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Archive: 38/658288785.zip
Length Date Time Name
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117403 02-06-2025 10:24 Figures/Figure1_bottom-Measured-sensor-resonse-of-1+C70-to-acetic-acid.png
153484 02-06-2025 10:24 Figures/Figure1_top-Measured-sensor-resonse-of-1+C70-to-acetaldehyde.png
574496 02-06-2025 10:29 Figures/Figure2-Interactions-of-P4,4,4,4-SPA-with-MeCN.png
302318 02-06-2025 10:30 Figures/Figure3-Interactions-of-P4444SPA-with-acetic-acid.png
298719 02-06-2025 10:30 Figures/Figure4-Gas-measurement-chamber-and-wiring.png
54326 02-06-2025 10:33 Figures/FigureS1-Preparation of gold electrodes on optical glass substrates via magnetron sputtering.jpg
38718 02-06-2025 10:38 Figures/FigureS10-UV-Vis spectrum of pure P4,4,4,8SPA.jpg
38552 02-06-2025 10:39 Figures/FigureS11-UV-VIS spectrum of nanocomposite P4,4,4,4SPA+C60.jpg
142000 02-06-2025 10:39 Figures/FigureS12-UV-Vis spectrum of nanocomposite P4,4,4,8SPA+C60.png
37722 02-06-2025 10:39 Figures/FigureS13-UV-Vis spectrum of drop casted C60 dissolved in methylcyclohexane.jpg
103008 02-06-2025 10:40 Figures/FigureS14-Equivalent circuit model and equation.png
27434 02-06-2025 10:48 Figures/FigureS15-Measured data of P4,4,4,4SPA to exposure of acetaldehyde.PNG
35341 02-06-2025 10:49 Figures/FigureS16-Measured data of P4,4,4,4SPA+C60 to exposure of acetaldehyde.PNG
31176 02-06-2025 10:50 Figures/FigureS17-Measured data of P4,4,4,4SPA+C70 to exposure of acetaldehyde.PNG.PNG
31411 02-06-2025 10:53 Figures/FigureS18-Measured data of P4,4,4,8SPA to exposure of acetaldehyde.PNG.PNG
30492 02-06-2025 10:53 Figures/FigureS19-Measured data of P4,4,4,8SPA+C60 to exposure of acetaldehyde.PNG.PNG
20381 02-06-2025 10:34 Figures/FigureS2-Raman spectrum of P4,4,4,4SPA.jpg
31656 02-06-2025 10:54 Figures/FigureS20-Measured data of P4,4,4,8SPA+C70 to exposure of acetaldehyde.PNG.PNG
32823 02-06-2025 10:57 Figures/FigureS21-Measured data of P4,4,4,4SPA to exposure of acetic acid.PNG
29202 02-06-2025 10:57 Figures/FigureS22-Measured data of P4,4,4,4SPA+C60 to exposure of acetic acid.PNG
26915 02-06-2025 10:58 Figures/FigureS23-Measured data of P4,4,4,4SPA+C70 to exposure of acetic acid.PNG
25706 02-06-2025 11:02 Figures/FigureS24-Measured data of P4,4,4,8SPA to exposure of acetic acid.PNG
27104 02-06-2025 11:03 Figures/FigureS25-Measured data of P4,4,4,8SPA+C60 to exposure of acetic acid.PNG
25035 02-06-2025 11:04 Figures/FigureS26-Measured data of P4,4,4,8SPA+C70 to exposure of acetic acid.PNG
33264 02-06-2025 11:26 Figures/FigureS27-Measured data of P4,4,4,4SPA to exposure of MeCN.PNG
34578 02-06-2025 11:27 Figures/FigureS28-Measured data of P4,4,4,4SPA+C60 to exposure of MeCN.PNG
31866 02-06-2025 11:28 Figures/FigureS29-Measured data of P4,4,4,4SPA+C70 to exposure of MeCN.PNG
150393 02-06-2025 10:34 Figures/FigureS3-Raman spectrum of P4,4,4,4SPA.png
27266 02-06-2025 11:30 Figures/FigureS30-Measured data of P4,4,4,8SPA to exposure of MeCN.PNG
35008 02-06-2025 11:31 Figures/FigureS31-Measured data of P4,4,4,8SPA+C60 to exposure of MeCN.PNG
31107 02-06-2025 11:31 Figures/FigureS32-Measured data of P4,4,4,8SPA+C70 to exposure of MeCN.PNG
30087 02-06-2025 11:34 Figures/FigureS33-Measured data of P4,4,4,4SPA to exposure of bromoethane.PNG
30893 02-06-2025 11:34 Figures/FigureS34-Measured data of P4,4,4,4SPA+C60 to exposure of bromoethane.PNG
35150 02-06-2025 11:35 Figures/FigureS35-Measured data of P4,4,4,4SPA+C70 to exposure of bromoethane.PNG
29286 02-06-2025 11:36 Figures/FigureS36-Measured data of P4,4,4,8SPA to exposure of bromoethane.PNG
31181 02-06-2025 11:37 Figures/FigureS37-Measured data of P4,4,4,8SPA+C60 to exposure of bromoethane.PNG
32004 02-06-2025 11:37 Figures/FigureS38-Measured data of P4,4,4,8SPA+C70 to exposure of bromoethane.PNG
29673 02-06-2025 11:39 Figures/FigureS39-Measured data of P4,4,4,4SPA to exposure of EtOH.PNG
21056 02-06-2025 10:34 Figures/FigureS4-Raman spectrum of P4,4,4,8SPA.jpg
31507 02-06-2025 11:40 Figures/FigureS40-Measured data of P4,4,4,4SPA+C60 to exposure of EtOH.PNG
32899 02-06-2025 11:41 Figures/FigureS41-Measured data of P4,4,4,4SPA+C70 to exposure of EtOH.PNG
28340 02-06-2025 11:42 Figures/FigureS42-Measured data of P4,4,4,8SPA to exposure of EtOH.PNG
30602 02-06-2025 11:43 Figures/FigureS43-Measured data of P4,4,4,8SPA+C60 to exposure of EtOH.PNG
29723 02-06-2025 11:43 Figures/FigureS44-Measured data of P4,4,4,8SPA+C70 to exposure of EtOH.PNG
139093 02-06-2025 11:45 Figures/FigureS45-Linear dependence of the Y0 value change on the relative permittivity of the analyte.png
140205 02-06-2025 11:46 Figures/FigureS46-Linear dependence of the Y0 value change on the dipole moment of the analyte .png
131923 02-06-2025 11:46 Figures/FigureS47-Linear dependence of the Y0 value change on the relative polarity of the analyte .png
129402 02-06-2025 11:47 Figures/FigureS48-Dependence of the change in P4,4,4,XSPA sensor resistance on the dipole momentof various gas analytes.png
91908 02-06-2025 11:47 Figures/FigureS49-Interaction of P4,4,4,4SPA upon sequential addition of explicit ethanol solvent molecules .jpg
21704 02-06-2025 10:35 Figures/FigureS5-Raman spectrum of P4,4,4,8SPA.jpg
78401 02-06-2025 10:35 Figures/FigureS6-Raman spectrum of P4,4,4,4SPA+C60.jpg
22492 02-06-2025 10:35 Figures/FigureS7-Raman spectrum of P4,4,4,4SPA+C60.jpg
20447 02-06-2025 10:36 Figures/FigureS8-Raman spectrum of drop casted C60 dissolved in methylcyclohexane.jpg
37884 02-06-2025 10:38 Figures/FigureS9-UV-vis absorbance spectrum of pure P4,4,4,4SPA.jpg
5187 02-07-2025 07:48 Figures/readme.txt
99973 02-06-2025 10:22 Figures/Scheme1-Synthesis-of-PILsamples.png
7872 02-06-2025 10:23 Figures/Scheme2-Preparation-of-PILS-on-substrate.jpg
388 02-06-2025 10:27 Figures/Table1-Relative-changes-of-DeltaY0-of-all-PILs.csv
350 02-06-2025 10:32 Figures/TableS1-Polymerization-mixture-compositions.csv
503 02-06-2025 11:33 Figures/TableS10-Sensor responste on P4444SPA and nanocomposites to bromoethane.csv
503 02-06-2025 11:36 Figures/TableS11-Sensor responste on P4448SPA and nanocomposites to bromoethane.csv
497 02-06-2025 11:38 Figures/TableS12-Sensor responste on P4444SPA and nanocomposites to EtOH.csv
499 02-06-2025 11:42 Figures/TableS13-Sensor responste on P4448SPA and nanocomposites to EtOH.csv
309 02-06-2025 11:44 Figures/TableS14-Physical properties of the used analytes - dipole moment, relative polarity, permittivity.csv
576 02-06-2025 10:37 Figures/TableS2-Representative Raman bands for P4,4,4,4SPA and P4,4,4,8SPA.csv
1619 02-06-2025 10:43 Figures/TableS3-Absolute and relative values of Y0 before and after analyte exposure.csv
492 02-06-2025 10:46 Figures/TableS4-Sensor responste on P4444SPA and nanocomposites to acetaldehyde.csv
493 02-06-2025 10:52 Figures/TableS5-Parameters evaluated using CPE model for acetaldehyde responses of sensors based on P4,4,4,8SPA and 2+C60, 2+C70 nanocomposites.csv
491 02-06-2025 10:55 Figures/TableS6-Sensor responste on P4444SPA and nanocomposites to acetic acid.csv
492 02-06-2025 11:00 Figures/TableS7-Sensor responste on P4448SPA and nanocomposites to acetic acid.csv
498 02-06-2025 11:08 Figures/TableS8-Sensor responste on P4444SPA and nanocomposites to acetonitrile.csv
538 02-06-2025 11:29 Figures/TableS9-Sensor responste on P4448SPA and nanocomposites to acetonitrile.csv
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