S-1\\Ms\\S-1\\M)";DelayUpdate •ModifyGraph mirror(left)=2,btLen(left)=3,stLen(left)=1;DelayUpdate •SetAxis left 0,5 •ModifyGraph log(bottom)=1,mirror=2,btLen=3,stLen=1;DelayUpdate •Label bottom "NaCl Concentration (mM)" •ModifyGraph margin(left)=44,margin(bottom)=44,margin(right)=5,margin(top)=5,width=185,height=185 •ModifyGraph mode=3,marker=19,msize=3,rgb=(1,34817,52428),useMrkStrokeRGB=1;DelayUpdate •ErrorBars/RGB=(0,0,0) EM_NaCl Y,wave=(e_NaCL_EM,e_NaCL_EM) •SetAxis left 0,4 •ShowInfo •CurveFit Sigmoid EM_NaCl[pcsr(A),pcsr(B)] /X=cNaCl_EM /D Fit converged properly Curve fit with data subrange: EM_NaCl[0,6] fit_EM_NaCl= W_coef[0] + W_coef[1]/(1+exp(-(fitX_EM_NaCl[p]-W_coef[2])/W_coef[3])) W_coef={30.594,-30.297,-340.72,146.96} V_chisq= 0.112434;V_npnts= 7;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 6; W_sigma={332,332,2e+03,109} Coefficient values ± one standard deviation base = 30.594 ± 332 max = -30.297 ± 332 xhalf = -340.72 ± 2e+03 rate = 146.96 ± 109 •ModifyGraph rgb=(1,34817,52428) •SavePICT/E=-2 •SavePICT/E=-2 •SavePICT/E=-2 •ModifyGraph margin=0 •ModifyGraph margin(bottom)=36 •ModifyGraph margin(bottom)=54 •ModifyGraph margin(bottom)=39 •ModifyGraph margin(bottom)=40 •ModifyGraph margin(bottom)=43 •ModifyGraph margin(left)=43 •ModifyGraph margin(left)=54 •Label left "Electrophoretic Mobility \r(∙10\\S-8\\Mm\\S2\\M/Vs)" •ModifyGraph fSize(left)=10 •SetAxis left 0,3.5;DelayUpdate •SetAxis bottom 0.5,2000 •Label left "Electrophoretic Mobility (∙10\\S-8\\Mm\\S2\\M/Vs)" •SavePICT/E=-6/B=72 •SavePICT/E=-6/RES=300 •SavePICT/E=-6/RES=300 •SavePICT/E=-5/RES=300 •SavePICT/E=-9 !QbjxpQŮ(cNaCl_ZP?????@$@>@Y@r@@@\xfQǮ;ZP_NaCl????aSB@KTB@-UC@!%My@@vaC 04@,@7%@RC@`dQ汷c plus????.@N@b@@`qQ汷w plus????@??Q@xQ9&he_NaCl_ZP????N`?&?enȃ<@# <?CS?+Y?qس?ҨxbQg'g'wave0????X>`sQW_coef????@>@E~L>'݈Kuok?^b@v +,]Q_`fit_ZP_NaClв9@????X5C@h4C@-3C@!b2C@Fo1C@X0C@ޙAn/C@p{<.C@\-C@8Ym+C@pֹf*C@N')C@@m:N'C@%&C@ $C@ #C@]n!C@(TlC@XljC@3C@ 5VC@xgC@XhC@P8VC@s2C@h[C@( C@ThQ C@xmC@WRC@`۱C@b@C@4&)B@γ?B@e[NB@XKB@8JB@&±B@\7B@$|B@#B@pHoB@@,BB@B@ 8lȆB@B@E(xB@ؽ_qB@.ViB@SXaB@ TYB@x}hPB@oGB@x3w>B@@q35B@=y+B@{@@$@@K @@°?@ ?@PqVp?@@)6?@9f>@0?k$>@P~>@@gS=>@%=@&=@zzq=@P E)=@ 9<@mT#<@-cCH<@r;@n(;@MV;@z;@`A<ɬ:@@U:@0oƊ9@hy;9@p0*(C9@@ET8@ ȃ8@0D!8@7@%"X7@@^Ч 6@Kt6@?fe6@@wm5@0py*F5@K$4@0q8Zh4@ qԱ3@Lu3@Z3@zh|2@U].2@:1@P6F1@I0@s]0@@W/@p-.@v-@ 3-@T2,@@JӋ/N+@'l*@@F1~)@q(@'@ X&@`׏[-&@<)_%@Zz$@@hO#@u#@`oV"@ {!!@VuBw @ K @R@& /@@P@>@=@n@ӯ@>@^F@XcU@<D @#9@[N@s~%@(i(4@mE@%H@X@5de@y6@@݄]@0|t@@9B@@hZ3@y;v.@fu@I!k@UpU(<@0{@\g@0@N2,@Curve fit with data subrange: ZP_NaCl[0,6] fit_ZP_NaCl= W_coef[0] + W_coef[1]/(1+exp(-(fitX_ZP_NaCl[p]-W_coef[2])/W_coef[3])) W_coef={392.54,-388.74,-340.72,146.96} V_chisq= 18.5098;V_npnts= 7;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 6; W_sigma={4.26e+03,4.26e+03,2e+03,109} Coefficient values ± one standard deviation base = 392.54 ± 4.26e+03 max = -388.74 ± 4.26e+03 xhalf = -340.72 ± 2e+03 rate = 146.96 ± 109 jрwQ__fitX_ZP_NaCl?????? w&?EkՋ?,qb?UT?'0gn?b9!f?e?^?)ͣ?Tمp?:`xD?i?_? 8N?^D?:?Fĸ^?Yy8?S码@9X@n3L+@{i@CGg@' @f.F(@D[l@%@d77:@I.@zRw@{2NK@n& @Nk @}I @ @# @(?d @-x@w @p@CO"0@ @@vl@@x@18|r@FHy*@|!e@u@F$ ƻ}@#O&R@v.@/y@10|@u@Y7@4e@o܂@9ӱ @;C @YI4!@Viɐ!@A@U5q"@?n#@'Z#@w$@<ڷ0%@-|9%@2mm&@hg Y'@p$X(@8)5)@&*@qe:+@!4}4@QJ65@!k5@l 2Z6@Q$7@e_8@CwB<9@r :@\h ;@dj;J<@…<@h>@P/#?@Eٔ@@ɒ@@>A@Q%A@[ |B@=d1#C@D)=C@HgD@b?G@n=ָfH@%^CI@>& 'J@ PK@r- L@]LM@~' N@O@YAWP@'9P@$UCQ@ GqQ@: AR@<(S@AeS@AW .T@ĎBU@sB V@ #+V@f=W@86mX@*/{JY@ z,/Z@Nn3[@MO\@!]@bA^@M%_@`@33q`@ dHa@_)a@\wb@۟-c@_ԍhc@wd@"ׁHe@>S f@=Qf@KY2g@yth@@I0Qi@xvi6j@u4ғ#k@Tl@APE m@/en@y@{m.o@0$p@2%p@,4BMq@;Kq@/5r@aL{a3s@ Hs@t@%!*Nu@Ӏwv@MNv@VIw@]H\{x@Xy@+Pk=z@8+{@l |@+=}@&~@K57@;w(@۝tں@ !R@}@.x=萂@8[8@@v=@OT@@1\r݆@`@3@JA@-A_@;ςRE@ł2@H(@vq'@%/@?@<`QW_sigma????+Vtt@Nt@6NuN@Z90[@K8xUQ$cNaCl_EM?????@$@>@Y@r@@@Vx\Q2EM_NaCl????VXE@BLӱ @1@= @X ,?f[Gt?ӟ?"xQ6e_NaCL_EM????&?zn?̯?6 ?Vyֳ?]9?6@*?c }{Qfit_EM_NaClв9@????h@|@`[@@,@̿{@P7P@`" @PE夲@"@`=뀫@@Wwۣ@AOJ֟@$+@8,^@@XO@`̨@mC@N9Z@0|;z@v)t@8i o@` Ii@d?c@]@ ⠊V@|9O@@4}4@QJ65@!k5@l 2Z6@Q$7@e_8@CwB<9@r :@\h ;@dj;J<@…<@h>@P/#?@Eٔ@@ɒ@@>A@Q%A@[ |B@=d1#C@D)=C@HgD@b?G@n=ָfH@%^CI@>& 'J@ PK@r- L@]LM@~' N@O@YAWP@'9P@$UCQ@ GqQ@: AR@<(S@AeS@AW .T@ĎBU@sB V@ #+V@f=W@86mX@*/{JY@ z,/Z@Nn3[@MO\@!]@bA^@M%_@`@33q`@ dHa@_)a@\wb@۟-c@_ԍhc@wd@"ׁHe@>S f@=Qf@KY2g@yth@@I0Qi@xvi6j@u4ғ#k@Tl@APE m@/en@y@{m.o@0$p@2%p@,4BMq@;Kq@/5r@aL{a3s@ Hs@t@%!*Nu@Ӏwv@MNv@VIw@]H\{x@Xy@+Pk=z@8+{@l |@+=}@&~@K57@;w(@۝tں@ !R@}@.x=萂@8[8@@v=@OT@@1\r݆@`@3@JA@-A_@;ςRE@ł2@H(@vq'@%/@?@* // Platform=WindowsNT, IGORVersion=9.010, architecture=Intel, systemTextEncoding="Windows-1250", historyTextEncoding="UTF-8", procwinTextEncoding="UTF-8", recreationTextEncoding="UTF-8", build=39200 #pragma TextEncoding = "UTF-8" Silent 101 // use | as bitwise or -- not comment. DefaultFont "Arial" MoveWindow/P 5.4,44.6,703.8,500 Table0() Table1() Graph0() MoveWindow/C 7.8,582.8,697.8,720.8 Graph1() Graph1_1() KillStrings/Z root:gWMSetNextTextFilesTextEncoding Window Graph1_1() : Graph PauseUpdate; Silent 1 // building window... Display /W=(496.8,210.2,760.8,449) EM_NaCl vs cNaCl_EM AppendToGraph fit_EM_NaCl vs fitX_EM_NaCl ModifyGraph margin(left)=54,margin(bottom)=43,width=185,height=185 ModifyGraph mode(EM_NaCl)=3 ModifyGraph marker(EM_NaCl)=19 ModifyGraph rgb=(1,34817,52428) ModifyGraph msize(EM_NaCl)=3 ModifyGraph useMrkStrokeRGB(EM_NaCl)=1 ModifyGraph log(bottom)=1 ModifyGraph mirror=2 ModifyGraph fSize(left)=10 ModifyGraph btLen=3 ModifyGraph stLen=1 Label left "Electrophoretic Mobility (∙10\\S-8\\Mm\\S2\\M/Vs)" Label bottom "NaCl Concentration (mM)" SetAxis left 0,3.5 SetAxis bottom 0.5,2000 ErrorBars/RGB=(0,0,0) EM_NaCl Y,wave=(e_NaCL_EM,e_NaCL_EM) Cursor/P A EM_NaCl 0;Cursor/P B EM_NaCl 6 ShowInfo EndMacro Window Graph1() : Graph PauseUpdate; Silent 1 // building window... Display /W=(806.4,271.4,1039.8,504.8) EM_NaCl vs cNaCl_EM AppendToGraph fit_EM_NaCl vs fitX_EM_NaCl ModifyGraph margin(left)=44,margin(bottom)=44,margin(top)=5,margin(right)=5,width=185 ModifyGraph height=185 ModifyGraph mode(EM_NaCl)=3 ModifyGraph marker(EM_NaCl)=19 ModifyGraph rgb=(1,34817,52428) ModifyGraph msize(EM_NaCl)=3 ModifyGraph useMrkStrokeRGB(EM_NaCl)=1 ModifyGraph log(bottom)=1 ModifyGraph mirror=2 ModifyGraph btLen=3 ModifyGraph stLen=1 Label left "Electrophoretic Mobility \r(10\\S-8\\Mm\\S2\\MV\\S-1\\Ms\\S-1\\M)" Label bottom "NaCl Concentration (mM)" SetAxis left 0,4 ErrorBars/RGB=(0,0,0) EM_NaCl Y,wave=(e_NaCL_EM,e_NaCL_EM) Cursor/P A EM_NaCl 0;Cursor/P B EM_NaCl 6 ShowInfo EndMacro Window Graph0() : Graph PauseUpdate; Silent 1 // building window... Display /W=(129,278,362.4,511.4) ZP_NaCl vs cNaCl_ZP AppendToGraph fit_ZP_NaCl vs fitX_ZP_NaCl ModifyGraph margin(left)=44,margin(bottom)=44,margin(top)=5,margin(right)=5,gfSize=10 ModifyGraph gmSize=3,width=185,height=185 ModifyGraph mode(ZP_NaCl)=3 ModifyGraph marker(ZP_NaCl)=19 ModifyGraph rgb=(1,34817,52428) ModifyGraph msize(ZP_NaCl)=3 ModifyGraph useMrkStrokeRGB(ZP_NaCl)=1 ModifyGraph log(bottom)=1 ModifyGraph mirror=2 ModifyGraph fSize=10 ModifyGraph btLen=3 ModifyGraph stLen=1 Label left "Zeta Potential (mV)" Label bottom "NaCl Concentration (mM)" SetAxis left 0,50 SetAxis bottom 1,1000 ErrorBars/RGB=(0,0,0) ZP_NaCl Y,wave=(e_NaCl_ZP,e_NaCl_ZP) Cursor/P A ZP_NaCl 0;Cursor/P B ZP_NaCl 6 ShowInfo EndMacro Window Table1() : Table PauseUpdate; Silent 1 // building window... Edit/W=(676.8,40.4,1181.4,247.4) cNaCl_EM,EM_NaCl,e_NaCL_EM as "EM-NaCl-AL" ModifyTable format(Point)=1 EndMacro Window Table0() : Table PauseUpdate; Silent 1 // building window... Edit/W=(5.4,41.6,510,248.6) cNaCl_ZP,ZP_NaCl,e_NaCl_ZP,wave0 as "W-KCl" ModifyTable format(Point)=1 EndMacro #pragma TextEncoding = "UTF-8" #pragma rtGlobals=3 // Use modern global access method and strict wave access #pragma DefaultTab={3,20,4} // Set default tab width in Igor Pro 9 and later