4Misc_StartZ#4Platform@Q9VersionCheck xHH9BBKgyHHdh xHH%.7@gyHHdh x HH%.7@gyHHdh ^Graph*2;WDashSettings#  !4 4 4 4 4 4 homeRRdC:Users:brg:Desktop:Tibi:Vörös Attila:PBPPN_cikk:PRecentWindows3D Graphics.ihfAdvanced Topics.ihfAnalysis of Functions.ihfAnalysis.ihfAnnotations.ihfCaCl2_finalCategory Plots.ihfCommands.ihfContour Plots.ihfControls.ihfCurve Fitting.ihfData Folders.ihfDebugging.ihfDependencies.ihfDialog Help.ihfGraph7:W_MgCl2 vs 'cMgCl2 / mM';... 4Misc_EndZ#4XOPState_StartZ#4XOPState_EndZ#"KEf}+Da9V_FlagV_chisqtAV_numNaNsV_numINFsV_npnts@V_nterms@V_nheldV_startRow@V_endRow@V_startColV_endColV_startLayerV_endLayerV_startChunkV_endChunkV_siga-)@V_sigbl[!@V_q?V_RabTV_PrYY5V_r2 xy`?S_waveNameswave3;S_pathamesS_fileName ClipboardS_valueme#•Edit •DeletePoints 0,10, wave0 •Rename wave0,'2M NaCl' •Rename wave1,'1.5M NaCl' •Rename wave2,'1 M NaCl' •Rename '1.5M NaCl','1.5 M NaCl' •Rename '2M NaCl','2 M NaCl' •Rename wave3,'0.8 M NaCl' •Rename wave4,'0.4 M NaCl' •Rename wave5,'0.2 M NaCl' •Rename wave6,'0.1 M NaCl' •Rename wave7,'0.002 M NaCl' •Rename wave8,'0.001 M NaCl' •Rename wave9,'0 M NaCl' •Display '2 M NaCl','1.5 M NaCl','1 M NaCl','0.8 M NaCl','0.4 M NaCl','0.2 M NaCl','0.1 M NaCl','0.002 M NaCl','0.001 M NaCl','0 M NaCl' •ModifyGraph mode('2 M NaCl')=3,marker('2 M NaCl')=19 •ModifyGraph msize('2 M NaCl')=2 •Display '2 M NaCl','1.5 M NaCl','1 M NaCl','0.8 M NaCl','0.4 M NaCl','0.2 M NaCl','0.1 M NaCl','0.002 M NaCl','0.001 M NaCl','0 M NaCl' •ModifyGraph mode=3,msize=2,useMrkStrokeRGB=1,marker('2 M NaCl')=19,rgb('2 M NaCl')=(26411,1,52428),marker('1.5 M NaCl')=16,marker('1 M NaCl')=17,rgb('1 M NaCl')=(0,0,65535),marker('0.8 M NaCl')=23,rgb('0.8 M NaCl')=(3,52428,1),marker('0.4 M NaCl')=46,rgb('0.4 M NaCl')=(65535,32768,45875),marker('0.2 M NaCl')=49;DelayUpdate •ModifyGraph rgb('0.2 M NaCl')=(65535,49157,16385),marker('0.1 M NaCl')=52,rgb('0.1 M NaCl')=(52428,52425,1),marker('0.002 M NaCl')=29,rgb('0.002 M NaCl')=(21845,21845,21845),marker('0.001 M NaCl')=62,rgb('0.001 M NaCl')=(65535,0,52428),marker('0 M NaCl')=60,rgb('0 M NaCl')=(0,0,0) •ModifyGraph mode('2 M NaCl')=0 •ModifyGraph mode=3 •ModifyGraph mode=0,lsize=1.5 •CurveFit/M=2/W=0 exp, '2 M NaCl'/D Fit converged properly 'fit_2 M NaCl'= W_coef[0]+W_coef[1]*exp(-W_coef[2]*x) W_coef={92.075,6.6527,0.41123} V_chisq= 201.332;V_npnts= 100;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 99; W_sigma={0.152,1.3,0.141} Coefficient values ± one standard deviation y0 = 92.075 ± 0.152 A = 6.6527 ± 1.3 invTau = 0.41123 ± 0.141 •CurveFit/M=2/W=0 exp, '1.5 M NaCl'/D Fit converged properly 'fit_1.5 M NaCl'= W_coef[0]+W_coef[1]*exp(-W_coef[2]*x) W_coef={86.789,2.7114,0.076924} V_chisq= 222.154;V_npnts= 100;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 99; W_sigma={0.218,0.78,0.0401} Coefficient values ± one standard deviation y0 = 86.789 ± 0.218 A = 2.7114 ± 0.78 invTau = 0.076924 ± 0.0401 •CurveFit/M=2/W=0 exp, '1 M NaCl'/D Fit converged properly 'fit_1 M NaCl'= W_coef[0]+W_coef[1]*exp(-W_coef[2]*x) W_coef={82.436,1.22,0.042263} V_chisq= 207.385;V_npnts= 100;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 99; W_sigma={0.343,0.587,0.0501} Coefficient values ± one standard deviation y0 = 82.436 ± 0.343 A = 1.22 ± 0.587 invTau = 0.042263 ± 0.0501 •CurveFit/M=2/W=0 exp, '0.8 M NaCl'/D Fit converged properly 'fit_0.8 M NaCl'= W_coef[0]+W_coef[1]*exp(-W_coef[2]*x) W_coef={81.215,6.6493,0.62945} V_chisq= 135.65;V_npnts= 100;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 99; W_sigma={0.122,1.14,0.206} Coefficient values ± one standard deviation y0 = 81.215 ± 0.122 A = 6.6493 ± 1.14 invTau = 0.62945 ± 0.206 •CurveFit/M=2/W=0 exp, '0.4 M NaCl'/D Fit converged properly 'fit_0.4 M NaCl'= W_coef[0]+W_coef[1]*exp(-W_coef[2]*x) W_coef={78.853,0.78918,0.024362} V_chisq= 166.224;V_npnts= 100;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 99; W_sigma={0.687,0.596,0.0574} Coefficient values ± one standard deviation y0 = 78.853 ± 0.687 A = 0.78918 ± 0.596 invTau = 0.024362 ± 0.0574 •CurveFit/M=2/W=0 exp, '0.2 M NaCl'/D Fit converged properly 'fit_0.2 M NaCl'= W_coef[0]+W_coef[1]*exp(-W_coef[2]*x) W_coef={78.774,10.884,0.25843} V_chisq= 143.675;V_npnts= 100;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 99; W_sigma={0.132,0.978,0.0388} Coefficient values ± one standard deviation y0 = 78.774 ± 0.132 A = 10.884 ± 0.978 invTau = 0.25843 ± 0.0388 •CurveFit/M=2/W=0 exp, '0.1 M NaCl'/D Fit converged properly 'fit_0.1 M NaCl'= W_coef[0]+W_coef[1]*exp(-W_coef[2]*x) W_coef={77.87,6.4896,0.53281} V_chisq= 161.441;V_npnts= 100;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 99; W_sigma={0.134,1.21,0.183} Coefficient values ± one standard deviation y0 = 77.87 ± 0.134 A = 6.4896 ± 1.21 invTau = 0.53281 ± 0.183 •CurveFit/M=2/W=0 exp, '0.002 M NaCl'/D Fit converged properly 'fit_0.002 M NaCl'= W_coef[0]+W_coef[1]*exp(-W_coef[2]*x) W_coef={78.882,-1.0278,0.0024908} V_chisq= 204.172;V_npnts= 100;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 99; W_sigma={62.9,62.5,0.172} Coefficient values ± one standard deviation y0 = 78.882 ± 62.9 A = -1.0278 ± 62.5 invTau = 0.0024908 ± 0.172 •CurveFit/M=2/W=0 exp, '0.001 M NaCl'/D Fit converged properly 'fit_0.001 M NaCl'= W_coef[0]+W_coef[1]*exp(-W_coef[2]*x) W_coef={99.822,-21.135,0.0027277} V_chisq= 222.588;V_npnts= 100;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 99; W_sigma={54.7,54.4,0.00807} Coefficient values ± one standard deviation y0 = 99.822 ± 54.7 A = -21.135 ± 54.4 invTau = 0.0027277 ± 0.00807 •CurveFit/M=2/W=0 exp, '0 M NaCl'/D 9 iterations with no decrease in chi square 'fit_0 M NaCl'= W_coef[0]+W_coef[1]*exp(-W_coef[2]*x) W_coef={77.047,2.01,16.648} V_chisq= 167.563;V_npnts= 100;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 99; W_sigma={0.133,1.32,1.12e+07} Coefficient values ± one standard deviation y0 = 77.047 ± 0.133 A = 2.01 ± 1.32 invTau = 16.648 ± 1.12e+07 •ModifyGraph hideTrace('2 M NaCl')=1,hideTrace('1.5 M NaCl')=1,hideTrace('1 M NaCl')=1,hideTrace('0.8 M NaCl')=1,hideTrace('0.4 M NaCl')=1,hideTrace('0.2 M NaCl')=1,hideTrace('0.1 M NaCl')=1,hideTrace('0.002 M NaCl')=1,hideTrace('0.001 M NaCl')=1,hideTrace('0 M NaCl')=1 •ModifyGraph lsize=1.5,rgb('fit_2 M NaCl')=(21845,21845,21845),rgb('fit_1 M NaCl')=(0,0,65535),rgb('fit_0.8 M NaCl')=(3,52428,1),rgb('fit_0.4 M NaCl')=(65535,32768,45875),rgb('fit_0.2 M NaCl')=(65535,49157,16385),rgb('fit_0.1 M NaCl')=(52428,52425,1),rgb('fit_0.002 M NaCl')=(65535,0,52428),rgb('fit_0.001 M NaCl')=(0,0,0);DelayUpdate •ModifyGraph rgb('fit_0 M NaCl')=(16386,65535,16385) •Legend/C/N=text0/F=0/A=MC •SetAxis bottom *,100 •DeletePoints 0,2, wave0 •DeletePoints 0,1, textWave0 •Display '2 M NaCl','1.5 M NaCl','1 M NaCl','0.8 M NaCl','0.4 M NaCl','0.2 M NaCl','0.1 M NaCl','0.002 M NaCl','0.001 M NaCl','0 M NaCl' vs wave0 •ModifyGraph zColor('2 M NaCl')={'fit_0 M NaCl'[0,99],*,*,Grays,0} •ModifyGraph rgb('2 M NaCl')=(0,0,0),rgb('1 M NaCl')=(0,0,65535),rgb('0.8 M NaCl')=(26411,1,52428),rgb('0.4 M NaCl')=(65535,49157,16385),rgb('0.2 M NaCl')=(3,52428,1),rgb('0.1 M NaCl')=(16385,65535,65535),rgb('0.002 M NaCl')=(52428,52425,1),rgb('0.001 M NaCl')=(65535,16385,55749),rgb('0 M NaCl')=(26214,26214,26214);DelayUpdate •ModifyGraph zColor('2 M NaCl')=0 •ModifyGraph hideTrace('1.5 M NaCl')=1,hideTrace('1 M NaCl')=1,hideTrace('0.8 M NaCl')=1,hideTrace('0.4 M NaCl')=1,hideTrace('0.2 M NaCl')=1,hideTrace('0.1 M NaCl')=1,hideTrace('0.002 M NaCl')=1,hideTrace('0.001 M NaCl')=1,hideTrace('0 M NaCl')=1 •CurveFit/M=2/W=0 exp, '2 M NaCl'/X=wave0/D Fit converged properly 'fit_2 M NaCl'= W_coef[0]+W_coef[1]*exp(-W_coef[2]*x) W_coef={92.075,10.033,0.020563} V_chisq= 201.332;V_npnts= 100;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 99; W_sigma={0.152,2.95,0.00705} Coefficient values ± one standard deviation y0 = 92.075 ± 0.152 A = 10.033 ± 2.95 invTau = 0.020563 ± 0.00705 •ModifyGraph hideTrace('2 M NaCl')=1,hideTrace('1.5 M NaCl')=0,hideTrace('fit_2 M NaCl')=1 •CurveFit/M=2/W=0 exp, '1.5 M NaCl'/X=wave0/D Fit converged properly 'fit_1.5 M NaCl'= W_coef[0]+W_coef[1]*exp(-W_coef[2]*x) W_coef={86.556,4.3449,0.0062734} V_chisq= 211.312;V_npnts= 100;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 99; W_sigma={0.179,1.19,0.00254} Coefficient values ± one standard deviation y0 = 86.556 ± 0.179 A = 4.3449 ± 1.19 invTau = 0.0062734 ± 0.00254 •ModifyGraph hideTrace('1.5 M NaCl')=1,hideTrace('1 M NaCl')=0,rgb('fit_2 M NaCl')=(0,0,0),hideTrace('fit_1.5 M NaCl')=1 •CurveFit/M=2/W=0 exp, '1 M NaCl'/X=wave0/D Fit converged properly 'fit_1 M NaCl'= W_coef[0]+W_coef[1]*exp(-W_coef[2]*x) W_coef={82.435,6.3791,0.018986} V_chisq= 186.368;V_npnts= 100;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 99; W_sigma={0.147,2.62,0.00928} Coefficient values ± one standard deviation y0 = 82.435 ± 0.147 A = 6.3791 ± 2.62 invTau = 0.018986 ± 0.00928 •CurveFit/M=2/W=0 poly 3, '1 M NaCl'/X=wave0/D 'fit_1 M NaCl'= poly(W_coef,x) W_coef={83.413,-0.0013088,3.5615e-07} V_chisq= 207.545;V_npnts= 100;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 99; W_sigma={0.448,0.00102,4.91e-07} Coefficient values ± one standard deviation K0 = 83.413 ± 0.448 K1 = -0.0013088 ± 0.00102 K2 = 3.5615e-07 ± 4.91e-07 •ModifyGraph hideTrace('1 M NaCl')=1,hideTrace('fit_2 M NaCl')=0,hideTrace('fit_1.5 M NaCl')=0 •RemoveFromGraph 'fit_2 M NaCl' •RemoveFromGraph 'fit_1.5 M NaCl' •RemoveFromGraph 'fit_1 M NaCl' •ModifyGraph hideTrace('2 M NaCl')=0 •DeletePoints 0,100, wave0 •ModifyGraph nticks(bottom)=20 •DeletePoints 0,100, wave0 •CurveFit line '2 M NaCl'[10,100] /X=wave0 /D Curve fit with data subrange: '2 M NaCl'[10,*] 'fit_2 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={91.756,0.00028257} V_chisq= 177.17;V_npnts= 90;V_numNaNs= 0;V_numINFs= 0; V_startRow= 10;V_endRow= 99;V_q= 1;V_Rab= -0.905688; V_Pr= 0.104075;V_r2= 0.0108316; W_sigma={0.353,0.000288} Coefficient values ± one standard deviation a = 91.756 ± 0.353 b = 0.00028257 ± 0.000288 •ModifyGraph hideTrace('2 M NaCl')=1,hideTrace('1.5 M NaCl')=0,hideTrace('fit_2 M NaCl')=1 •ModifyGraph rgb('fit_2 M NaCl')=(0,0,0) •CurveFit line '2 M NaCl'[12,100] /X=wave0 /D Curve fit with data subrange: '2 M NaCl'[12,*] 'fit_2 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={91.632,0.00036967} V_chisq= 173.247;V_npnts= 88;V_numNaNs= 0;V_numINFs= 0; V_startRow= 12;V_endRow= 99;V_q= 1;V_Rab= -0.912062; V_Pr= 0.132665;V_r2= 0.0176; W_sigma={0.369,0.000298} Coefficient values ± one standard deviation a = 91.632 ± 0.369 b = 0.00036967 ± 0.000298 •CurveFit line '2 M NaCl'[10,100] /X=wave0 /D Curve fit with data subrange: '2 M NaCl'[10,*] 'fit_2 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={91.756,0.00028257} V_chisq= 177.17;V_npnts= 90;V_numNaNs= 0;V_numINFs= 0; V_startRow= 10;V_endRow= 99;V_q= 1;V_Rab= -0.905688; V_Pr= 0.104075;V_r2= 0.0108316; W_sigma={0.353,0.000288} Coefficient values ± one standard deviation a = 91.756 ± 0.353 b = 0.00028257 ± 0.000288 •CurveFit line '1.5 M NaCl'[12,100] /X=wave0 /D Curve fit with data subrange: '1.5 M NaCl'[12,*] 'fit_1.5 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={87.163,-0.00043676} V_chisq= 189.835;V_npnts= 88;V_numNaNs= 0;V_numINFs= 0; V_startRow= 12;V_endRow= 99;V_q= 1;V_Rab= -0.912062; V_Pr= -0.149378;V_r2= 0.0223139; W_sigma={0.386,0.000312} Coefficient values ± one standard deviation a = 87.163 ± 0.386 b = -0.00043676 ± 0.000312 •ModifyGraph hideTrace('1.5 M NaCl')=1,hideTrace('1 M NaCl')=0,hideTrace('fit_1.5 M NaCl')=1 •CurveFit line '1 M NaCl'[9,100] /X=wave0 /D Curve fit with data subrange: '1 M NaCl'[9,*] 'fit_1 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={82.722,-0.00026091} V_chisq= 165.96;V_npnts= 91;V_numNaNs= 0;V_numINFs= 0; V_startRow= 9;V_endRow= 99;V_q= 1;V_Rab= -0.902367; V_Pr= -0.100981;V_r2= 0.0101971; W_sigma={0.332,0.000272} Coefficient values ± one standard deviation a = 82.722 ± 0.332 b = -0.00026091 ± 0.000272 •CurveFit line '1 M NaCl'[7,100] /X=wave0 /D Curve fit with data subrange: '1 M NaCl'[7,*] 'fit_1 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={82.801,-0.00031723} V_chisq= 175.628;V_npnts= 93;V_numNaNs= 0;V_numINFs= 0; V_startRow= 7;V_endRow= 99;V_q= 1;V_Rab= -0.895451; V_Pr= -0.122999;V_r2= 0.0151287; W_sigma={0.324,0.000268} Coefficient values ± one standard deviation a = 82.801 ± 0.324 b = -0.00031723 ± 0.000268 •CurveFit line '1 M NaCl'[6,100] /X=wave0 /D Curve fit with data subrange: '1 M NaCl'[6,*] 'fit_1 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={82.715,-0.00025488} V_chisq= 178.928;V_npnts= 94;V_numNaNs= 0;V_numINFs= 0; V_startRow= 6;V_endRow= 99;V_q= 1;V_Rab= -0.891852; V_Pr= -0.0997524;V_r2= 0.00995055; W_sigma={0.318,0.000265} Coefficient values ± one standard deviation a = 82.715 ± 0.318 b = -0.00025488 ± 0.000265 •CurveFit line '1 M NaCl'[9,100] /X=wave0 /D Curve fit with data subrange: '1 M NaCl'[9,*] 'fit_1 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={82.722,-0.00026091} V_chisq= 165.96;V_npnts= 91;V_numNaNs= 0;V_numINFs= 0; V_startRow= 9;V_endRow= 99;V_q= 1;V_Rab= -0.902367; V_Pr= -0.100981;V_r2= 0.0101971; W_sigma={0.332,0.000272} Coefficient values ± one standard deviation a = 82.722 ± 0.332 b = -0.00026091 ± 0.000272 •ModifyGraph hideTrace('1 M NaCl')=1,hideTrace('0.8 M NaCl')=0,rgb('fit_1 M NaCl')=(0,0,65535),hideTrace('fit_1 M NaCl')=1 •CurveFit line '0.8 M NaCl'[6,100] /X=wave0 /D Curve fit with data subrange: '0.8 M NaCl'[6,*] 'fit_0.8 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={81.285,-6.0076e-05} V_chisq= 131.707;V_npnts= 94;V_numNaNs= 0;V_numINFs= 0; V_startRow= 6;V_endRow= 99;V_q= 1;V_Rab= -0.891852; V_Pr= -0.027532;V_r2= 0.000758012; W_sigma={0.273,0.000227} Coefficient values ± one standard deviation a = 81.285 ± 0.273 b = -6.0076e-05 ± 0.000227 •ModifyGraph hideTrace('0.8 M NaCl')=1,hideTrace('0.4 M NaCl')=0,rgb('fit_0.8 M NaCl')=(26411,1,52428),hideTrace('fit_0.8 M NaCl')=1 •CurveFit line '0.4 M NaCl'[6,100] /X=wave0 /D Curve fit with data subrange: '0.4 M NaCl'[6,*] 'fit_0.4 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={79.239,-0.00017482} V_chisq= 152.51;V_npnts= 94;V_numNaNs= 0;V_numINFs= 0; V_startRow= 6;V_endRow= 99;V_q= 1;V_Rab= -0.891852; V_Pr= -0.0742744;V_r2= 0.00551669; W_sigma={0.294,0.000245} Coefficient values ± one standard deviation a = 79.239 ± 0.294 b = -0.00017482 ± 0.000245 •ModifyGraph rgb('0.4 M NaCl')=(26214,26212,0),hideTrace('0.4 M NaCl')=1,hideTrace('0.2 M NaCl')=0,rgb('fit_0.4 M NaCl')=(26214,26212,0),hideTrace('fit_0.4 M NaCl')=1 •CurveFit line '0.2 M NaCl'[12,100] /X=wave0 /D Curve fit with data subrange: '0.2 M NaCl'[12,*] 'fit_0.2 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={79.189,-0.00035385} V_chisq= 116.137;V_npnts= 88;V_numNaNs= 0;V_numINFs= 0; V_startRow= 12;V_endRow= 99;V_q= 1;V_Rab= -0.912062; V_Pr= -0.154603;V_r2= 0.0239022; W_sigma={0.302,0.000244} Coefficient values ± one standard deviation a = 79.189 ± 0.302 b = -0.00035385 ± 0.000244 •ModifyGraph hideTrace('0.2 M NaCl')=1,hideTrace('0.1 M NaCl')=0,rgb('fit_0.2 M NaCl')=(3,52428,1),hideTrace('fit_0.2 M NaCl')=1 •CurveFit line '0.1 M NaCl'[6,100] /X=wave0 /D Curve fit with data subrange: '0.1 M NaCl'[6,*] 'fit_0.1 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={77.797,6.2158e-05} V_chisq= 157.805;V_npnts= 94;V_numNaNs= 0;V_numINFs= 0; V_startRow= 6;V_endRow= 99;V_q= 1;V_Rab= -0.891852; V_Pr= 0.0260255;V_r2= 0.000677328; W_sigma={0.299,0.000249} Coefficient values ± one standard deviation a = 77.797 ± 0.299 b = 6.2158e-05 ± 0.000249 •ModifyGraph hideTrace('0.1 M NaCl')=1,hideTrace('0.002 M NaCl')=0,rgb('fit_0.1 M NaCl')=(16385,65535,65535),hideTrace('fit_0.1 M NaCl')=1 •CurveFit line '0.002 M NaCl'[12,100] /X=wave0 /D Curve fit with data subrange: '0.002 M NaCl'[12,*] 'fit_0.002 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={76.782,0.00089859} V_chisq= 148.782;V_npnts= 88;V_numNaNs= 0;V_numINFs= 0; V_startRow= 12;V_endRow= 99;V_q= 1;V_Rab= -0.912062; V_Pr= 0.33127;V_r2= 0.10974; W_sigma={0.342,0.000276} Coefficient values ± one standard deviation a = 76.782 ± 0.342 b = 0.00089859 ± 0.000276 •CurveFit line '0.002 M NaCl'[13,100] /X=wave0 /D Curve fit with data subrange: '0.002 M NaCl'[13,*] 'fit_0.002 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={76.863,0.00084128} V_chisq= 146.643;V_npnts= 87;V_numNaNs= 0;V_numINFs= 0; V_startRow= 13;V_endRow= 99;V_q= 1;V_Rab= -0.915119; V_Pr= 0.309483;V_r2= 0.09578; W_sigma={0.349,0.00028} Coefficient values ± one standard deviation a = 76.863 ± 0.349 b = 0.00084128 ± 0.00028 •CurveFit line '0.002 M NaCl'[14,100] /X=wave0 /D Curve fit with data subrange: '0.002 M NaCl'[14,*] 'fit_0.002 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={76.958,0.00077559} V_chisq= 143.959;V_npnts= 86;V_numNaNs= 0;V_numINFs= 0; V_startRow= 14;V_endRow= 99;V_q= 1;V_Rab= -0.918092; V_Pr= 0.285259;V_r2= 0.0813724; W_sigma={0.356,0.000284} Coefficient values ± one standard deviation a = 76.958 ± 0.356 b = 0.00077559 ± 0.000284 •CurveFit line '0.002 M NaCl'[12,99] /X=wave0 /D Curve fit with data subrange: '0.002 M NaCl'[12,99] 'fit_0.002 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={76.782,0.00089859} V_chisq= 148.782;V_npnts= 88;V_numNaNs= 0;V_numINFs= 0; V_startRow= 12;V_endRow= 99;V_q= 1;V_Rab= -0.912062; V_Pr= 0.33127;V_r2= 0.10974; W_sigma={0.342,0.000276} Coefficient values ± one standard deviation a = 76.782 ± 0.342 b = 0.00089859 ± 0.000276 •CurveFit line '0.002 M NaCl'[12,98] /X=wave0 /D Curve fit with data subrange: '0.002 M NaCl'[12,98] 'fit_0.002 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={76.824,0.00084764} V_chisq= 147.091;V_npnts= 87;V_numNaNs= 0;V_numINFs= 0; V_startRow= 12;V_endRow= 98;V_q= 1;V_Rab= -0.912451; V_Pr= 0.311167;V_r2= 0.0968252; W_sigma={0.345,0.000281} Coefficient values ± one standard deviation a = 76.824 ± 0.345 b = 0.00084764 ± 0.000281 •CurveFit line '0.002 M NaCl'[12,100] /X=wave0 /D Curve fit with data subrange: '0.002 M NaCl'[12,*] 'fit_0.002 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={76.782,0.00089859} V_chisq= 148.782;V_npnts= 88;V_numNaNs= 0;V_numINFs= 0; V_startRow= 12;V_endRow= 99;V_q= 1;V_Rab= -0.912062; V_Pr= 0.33127;V_r2= 0.10974; W_sigma={0.342,0.000276} Coefficient values ± one standard deviation a = 76.782 ± 0.342 b = 0.00089859 ± 0.000276 •ModifyGraph hideTrace('0.002 M NaCl')=1,hideTrace('0.001 M NaCl')=0,rgb('fit_0.002 M NaCl')=(52428,52425,1),hideTrace('fit_0.002 M NaCl')=1 •CurveFit line '0.001 M NaCl'[10,100] /X=wave0 /D Curve fit with data subrange: '0.001 M NaCl'[10,*] 'fit_0.001 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={78.166,0.0029582} V_chisq= 196.356;V_npnts= 90;V_numNaNs= 0;V_numINFs= 0; V_startRow= 10;V_endRow= 99;V_q= 1;V_Rab= -0.905688; V_Pr= 0.721032;V_r2= 0.519887; W_sigma={0.371,0.000303} Coefficient values ± one standard deviation a = 78.166 ± 0.371 b = 0.0029582 ± 0.000303 •ModifyGraph hideTrace('0.001 M NaCl')=1,hideTrace('0 M NaCl')=0,rgb('fit_0.001 M NaCl')=(65535,16385,55749),hideTrace('fit_0.001 M NaCl')=1 •CurveFit line '0 M NaCl'[8,100] /X=wave0 /D Curve fit with data subrange: '0 M NaCl'[8,*] 'fit_0 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={77.258,-0.00021685} V_chisq= 132.498;V_npnts= 92;V_numNaNs= 0;V_numINFs= 0; V_startRow= 8;V_endRow= 99;V_q= 1;V_Rab= -0.898956; V_Pr= -0.0955347;V_r2= 0.00912688; W_sigma={0.289,0.000238} Coefficient values ± one standard deviation a = 77.258 ± 0.289 b = -0.00021685 ± 0.000238 •CurveFit line '0 M NaCl'[6,100] /X=wave0 /D Curve fit with data subrange: '0 M NaCl'[6,*] 'fit_0 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={77.269,-0.00022469} V_chisq= 133.739;V_npnts= 94;V_numNaNs= 0;V_numINFs= 0; V_startRow= 6;V_endRow= 99;V_q= 1;V_Rab= -0.891852; V_Pr= -0.101698;V_r2= 0.0103424; W_sigma={0.275,0.000229} Coefficient values ± one standard deviation a = 77.269 ± 0.275 b = -0.00022469 ± 0.000229 •ModifyGraph hideTrace('0 M NaCl')=1,lsize('fit_2 M NaCl')=1.5,hideTrace('fit_2 M NaCl')=0,lsize('fit_1.5 M NaCl')=1.5,hideTrace('fit_1.5 M NaCl')=0,lsize('fit_1 M NaCl')=1.5,hideTrace('fit_1 M NaCl')=0,lsize('fit_0.8 M NaCl')=1.5,hideTrace('fit_0.8 M NaCl')=0,lsize('fit_0.4 M NaCl')=1.5,hideTrace('fit_0.4 M NaCl')=0;DelayUpdate •ModifyGraph lsize('fit_0.2 M NaCl')=1.5,hideTrace('fit_0.2 M NaCl')=0,lsize('fit_0.1 M NaCl')=1.5,hideTrace('fit_0.1 M NaCl')=0,lsize('fit_0.002 M NaCl')=1.5,hideTrace('fit_0.002 M NaCl')=0,lsize('fit_0.001 M NaCl')=1.5,hideTrace('fit_0.001 M NaCl')=0,lsize('fit_0 M NaCl')=1.5,rgb('fit_0 M NaCl')=(26214,26214,26214) •ModifyGraph mode('fit_2 M NaCl')=3,mode('fit_1.5 M NaCl')=3,mode('fit_1 M NaCl')=3,mode('fit_0.8 M NaCl')=3,mode('fit_0.4 M NaCl')=3,mode('fit_0.2 M NaCl')=3,mode('fit_0.1 M NaCl')=3,mode('fit_0.002 M NaCl')=3,mode('fit_0.001 M NaCl')=3,mode('fit_0 M NaCl')=3 •ModifyGraph mode=0 •Display '0.002 M NaCl','0.001 M NaCl' vs wave0 •ModifyGraph mode=3,msize=2,marker('0.002 M NaCl')=19,rgb('0.002 M NaCl')=(0,0,0),marker('0.001 M NaCl')=17 •Display '2 M NaCl','1.5 M NaCl','1 M NaCl','0.8 M NaCl','0.4 M NaCl','0.2 M NaCl','0.1 M NaCl','0.002 M NaCl','0.001 M NaCl','0 M NaCl' vs wave0 •ModifyGraph mode=3,zmrkNum('2 M NaCl')={wave0},zmrkNum('1.5 M NaCl')={wave0},zmrkNum('1 M NaCl')={wave0},zmrkNum('0.8 M NaCl')={wave0},zmrkNum('0.4 M NaCl')={wave0},zmrkNum('0.2 M NaCl')={wave0},zmrkNum('0.1 M NaCl')={wave0},zmrkNum('0.002 M NaCl')={wave0},zmrkNum('0.001 M NaCl')={wave0},zmrkNum('0 M NaCl')={wave0} •ModifyGraph zmrkNum('2 M NaCl')=0,zmrkNum('1.5 M NaCl')=0,zmrkNum('1 M NaCl')=0,zmrkNum('0.8 M NaCl')=0,zmrkNum('0.4 M NaCl')=0,zmrkNum('0.2 M NaCl')=0,zmrkNum('0.1 M NaCl')=0,zmrkNum('0.002 M NaCl')=0,zmrkNum('0.001 M NaCl')=0,zmrkNum('0 M NaCl')=0 •ModifyGraph marker('2 M NaCl')=19,msize('2 M NaCl')=2,rgb('2 M NaCl')=(0,0,0),marker('1.5 M NaCl')=16,msize('1.5 M NaCl')=2,marker('1 M NaCl')=17,msize('1 M NaCl')=2,rgb('1 M NaCl')=(0,0,65535),marker('0.8 M NaCl')=26,msize('0.8 M NaCl')=2,rgb('0.8 M NaCl')=(26411,1,52428),marker('0.4 M NaCl')=58,msize('0.4 M NaCl')=2;DelayUpdate •ModifyGraph rgb('0.4 M NaCl')=(26214,26212,0),marker('0.2 M NaCl')=18,msize('0.2 M NaCl')=2,rgb('0.2 M NaCl')=(3,52428,1),marker('0.1 M NaCl')=34,msize('0.1 M NaCl')=2,rgb('0.1 M NaCl')=(16385,65535,65535),marker('0.002 M NaCl')=14,msize('0.002 M NaCl')=2,rgb('0.002 M NaCl')=(52428,52425,1),marker('0.001 M NaCl')=15;DelayUpdate •ModifyGraph msize('0.001 M NaCl')=2,rgb('0.001 M NaCl')=(65535,0,52428),marker('0 M NaCl')=49,rgb('0 M NaCl')=(21845,21845,21845) •ModifyGraph msize=2 •ModifyGraph manTick(bottom)={0,200,0,0},manMinor(bottom)={0,0} •CurveFit line '0.8 M NaCl'[10,100] /X=wave0 /D Curve fit with data subrange: '0.8 M NaCl'[10,*] 'fit_0.8 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={81.355,-0.00010998} V_chisq= 128.115;V_npnts= 90;V_numNaNs= 0;V_numINFs= 0; V_startRow= 10;V_endRow= 99;V_q= 1;V_Rab= -0.905688; V_Pr= -0.0478405;V_r2= 0.00228872; W_sigma={0.3,0.000245} Coefficient values ± one standard deviation a = 81.355 ± 0.3 b = -0.00010998 ± 0.000245 •CurveFit/M=2/W=0 dblexp, '2 M NaCl'/X=wave0/D Fit converged properly 'fit_2 M NaCl'= W_coef[0]+W_coef[1]*exp(-W_coef[2]*x)+W_coef[3]*exp(-W_coef[4]*x) W_coef={92.214,10.047,0.014683,-1.2876,0.0027066} V_chisq= 198.44;V_npnts= 100;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 99; W_sigma={0.326,3.28,0.00912,3.48,0.00699} Coefficient values ± one standard deviation y0 = 92.214 ± 0.326 A1 = 10.047 ± 3.28 invTau1 = 0.014683 ± 0.00912 A2 = -1.2876 ± 3.48 invTau2 = 0.0027066 ± 0.00699 •CurveFit line 'fit_2 M NaCl'[10,100] /D Curve fit with data subrange: 'fit_2 M NaCl'[10,100] 'fit_fit_2 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={91.958,7.8749e-05} V_chisq= 3.8566;V_npnts= 91;V_numNaNs= 0;V_numINFs= 0; V_startRow= 10;V_endRow= 100;V_q= 1;V_Rab= -0.908229; V_Pr= 0.0994807;V_r2= 0.00989641; W_sigma={0.0521,8.35e-05} Coefficient values ± one standard deviation a = 91.958 ± 0.0521 b = 7.8749e-05 ± 8.35e-05 •RemoveFromGraph 'fit_fit_2 M NaCl' •CurveFit/M=2/W=0 dblexp, '1.5 M NaCl'/X=wave0/D Fit converged properly 'fit_1.5 M NaCl'= W_coef[0]+W_coef[1]*exp(-W_coef[2]*x)+W_coef[3]*exp(-W_coef[4]*x) W_coef={86.545,2.0342,0.0031047,7.1227,0.033592} V_chisq= 204.586;V_npnts= 100;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 99; W_sigma={0.26,1.75,0.00333,5.63,0.0384} Coefficient values ± one standard deviation y0 = 86.545 ± 0.26 A1 = 2.0342 ± 1.75 invTau1 = 0.0031047 ± 0.00333 A2 = 7.1227 ± 5.63 invTau2 = 0.033592 ± 0.0384 •CurveFit/M=2/W=0 dblexp, '1 M NaCl'/X=wave0/D Fit converged properly 'fit_1 M NaCl'= W_coef[0]+W_coef[1]*exp(-W_coef[2]*x)+W_coef[3]*exp(-W_coef[4]*x) W_coef={80.489,2.2247,0.00012305,6.3853,0.021927} V_chisq= 184.803;V_npnts= 100;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 99; W_sigma={78.9,78.3,0.00499,3.08,0.0148} Coefficient values ± one standard deviation y0 = 80.489 ± 78.9 A1 = 2.2247 ± 78.3 invTau1 = 0.00012305 ± 0.00499 A2 = 6.3853 ± 3.08 invTau2 = 0.021927 ± 0.0148 •CurveFit/M=2/W=0 dblexp, '0.8 M NaCl'/X=wave0/D Fit converged properly 'fit_0.8 M NaCl'= W_coef[0]+W_coef[1]*exp(-W_coef[2]*x)+W_coef[3]*exp(-W_coef[4]*x) W_coef={81.187,0.12305,0.0013475,12.848,0.033316} V_chisq= 135.57;V_npnts= 100;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 99; W_sigma={0.609,0.594,0.0225,4.51,0.0143} Coefficient values ± one standard deviation y0 = 81.187 ± 0.609 A1 = 0.12305 ± 0.594 invTau1 = 0.0013475 ± 0.0225 A2 = 12.848 ± 4.51 invTau2 = 0.033316 ± 0.0143 •CurveFit/M=2/W=0 dblexp, '0.4 M NaCl'/X=wave0/D Fit converged properly 'fit_0.4 M NaCl'= W_coef[0]+W_coef[1]*exp(-W_coef[2]*x)+W_coef[3]*exp(-W_coef[4]*x) W_coef={77.912,0.99716,1.3117e-05,0.73652,0.0012495} V_chisq= 166.321;V_npnts= 100;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 99; W_sigma={1.62e+05,1.62e+05,2.2,114,0.0988} Coefficient values ± one standard deviation y0 = 77.912 ± 1.62e+05 A1 = 0.99716 ± 1.62e+05 invTau1 = 1.3117e-05 ± 2.2 A2 = 0.73652 ± 114 invTau2 = 0.0012495 ± 0.0988 •CurveFit/M=2/W=0 dblexp, '0.2 M NaCl'/X=wave0/D Fit converged properly 'fit_0.2 M NaCl'= W_coef[0]+W_coef[1]*exp(-W_coef[2]*x)+W_coef[3]*exp(-W_coef[4]*x) W_coef={78.615,1.4107,0.0024519,13.959,0.016466} V_chisq= 140.885;V_npnts= 100;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 99; W_sigma={0.299,2.13,0.00426,2.38,0.00578} Coefficient values ± one standard deviation y0 = 78.615 ± 0.299 A1 = 1.4107 ± 2.13 invTau1 = 0.0024519 ± 0.00426 A2 = 13.959 ± 2.38 invTau2 = 0.016466 ± 0.00578 •CurveFit/M=2/W=0 dblexp, '0.1 M NaCl'/X=wave0/D Fit converged properly 'fit_0.1 M NaCl'= W_coef[0]+W_coef[1]*exp(-W_coef[2]*x)+W_coef[3]*exp(-W_coef[4]*x) W_coef={77.86,3.7119,0.016333,9.1877,0.040033} V_chisq= 161.302;V_npnts= 100;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 99; W_sigma={0.144,44.5,0.0716,35.8,0.157} Coefficient values ± one standard deviation y0 = 77.86 ± 0.144 A1 = 3.7119 ± 44.5 invTau1 = 0.016333 ± 0.0716 A2 = 9.1877 ± 35.8 invTau2 = 0.040033 ± 0.157 •CurveFit/M=2/W=0 dblexp, '0.002 M NaCl'/X=wave0/D Fit converged properly 'fit_0.002 M NaCl'= W_coef[0]+W_coef[1]*exp(-W_coef[2]*x)+W_coef[3]*exp(-W_coef[4]*x) W_coef={79.181,-0.86702,5.9626e-05,-0.45265,0.00013871} V_chisq= 204.147;V_npnts= 100;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 99; W_sigma={6.88e+05,1.27e+06,154,1.96e+06,138} Coefficient values ± one standard deviation y0 = 79.181 ± 6.88e+05 A1 = -0.86702 ± 1.27e+06 invTau1 = 5.9626e-05 ± 154 A2 = -0.45265 ± 1.96e+06 invTau2 = 0.00013871 ± 138 •CurveFit/M=2/W=0 dblexp, '0.001 M NaCl'/X=wave0/D 40 iterations with no convergence 'fit_0.001 M NaCl'= W_coef[0]+W_coef[1]*exp(-W_coef[2]*x)+W_coef[3]*exp(-W_coef[4]*x) W_coef={89.621,-5.4557,0.00026425,-5.626,0.00032715} V_chisq= 225.826;V_npnts= 100;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 99; W_sigma={6.81e+03,1.83e+06,11.6,1.84e+06,9.66} Coefficient values ± one standard deviation y0 = 89.621 ± 6.81e+03 A1 = -5.4557 ± 1.83e+06 invTau1 = 0.00026425 ± 11.6 A2 = -5.626 ± 1.84e+06 invTau2 = 0.00032715 ± 9.66 •ModifyGraph hideTrace('1.5 M NaCl')=1 •CurveFit line 'fit_2 M NaCl'[10,100] /D Curve fit with data subrange: 'fit_2 M NaCl'[10,100] 'fit_fit_2 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={91.958,7.8749e-05} V_chisq= 3.8566;V_npnts= 91;V_numNaNs= 0;V_numINFs= 0; V_startRow= 10;V_endRow= 100;V_q= 1;V_Rab= -0.908229; V_Pr= 0.0994807;V_r2= 0.00989641; W_sigma={0.0521,8.35e-05} Coefficient values ± one standard deviation a = 91.958 ± 0.0521 b = 7.8749e-05 ± 8.35e-05 •RemoveFromGraph 'fit_2 M NaCl','fit_1.5 M NaCl','fit_1 M NaCl','fit_0.8 M NaCl','fit_0.4 M NaCl','fit_0.2 M NaCl','fit_0.1 M NaCl','fit_0.002 M NaCl','fit_0.001 M NaCl','fit_0 M NaCl','fit_fit_2 M NaCl' •CurveFit line 'fit_2 M NaCl'[10,100] /D Curve fit with data subrange: 'fit_2 M NaCl'[10,100] 'fit_fit_2 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={91.958,7.8749e-05} V_chisq= 3.8566;V_npnts= 91;V_numNaNs= 0;V_numINFs= 0; V_startRow= 10;V_endRow= 100;V_q= 1;V_Rab= -0.908229; V_Pr= 0.0994807;V_r2= 0.00989641; W_sigma={0.0521,8.35e-05} Coefficient values ± one standard deviation a = 91.958 ± 0.0521 b = 7.8749e-05 ± 8.35e-05 •CurveFit line 'fit_2 M NaCl'[10,100] /D Curve fit with data subrange: 'fit_2 M NaCl'[10,100] 'fit_fit_2 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={91.958,7.8749e-05} V_chisq= 3.8566;V_npnts= 91;V_numNaNs= 0;V_numINFs= 0; V_startRow= 10;V_endRow= 100;V_q= 1;V_Rab= -0.908229; V_Pr= 0.0994807;V_r2= 0.00989641; W_sigma={0.0521,8.35e-05} Coefficient values ± one standard deviation a = 91.958 ± 0.0521 b = 7.8749e-05 ± 8.35e-05 •KillWaves/A/Z •CurveFit line 'fit_2 M NaCl'[10,100] /D Curve fit with data subrange: 'fit_2 M NaCl'[10,100] 'fit_fit_2 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={91.958,7.8749e-05} V_chisq= 3.8566;V_npnts= 91;V_numNaNs= 0;V_numINFs= 0; V_startRow= 10;V_endRow= 100;V_q= 1;V_Rab= -0.908229; V_Pr= 0.0994807;V_r2= 0.00989641; W_sigma={0.0521,8.35e-05} Coefficient values ± one standard deviation a = 91.958 ± 0.0521 b = 7.8749e-05 ± 8.35e-05 •KillWaves/A/Z •CurveFit line '2 M NaCl'[10,100] /D Curve fit with data subrange: '2 M NaCl'[10,*] 'fit_2 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={91.761,0.0056515} V_chisq= 177.17;V_npnts= 90;V_numNaNs= 0;V_numINFs= 0; V_startRow= 10;V_endRow= 99;V_q= 1;V_Rab= -0.902688; V_Pr= 0.104075;V_r2= 0.0108316; W_sigma={0.348,0.00576} Coefficient values ± one standard deviation a = 91.761 ± 0.348 b = 0.0056515 ± 0.00576 •CurveFit line '2 M NaCl'[10,200] /D Curve fit with data subrange: '2 M NaCl'[10,*] 'fit_2 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={91.761,0.0056515} V_chisq= 177.17;V_npnts= 90;V_numNaNs= 0;V_numINFs= 0; V_startRow= 10;V_endRow= 99;V_q= 1;V_Rab= -0.902688; V_Pr= 0.104075;V_r2= 0.0108316; W_sigma={0.348,0.00576} Coefficient values ± one standard deviation a = 91.761 ± 0.348 b = 0.0056515 ± 0.00576 •RemoveFromGraph 'fit_2 M NaCl' •KillWaves/A/Z/F •CurveFit line '2 M NaCl'[10,100] /X=wave0 /D Curve fit with data subrange: '2 M NaCl'[10,*] 'fit_2 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={91.756,0.00028257} V_chisq= 177.17;V_npnts= 90;V_numNaNs= 0;V_numINFs= 0; V_startRow= 10;V_endRow= 99;V_q= 1;V_Rab= -0.905688; V_Pr= 0.104075;V_r2= 0.0108316; W_sigma={0.353,0.000288} Coefficient values ± one standard deviation a = 91.756 ± 0.353 b = 0.00028257 ± 0.000288 •CurveFit line '1.5 M NaCl'[10,100] /X=wave0 /D Curve fit with data subrange: '1.5 M NaCl'[10,*] 'fit_1.5 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={87.252,-0.00049938} V_chisq= 192.569;V_npnts= 90;V_numNaNs= 0;V_numINFs= 0; V_startRow= 10;V_endRow= 99;V_q= 1;V_Rab= -0.905688; V_Pr= -0.174657;V_r2= 0.030505; W_sigma={0.368,0.0003} Coefficient values ± one standard deviation a = 87.252 ± 0.368 b = -0.00049938 ± 0.0003 •CurveFit line '1 M NaCl'[10,100] /X=wave0 /D Curve fit with data subrange: '1 M NaCl'[10,*] 'fit_1 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={82.717,-0.0002573} V_chisq= 165.951;V_npnts= 90;V_numNaNs= 0;V_numINFs= 0; V_startRow= 10;V_endRow= 99;V_q= 1;V_Rab= -0.905688; V_Pr= -0.0979778;V_r2= 0.00959965; W_sigma={0.341,0.000279} Coefficient values ± one standard deviation a = 82.717 ± 0.341 b = -0.0002573 ± 0.000279 •CurveFit line '0.8 M NaCl'[10,100] /X=wave0 /D Curve fit with data subrange: '0.8 M NaCl'[10,*] 'fit_0.8 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={81.355,-0.00010998} V_chisq= 128.115;V_npnts= 90;V_numNaNs= 0;V_numINFs= 0; V_startRow= 10;V_endRow= 99;V_q= 1;V_Rab= -0.905688; V_Pr= -0.0478405;V_r2= 0.00228872; W_sigma={0.3,0.000245} Coefficient values ± one standard deviation a = 81.355 ± 0.3 b = -0.00010998 ± 0.000245 •CurveFit line '0.4 M NaCl'[10,100] /X=wave0 /D Curve fit with data subrange: '0.4 M NaCl'[10,*] 'fit_0.4 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={79.175,-0.00012929} V_chisq= 150.982;V_npnts= 90;V_numNaNs= 0;V_numINFs= 0; V_startRow= 10;V_endRow= 99;V_q= 1;V_Rab= -0.905688; V_Pr= -0.0517967;V_r2= 0.0026829; W_sigma={0.326,0.000266} Coefficient values ± one standard deviation a = 79.175 ± 0.326 b = -0.00012929 ± 0.000266 •CurveFit line '0.2 M NaCl'[10,100] /X=wave0 /D Curve fit with data subrange: '0.2 M NaCl'[10,*] 'fit_0.2 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={79.313,-0.00044095} V_chisq= 122.86;V_npnts= 90;V_numNaNs= 0;V_numINFs= 0; V_startRow= 10;V_endRow= 99;V_q= 1;V_Rab= -0.905688; V_Pr= -0.192429;V_r2= 0.037029; W_sigma={0.294,0.00024} Coefficient values ± one standard deviation a = 79.313 ± 0.294 b = -0.00044095 ± 0.00024 •CurveFit line '0.1 M NaCl'[10,100] /X=wave0 /D Curve fit with data subrange: '0.1 M NaCl'[10,*] 'fit_0.1 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={77.817,4.7523e-05} V_chisq= 146.58;V_npnts= 90;V_numNaNs= 0;V_numINFs= 0; V_startRow= 10;V_endRow= 99;V_q= 1;V_Rab= -0.905688; V_Pr= 0.0193448;V_r2= 0.000374223; W_sigma={0.321,0.000262} Coefficient values ± one standard deviation a = 77.817 ± 0.321 b = 4.7523e-05 ± 0.000262 •CurveFit line '0.002 M NaCl'[10,100] /X=wave0 /D Curve fit with data subrange: '0.002 M NaCl'[10,*] 'fit_0.002 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={76.996,0.00074726} V_chisq= 161.597;V_npnts= 90;V_numNaNs= 0;V_numINFs= 0; V_startRow= 10;V_endRow= 99;V_q= 1;V_Rab= -0.905688; V_Pr= 0.278309;V_r2= 0.0774561; W_sigma={0.337,0.000275} Coefficient values ± one standard deviation a = 76.996 ± 0.337 b = 0.00074726 ± 0.000275 •CurveFit line '0.001 M NaCl'[10,100] /X=wave0 /D Curve fit with data subrange: '0.001 M NaCl'[10,*] 'fit_0.001 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={78.166,0.0029582} V_chisq= 196.356;V_npnts= 90;V_numNaNs= 0;V_numINFs= 0; V_startRow= 10;V_endRow= 99;V_q= 1;V_Rab= -0.905688; V_Pr= 0.721032;V_r2= 0.519887; W_sigma={0.371,0.000303} Coefficient values ± one standard deviation a = 78.166 ± 0.371 b = 0.0029582 ± 0.000303 •CurveFit line '0 M NaCl'[10,100] /X=wave0 /D Curve fit with data subrange: '0 M NaCl'[10,*] 'fit_0 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={77.391,-0.00031167} V_chisq= 128.47;V_npnts= 90;V_numNaNs= 0;V_numINFs= 0; V_startRow= 10;V_endRow= 99;V_q= 1;V_Rab= -0.905688; V_Pr= -0.134311;V_r2= 0.0180395; W_sigma={0.3,0.000245} Coefficient values ± one standard deviation a = 77.391 ± 0.3 b = -0.00031167 ± 0.000245 •ModifyGraph hideTrace('2 M NaCl')=1,hideTrace('1.5 M NaCl')=1,hideTrace('1 M NaCl')=1,hideTrace('0.8 M NaCl')=1,hideTrace('0.4 M NaCl')=1,hideTrace('0.2 M NaCl')=1,hideTrace('0.1 M NaCl')=1,hideTrace('0.002 M NaCl')=1,hideTrace('0.001 M NaCl')=1,hideTrace('0 M NaCl')=1,lsize('fit_2 M NaCl')=1.5;DelayUpdate •ModifyGraph rgb('fit_2 M NaCl')=(0,0,0),lsize('fit_1.5 M NaCl')=1.5,lsize('fit_1 M NaCl')=1.5,rgb('fit_1 M NaCl')=(0,0,65535),lsize('fit_0.8 M NaCl')=1.5,rgb('fit_0.8 M NaCl')=(26411,1,52428),lsize('fit_0.4 M NaCl')=1.5,rgb('fit_0.4 M NaCl')=(65535,49157,16385),lsize('fit_0.2 M NaCl')=1.5;DelayUpdate •ModifyGraph rgb('fit_0.2 M NaCl')=(3,52428,1),lsize('fit_0.1 M NaCl')=1.5,rgb('fit_0.1 M NaCl')=(16385,65535,65535),lsize('fit_0.002 M NaCl')=1.5,rgb('fit_0.002 M NaCl')=(52428,52425,1),lsize('fit_0.001 M NaCl')=1.5,rgb('fit_0.001 M NaCl')=(65535,16385,55749),lsize('fit_0 M NaCl')=1.5;DelayUpdate •ModifyGraph rgb('fit_0 M NaCl')=(26214,26214,26214) •SetAxis bottom 0,* •SetAxis bottom 200,* •SetAxis left 75,95 •Legend/C/N=text0/J/F=0/A=MC "c\\BNaCl\\M / M:\r\\s('fit_2 M NaCl') 2\r\\s('fit_1.5 M NaCl') 1.5 M NaCl\r\\s('fit_1 M NaCl') 1\r\\s('fit_0.8 M NaCl') 0.8";DelayUpdate •AppendText "\\s('fit_0.4 M NaCl') 0.4'\r\\s('fit_0.2 M NaCl') 0.2\r\\s('fit_0.1 M NaCl') 0.1\r\\s('fit_0.002 M NaCl') 0.002\r\\s('fit_0.001 M NaCl') 0.001";DelayUpdate •AppendText "\\s('fit_0 M NaCl') 0" •SetAxis left 75,100 •SetAxis left 75,95 •Label left "Hydrodynamic radius / nm";DelayUpdate •Label bottom "time / s" •Legend/C/N=text0/J/B=1 •Legend/C/N=text0/J "c\\BNaCl\\M / M:\r\\s('fit_2 M NaCl') 2\r\\s('fit_1.5 M NaCl') 1.5\r\\s('fit_1 M NaCl') 1\r\\s('fit_0.8 M NaCl') 0.8\r\\s('fit_0.4 M NaCl') 0.4'";DelayUpdate •AppendText/N=text0 "\\s('fit_0.2 M NaCl') 0.2\r\\s('fit_0.1 M NaCl') 0.1\r\\s('fit_0.002 M NaCl') 0.002\r\\s('fit_0.001 M NaCl') 0.001\r\\s('fit_0 M NaCl') 0" •ModifyGraph manTick(left)={75,5,0,0},manMinor(left)={1,0} •Edit •Rename wave2,'cNaCl / mM' •DeletePoints 9,1, 'cNaCl / mM',wave2 •Rename wave2,'Stability ratio' •Display 'Stability ratio' vs 'cNaCl / mM' •ModifyGraph log(bottom)=1 •ModifyGraph mode=3,marker=16,msize=2,rgb=(17476,17476,17476),useMrkStrokeRGB=1 •Label left "Stability ratio";DelayUpdate •Label bottom "NaCl concentration/ mM";DelayUpdate •SetAxis bottom 0.7,5000 •ModifyGraph hideTrace('2 M NaCl')=0,hideTrace('1.5 M NaCl')=0,hideTrace('1 M NaCl')=0,hideTrace('0.8 M NaCl')=0,hideTrace('0.4 M NaCl')=0,hideTrace('0.2 M NaCl')=0,hideTrace('0.1 M NaCl')=0,hideTrace('0.002 M NaCl')=0,hideTrace('0.001 M NaCl')=0,hideTrace('0 M NaCl')=0,hideTrace('fit_2 M NaCl')=1;DelayUpdate •ModifyGraph hideTrace('fit_1.5 M NaCl')=1,hideTrace('fit_1 M NaCl')=1,hideTrace('fit_0.8 M NaCl')=1,hideTrace('fit_0.4 M NaCl')=1,hideTrace('fit_0.2 M NaCl')=1,hideTrace('fit_0.1 M NaCl')=1,hideTrace('fit_0.002 M NaCl')=1,hideTrace('fit_0.001 M NaCl')=1,hideTrace('fit_0 M NaCl')=1 •ModifyGraph mode('2 M NaCl')=3,marker('2 M NaCl')=19,msize('2 M NaCl')=2,mode('1.5 M NaCl')=3,marker('1.5 M NaCl')=19,msize('1.5 M NaCl')=2,mode('1 M NaCl')=3,marker('1 M NaCl')=19,msize('1 M NaCl')=2,mode('0.8 M NaCl')=3,marker('0.8 M NaCl')=19,msize('0.8 M NaCl')=2,mode('0.4 M NaCl')=3,marker('0.4 M NaCl')=19;DelayUpdate •ModifyGraph msize('0.4 M NaCl')=2,mode('0.2 M NaCl')=3,marker('0.2 M NaCl')=19,msize('0.2 M NaCl')=2,mode('0.1 M NaCl')=3,marker('0.1 M NaCl')=19,msize('0.1 M NaCl')=2,mode('0.002 M NaCl')=3,marker('0.002 M NaCl')=19,msize('0.002 M NaCl')=2,mode('0.001 M NaCl')=3,marker('0.001 M NaCl')=19,msize('0.001 M NaCl')=2;DelayUpdate •ModifyGraph mode('0 M NaCl')=3,marker('0 M NaCl')=19,msize('0 M NaCl')=2 •ModifyGraph hideTrace=0 •ModifyGraph hideTrace('2 M NaCl')=1,hideTrace('1.5 M NaCl')=1,hideTrace('1 M NaCl')=1,hideTrace('0.8 M NaCl')=1,hideTrace('0.4 M NaCl')=1,hideTrace('0.2 M NaCl')=1,hideTrace('0.1 M NaCl')=1,hideTrace('0.002 M NaCl')=1,hideTrace('0 M NaCl')=1,hideTrace('fit_2 M NaCl')=1,hideTrace('fit_1.5 M NaCl')=1;DelayUpdate •ModifyGraph hideTrace('fit_1 M NaCl')=1,hideTrace('fit_0.8 M NaCl')=1,hideTrace('fit_0.4 M NaCl')=1,hideTrace('fit_0.2 M NaCl')=1,hideTrace('fit_0.1 M NaCl')=1,hideTrace('fit_0.002 M NaCl')=1,hideTrace('fit_0 M NaCl')=1 •ModifyGraph hideTrace('0.8 M NaCl')=0,hideTrace('0.001 M NaCl')=1,hideTrace('fit_0.8 M NaCl')=0,hideTrace('fit_0.001 M NaCl')=1 •ModifyGraph hideTrace('2 M NaCl')=0,hideTrace('0.8 M NaCl')=1,hideTrace('0 M NaCl')=0,hideTrace('fit_2 M NaCl')=0,hideTrace('fit_0.8 M NaCl')=1,hideTrace('fit_0 M NaCl')=0 •ModifyGraph hideTrace('2 M NaCl')=1,hideTrace('0 M NaCl')=1,hideTrace('fit_1.5 M NaCl')=0,hideTrace('fit_1 M NaCl')=0,hideTrace('fit_0.8 M NaCl')=0,hideTrace('fit_0.4 M NaCl')=0,hideTrace('fit_0.2 M NaCl')=0,hideTrace('fit_0.1 M NaCl')=0,hideTrace('fit_0.002 M NaCl')=0,hideTrace('fit_0.001 M NaCl')=0 •ModifyGraph hideTrace('1 M NaCl')=0,hideTrace('0.001 M NaCl')=0,hideTrace('fit_2 M NaCl')=1,hideTrace('fit_1.5 M NaCl')=1,hideTrace('fit_0.8 M NaCl')=1,hideTrace('fit_0.4 M NaCl')=1,hideTrace('fit_0.2 M NaCl')=1,hideTrace('fit_0.1 M NaCl')=1,hideTrace('fit_0.002 M NaCl')=1,hideTrace('fit_0 M NaCl')=1 •ModifyGraph rgb=(0,0,0) •ModifyGraph hideTrace('2 M NaCl')=0,hideTrace('fit_2 M NaCl')=0 •SetAxis bottom 0,* •ModifyGraph hideTrace('0 M NaCl')=0,hideTrace('fit_0 M NaCl')=0 •ModifyGraph hideTrace('0 M NaCl')=1,hideTrace('fit_0 M NaCl')=1 •ModifyGraph hideTrace('fit_0 M NaCl')=0 •Rename wave2,'0.004 M NaCl' •Rename wave2,'0.008 M NaCl' •Rename wave2,'0.0125 M NaCl' •Rename wave2,'0.025 M NaCl' •Rename wave2,'0.05 M NaCl' •Rename wave2,'0.0005 M NaCl' •Rename wave2,'0.00025 M NaCl' •Edit •Rename wave2,'cNaCl_f / mM' •Rename wave2,'Rh_f / nm' •Display 'Rh_f / nm' vs 'cNaCl_f / mM' •ModifyGraph mode=3,marker=19,rgb=(0,0,0) •ModifyGraph toMode=3 •ModifyGraph toMode=0,zColor('Rh_f / nm')={'cNaCl_f / mM',*,*,Rainbow,0} •ModifyGraph zColor('Rh_f / nm')={wave0[0,16],*,*,Rainbow,0} •ModifyGraph zColor('Rh_f / nm')={wave0[0,16],*,*,Rainbow16,0} •ModifyGraph zColor('Rh_f / nm')=0 •ModifyGraph log(bottom)=1 •SetAxis left 70,100;DelayUpdate •SetAxis bottom 0.1,* •Rename wave2,'Rh_f,rel' •Display 'Rh_f,rel' vs 'cNaCl_f / mM' •ModifyGraph mode=3,marker=17,rgb=(0,0,0) •Label bottom "c\\BNaCl\\M / mM";DelayUpdate •ModifyGraph log(bottom)=1,prescaleExp(left)=2;DelayUpdate •SetAxis bottom 0.1,* •Label left "Relative size / %" •SetAxis left 0.9,1.3 •Edit •DeletePoints 0,1, wave2 •Rename wave2,'time_10ppm / s' •Edit •Rename wave2,'cNaCl_10ppmPB / mM' •Rename wave2,'Rh_10ppmPB / nm' •Rename 'Rh_10ppmPB / nm','Rh_f,10ppmPB / nm' •Rename wave2,'Rh_f,rel,10ppmPB' •AppendToGraph 'Rh_f,rel,10ppmPB' vs 'cNaCl_10ppmPB / mM' •ModifyGraph mode=3,marker('Rh_f,rel,10ppmPB')=23 •Legend/C/N=text0/J/F=0/A=MC "\\s('Rh_f,rel') 40 ppm PB (R\\Bh,0\\M = 76.7 nm)\r\\s('Rh_f,rel,10ppmPB') 10 ppm PB (R\\Bh,0\\M = 77.8 nm)" •TextBox/C/N=text1/F=0/A=MC "Részecskeméret 40 perc után" •AppendToGraph 'Rh_f,10ppmPB / nm' vs 'cNaCl_10ppmPB / mM' •ModifyGraph mode=3,marker('Rh_f,10ppmPB / nm')=16 •Legend/C/N=text0/J/F=0/A=MC "\\s('Rh_f / nm') 40 ppm PB (R\\Bh,0\\M = 76.7 nm)\r\\s('Rh_f,10ppmPB / nm') 10 ppm PB (R\\Bh,0\\M = 77.8 nm)" •TextBox/C/N=text1/F=0/A=MC "Részecskeméret 40 perc után" •TextBox/C/N=text1 "Aggregálódás mértéke 40 perc után" •Rename wave2,'0 M NaCl, 10ppm PB' •Rename wave2,'0.001 M NaCl, 10ppm PB' •Rename wave2,'2 M NaCl, 10ppm PB' •Rename wave0,'t / s' •Rename 't / s1','t_short / s' •Display '2 M NaCl, 10ppm PB','0.001 M NaCl, 10ppm PB' vs 't / s' •AppendToGraph '0 M NaCl, 10ppm PB' vs 't_short / s' •ModifyGraph mode=3,marker=19,rgb('2 M NaCl, 10ppm PB')=(0,0,0),rgb('0.001 M NaCl, 10ppm PB')=(65535,0,52428),rgb('0 M NaCl, 10ppm PB')=(30583,30583,30583) •ModifyGraph rgb('2 M NaCl, 10ppm PB')=(0,0,65535),rgb('0.001 M NaCl, 10ppm PB')=(65535,0,0),rgb('0 M NaCl, 10ppm PB')=(0,0,0) •Display '2 M NaCl','0.001 M NaCl','0 M NaCl' vs 't / s' •ModifyGraph mode=3,marker=19,rgb('2 M NaCl')=(0,0,65535),rgb('0 M NaCl')=(0,0,0) •SetAxis left 70,100 •SetAxis left 70,100 •CurveFit/TBOX=768 line '2 M NaCl, 10ppm PB' /X='t / s' /D 'fit_2 M NaCl, 10ppm PB'= W_coef[0]+W_coef[1]*x W_coef={92.779,0.00033188} V_chisq= 374.771;V_npnts= 100;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 99;V_q= 1;V_Rab= -0.868177; V_Pr= 0.0984911;V_r2= 0.00970049; W_sigma={0.394,0.000339} Coefficient values ± one standard deviation a = 92.779 ± 0.394 b = 0.00033188 ± 0.000339 •CurveFit/TBOX=768 line '0.001 M NaCl, 10ppm PB' /X='t / s' /D 'fit_0.001 M NaCl, 10ppm PB'= W_coef[0]+W_coef[1]*x W_coef={79.468,-0.00043806} V_chisq= 244.333;V_npnts= 100;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 99;V_q= 1;V_Rab= -0.868177; V_Pr= -0.159715;V_r2= 0.025509; W_sigma={0.318,0.000274} Coefficient values ± one standard deviation a = 79.468 ± 0.318 b = -0.00043806 ± 0.000274 •CurveFit/TBOX=768 line '0 M NaCl, 10ppm PB' /X='t_short / s' /D 'fit_0 M NaCl, 10ppm PB'= W_coef[0]+W_coef[1]*x W_coef={79.116,-0.0027197} V_chisq= 107.486;V_npnts= 40;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 39;V_q= 1;V_Rab= -0.871355; V_Pr= -0.35769;V_r2= 0.127942; W_sigma={0.542,0.00115} Coefficient values ± one standard deviation a = 79.116 ± 0.542 b = -0.0027197 ± 0.00115 •RemoveFromGraph 'fit_2 M NaCl, 10ppm PB','fit_0.001 M NaCl, 10ppm PB','fit_0 M NaCl, 10ppm PB' •CurveFit/TBOX=768 line '2 M NaCl, 10ppm PB'[12,] /X='t / s' /D Curve fit with data subrange: '2 M NaCl, 10ppm PB'[12,*] 'fit_2 M NaCl, 10ppm PB'= W_coef[0]+W_coef[1]*x W_coef={93.145,7.6551e-05} V_chisq= 306.926;V_npnts= 88;V_numNaNs= 0;V_numINFs= 0; V_startRow= 12;V_endRow= 99;V_q= 1;V_Rab= -0.912062; V_Pr= 0.0208196;V_r2= 0.000433456; W_sigma={0.491,0.000396} Coefficient values ± one standard deviation a = 93.145 ± 0.491 b = 7.6551e-05 ± 0.000396 •CurveFit/TBOX=768 line '0.001 M NaCl, 10ppm PB'[12,] /X='t / s' /D Curve fit with data subrange: '0.001 M NaCl, 10ppm PB'[12,*] 'fit_0.001 M NaCl, 10ppm PB'= W_coef[0]+W_coef[1]*x W_coef={78.371,0.00036119} V_chisq= 152.658;V_npnts= 88;V_numNaNs= 0;V_numINFs= 0; V_startRow= 12;V_endRow= 99;V_q= 1;V_Rab= -0.912062; V_Pr= 0.137986;V_r2= 0.0190401; W_sigma={0.346,0.00028} Coefficient values ± one standard deviation a = 78.371 ± 0.346 b = 0.00036119 ± 0.00028 •CurveFit/TBOX=768 line '0 M NaCl, 10ppm PB'[12,] /X='t_short / s' /D Curve fit with data subrange: '0 M NaCl, 10ppm PB'[12,*] 'fit_0 M NaCl, 10ppm PB'= W_coef[0]+W_coef[1]*x W_coef={76.528,0.0018657} V_chisq= 38.9961;V_npnts= 28;V_numNaNs= 0;V_numINFs= 0; V_startRow= 12;V_endRow= 39;V_q= 1;V_Rab= -0.956548; V_Pr= 0.247459;V_r2= 0.0612362; W_sigma={0.794,0.00143} Coefficient values ± one standard deviation a = 76.528 ± 0.794 b = 0.0018657 ± 0.00143 •RemoveFromGraph 'fit_0 M NaCl, 10ppm PB' •CurveFit/TBOX=768 line '0 M NaCl, 10ppm PB'[15,] /X='t_short / s' /D Curve fit with data subrange: '0 M NaCl, 10ppm PB'[15,*] 'fit_0 M NaCl, 10ppm PB'= W_coef[0]+W_coef[1]*x W_coef={76.448,0.0019948} V_chisq= 37.8079;V_npnts= 25;V_numNaNs= 0;V_numINFs= 0; V_startRow= 15;V_endRow= 39;V_q= 1;V_Rab= -0.9684;V_Pr= 0.227792; V_r2= 0.0518891; W_sigma={1.03,0.00178} Coefficient values ± one standard deviation a = 76.448 ± 1.03 b = 0.0019948 ± 0.00178 •ModifyGraph lsize('fit_2 M NaCl, 10ppm PB')=1.5,rgb('fit_2 M NaCl, 10ppm PB')=(0,0,65535),lsize('fit_0.001 M NaCl, 10ppm PB')=1.5,lsize('fit_0 M NaCl, 10ppm PB')=1.5,rgb('fit_0 M NaCl, 10ppm PB')=(0,0,0) •ModifyGraph rgb('fit_2 M NaCl, 10ppm PB')=(1,4,52428),rgb('fit_0.001 M NaCl, 10ppm PB')=(52428,1,1),rgb('fit_0 M NaCl, 10ppm PB')=(8738,8738,8738) •ModifyGraph useMrkStrokeRGB('2 M NaCl, 10ppm PB')=1,useMrkStrokeRGB('0.001 M NaCl, 10ppm PB')=1,useMrkStrokeRGB('0 M NaCl, 10ppm PB')=1,rgb('fit_2 M NaCl, 10ppm PB')=(0,0,65535),rgb('fit_0.001 M NaCl, 10ppm PB')=(65535,0,0),rgb('fit_0 M NaCl, 10ppm PB')=(0,0,0) •ModifyGraph useMrkStrokeRGB=1 •ModifyGraph hideTrace('fit_0 M NaCl, 10ppm PB')=1 •CurveFit/TBOX=768 line '2 M NaCl'[12,] /X='t / s' /D Curve fit with data subrange: '2 M NaCl'[12,*] 'fit_2 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={91.632,0.00036967} V_chisq= 173.247;V_npnts= 88;V_numNaNs= 0;V_numINFs= 0; V_startRow= 12;V_endRow= 99;V_q= 1;V_Rab= -0.912062; V_Pr= 0.132665;V_r2= 0.0176; W_sigma={0.369,0.000298} Coefficient values ± one standard deviation a = 91.632 ± 0.369 b = 0.00036967 ± 0.000298 •CurveFit/TBOX=768 line '0.001 M NaCl'[12,] /X='t / s' /D Curve fit with data subrange: '0.001 M NaCl'[12,*] 'fit_0.001 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={78.194,0.0029384} V_chisq= 196.214;V_npnts= 88;V_numNaNs= 0;V_numINFs= 0; V_startRow= 12;V_endRow= 99;V_q= 1;V_Rab= -0.912062; V_Pr= 0.707014;V_r2= 0.499868; W_sigma={0.393,0.000317} Coefficient values ± one standard deviation a = 78.194 ± 0.393 b = 0.0029384 ± 0.000317 •ModifyGraph lsize('fit_2 M NaCl')=1.5,rgb('fit_2 M NaCl')=(0,0,65535),lsize('fit_0.001 M NaCl')=1.5 •TextBox/K/N=CF_0_001_M_NaCl •TextBox/K/N=CF_0_M_NaCl__10ppm_PB •TextBox/K/N=CF_2_M_NaCl •TextBox/K/N=CF_0_001_M_NaCl__10ppm_PB •TextBox/K/N=CF_2_M_NaCl__10ppm_PB •TextBox/C/N=text0 "40 ppm PB" •TextBox/C/N=text0/F=0 •TextBox/C/N=text0/F=0 "10 ppm PB" •ModifyGraph hideTrace=1 •AppendToGraph '0.00025 M NaCl','0.0005 M NaCl','0.05 M NaCl','0.025 M NaCl','0.0125 M NaCl','0.008 M NaCl','0.004 M NaCl' vs 't / s' •ModifyGraph mode('0.00025 M NaCl')=3,marker('0.00025 M NaCl')=19,msize('0.00025 M NaCl')=2,rgb('0.00025 M NaCl')=(0,0,0),mode('0.0005 M NaCl')=3,marker('0.0005 M NaCl')=19,msize('0.0005 M NaCl')=2,rgb('0.0005 M NaCl')=(0,0,0),mode('0.05 M NaCl')=3,marker('0.05 M NaCl')=19,msize('0.05 M NaCl')=2;DelayUpdate •ModifyGraph rgb('0.05 M NaCl')=(0,0,0),mode('0.025 M NaCl')=3,marker('0.025 M NaCl')=19,msize('0.025 M NaCl')=2,rgb('0.025 M NaCl')=(0,0,0),mode('0.0125 M NaCl')=3,marker('0.0125 M NaCl')=19,msize('0.0125 M NaCl')=2,rgb('0.0125 M NaCl')=(0,0,0),mode('0.008 M NaCl')=3,marker('0.008 M NaCl')=19,msize('0.008 M NaCl')=2;DelayUpdate •ModifyGraph rgb('0.008 M NaCl')=(0,0,0),mode('0.004 M NaCl')=3,marker('0.004 M NaCl')=19,msize('0.004 M NaCl')=2,rgb('0.004 M NaCl')=(0,0,0) •ModifyGraph hideTrace=1 •ModifyGraph hideTrace('fit_2 M NaCl')=0,hideTrace('fit_1.5 M NaCl')=0,hideTrace('fit_1 M NaCl')=0,hideTrace('fit_0.8 M NaCl')=0,hideTrace('fit_0.4 M NaCl')=0,hideTrace('fit_0.2 M NaCl')=0,hideTrace('fit_0.1 M NaCl')=0,hideTrace('fit_0.002 M NaCl')=0,hideTrace('fit_0.001 M NaCl')=0,hideTrace('fit_0 M NaCl')=0 •ModifyGraph rgb('fit_2 M NaCl')=(0,0,65535),rgb('fit_1.5 M NaCl')=(65535,0,52428),rgb('fit_0.001 M NaCl')=(65535,0,0),rgb('fit_0 M NaCl')=(0,0,0) •Legend/C/N=text0/J "c\\BNaCl\\M / M:\r\\s('fit_2 M NaCl') \\Zr1332\\M\r\\s('fit_1.5 M NaCl') 1.5\r\\s('fit_1 M NaCl') 1\r\\s('fit_0.8 M NaCl') 0.8";DelayUpdate •AppendText/N=text0 "\\s('fit_0.4 M NaCl') 0.4'\r\\s('fit_0.2 M NaCl') 0.2\r\\s('fit_0.1 M NaCl') 0.1\r\\s('fit_0.002 M NaCl') 0.002";DelayUpdate •AppendText/N=text0 "\\s('fit_0.001 M NaCl') \\Zr1330.001\\M\r\\s('fit_0 M NaCl') \\Zr1330\\M" •ModifyGraph lsize('fit_2 M NaCl')=2,lsize('fit_0.001 M NaCl')=2,lsize('fit_0 M NaCl')=2 •ModifyGraph lsize('fit_2 M NaCl')=2.2,lsize('fit_0.001 M NaCl')=2.2,lsize('fit_0 M NaCl')=2.2 •Legend/C/N=text0/J "c\\BNaCl\\M / M:\r\\s('fit_2 M NaCl') \\Zr1102\\M\r\\s('fit_1.5 M NaCl') 1.5\r\\s('fit_1 M NaCl') 1\r\\s('fit_0.8 M NaCl') 0.8";DelayUpdate •AppendText/N=text0 "\\s('fit_0.4 M NaCl') 0.4'\r\\s('fit_0.2 M NaCl') 0.2\r\\s('fit_0.1 M NaCl') 0.1\r\\s('fit_0.002 M NaCl') 0.002";DelayUpdate •AppendText/N=text0 "\\s('fit_0.001 M NaCl') \\Zr1100.001\\M\r\\s('fit_0 M NaCl') \\Zr1100\\M" •Legend/C/N=text0/J "c\\BNaCl\\M / M:\r\\s('fit_2 M NaCl') 2\r\\s('fit_1.5 M NaCl') 1.5\r\\s('fit_1 M NaCl') 1\r\\s('fit_0.8 M NaCl') 0.8\r\\s('fit_0.4 M NaCl') 0.4'";DelayUpdate •AppendText/N=text0 "\\s('fit_0.2 M NaCl') 0.2\r\\s('fit_0.1 M NaCl') 0.1\r\\s('fit_0.002 M NaCl') 0.002\r\\s('fit_0.001 M NaCl') 0.001\r\\s('fit_0 M NaCl') 0" •Legend/C/N=text0/J "c\\BNaCl\\M / mM:\r\\s('fit_2 M NaCl') 2000\r\\s('fit_1.5 M NaCl') 1500\r\\s('fit_1 M NaCl') 1000\r\\s('fit_0.8 M NaCl') 800";DelayUpdate •AppendText/N=text0 "\\s('fit_0.4 M NaCl') 400\r\\s('fit_0.2 M NaCl') 200\r\\s('fit_0.1 M NaCl') 100\r\\s('fit_0.002 M NaCl') 2\r\\s('fit_0.001 M NaCl') 1";DelayUpdate •AppendText/N=text0 "\\s('fit_0 M NaCl') 0" •SetAxis left 70,100;DelayUpdate •SetAxis bottom 200,* •ModifyGraph manTick(bottom)={500,500,0,0},manMinor(bottom)={0,0} •SetAxis bottom 0,* •ModifyGraph rgb('fit_1 M NaCl')=(36873,14755,58982) •ModifyGraph rgb('fit_1 M NaCl')=(1,26214,0) •ModifyGraph rgb('fit_0.1 M NaCl')=(39321,39319,1),rgb('fit_0.002 M NaCl')=(0,65535,65535) •CurveFit/TBOX=768 line '0.004 M NaCl'[12,] /X='t / s' /D Curve fit with data subrange: '0.004 M NaCl'[12,*] 'fit_0.004 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={76.976,0.00047558} V_chisq= 153.021;V_npnts= 88;V_numNaNs= 0;V_numINFs= 0; V_startRow= 12;V_endRow= 99;V_q= 1;V_Rab= -0.912062; V_Pr= 0.180224;V_r2= 0.0324806; W_sigma={0.347,0.00028} Coefficient values ± one standard deviation a = 76.976 ± 0.347 b = 0.00047558 ± 0.00028 •CurveFit/TBOX=768 line '0.008 M NaCl'[12,] /X='t / s' /D Curve fit with data subrange: '0.008 M NaCl'[12,*] 'fit_0.008 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={77.001,0.00015534} V_chisq= 142.731;V_npnts= 88;V_numNaNs= 0;V_numINFs= 0; V_startRow= 12;V_endRow= 99;V_q= 1;V_Rab= -0.912062; V_Pr= 0.0618492;V_r2= 0.00382533; W_sigma={0.335,0.00027} Coefficient values ± one standard deviation a = 77.001 ± 0.335 b = 0.00015534 ± 0.00027 •CurveFit/TBOX=768 line '0.0125 M NaCl'[12,] /X='t / s' /D Curve fit with data subrange: '0.0125 M NaCl'[12,*] 'fit_0.0125 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={77.296,-0.00017056} V_chisq= 148.108;V_npnts= 88;V_numNaNs= 0;V_numINFs= 0; V_startRow= 12;V_endRow= 99;V_q= 1;V_Rab= -0.912062; V_Pr= -0.0666444;V_r2= 0.00444148; W_sigma={0.341,0.000275} Coefficient values ± one standard deviation a = 77.296 ± 0.341 b = -0.00017056 ± 0.000275 •CurveFit/TBOX=768 line '0.025 M NaCl'[12,] /X='t / s' /D Curve fit with data subrange: '0.025 M NaCl'[12,*] 'fit_0.025 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={77.235,0.00025514} V_chisq= 128.588;V_npnts= 88;V_numNaNs= 0;V_numINFs= 0; V_startRow= 12;V_endRow= 99;V_q= 1;V_Rab= -0.912062; V_Pr= 0.106618;V_r2= 0.0113673; W_sigma={0.318,0.000257} Coefficient values ± one standard deviation a = 77.235 ± 0.318 b = 0.00025514 ± 0.000257 •CurveFit/TBOX=768 line '0.05 M NaCl'[12,] /X='t / s' /D Curve fit with data subrange: '0.05 M NaCl'[12,*] 'fit_0.05 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={77.163,0.00021558} V_chisq= 96.7686;V_npnts= 88;V_numNaNs= 0;V_numINFs= 0; V_startRow= 12;V_endRow= 99;V_q= 1;V_Rab= -0.912062; V_Pr= 0.103877;V_r2= 0.0107904; W_sigma={0.276,0.000223} Coefficient values ± one standard deviation a = 77.163 ± 0.276 b = 0.00021558 ± 0.000223 •CurveFit/TBOX=768 line '0.00025 M NaCl'[12,] /X='t / s' /D Curve fit with data subrange: '0.00025 M NaCl'[12,*] 'fit_0.00025 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={76.708,0.00028902} V_chisq= 99.1747;V_npnts= 88;V_numNaNs= 0;V_numINFs= 0; V_startRow= 12;V_endRow= 99;V_q= 1;V_Rab= -0.912062; V_Pr= 0.137008;V_r2= 0.0187713; W_sigma={0.279,0.000225} Coefficient values ± one standard deviation a = 76.708 ± 0.279 b = 0.00028902 ± 0.000225 •CurveFit/TBOX=768 line '0.0005 M NaCl'[12,] /X='t / s' /D Curve fit with data subrange: '0.0005 M NaCl'[12,*] 'fit_0.0005 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={77.295,-3.5136e-06} V_chisq= 101.832;V_npnts= 88;V_numNaNs= 0;V_numINFs= 0; V_startRow= 12;V_endRow= 99;V_q= 1;V_Rab= -0.912062; V_Pr= -0.00165936;V_r2= 2.75346e-06; W_sigma={0.283,0.000228} Coefficient values ± one standard deviation a = 77.295 ± 0.283 b = -3.5136e-06 ± 0.000228 •Legend/C/N=text0/J "c\\BNaCl\\M / mM:\r\\s('fit_2 M NaCl') 2000\r\\s('fit_1.5 M NaCl') 1500\r\\s('fit_1 M NaCl') 1000\r\\s('fit_0.8 M NaCl') 800";DelayUpdate •AppendText/N=text0 "\\s('fit_0.4 M NaCl') 400\r\\s('fit_0.2 M NaCl') 200\r\\s('fit_0.1 M NaCl') 100\r\\s('fit_0.05 M NaCl') 50\r\\s('fit_0.025 M NaCl') 25";DelayUpdate •AppendText/N=text0 "\\s('fit_0.0125 M NaCl') 12.5\r\\s('fit_0.008 M NaCl') 8\r\\s('fit_0.004 M NaCl') 4\r\\s('fit_0.002 M NaCl') 2\r\\s('fit_0.001 M NaCl') 1";DelayUpdate •AppendText/N=text0 "\\s('fit_0.0005 M NaCl') 0.5\r\\s('fit_0.00025 M NaCl') 0.25\r\\s('fit_0 M NaCl') 0\r\r\r" •ModifyGraph toMode('fit_2 M NaCl')=2,toMode('fit_1.5 M NaCl')=2,toMode('fit_1 M NaCl')=2,toMode('fit_0.8 M NaCl')=2,toMode('fit_0.4 M NaCl')=2,toMode('fit_0.2 M NaCl')=2,toMode('fit_0.1 M NaCl')=2,toMode('fit_0.002 M NaCl')=2,toMode('fit_0.001 M NaCl')=2,toMode('fit_0 M NaCl')=2,toMode('fit_0.004 M NaCl')=2;DelayUpdate •ModifyGraph toMode('fit_0.008 M NaCl')=2,toMode('fit_0.0125 M NaCl')=2,toMode('fit_0.025 M NaCl')=2,toMode('fit_0.05 M NaCl')=2,toMode('fit_0.00025 M NaCl')=2,toMode('fit_0.0005 M NaCl')=2 •ModifyGraph toMode=0 •ModifyGraph lsize('fit_2 M NaCl')=1.5,lsize('fit_0.001 M NaCl')=1.5,lsize('fit_0 M NaCl')=1.5,lsize('fit_0.004 M NaCl')=1.5,lsize('fit_0.008 M NaCl')=1.5,lsize('fit_0.0125 M NaCl')=1.5,lsize('fit_0.025 M NaCl')=1.5,lsize('fit_0.05 M NaCl')=1.5,lsize('fit_0.00025 M NaCl')=1.5,lsize('fit_0.0005 M NaCl')=1.5 •ModifyGraph lsize('fit_2 M NaCl')=2.2,lsize('fit_0.001 M NaCl')=2.2,lsize('fit_0 M NaCl')=2.2 •ModifyGraph rgb('fit_1.5 M NaCl')=(0,0,65535),rgb('fit_1 M NaCl')=(0,43690,65535),rgb('fit_0.8 M NaCl')=(1,65535,33232),rgb('fit_0.4 M NaCl')=(32792,65535,1),rgb('fit_0.2 M NaCl')=(65535,43690,0),rgb('fit_0.1 M NaCl')=(65535,0,0),rgb('fit_0.002 M NaCl')=(65535,54607,32768),rgb('fit_0.004 M NaCl')=(16386,65535,16385);DelayUpdate •ModifyGraph rgb('fit_0.008 M NaCl')=(16385,65535,41303),rgb('fit_0.0125 M NaCl')=(16385,49025,65535),rgb('fit_0.025 M NaCl')=(36873,14755,58982),rgb('fit_0.05 M NaCl')=(65535,16385,55749) •ModifyGraph rgb('fit_0.00025 M NaCl')=(30583,30583,30583),rgb('fit_0.0005 M NaCl')=(17476,17476,17476) •TextBox/K/N=CF_0_0005_M_NaCl •TextBox/K/N=CF_0_00025_M_NaCl •TextBox/K/N=CF_0_05_M_NaCl •TextBox/K/N=CF_0_025_M_NaCl •TextBox/K/N=CF_0_0125_M_NaCl •TextBox/K/N=CF_0_008_M_NaCl •TextBox/K/N=CF_0_004_M_NaCl •ModifyGraph rgb('2 M NaCl')=(0,0,65535),rgb('1.5 M NaCl')=(1,16019,65535),rgb('1 M NaCl')=(0,43690,65535),rgb('0.8 M NaCl')=(1,65535,33232),rgb('0.4 M NaCl')=(32792,65535,1),rgb('0.2 M NaCl')=(65535,43690,0),rgb('0.1 M NaCl')=(65535,0,0),rgb('0.002 M NaCl')=(65535,49157,16385),rgb('0.00025 M NaCl')=(26214,26214,26214);DelayUpdate •ModifyGraph rgb('0.0005 M NaCl')=(21845,21845,21845),rgb('0.05 M NaCl')=(65535,16385,55749),rgb('0.025 M NaCl')=(36873,14755,58982),rgb('0.0125 M NaCl')=(16385,49025,65535),rgb('0.008 M NaCl')=(16385,65535,41303),rgb('0.004 M NaCl')=(40969,65535,16385) •ModifyGraph rgb('0.001 M NaCl')=(65535,0,0),rgb('0 M NaCl')=(0,0,0) •ModifyGraph hideTrace('2 M NaCl')=1,hideTrace('1.5 M NaCl')=1,hideTrace('1 M NaCl')=1,hideTrace('0.8 M NaCl')=1,hideTrace('0.4 M NaCl')=1,hideTrace('0.2 M NaCl')=1,hideTrace('0.1 M NaCl')=1,hideTrace('0.002 M NaCl')=1,hideTrace('0.001 M NaCl')=1,hideTrace('0 M NaCl')=1,hideTrace('0.00025 M NaCl')=1;DelayUpdate •ModifyGraph hideTrace('0.0005 M NaCl')=1,hideTrace('0.05 M NaCl')=1,hideTrace('0.025 M NaCl')=1,hideTrace('0.0125 M NaCl')=1,hideTrace('0.008 M NaCl')=1,hideTrace('0.004 M NaCl')=1 •DeletePoints 15,1, 'cNaCl / mM','Stability ratio' •DeletePoints 11,2, 'cNaCl / mM','Stability ratio' •DeletePoints 10,1, 'cNaCl / mM','Stability ratio' •SetAxis left *,30;DelayUpdate •SetAxis bottom 0.1,5000 •DeletePoints 9,4, 'cNaCl / mM','Stability ratio' •SetAxis/A •ModifyGraph mode=4,lineJoin={1,10} •ModifyGraph lineJoin={0,100} •ModifyGraph mode=0 •ModifyGraph mode=4,toMode=2 •ModifyGraph toMode=0 •ModifyGraph mode=3 •K0 = 1;K1 = 1;K2 = 1; •CurveFit/G/TBOX=768 exp 'Stability ratio' /X='cNaCl / mM' /D Warning: These parameters may be linearly dependent: [1],[2] 9 iterations with no decrease in chi square 'fit_Stability ratio'= W_coef[0]+W_coef[1]*exp(-W_coef[2]*'fitX_Stability ratio'[p]) W_coef={21.854,620.13,687.3} V_chisq= 216334;V_npnts= 16;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 15; W_sigma={33.3,NaN,NaN} Coefficient values ± one standard deviation y0 = 21.854 ± 33.3 A = 620.13 ± NaN invTau = 687.3 ± NaN •TextBox/K/N=CF_Stability_ratio •RemoveFromGraph 'fit_Stability ratio' •InsertPoints 7,5, 'cNaCl / mM','Stability ratio' •DeletePoints 14,5, 'cNaCl / mM','Stability ratio' •ModifyGraph mode=4 •ModifyGraph lineJoin={1,100} •ModifyGraph lsize=1.5,lOptions=1 •SetAxis left *,50 •ModifyGraph mode=3 •SetAxis bottom *,2500 •SetAxis bottom 0.1,2500 •SetAxis bottom 0.1,2500 •SetAxis bottom 0.1,2500 •ModifyGraph gfSize=18 •TextBox/C/N=text1 "\\Zr150Részecskeméret 40 perc után" •Label left "Hydrodynamic radius / nm" •Label bottom "NaCl concentration / mM" •Label left "\\Zr125Hydrodynamic radius / nm" •Label bottom "\\Zr125NaCl concentration / mM" •SavePICT/E=-5/B=72 as "Rh_sofugg.png" •AppendToGraph/R/T 'cNaCl / mM' vs 'cNaCl / mM' •ModifyGraph hideTrace('cNaCl / mM')=1 •ModifyGraph tick(right)=3,tick(top)=3,noLabel(right)=2,noLabel(top)=2,axThick=1.5 •SavePICT/E=-5/B=72 •TextBox/C/N=text0 "\\Zr12540 ppm PB" •Legend/C/N=text1/J/F=0 "c\\BNaCl\\M / mM:\r\\s('2 M NaCl') 2000\r\\s('0.001 M NaCl') 1\r\\s('0 M NaCl') 0" •ModifyGraph gfSize=18 •Legend/C/N=text1/J/B=1 •AppendToGraph/R/T 'cNaCl / mM' vs 'cNaCl / mM' •ModifyGraph hideTrace('cNaCl / mM')=1 •ModifyGraph tick(right)=3,tick(top)=3,noLabel(right)=2,noLabel(top)=2,axThick=1.5 •TextBox/C/N=text0 "\\Zr13340 ppm PB" •TextBox/C/N=text0 "\\Zr15040 ppm PB" •Legend/C/N=text1/J "\\Zr125c\\BNaCl\\M\\Zr125 / mM:\r\\s('2 M NaCl') 2000\r\\s('0.001 M NaCl') 1\r\\s('0 M NaCl') 0\r\\s('cNaCl / mM') 'cNaCl / mM'" •SetAxis bottom 0,2200 •Legend/C/N=text1/J/F=2 •Legend/K/N=text1 •Label left "\\Zr125Hydrodynamic radius / nm" •Label bottom "\\Zr125time / s" •ShowTools/A arrow •HideTools/A •SetAxis bottom 0,2200 •AppendToGraph/R/T 'cNaCl / mM' vs 'cNaCl / mM' •ModifyGraph hideTrace('cNaCl / mM')=1 •ModifyGraph axThick=1.5 •TextBox/C/N=text0 "\\Zr15010 ppm PB" •ModifyGraph gfSize=18 •Label left "\\Zr125Hydrodynamic radius / nm";DelayUpdate •Label bottom "time / s" •Label bottom "\\Zr125time / s" •Legend/C/N=text1/J/F=0 "\\Zr125c\\BNaCl\\M\\Zr125 / mM:\r\\s('2 M NaCl, 10ppm PB') 2000\r\\s('0.001 M NaCl, 10ppm PB') 1\r\\s('0 M NaCl, 10ppm PB') 0" •Legend/C/N=text1/J/F=2 •SavePICT/E=-5/B=72 as "Rh_sofugg_40ppm.png" •SavePICT/E=-5/B=72 •SavePICT/E=-5/B=72 as "W.png" •SavePICT/E=-5/B=72 as "Rh_lines.png" •SavePICT/E=-5/B=72 as "AggRatio.png" •Edit as "PBPPN_salt" •Edit as "KCl results" •Rename wave0,'cKCl / mM'; Rename wave2,'Rh_f_KCl / nm'; Rename wave3,'Rh_f_KCl,rel' •InsertPoints 0,1, 'cKCl / mM','Rh_f_KCl / nm','Rh_f_KCl,rel' •InsertPoints 1,1, 'cKCl / mM' •ModifyGraph loglinear(bottom)=1 •ModifyGraph loglinear=0 •ModifyGraph tickExp(bottom)=1 •ModifyGraph tickExp=0 •ModifyGraph hideTrace('Rh_f,10ppmPB / nm')=1 •Legend/K/N=text0 •TextBox/K/N=text1 •ModifyGraph width=504,height=504 •Label bottom "\\Zr125Salt concentration / mM" •DeletePoints 0,1, 'cKCl / mM','Rh_f_KCl / nm','Rh_f_KCl,rel' •Edit as "KCl_final" •KillWaves W_sigma,W_coef,'Rh_f_KCl,rel','Rh_f_KCl / nm','fit_Stability ratio','fitX_Stability ratio','cKCl / mM' •Rename wave0,'cKCl / mM'; Rename wave2,'Rh,f_KCl / nm' •ModifyGraph margin(left)=144,margin(bottom)=108,margin(right)=144 •ShowTools/A arrow •HideTools/A •AppendToGraph 'Rh,f_KCl / nm' vs 'cKCl / mM' •ModifyGraph useMrkStrokeRGB('Rh_f / nm')=1,mode('Rh,f_KCl / nm')=3,marker('Rh,f_KCl / nm')=19,rgb('Rh,f_KCl / nm')=(0,0,65535),useMrkStrokeRGB('Rh,f_KCl / nm')=1 •Edit as "MGCl2_final" •Rename wave0,'cMgCl2 / mM'; Rename wave2,'Rh,f_MgCl2 / nm' •AppendToGraph 'Rh,f_MgCl2 / nm' vs 'cMgCl2 / mM' •ModifyGraph mode('Rh,f_MgCl2 / nm')=3,marker('Rh,f_MgCl2 / nm')=19,useMrkStrokeRGB('Rh,f_MgCl2 / nm')=1 •ModifyGraph fSize=20;DelayUpdate •SetAxis left 70,405 •Edit as "CaCl2_final" •Rename wave0,'cCaCl2 / mM'; Rename wave2,'Rh,f_CaCl2 / nm' •AppendToGraph 'Rh,f_CaCl2 / nm' vs 'cCaCl2 / mM' •ModifyGraph mode('Rh,f_CaCl2 / nm')=3,marker('Rh,f_CaCl2 / nm')=19,rgb('Rh,f_CaCl2 / nm')=(3,52428,1),useMrkStrokeRGB('Rh,f_CaCl2 / nm')=1 •SetAxis left 50,650 •Edit as "Stabratios_othersalts" •Rename wave0,W_MgCl2 •Rename wave0,W_KCl •Rename wave0,W_CaCl2 •Display W_MgCl2 vs 'cMgCl2 / mM' •ModifyGraph mode=3,marker=19,rgb=(0,0,0),useMrkStrokeRGB=1 •SetAxis left 1,2500 •ModifyGraph margin(left)=144,margin(bottom)=108,margin(right)=144,width=504,height=504,gfSize=18 •AppendToGraph/R/T 'cCaCl2 / mM' vs 'cMgCl2 / mM'[0,6] •ModifyGraph hideTrace('cCaCl2 / mM')=1 •ModifyGraph tick(right)=3,tick(top)=3,fSize=20,noLabel(right)=2,noLabel(top)=2,axThick=1.5 •SetAxis left 1,3000;DelayUpdate •ModifyGraph log(left)=1,manTick(left)={0,1000,0,0},manMinor(left)={0,0} •SetAxis bottom 10,*;DelayUpdate •ModifyGraph log(bottom)=1 •Label left "\\Zr133Stability ratio" •Label bottom "\\Zr133MgCl\\B2\\M\\Zr133 concentration / mM" •DeletePoints 0,17, 'Rh_f,rel' •Legend/C/N=text0/J/F=0/A=MC "\\s('Rh_f / nm') \\Zr133NaCl\\M\r\\s('Rh,f_KCl / nm') \\Zr133KCl\\M\r\\s('Rh,f_MgCl2 / nm') \\Zr133MgCl\\B2\\M";DelayUpdate •AppendText "\\s('Rh,f_CaCl2 / nm') \\Zr133CaCl\\B2\\M" •Legend/C/N=text0/J/B=1 •ModifyGraph marker('Rh_f / nm')=18,marker('Rh,f_MgCl2 / nm')=29,marker('Rh,f_CaCl2 / nm')=60 •ModifyGraph marker('Rh,f_CaCl2 / nm')=55 •ModifyGraph marker('Rh,f_MgCl2 / nm')=52,marker('Rh,f_CaCl2 / nm')=29 •ModifyGraph marker('Rh,f_CaCl2 / nm')=60 •ModifyGraph marker('Rh_f / nm')=58 •ModifyGraph marker('Rh_f / nm')=16,useMrkStrokeRGB('Rh_f / nm')=0 •ModifyGraph rgb=(65535,0,0),marker(W_MgCl2)=52 •ShowTools/A arrow •SetDrawEnv linefgc= (65535,0,0),linethick= 1.50 •SetDrawEnv linefgc= (65535,0,0),linethick= 1.50 •HideTools/A •ShowTools/A arrow •HideTools/A •ShowTools/A arrow •HideTools/A •SetAxis bottom 30,* •SavePICT/E=-9 •SavePICT/E=-9 •SetAxis left 50,700 •ModifyGraph hideTrace('Rh,f_KCl / nm')=1,hideTrace('Rh,f_CaCl2 / nm')=1 •SetAxis bottom 1,2500 •SavePICT/E=-9 •SavePICT/E=-9 •SetAxis left 0,700 •SetAxis left 0,700 •SavePICT/E=-9 •SavePICT/E=-9 •SetAxis bottom 1,1000 •Legend/C/N=text0/J "\\Zr133\\s('Rh_f / nm') NaCl\r\\s('Rh,f_MgCl2 / nm') MgCl\\B2" •SetAxis bottom 0.95,1050 •SavePICT/E=-9 •SetAxis left 60,100 •ModifyGraph offset('Rh,f_KCl / nm')={0,20},offset('Rh,f_MgCl2 / nm')={0,40},offset('Rh,f_CaCl2 / nm')={0,40} •SetAxis left 60,140 •ModifyGraph offset('Rh,f_CaCl2 / nm')={0,60} •ModifyGraph offset={0,0} •ModifyGraph hideTrace('Rh,f_MgCl2 / nm')=1 •SavePICT/E=-9 •SetAxis left 60,110 •SetAxis left 70,110 •SavePICT/E=-9 •SetAxis bottom 25,* •ModifyGraph rgb('cCaCl2 / mM')=(1,16019,65535) •ModifyGraph rgb=(65535,0,0) •ModifyGraph hideTrace('cCaCl2 / mM')=2 •SetAxis bottom 25,1000 •SavePICT/E=-9 •ShowTools/A arrow •ModifyGraph msize('Rh_f / nm')=12 •ModifyGraph msize('Rh,f_MgCl2 / nm')=12 •SavePICT/E=-9 •ModifyGraph tick(left)=3,tick(right)=0,noLabel(left)=2,noLabel(right)=0;DelayUpdate •Label right "\\Zr133Hydrodynamic Radius / nm" •Rename wave3,Zeta_pot_PB_NaCl; Rename wave4,Error_Zeta_pot_PB_NaCl •AppendToGraph Zeta_pot_PB_NaCl vs Conc •AppendToGraph Zeta_pot_PB_NaCl vs Conc •Legend/C/N=text0/J "\\Zr133\\s('Rh_f / nm') NaCl\r\\s('Rh,f_MgCl2 / nm') MgCl\\B2" •AppendToGraph Zeta_pot_PB_NaCl vs Conc •Legend/C/N=text0/J "\\Zr133\\s('Rh_f / nm') NaCl\r\\s('Rh,f_MgCl2 / nm') MgCl\\B2" •AppendToGraph Zeta_pot_PB_NaCl vs Conc •SetAxis left -1,0 •ModifyGraph mode(Zeta_pot_PB_NaCl)=3,mode(Zeta_pot_PB_NaCl#1)=3,rgb(Zeta_pot_PB_NaCl#1)=(65535,65535,65535),mode(Zeta_pot_PB_NaCl#2)=3,rgb(Zeta_pot_PB_NaCl#2)=(65535,65535,65535),mode(Zeta_pot_PB_NaCl#3)=3,rgb(Zeta_pot_PB_NaCl#3)=(65535,65535,65535) •ModifyGraph marker(Zeta_pot_PB_NaCl)=17 •RemoveFromGraph Zeta_pot_PB_NaCl#3 •RemoveFromGraph Zeta_pot_PB_NaCl#2 •RemoveFromGraph Zeta_pot_PB_NaCl#1 •RemoveFromGraph Zeta_pot_PB_NaCl •DeletePoints 3,1, Conc,Zeta_pot_PB_NaCl •InsertPoints 2,1, Conc •InsertPoints 3,1, Zeta_pot_PB_NaCl •ModifyGraph rgb('Rh_f / nm')=(65535,32764,16385) •ModifyGraph rgb('Rh,f_MgCl2 / nm')=(16385,49025,65535) •ModifyGraph rgb('Rh_f / nm')=(1,16019,65535) •ModifyGraph rgb('Rh_f / nm')=(1,4,52428) •Rename wave3,Zeta_pot_PB_MgCl2; Rename wave4,Error_Zeta_pot_PB_MgCl2 •ModifyGraph useMrkStrokeRGB('Rh_f / nm')=1 •ModifyGraph mrkThick('Rh_f / nm')=1,mrkThick('Rh,f_MgCl2 / nm')=1 •AppendToGraph Zeta_pot_PB_NaCl,Zeta_pot_PB_MgCl2 vs Conc •ModifyGraph mode(Zeta_pot_PB_NaCl)=3,marker(Zeta_pot_PB_NaCl)=17,mrkThick(Zeta_pot_PB_NaCl)=1,rgb(Zeta_pot_PB_NaCl)=(65535,21845,0),useMrkStrokeRGB(Zeta_pot_PB_NaCl)=1,mode(Zeta_pot_PB_MgCl2)=3,marker(Zeta_pot_PB_MgCl2)=23,mrkThick(Zeta_pot_PB_MgCl2)=1,rgb(Zeta_pot_PB_MgCl2)=(65535,49157,16385);DelayUpdate •ModifyGraph useMrkStrokeRGB(Zeta_pot_PB_MgCl2)=1 •SetAxis left -0.5,0.5 •Label left "\\Zr133Zeta Potential / mV";DelayUpdate •ModifyGraph tick(left)=0,noLabel(left)=0 •Legend/C/N=text0/J "\\Zr133\\s('Rh_f / nm') NaCl\r\\s('Rh,f_MgCl2 / nm') MgCl\r\\s(Zeta_pot_PB_NaCl) Zeta_pot_PB_NaCl\r\\s(Zeta_pot_PB_MgCl2) Zeta_pot_PB_MgCl2" •Legend/C/N=text0/J "\\Zr133\\s('Rh_f / nm') NaCl\r\\s('Rh,f_MgCl2 / nm') MgCl\r\\s(Zeta_pot_PB_NaCl) NaCl\r\\s(Zeta_pot_PB_MgCl2) MgCl2" •SetAxis right 0,700 •SetAxis left -0.6,0.4 •SavePICT/E=-9 •SetAxis bottom 25,3000 •SavePICT/E=-9 •SetAxis bottom 25,1000 •ErrorBars/T=3/L=3 Zeta_pot_PB_NaCl Y,wave=(Error_Zeta_pot_PB_NaCl,Error_Zeta_pot_PB_NaCl) •ErrorBars/T=3/L=3 Zeta_pot_PB_MgCl2 Y,wave=(Error_Zeta_pot_PB_MgCl2,Error_Zeta_pot_PB_MgCl2) •ModifyGraph msize('Rh_f / nm')=0 •ModifyGraph hideTrace('Rh_f / nm')=1,hideTrace('Rh,f_MgCl2 / nm')=1 •SavePICT/E=-9 •ModifyGraph margin(right)=144 •ModifyGraph hideTrace('Rh,f_KCl / nm')=0,hideTrace('Rh,f_MgCl2 / nm')=0,hideTrace('Rh,f_CaCl2 / nm')=0 •ModifyGraph hideTrace('Rh,f_MgCl2 / nm')=1,msize('Rh,f_CaCl2 / nm')=12 •ModifyGraph hideTrace('Rh_f / nm')=0 •ModifyGraph hideTrace('Rh,f_KCl / nm')=1,hideTrace('Rh,f_MgCl2 / nm')=0,hideTrace('Rh,f_CaCl2 / nm')=1 •ModifyGraph hideTrace(Zeta_pot_PB_NaCl)=1 •ModifyGraph hideTrace(Zeta_pot_PB_MgCl2)=1 •Rename wave3,Error_Hydr_PB_MgCl2 •ErrorBars/T=3/L=3 'Rh,f_MgCl2 / nm' Y,wave=(Error_Hydr_PB_MgCl2,Error_Hydr_PB_MgCl2) •ModifyGraph msize('Rh,f_MgCl2 / nm')=1 •ModifyGraph msize('Rh,f_MgCl2 / nm')=5 •ModifyGraph hideTrace('Rh_f / nm')=1 •SavePICT/E=-9 as "Error_PB_SALT_MGCL2.svg" •ModifyGraph hideTrace('Rh_f / nm')=0 •ModifyGraph hideTrace=0 •ModifyGraph hideTrace('cCaCl2 / mM')=1 •Rename wave3,c_MgCl2_2; Rename wave6,W_MgCl2_2 •AppendToGraph W_MgCl2_2 vs c_MgCl2_2 •ModifyGraph mode(W_MgCl2_2)=3,marker(W_MgCl2_2)=16,rgb(W_MgCl2_2)=(0,0,65535) •ModifyGraph mode(W_MgCl2_2)=4 •ModifyGraph mode(W_MgCl2_2)=3 •HideTools/A •ShowTools/A arrow •ModifyGraph hideTrace(W_MgCl2)=1 •SetAxis bottom 100,1000 •SavePICT/E=-9 •HideTools/A •ShowTools/A arrow •HideTools/A •ModifyGraph mrkThick(W_MgCl2_2)=1,useMrkStrokeRGB(W_MgCl2_2)=1 •ModifyGraph rgb=(65535,0,0),marker(W_MgCl2_2)=52 •SetAxis left 1,1000 •Rename wave3,'RH_MgCl2_2ndrun / nm' •AppendToGraph 'RH_MgCl2_2ndrun / nm' vs c_MgCl2_2 •Rename 'RH_MgCl2_2ndrun / nm','Rh_MgCl2_2ndrun / nm'; Rename wave3,'sd_Rh_MgCl2_2ndrun / nm' •RemoveFromGraph 'Rh_MgCl2_2ndrun / nm' •AppendToGraph/R 'Rh_MgCl2_2ndrun / nm' vs c_MgCl2_2 •ModifyGraph mode('Rh_MgCl2_2ndrun / nm')=3,marker('Rh_MgCl2_2ndrun / nm')=52,msize('Rh_MgCl2_2ndrun / nm')=5,mrkThick('Rh_MgCl2_2ndrun / nm')=1,rgb('Rh_MgCl2_2ndrun / nm')=(16448,49087,65535),useMrkStrokeRGB('Rh_MgCl2_2ndrun / nm')=1 •Legend/C/N=text0/J "\\Zr133\\s('Rh_f / nm') NaCl\r\\s('Rh_MgCl2_2ndrun / nm') MgCl2\\B" •Legend/C/N=text0/J "\\Zr133\\s('Rh_f / nm') NaCl\r\\s('Rh_MgCl2_2ndrun / nm') MgCl\\B2" •ModifyGraph hideTrace('Rh,f_MgCl2 / nm')=1 •ModifyGraph msize('Rh_MgCl2_2ndrun / nm')=0 •RemoveFromGraph 'Rh,f_MgCl2 / nm' •AppendToGraph/R 'Rh,f_MgCl2 / nm'[0,5] vs 'cMgCl2 / mM'[0,5] •ModifyGraph mode('Rh,f_MgCl2 / nm')=3,marker('Rh,f_MgCl2 / nm')=52,mrkThick('Rh,f_MgCl2 / nm')=1,rgb('Rh,f_MgCl2 / nm')=(16448,49087,65535),useMrkStrokeRGB('Rh,f_MgCl2 / nm')=1 •InsertPoints 0,3, 'cMgCl2 / mM','Rh,f_MgCl2 / nm',W_MgCl2 •Display W_MgCl2 vs 'cMgCl2 / mM' •ModifyGraph mode=3,marker=52,msize=5,useMrkStrokeRGB=1 •CurveFit line W_MgCl2[2,5] /X='cMgCl2 / mM' /D Curve fit with data subrange: W_MgCl2[2,5] fit_W_MgCl2= W_coef[0]+W_coef[1]*x W_coef={3263.8,-36.122} V_chisq= 426299;V_npnts= 4;V_numNaNs= 0;V_numINFs= 0; V_startRow= 2;V_endRow= 5;V_q= 1;V_Rab= -0.933815; V_Pr= -0.944012;V_r2= 0.891159; W_sigma={645,8.93} Coefficient values ± one standard deviation a = 3263.8 ± 645 b = -36.122 ± 8.93 •CurveFit line W_MgCl2[0,1] /X='cMgCl2 / mM' /D Curve fit with data subrange: W_MgCl2[0,1] fit_W_MgCl2= W_coef[0]+W_coef[1]*x W_coef={0.98118,5.8824e-05} V_chisq= 4.24908e-33;V_npnts= 2;V_numNaNs= 0;V_numINFs= 0; V_startRow= 0;V_endRow= 1;V_q= 1;V_Rab= -0.888975;V_Pr= 1; V_r2= 1; W_sigma={inf,inf} Coefficient values ± one standard deviation a = 0.98118 ± inf b = 5.8824e-05 ± inf •CurveFit line W_MgCl2[2,5] /X='cMgCl2 / mM' /D Curve fit with data subrange: W_MgCl2[2,5] fit_W_MgCl2= W_coef[0]+W_coef[1]*x W_coef={3263.8,-36.122} V_chisq= 426299;V_npnts= 4;V_numNaNs= 0;V_numINFs= 0; V_startRow= 2;V_endRow= 5;V_q= 1;V_Rab= -0.933815; V_Pr= -0.944012;V_r2= 0.891159; W_sigma={645,8.93} Coefficient values ± one standard deviation a = 3263.8 ± 645 b = -36.122 ± 8.93 •Label bottom "\\Zr133 Ionic Strength / mM" •SetAxis bottom 100,3000 •ModifyGraph log(left)=1 •ModifyGraph log=1 •SetAxis bottom 50,* •ModifyGraph logLabel(bottom)=1 •ModifyGraph mirror=2,axThick=1.5 •SetAxis bottom 5,3000 •SavePICT/E=-9 as "W_IS.svg" !;`:^A$Ad2 M NaCld????X@2X@[4*W@~DW@|+%W@J W@'*#G,W@4#(^V@zW@b]W@ɫW@)nW@AV@"l6V@݁V@ؤYtV@,)KW@ѹ\V@|q5W@ $y%V@ͼ JGW@9gV@*:(4W@5Jѩ/V@)W@ W@rV@lw JW@}f(W@Z*mW@m-U@ni3U@ cV@+V@g kU@ɜP V@MRn9U@(nTV@x'U@T)U@k>(V@PzeG;U@\\U@!DU@W'zfU@`V@U@˅gU@ tؖ$rU@E#V!U@:ֹPU@Q]V@ƮU@g<:CkU@:[U@ew/#U@mpT@OuU@qwZU@ 6*aU@ tȬU@DQ]U@ XU@fHU@< U@ 6JU@Z"V@fXU@*NgU@,yU@ U@XۘU@ZU@lU@ռxyY@U@q14U@+ mU@_VlJU@3 %U@D,U@yZiV@& ЇU@ چ.U@2U@/U@uYyU@ë8U@U@VeU@r`?V@$뮗U@t4U@Xs9U@ h`U@U@nWU@6P{TV@ 7U@yI1z͗U@K+gU@~U@pGѽU@%U@v U@`^|AAd1 M NaCld????sZU@Ñ U@ ڍU@|ɭLU@ T@?MT@䜖9T@͎4p_T@^\dU@#D T@n8T@ycT@::hT@?YJT@}oT@'T@S@S#ƀU@!6U@SL]T@]T@ Ԝ5U@GqT@wET@aXT@OVT@ qT@~MT@qkU@ۿ05T@S&(T@C8T@NE*U@ߤT@ÑT@8oR\T@֨ELT@ HT@@wT@)KT@ GT@Sq뇻T@afoT@f7T@Ĺ>1T@&AT@4߽T@1T@%)uT@`CsT@Q(U@!T@:8T@okH2U@;kT@3y>bT@BAcES@U5T@_ET@tb?\T@w[U@mSY_T@if~T@xLT@CU@4)TT@Б^U@W@S@0>oT@ZT@omBT@B5ݠT@}ŸT@&ѠU@mT@k/T@JD ةT@]T@`y f>T@ٜ =GS@`^A1Ad0.8 M NaCld????^'qU@cЦv%U@ĴoT@=ɼT@ [T@;=T@Ȅ3T@1T@ߣT@u&eT@M܊S@M T@jD,T@ T@㗋T@bGT@S@.fT@mY[>T@FT@M[T@0Vi&T@s$T@T@يFT@4 ͞T@BVBT@{?;T@@،S@& T@̜D|)T@6/GT@ͪ2ҳS@>'T@\=!$T@dyS@#ru}T@k<&T@:S@h^bT@YT@\[OZT@pP닷T@FT@/.T@ӃXT@=QeZ0T@ިOCT@tT@+3!fT@ۗTT@18T@vYeT@0(S@ NZT@o:`T@BM0T@[-IT@nY T@4ڷT@wT@QiIT@ `^A;Ad0.4 M NaCld????`VJT@>T@O)DDT@`b^wT@vVf$S@y!_:ԤS@6ydT@b#9.]S@ҙdS@ {T@[S@1=S@~S@+S@\LqS@'6bR@QFCcST@NR@T^S@T T@2VYS@̫S@9T@PS@hUS@s6S@48uNHT@0?S@ѨfT@<·lS@ h.S@c T@Z S@ʴS@qUS@2S@|-JS@W=sS@.S@ZoS@]S@>T@-]&T@̉S@ 8S@Y]wHzT@xCVS@+NAS@k/T@Fu[R@;PLG^S@nS@7 qS@LS@/T@zh!S@=8S@yS@fS@\S@QS@JyS@ozxS@,|}S@;bT@'pS@PLUT@1YS@} yS@8r0ݶS@?S@BS@ }S@YywS@ lS@痘S@w55T@JS@tֻS@D|"S@T!X4T@W T@T@XUT@.S@ZRſՋS@٬]hS@hyZS@tlDhS@!ZLES@T@.h S@A}S@I'S@N.-S@]AlS@7:S@nRS@|S@2mşuS@`^ACAd0.2 M 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V_startRow= 12;V_endRow= 99;V_q= 1;V_Rab= -0.912062; V_Pr= 0.0208196;V_r2= 0.000433456; W_sigma={0.491,0.000396} Coefficient values ± one standard deviation a = 93.145 ± 0.491 b = 7.6551e-05 ± 0.000396 !EPh^YDYDfit_0.001 M NaCl, 10ppm PB0@???@p@GS@hS@Curve fit with data subrange: '0.001 M NaCl, 10ppm PB'[12,*] 'fit_0.001 M NaCl, 10ppm PB'= W_coef[0]+W_coef[1]*x W_coef={78.371,0.00036119} V_chisq= 152.658;V_npnts= 88;V_numNaNs= 0;V_numINFs= 0; V_startRow= 12;V_endRow= 99;V_q= 1;V_Rab= -0.912062; V_Pr= 0.137986;V_r2= 0.0190401; W_sigma={0.346,0.00028} Coefficient values ± one standard deviation a = 78.371 ± 0.346 b = 0.00036119 ± 0.00028 Pk^ZDZDfit_0 M NaCl, 10ppm PB~@???t@VmkES@="ԂS@Curve fit with data subrange: '0 M NaCl, 10ppm PB'[15,*] 'fit_0 M NaCl, 10ppm PB'= W_coef[0]+W_coef[1]*x W_coef={76.448,0.0019948} V_chisq= 37.8079;V_npnts= 25;V_numNaNs= 0;V_numINFs= 0; V_startRow= 15;V_endRow= 39;V_q= 1;V_Rab= -0.9684;V_Pr= 0.227792; V_r2= 0.0518891; W_sigma={1.03,0.00178} Coefficient values ± one standard deviation a = 76.448 ± 1.03 b = 0.0019948 ± 0.00178   P}C^^D^Dfit_0.004 M NaCl0@???@p@dFS@}zZ{S@Curve fit with data subrange: '0.004 M NaCl'[12,*] 'fit_0.004 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={76.976,0.00047558} V_chisq= 153.021;V_npnts= 88;V_numNaNs= 0;V_numINFs= 0; V_startRow= 12;V_endRow= 99;V_q= 1;V_Rab= -0.912062; V_Pr= 0.180224;V_r2= 0.0324806; W_sigma={0.347,0.00028} Coefficient values ± one standard deviation a = 76.976 ± 0.347 b = 0.00047558 ± 0.00028 h Pv^^D^Dfit_0.008 M NaCl0@???@p@[z=BS@OvSS@Curve fit with data subrange: '0.008 M NaCl'[12,*] 'fit_0.008 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={77.001,0.00015534} V_chisq= 142.731;V_npnts= 88;V_numNaNs= 0;V_numINFs= 0; V_startRow= 12;V_endRow= 99;V_q= 1;V_Rab= -0.912062; V_Pr= 0.0618492;V_r2= 0.00382533; W_sigma={0.335,0.00027} Coefficient values ± one standard deviation a = 77.001 ± 0.335 b = 0.00015534 ± 0.00027 /Ps^^D^Dfit_0.0125 M NaCl0@???@p@PS@F8`=S@Curve fit with data subrange: '0.0125 M NaCl'[12,*] 'fit_0.0125 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={77.296,-0.00017056} V_chisq= 148.108;V_npnts= 88;V_numNaNs= 0;V_numINFs= 0; V_startRow= 12;V_endRow= 99;V_q= 1;V_Rab= -0.912062; V_Pr= -0.0666444;V_r2= 0.00444148; W_sigma={0.341,0.000275} Coefficient values ± one standard deviation a = 77.296 ± 0.341 b = -0.00017056 ± 0.000275 Q Pt^^D^Dfit_0.025 M NaCl0@???@p@!GSS@wڌ$oS@Curve fit with data subrange: '0.025 M NaCl'[12,*] 'fit_0.025 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={77.235,0.00025514} V_chisq= 128.588;V_npnts= 88;V_numNaNs= 0;V_numINFs= 0; V_startRow= 12;V_endRow= 99;V_q= 1;V_Rab= -0.912062; V_Pr= 0.106618;V_r2= 0.0113673; W_sigma={0.318,0.000257} Coefficient values ± one standard deviation a = 77.235 ± 0.318 b = 0.00025514 ± 0.000257  J6P}{^^D^Dfit_0.05 M NaCl0@???@p@LNS@\fS@Curve fit with data subrange: '0.05 M NaCl'[12,*] 'fit_0.05 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={77.163,0.00021558} V_chisq= 96.7686;V_npnts= 88;V_numNaNs= 0;V_numINFs= 0; V_startRow= 12;V_endRow= 99;V_q= 1;V_Rab= -0.912062; V_Pr= 0.103877;V_r2= 0.0107904; W_sigma={0.276,0.000223} Coefficient values ± one standard deviation a = 77.163 ± 0.276 b = 0.00021558 ± 0.000223 Pu^^D^Dfit_0.00025 M NaCl0@???@p@w 2S@1}ORS@Curve fit with data subrange: '0.00025 M NaCl'[12,*] 'fit_0.00025 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={76.708,0.00028902} V_chisq= 99.1747;V_npnts= 88;V_numNaNs= 0;V_numINFs= 0; V_startRow= 12;V_endRow= 99;V_q= 1;V_Rab= -0.912062; V_Pr= 0.137008;V_r2= 0.0187713; W_sigma={0.279,0.000225} Coefficient values ± one standard deviation a = 76.708 ± 0.279 b = 0.00028902 ± 0.000225 Pb^^D^Dfit_0.0005 M NaCl0@???@p@hRS@mRS@Curve fit with data subrange: '0.0005 M NaCl'[12,*] 'fit_0.0005 M NaCl'= W_coef[0]+W_coef[1]*x W_coef={77.295,-3.5136e-06} V_chisq= 101.832;V_npnts= 88;V_numNaNs= 0;V_numINFs= 0; V_startRow= 12;V_endRow= 99;V_q= 1;V_Rab= -0.912062; V_Pr= -0.00165936;V_r2= 2.75346e-06; W_sigma={0.283,0.000228} Coefficient values ± one standard deviation a = 77.295 ± 0.283 b = -3.5136e-06 ± 0.000228 Y^L$M cKCl / mM ?????$@Y@r@>@@333333?@@p@4݈l^Lb Rh,f_KCl / nm ????(\ES@LS@HzS@GzR@333333S@33333R@QS@{G S@RR@=w^Nþ cMgCl2 / mM ????p@@r@n@f@V@>@"@@F^N Rh,f_MgCl2 / nm ????(\q@8@Q^Z@(\U@= ףp}S@QUS@S@{GR@QS@ux[^NOcCaCl2 / mM?????@$@>@Y@r@@@Jxi^NaRh,f_CaCl2 / nm????)\S@S@Q S@(\OS@)\R@q= ףS@fffffR@ge^b W_MgCl2 ????p= ף??3@HzM@HzLJ@33333;@%Fx^]cpc W_KCl ????xy^ccW_CaCl2????Ux\^wave0?????@$@>@Y@r@@@P`c^wave2????3řT@;T@.J}>T@hT@4xz^3)z-zConc????@@Y@$@?r@>@@.xf^3)z-zZeta_pot_PB_NaCl????s ۤʿ:ο̿4z4kgؿj~lſz) ?W׿`?܆NX%@O=@Z*xA^.ľc_MgCl2_2????@@pw@@p@ @p@h@LxQ^.G.W_MgCl2_2????)]$W @ݶQ/@K~U@aVb&@?PI?(S @xq^=jjRh_MgCl2_2ndrun / nm???? U{"a@nϜS@8xT@c9KY@J|@Uf10w@I\a@xg^jjsd_Rh_MgCl2_2ndrun / nm????;YL@\$\?k\ ?9Ͼ @cׇ:@Ͱ͝˄2@.1;@RPj^yyW_coef????IyN@%BPZD^yyfit_W_MgCl2Q@???>@>Z+@MRuCurve fit with data subrange: W_MgCl2[2,5] fit_W_MgCl2= W_coef[0]+W_coef[1]*x W_coef={3263.8,-36.122} V_chisq= 426299;V_npnts= 4;V_numNaNs= 0;V_numINFs= 0; V_startRow= 2;V_endRow= 5;V_q= 1;V_Rab= -0.933815; V_Pr= -0.944012;V_r2= 0.891159; W_sigma={645,8.93} Coefficient values ± one standard deviation a = 3263.8 ± 645 b = -36.122 ± 8.93 GQPG^yyW_sigma????-)@l[!@*>// Platform=WindowsNT, IGORVersion=9.050, architecture=Intel, systemTextEncoding="Windows-1250", historyTextEncoding="UTF-8", procwinTextEncoding="UTF-8", recreationTextEncoding="UTF-8", build=56551 #pragma TextEncoding = "UTF-8" Silent 101 // use | as bitwise or -- not comment. DefaultFont "Arial" MoveWindow/P 5.25,44.75,705,500 Table0() Table4() Graph4() Graph5() Table7() Table2() Table3() MoveWindow/C 957.75,727.25,1065.75,773 Table1() Graph1() Graph6() Graph2() Graph0() Graph3() Table5() Table6() Graph7() KillStrings/Z root:gWMSetNextTextFilesTextEncoding Window Graph7() : Graph PauseUpdate; Silent 1 // building window... Display /W=(516.75,43.25,1128,607.25) W_MgCl2 vs 'cMgCl2 / mM' AppendToGraph fit_W_MgCl2 ModifyGraph width=504,height=504 ModifyGraph mode(W_MgCl2)=3 ModifyGraph marker(W_MgCl2)=52 ModifyGraph msize(W_MgCl2)=5 ModifyGraph useMrkStrokeRGB(W_MgCl2)=1 ModifyGraph log=1 ModifyGraph mirror=2 ModifyGraph logLabel(bottom)=1 ModifyGraph axThick=1.5 SetAxis bottom 5,3000 EndMacro Window Table6() : Table PauseUpdate; Silent 1 // building window... Edit/W=(-16.5,315.5,889.5,509) 'cMgCl2 / mM','Rh,f_MgCl2 / nm',W_MgCl2,Conc,Zeta_pot_PB_NaCl as "MGCl2_final" AppendToTable Error_Zeta_pot_PB_NaCl,Zeta_pot_PB_MgCl2,Error_Zeta_pot_PB_MgCl2,Error_Hydr_PB_MgCl2 AppendToTable c_MgCl2_2,W_MgCl2_2,'Rh_MgCl2_2ndrun / nm','sd_Rh_MgCl2_2ndrun / nm' ModifyTable format(Point)=1,width('cMgCl2 / mM')=86 EndMacro Window Table5() : Table PauseUpdate; Silent 1 // building window... Edit/W=(6,500,510.75,707) 'cKCl / mM','Rh,f_KCl / nm',W_KCl as "KCl_final" ModifyTable format(Point)=1 EndMacro Window Graph3() : Graph PauseUpdate; Silent 1 // building window... Display /W=(729,165.5,1318.5,641) 'Rh_f,rel' vs 'cNaCl_f / mM' AppendToGraph 'Rh_f,rel,10ppmPB' vs 'cNaCl_10ppmPB / mM' ModifyGraph mode=3 ModifyGraph marker('Rh_f,rel')=17,marker('Rh_f,rel,10ppmPB')=23 ModifyGraph rgb('Rh_f,rel')=(0,0,0) ModifyGraph log(bottom)=1 ModifyGraph prescaleExp(left)=2 Label left "Relative size / %" Label bottom "c\\BNaCl\\M / mM" SetAxis left 0.9,1.3 SetAxis bottom 0.1,2500 Legend/C/N=text0/J/F=0/A=MC/X=-29.70/Y=31.02 "\\s('Rh_f,rel') 40 ppm PB (R\\Bh,0\\M = 76.7 nm)\r\\s('Rh_f,rel,10ppmPB') 10 ppm PB (R\\Bh,0\\M = 77.8 nm)" TextBox/C/N=text1/F=0/A=MC/X=0.15/Y=45.07 "Aggregálódás mértéke 40 perc után" EndMacro Window Graph0() : Graph PauseUpdate; Silent 1 // building window... Display /W=(554.25,64.25,1227.75,559.25) '2 M NaCl','1.5 M NaCl','1 M NaCl','0.8 M NaCl' vs 't / s' AppendToGraph '0.4 M NaCl','0.2 M NaCl','0.1 M NaCl','0.002 M NaCl','0.001 M NaCl' vs 't / s' AppendToGraph '0 M NaCl' vs 't / s' AppendToGraph 'fit_1.5 M NaCl','fit_1 M NaCl','fit_0.8 M NaCl','fit_0.4 M NaCl','fit_0.2 M NaCl' AppendToGraph 'fit_0.1 M NaCl','fit_0.002 M NaCl' AppendToGraph '0.00025 M NaCl','0.0005 M NaCl','0.05 M NaCl','0.025 M NaCl','0.0125 M NaCl' vs 't / s' AppendToGraph '0.008 M NaCl','0.004 M NaCl' vs 't / s' AppendToGraph 'fit_0.004 M NaCl','fit_0.008 M NaCl','fit_0.0125 M NaCl','fit_0.025 M NaCl' AppendToGraph 'fit_0.05 M NaCl','fit_0.00025 M NaCl','fit_0.0005 M NaCl','fit_0 M NaCl' AppendToGraph 'fit_0.001 M NaCl','fit_2 M NaCl' ModifyGraph mode('2 M NaCl')=3,mode('1.5 M NaCl')=3,mode('1 M NaCl')=3,mode('0.8 M NaCl')=3 ModifyGraph mode('0.4 M NaCl')=3,mode('0.2 M NaCl')=3,mode('0.1 M NaCl')=3,mode('0.002 M NaCl')=3 ModifyGraph mode('0.001 M NaCl')=3,mode('0 M NaCl')=3,mode('0.00025 M NaCl')=3,mode('0.0005 M NaCl')=3 ModifyGraph mode('0.05 M NaCl')=3,mode('0.025 M NaCl')=3,mode('0.0125 M NaCl')=3 ModifyGraph mode('0.008 M NaCl')=3,mode('0.004 M NaCl')=3 ModifyGraph marker('2 M NaCl')=19,marker('1.5 M NaCl')=19,marker('1 M NaCl')=19 ModifyGraph marker('0.8 M NaCl')=19,marker('0.4 M NaCl')=19,marker('0.2 M NaCl')=19 ModifyGraph marker('0.1 M NaCl')=19,marker('0.002 M NaCl')=19,marker('0.001 M NaCl')=19 ModifyGraph marker('0 M NaCl')=19,marker('0.00025 M NaCl')=19,marker('0.0005 M NaCl')=19 ModifyGraph marker('0.05 M NaCl')=19,marker('0.025 M NaCl')=19,marker('0.0125 M NaCl')=19 ModifyGraph marker('0.008 M NaCl')=19,marker('0.004 M NaCl')=19 ModifyGraph lSize('fit_1.5 M NaCl')=1.5,lSize('fit_1 M NaCl')=1.5,lSize('fit_0.8 M NaCl')=1.5 ModifyGraph lSize('fit_0.4 M NaCl')=1.5,lSize('fit_0.2 M NaCl')=1.5,lSize('fit_0.1 M NaCl')=1.5 ModifyGraph lSize('fit_0.002 M NaCl')=1.5,lSize('fit_0.004 M NaCl')=1.5,lSize('fit_0.008 M NaCl')=1.5 ModifyGraph lSize('fit_0.0125 M NaCl')=1.5,lSize('fit_0.025 M NaCl')=1.5,lSize('fit_0.05 M NaCl')=1.5 ModifyGraph lSize('fit_0.00025 M NaCl')=1.5,lSize('fit_0.0005 M NaCl')=1.5,lSize('fit_0 M NaCl')=2.2 ModifyGraph lSize('fit_0.001 M NaCl')=2.2,lSize('fit_2 M NaCl')=2.2 ModifyGraph rgb('2 M NaCl')=(0,0,65535),rgb('1.5 M NaCl')=(1,16019,65535),rgb('1 M NaCl')=(0,43690,65535) ModifyGraph rgb('0.8 M NaCl')=(1,65535,33232),rgb('0.4 M NaCl')=(32792,65535,1) ModifyGraph rgb('0.2 M NaCl')=(65535,43690,0),rgb('0.002 M NaCl')=(65535,49157,16385) ModifyGraph rgb('0 M NaCl')=(0,0,0),rgb('fit_1.5 M NaCl')=(0,0,65535),rgb('fit_1 M NaCl')=(0,43690,65535) ModifyGraph rgb('fit_0.8 M NaCl')=(1,65535,33232),rgb('fit_0.4 M NaCl')=(32792,65535,1) ModifyGraph rgb('fit_0.2 M NaCl')=(65535,43690,0),rgb('fit_0.002 M NaCl')=(65535,54607,32768) ModifyGraph rgb('0.00025 M NaCl')=(26214,26214,26214),rgb('0.0005 M NaCl')=(21845,21845,21845) ModifyGraph rgb('0.05 M NaCl')=(65535,16385,55749),rgb('0.025 M NaCl')=(36873,14755,58982) ModifyGraph rgb('0.0125 M NaCl')=(16385,49025,65535),rgb('0.008 M NaCl')=(16385,65535,41303) ModifyGraph rgb('0.004 M NaCl')=(40969,65535,16385),rgb('fit_0.004 M NaCl')=(16386,65535,16385) ModifyGraph rgb('fit_0.008 M NaCl')=(16385,65535,41303),rgb('fit_0.0125 M NaCl')=(16385,49025,65535) ModifyGraph rgb('fit_0.025 M NaCl')=(36873,14755,58982),rgb('fit_0.05 M NaCl')=(65535,16385,55749) ModifyGraph rgb('fit_0.00025 M NaCl')=(30583,30583,30583),rgb('fit_0.0005 M NaCl')=(17476,17476,17476) ModifyGraph rgb('fit_0 M NaCl')=(0,0,0),rgb('fit_2 M NaCl')=(0,0,65535) ModifyGraph msize('2 M NaCl')=2,msize('1.5 M NaCl')=2,msize('1 M NaCl')=2,msize('0.8 M NaCl')=2 ModifyGraph msize('0.4 M NaCl')=2,msize('0.2 M NaCl')=2,msize('0.1 M NaCl')=2,msize('0.002 M NaCl')=2 ModifyGraph msize('0.001 M NaCl')=2,msize('0 M NaCl')=2,msize('0.00025 M NaCl')=2 ModifyGraph msize('0.0005 M NaCl')=2,msize('0.05 M NaCl')=2,msize('0.025 M NaCl')=2 ModifyGraph msize('0.0125 M NaCl')=2,msize('0.008 M NaCl')=2,msize('0.004 M NaCl')=2 ModifyGraph hideTrace('2 M NaCl')=1,hideTrace('1.5 M NaCl')=1,hideTrace('1 M NaCl')=1 ModifyGraph hideTrace('0.8 M NaCl')=1,hideTrace('0.4 M NaCl')=1,hideTrace('0.2 M NaCl')=1 ModifyGraph hideTrace('0.1 M NaCl')=1,hideTrace('0.002 M NaCl')=1,hideTrace('0.001 M NaCl')=1 ModifyGraph hideTrace('0 M NaCl')=1,hideTrace('0.00025 M NaCl')=1,hideTrace('0.0005 M NaCl')=1 ModifyGraph hideTrace('0.05 M NaCl')=1,hideTrace('0.025 M NaCl')=1,hideTrace('0.0125 M NaCl')=1 ModifyGraph hideTrace('0.008 M NaCl')=1,hideTrace('0.004 M NaCl')=1 ModifyGraph nticks(bottom)=20 ModifyGraph lblMargin(left)=74 ModifyGraph axOffset(left)=10.6667 ModifyGraph lblLatPos(left)=-7 ModifyGraph manTick(left)={75,5,0,0},manMinor(left)={1,0} ModifyGraph manTick(bottom)={500,500,0,0},manMinor(bottom)={0,0} Label left "Hydrodynamic radius / nm" Label bottom "time / s" SetAxis left 70,100 SetAxis bottom 200,* Legend/C/N=text0/J/F=0/B=1/A=MC/X=-67.65/Y=19.14 "c\\BNaCl\\M / mM:\r\\s('fit_2 M NaCl') 2000\r\\s('fit_1.5 M NaCl') 1500\r\\s('fit_1 M NaCl') 1000" AppendText "\\s('fit_0.8 M NaCl') 800\r\\s('fit_0.4 M NaCl') 400\r\\s('fit_0.2 M NaCl') 200\r\\s('fit_0.1 M NaCl') 100\r\\s('fit_0.05 M NaCl') 50" AppendText "\\s('fit_0.025 M NaCl') 25\r\\s('fit_0.0125 M NaCl') 12.5\r\\s('fit_0.008 M NaCl') 8\r\\s('fit_0.004 M NaCl') 4\r\\s('fit_0.002 M NaCl') 2" AppendText "\\s('fit_0.001 M NaCl') 1\r\\s('fit_0.0005 M NaCl') 0.5\r\\s('fit_0.00025 M NaCl') 0.25\r\\s('fit_0 M NaCl') 0\r\r\r" EndMacro Window Graph2() : Graph PauseUpdate; Silent 1 // building window... Display /W=(292.5,137.75,1007.25,791.75) 'Rh_f / nm' vs 'cNaCl_f / mM' AppendToGraph 'Rh_f,10ppmPB / nm' vs 'cNaCl_10ppmPB / mM' AppendToGraph/R/T 'cNaCl / mM' vs 'cNaCl / mM' AppendToGraph 'Rh,f_KCl / nm' vs 'cKCl / mM' AppendToGraph 'Rh,f_MgCl2 / nm' vs 'cMgCl2 / mM' AppendToGraph 'Rh,f_CaCl2 / nm' vs 'cCaCl2 / mM' ModifyGraph margin(left)=144,margin(bottom)=108,margin(right)=67,gfSize=18,width=504 ModifyGraph height=504 ModifyGraph mode('Rh_f / nm')=3,mode('Rh_f,10ppmPB / nm')=3,mode('Rh,f_KCl / nm')=3 ModifyGraph mode('Rh,f_MgCl2 / nm')=3,mode('Rh,f_CaCl2 / nm')=3 ModifyGraph marker('Rh_f / nm')=16,marker('Rh_f,10ppmPB / nm')=16,marker('Rh,f_KCl / nm')=19 ModifyGraph marker('Rh,f_MgCl2 / nm')=52,marker('Rh,f_CaCl2 / nm')=60 ModifyGraph rgb('Rh_f / nm')=(0,0,0),rgb('Rh,f_KCl / nm')=(0,0,65535),rgb('Rh,f_CaCl2 / nm')=(3,52428,1) ModifyGraph hideTrace('Rh_f,10ppmPB / nm')=1,hideTrace('cNaCl / mM')=1 ModifyGraph useMrkStrokeRGB('Rh,f_KCl / nm')=1,useMrkStrokeRGB('Rh,f_MgCl2 / nm')=1 ModifyGraph useMrkStrokeRGB('Rh,f_CaCl2 / nm')=1 ModifyGraph log(bottom)=1 ModifyGraph tick(right)=3,tick(top)=3 ModifyGraph noLabel(right)=2,noLabel(top)=2 ModifyGraph fSize=20 ModifyGraph lblMargin(left)=49,lblMargin(bottom)=24 ModifyGraph axOffset(right)=-7.61538,axOffset(top)=-1.51852 ModifyGraph axThick=1.5 Label left "\\Zr125Hydrodynamic radius / nm" Label bottom "\\Zr125Salt concentration / mM" SetAxis left 70,110 SetAxis bottom 0.0356395339705028,6752.42900772514 Legend/C/N=text0/J/F=0/B=1/A=MC/X=-41.22/Y=39.29 "\\s('Rh_f / nm') \\Zr133NaCl\\M\r\\s('Rh,f_KCl / nm') \\Zr133KCl\\M\r\\s('Rh,f_MgCl2 / nm') \\Zr133MgCl\\B2\\M" AppendText "\\s('Rh,f_CaCl2 / nm') \\Zr133CaCl\\B2\\M" EndMacro Window Graph6() : Graph PauseUpdate; Silent 1 // building window... Display /W=(400.5,40.25,1192.5,731)/R/T 'cCaCl2 / mM' vs 'cMgCl2 / mM'[0,6] AppendToGraph W_MgCl2 vs 'cMgCl2 / mM' AppendToGraph W_MgCl2_2 vs c_MgCl2_2 ModifyGraph margin(left)=144,margin(bottom)=108,margin(right)=144,gfSize=18,width=504 ModifyGraph height=504 ModifyGraph mode(W_MgCl2)=3,mode(W_MgCl2_2)=3 ModifyGraph marker(W_MgCl2)=52,marker(W_MgCl2_2)=52 ModifyGraph mrkThick(W_MgCl2_2)=1 ModifyGraph hideTrace('cCaCl2 / mM')=1,hideTrace(W_MgCl2)=1 ModifyGraph useMrkStrokeRGB(W_MgCl2)=1,useMrkStrokeRGB(W_MgCl2_2)=1 ModifyGraph log(left)=1,log(bottom)=1 ModifyGraph tick(right)=3,tick(top)=3 ModifyGraph noLabel(right)=2,noLabel(top)=2 ModifyGraph fSize=20 ModifyGraph lblMargin(left)=44,lblMargin(bottom)=15 ModifyGraph axThick=1.5 ModifyGraph lblLatPos(left)=-3,lblLatPos(bottom)=9 ModifyGraph manTick(left)={0,1000,0,0},manMinor(left)={0,0} Label left "\\Zr133Stability ratio" Label bottom "\\Zr133 Ionic Strength / mM" SetAxis left 1,1000 SetAxis bottom 100,3000 EndMacro Window Graph1() : Graph PauseUpdate; Silent 1 // building window... Display /W=(759.75,107.75,1287,589.25) 'Stability ratio' vs 'cNaCl / mM' ModifyGraph mode=3 ModifyGraph marker=16 ModifyGraph lSize=1.5 ModifyGraph lOptions=1 ModifyGraph rgb=(0,0,0) ModifyGraph msize=2 ModifyGraph useMrkStrokeRGB=1 ModifyGraph lineJoin('Stability ratio')={1,10} ModifyGraph log(bottom)=1 Label left "Stability ratio" Label bottom "NaCl concentration/ mM" SetAxis left*,50 SetAxis bottom 0.1,2500 MoveWindow/W=Graph1 0, 0, 0, 0 // Minimize the window. EndMacro Window Table1() : Table PauseUpdate; Silent 1 // building window... Edit/W=(30.75,96.5,535.5,303.5) 'cNaCl / mM','Stability ratio' ModifyTable format(Point)=1 EndMacro Window Table3() : Table PauseUpdate; Silent 1 // building window... Edit/W=(216,212.75,720.75,419.75) wave0,wave2 as "PBPPN_salt" ModifyTable format(Point)=1 EndMacro Window Table2() : Table PauseUpdate; Silent 1 // building window... Edit/W=(263.25,346.25,768,553.25) 'cNaCl_f / mM','Rh_f / nm','Rh_f,rel' ModifyTable format(Point)=1 MoveWindow/W=Table2 0, 0, 0, 0 // Minimize the window. EndMacro Window Table7() : Table PauseUpdate; Silent 1 // building window... Edit/W=(609.75,566,1114.5,773) 'cCaCl2 / mM','Rh,f_CaCl2 / nm',W_CaCl2 as "CaCl2_final" ModifyTable format(Point)=1 EndMacro Window Graph5() : Graph PauseUpdate; Silent 1 // building window... Display /W=(250.5,47.75,1043.25,678.5) '2 M NaCl','0.001 M NaCl','0 M NaCl' vs 't / s' AppendToGraph 'fit_2 M NaCl','fit_0.001 M NaCl' AppendToGraph/R/T 'cNaCl / mM' vs 'cNaCl / mM' ModifyGraph gfSize=18 ModifyGraph mode('2 M NaCl')=3,mode('0.001 M NaCl')=3,mode('0 M NaCl')=3 ModifyGraph marker('2 M NaCl')=19,marker('0.001 M NaCl')=19,marker('0 M NaCl')=19 ModifyGraph lSize('fit_2 M NaCl')=1.5,lSize('fit_0.001 M NaCl')=1.5 ModifyGraph rgb('2 M NaCl')=(0,0,65535),rgb('0 M NaCl')=(0,0,0),rgb('fit_2 M NaCl')=(0,0,65535) ModifyGraph hideTrace('cNaCl / mM')=1 ModifyGraph useMrkStrokeRGB('2 M NaCl')=1,useMrkStrokeRGB('0.001 M NaCl')=1,useMrkStrokeRGB('0 M NaCl')=1 ModifyGraph tick(right)=3,tick(top)=3 ModifyGraph noLabel(right)=2,noLabel(top)=2 ModifyGraph lblMargin(left)=32 ModifyGraph axOffset(left)=2.84615,axOffset(right)=-5.46154 ModifyGraph axThick=1.5 Label left "\\Zr125Hydrodynamic radius / nm" Label bottom "\\Zr125time / s" SetAxis left 70,100 SetAxis bottom 0,2200 TextBox/C/N=text0/F=0/X=38.31/Y=-10.45 "\\Zr15040 ppm PB" MoveWindow/W=Graph5 0, 0, 0, 0 // Minimize the window. EndMacro Window Graph4() : Graph PauseUpdate; Silent 1 // building window... Display /W=(466.5,74.75,1396.5,706.25) '2 M NaCl, 10ppm PB','0.001 M NaCl, 10ppm PB' vs 't / s' AppendToGraph '0 M NaCl, 10ppm PB' vs 't_short / s' AppendToGraph 'fit_2 M NaCl, 10ppm PB','fit_0.001 M NaCl, 10ppm PB','fit_0 M NaCl, 10ppm PB' AppendToGraph/R/T 'cNaCl / mM' vs 'cNaCl / mM' ModifyGraph gfSize=18 ModifyGraph mode('2 M NaCl, 10ppm PB')=3,mode('0.001 M NaCl, 10ppm PB')=3,mode('0 M NaCl, 10ppm PB')=3 ModifyGraph marker('2 M NaCl, 10ppm PB')=19,marker('0.001 M NaCl, 10ppm PB')=19 ModifyGraph marker('0 M NaCl, 10ppm PB')=19 ModifyGraph lSize('fit_2 M NaCl, 10ppm PB')=1.5,lSize('fit_0.001 M NaCl, 10ppm PB')=1.5 ModifyGraph lSize('fit_0 M NaCl, 10ppm PB')=1.5 ModifyGraph rgb('2 M NaCl, 10ppm PB')=(0,0,65535),rgb('0 M NaCl, 10ppm PB')=(0,0,0) ModifyGraph rgb('fit_2 M NaCl, 10ppm PB')=(0,0,65535),rgb('fit_0 M NaCl, 10ppm PB')=(0,0,0) ModifyGraph hideTrace('fit_0 M NaCl, 10ppm PB')=1,hideTrace('cNaCl / mM')=1 ModifyGraph useMrkStrokeRGB('2 M NaCl, 10ppm PB')=1,useMrkStrokeRGB('0.001 M NaCl, 10ppm PB')=1 ModifyGraph useMrkStrokeRGB('0 M NaCl, 10ppm PB')=1 ModifyGraph tick(right)=3,tick(top)=3 ModifyGraph noLabel(right)=2,noLabel(top)=2 ModifyGraph lblMargin(left)=150 ModifyGraph axOffset(left)=16.4615,axOffset(right)=-5.46154 ModifyGraph axThick=1.5 ModifyGraph lblLatPos(left)=-6 Label left "\\Zr125Hydrodynamic radius / nm" Label bottom "\\Zr125time / s" SetAxis left 70,100 SetAxis bottom 0,2200 TextBox/C/N=text0/F=0/X=44.59/Y=-10.12 "\\Zr15010 ppm PB" Legend/C/N=text1/J/X=117.23/Y=-3.73 "\\Zr125c\\BNaCl\\M\\Zr125 / mM:\r\\s('2 M NaCl, 10ppm PB') 2000\r\\s('0.001 M NaCl, 10ppm PB') 1\r\\s('0 M NaCl, 10ppm PB') 0" MoveWindow/W=Graph4 0, 0, 0, 0 // Minimize the window. EndMacro Window Table4() : Table PauseUpdate; Silent 1 // building window... Edit/W=(5.25,41.75,510,248.75) 'cNaCl_10ppmPB / mM','Rh_f,10ppmPB / nm','Rh_f,rel,10ppmPB' ModifyTable format(Point)=1 MoveWindow/W=Table4 0, 0, 0, 0 // Minimize the window. EndMacro Window Table0() : Table PauseUpdate; Silent 1 // building window... Edit/W=(51.75,314,986.25,584.75) '2 M NaCl','1.5 M NaCl','1 M NaCl','0.8 M NaCl' AppendToTable '0.4 M NaCl','0.2 M NaCl','0.1 M NaCl','0.002 M NaCl','0.001 M NaCl' AppendToTable '0 M NaCl','t / s',wave1,'0.004 M NaCl','0.008 M NaCl','0.0125 M NaCl' AppendToTable '0.025 M NaCl','0.05 M NaCl','0.0005 M NaCl','0.00025 M NaCl','0 M NaCl, 10ppm PB' AppendToTable '0.001 M NaCl, 10ppm PB','2 M NaCl, 10ppm PB','t_short / s' ModifyTable format(Point)=1 MoveWindow/W=Table0 0, 0, 0, 0 // Minimize the window. 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