Real-time PAAO

<p>Real-time thickness measurements</p> <ul> <li><strong>Originals</strong> - Directory with all saved spectra with preserved timestamps</li> <li><strong>Organized files</strong> - Directory with processed data <ul> <li><strong>1. Pre anodizing spectrum</strong> - Directory with spectra before anodization process</li> <li><strong>2. Anodizing spectrum</strong> - Directory with spectra during anodization process</li> <li><strong>3. Post anodizing spectrum</strong> - Directory with spectra after anodization process</li> <li><strong>4. Anodizing Plots</strong> - Directory with images of spectra and fitted spectra during an anodization process</li> <li><strong>5. Anodizing Data</strong> - Directory with tab delimited data of spectra and fitted spectra during an anodization process. <em>(1st column: Wavelength (nm); 2nd column: Experimental reflection(a.u.); 3rd column: Fitted reflection (a.u.))</em></li> <li><strong>Current_per_time.dat</strong> - tab delimited data for current dependence on anodization time <em>(1st column: Anodization time (s); 2nd column: Current (mA))</em></li> <li><strong>Thickness_per_time.dat</strong> - tab delimited data for PAAO thickness dependence on anodization time <em> (1st column: Anodization time (s); 2nd column: Thickness (nm))</em></li> <li><strong>Thickness_per_time.png</strong> - plot of PAAO thickness dependence on anodization time</li> <li><strong>Anodization_parameters.txt</strong> - data containing information about anodization parameters ( Voltage, Temperature, etc.)</li> </ul> </li> </ul> <p>Zip file name consists of: 1.Date 2.Time 3.Desired_Thickness 4.Fitted_Thickness 5.Anod_time 6.Temperature 7.Voltage 8.Solution 9.Material.zip</p> <p>Project: Nanostructured multilayer hybrid coatings for interferometric and optoelectronic sensors (LZP-2020/1-0200)</p>