Quick guide TFC Data converter is designed for

Quick guide TFC Data converter is designed for converting data from thermoanalytical instruments (e. g. DSC, TG, combined DSC+TG), adiabatic and reaction calorimetry, and transferring data to data processing applications (TDPro, ADa. Expert, or RCPro respectively). TFC allows you to read a data file, to analyze it and to choose only the necessary information. In addition you can make some elementary data processing (e. g. to change units to the standard ones). The use of the templates offers the possibility to save the method of structural analysis for the particular data type. If data are loaded from the files then the template will be associated with the file extension. Afterwards this saved template will be automatically loaded whenever you load the file with the appropriate extension and all the parsing will be made automatically. Data Converter (TFC) Tutorial This tutorial demonstrates all the main stes of NOTE. The most convenient way to run TFC is to launch it from a data processing application (ADa. Expert in this example). In this case TFC is automatically adjusted for specific type of data and converted data will be immediately transferred into the data processing application Converting data demonstrates typical procedure of converting row experimental data 1. Load original experimental data from a txt file, Excel sheet or paste data from the Clipboard. Depending on the experiment type data should include different types of information. For example adiabatic data must include time, temperature and pressure data presented in tabular form. Additional information (as sample and cell mass, heat capacities, etc. ) can be also presented in a data file or taken elsewhere. 2. Fill in the Header with additional information. Specific header will be opened for every type of data 3. Define the template which indicates meaning of necessary data columns and units of measure 4. Run conversion, then transfer data into the data processing application (ADa. Expert, TDPro or RCPro) (on the example of adiabatic data) Follow the instructions printed in bold and underlined Begin

Read this guide, then Click Open Quick guide TFC Data converter is designed for converting data from thermoanalytical instruments (e. g. DSC, TG, combined DSC+TG), adiabatic and reaction calorimetry, and transferring data to data processing applications (TDPro, ADa. Expert, or RCPro respectively). TFC allows you to read a data file, to analyze it and to choose only the necessary information. In addition you can make some elementary data processing (e. g. to change units to the standard ones). The use of the templates offers the possibility to save the method of structural analysis for the particular data type. If data are loaded from the files then the template will be associated with the file extension. Afterwards this saved template will be automatically loaded whenever you load the file with the appropriate extension and all the parsing will be made automatically. NOTE. The most convenient way to run TFC is to launch it from a data processing application (ADa. Expert in this example). In this case TFC is automatically adjusted for specific type of data and converted data will be immediately transferred into the data processing application Converting data 1. Load original experimental data from a txt file, Excel sheet or paste data from the Clipboard. Depending on the experiment type data should include different types of information. For example adiabatic data must include time, temperature and pressure data presented in tabular form. Additional information (as sample and cell mass, heat capacities, etc. ) can be also presented in a data file or taken elsewhere. 2. Fill in the Header with additional information. Specific header will be opened for every type of data 3. Define the template which indicates meaning of necessary data columns and units of measure 4. Run conversion, then transfer data into the data processing application (ADa. Expert, TDPro or RCPro)

Quick guide TFC Data converter is designed for converting data from thermoanalytical instruments (e. g. DSC, TG, combined DSC+TG), adiabatic and reaction calorimetry, and transferring data to data processing applications (TDPro, ADa. Expert, or RCPro respectively). TFC allows you to read a data file, to analyze it and to choose only the necessary information. In addition you can make some elementary data processing (e. g. to change units to the standard ones). The use of the templates offers the possibility to save the method of structural analysis for the particular data type. If data are loaded from the files then the template will be associated with the file extension. Afterwards this saved template will be automatically loaded whenever you load the file with the appropriate extension and all the parsing will be made automatically. NOTE. The most convenient way to run TFC is to launch it from a data processing application (ADa. Expert in this example). In this case TFC is automatically adjusted for specific type of data and converted data will be immediately transferred into the 2. Select necessary Data File data processing application Converting data 1. Load original experimental data from a txt file, Excel sheet or paste data from the Clipboard. Depending on the experiment type data should include different types of information. For example adiabatic data 1. Select necessary Folder data presented in tabular form. must include time, temperature and pressure Additional information (as sample and cell mass, heat capacities, etc. ) can be also presented in a data file or taken elsewhere. 2. Fill in the Header with additional information. Specific header will be opened for every type of data 3. Press 3. Define the template which indicates meaning of necessary data columns and units of. Open measure 4. Run conversion, then transfer data into the data processing application (ADa. Expert, TDPro or RCPro)

Quick guide TFC Data converter is designed for converting data from thermoanalytical instruments (e. g. DSC, TG, combined DSC+TG), adiabatic and reaction calorimetry, and transferring data to data processing applications 1. to This was loaded from the Excel book. (TDPro, ADa. Expert, or RCPro respectively). TFC allows you read data a dataset file, to analyze it and to choose only the necessary information. In addition you can make some elementary data One should remember that TFCprocessing can read only (e. g. to change units to the standard ones). The use of the templates offers the possibility to save the data from the first page of the book. method of structural analysis for the particular data type. If data are loaded from the files then the template 2. TFC automatically recognizes the data table will be associated with the file extension. Afterwards this saved template will be automatically loaded highlights themade first and last table lines. whenever you load the file with the appropriate extension and all and the parsing will be automatically. 3. As additional information in the original data NOTE. The most convenient way to run TFC is to launch it from a data processing application (ADa. Expert in this example). In this candata be arranged in arbitrary manner case TFC is automatically adjusted for specific type of data and converted will be immediately transferred into it thehas to data processing application be defined manually Converting data 4. As soon as data table was recognized one 1. Load original experimental data from a txt file, Excel sheet or paste data from the Clipboard. can proceed with the next step – filling the Depending on the experiment type data should include different types of information. For example adiabatic data Header must include time, temperature and pressure data presented in tabular form. Additional information (as sample and cell mass, heat capacities, etc. ) can be also presented in a data file or taken elsewhere. 2. Fill in the Header with additional information. Specific header will be opened for every type of data 3. Define the template which indicates meaning of necessary data columns and units of measure 4. Run conversion, then transfer data into the data processing application (ADa. Expert, TDPro or RCPro) Click Next

2. file Fill Click necessary fields manually. 1. To retrieve info from data View Source data Button Note – phi-factor should be defined if it cannot be calculated from. Quick massguide heat capacities of sample and bomb. Otherwise it will be calculated in ADa. Expert TFC Data converter is designed for converting data from thermoanalytical instruments (e. g. DSC, TG, Brown combined DSC+TG), adiabatic and reaction calorimetry, and transferring data to data processing applications (TDPro, ADa. Expert, or RCPro respectively). TFC allows you to read a data file, to analyze Decomposition of 20% of DTBP in toluene it and to choose only the necessary information. In addition you can make some elementary data processing (e. g. to change units to the standard ones). The use of the templates offers the possibility to save the method of structural analysis for the particular data type. If data are loaded from the files then the template 17. 05 DTBP will be associated with the file extension. Afterwards this saved template will be automatically loaded whenever you load the file with the appropriate extension and all the parsing will be made automatically. 0. 49 3. 559 ARC NOTE. The most convenient way to run TFC is to launch it from a data processing application (ADa. Expert in this example). In this 2. 14 3 into the case TFC is automatically adjusted for specific type of data and converted data will be immediately transferred data processing application 4 Converting data 1. Load original experimental data from a txt file, Excel sheet or paste data from the Clipboard. Depending on the experiment type data should include different types of information. For example adiabatic data must include time, temperature and pressure data presented in tabular form. Additional information (as sample and cell mass, heat capacities, etc. ) can be also presented in a data file or taken elsewhere. 2. Fill in the Header with additional information. Specific header will be opened for every type of data 3. Define the template which indicates meaning of necessary data columns and units of measure 4. Run conversion, then transfer data into the data processing application (ADa. Expert, TDPro or RCPro) 3. Press Next

Quick guide TFC Data converter is designed for converting data from thermoanalytical instruments (e. g. DSC, TG, combined DSC+TG), adiabatic and reaction calorimetry, and transferring data to data processing applications (TDPro, ADa. Expert, or RCPro respectively). TFC allows you to read a data file, to analyze it and to choose only the necessary information. In addition you can make some elementary data processing (e. g. to change units to the standard ones). The use of the templates offers the possibility to save the method of structural analysis for the particular data type. If data are loaded from the files then the template will be associated with the file extension. Afterwards this saved template will be automatically loaded whenever you load the file with the appropriate extension and all the parsing will be made automatically. NOTE. The most convenient way to run TFC is to launch it from a data processing application (ADa. Expert in this example). In this Select appropriate case TFC is automatically adjusted for specific type of data and converted data will be immediately transferred into the separator and Press OK data processing application Converting data 1. Load original experimental data from a txt file, Excel sheet or paste data from the Clipboard. Depending on the experiment type data should include different types of information. For example adiabatic data If separator between data columns must include time, temperature and pressure data presented in tabular form. coincides(as with theand default one heat the capacities, etc. ) can be also presented in a data file or Additional information sample cell mass, first. data line appears in Source taken elsewhere 2. Fill in the Header with additional Specific Sample. If not –information. Click Settings toheader will be opened for every type of data 3. Define the template which indicates meaning of necessary data columns and units of measure adjust separator 4. Run conversion, then transfer data into the data processing application (ADa. Expert, TDPro or RCPro)

1. Minimal obligatory data for adiabatic experiment are time, T sample and Pressure TFC Data converter. Еo is define designedphysical for converting data from instruments (e. g. DSC, TG, quantity and thermoanalytical 2. For every obligatory data column one should combined DSC+TG), adiabatic and reaction calorimetry, and transferring data to data processing applications units of every necessary data physical quantity and units (TDPro, ADa. Expert, or RCPro respectively). TFC allows you to read adefine data file, to analyze column Click to Define In addition you can 3. make If datatable contains more data columns, it and to choose only the necessary information. some elementary data processing (e. g. to change units to the standard ones). The use of the templates offers possibility to save extrathe columns should notthe be defined Quick guide method of structural analysis for the particular data type. If data are loaded from the files then the template will be associated with the file extension. Afterwards this saved template will be automatically loaded whenever you load the file with the appropriate extension and all the parsing will be made automatically. NOTE. The most convenient way to run TFC is to launch it from a data processing application (ADa. Expert in this example). In this case TFC is automatically adjusted for specific type of data and converted data will be immediately transferred into the data processing application 1. Converting Click Arrow data to select 1. Load original experimental data from a txt file, Excel sheet or paste data from the Clipboard. appropriate quantity Depending on the experiment type data should include different types of information. For example adiabatic data must include time, temperature and pressure data presented in tabular form. Additional information (as sample and cell mass, heat capacities, etc. ) can be also presented in a data file or 2. Click in the list to select taken elsewhere. appropriate quantity 2. Fill in the Header with additional information. Specific header will be opened for every type of data 3. Define the template which indicates meaning of necessary data columns and units of measure 4. Run conversion, then transfer data into the data processing application (ADa. Expert, TDPro or RCPro)

1. Minimal obligatory data for adiabatic experiment are time, T sample and Pressure TFC Data converter is designed for converting data from thermoanalytical instruments (e. g. DSC, TG, 2. For every obligatory data column one should combined DSC+TG), adiabatic and reaction calorimetry, and transferring data to data processing applications physical quantity and units (TDPro, ADa. Expert, or RCPro respectively). TFC allows you to read adefine data file, to analyze 3. make If datatable contains more data columns, it and to choose only the necessary information. In addition you can some elementary data processing (e. g. to change units to the standard ones). The use of the templates offers possibility to save extrathe columns should notthe be defined Quick guide method of structural analysis for the particular data type. If data are loaded from the files then the template will be associated with the file extension. Afterwards this saved template will be automatically loaded whenever you load the file with the appropriate extension and all the parsing will be made automatically. NOTE. The most convenient way to run TFC is to launch it from a data processing application (ADa. Expert in this example). In this case TFC is automatically adjusted for specific type of data and converted data will be immediately transferred into the data processing application Converting data 1. Load original experimental data from a txt file, 3. Excel or paste data from the Clipboard. Clicksheet Arrow to select Depending on the experiment type data shouldappropriate include different types of information. For example adiabatic data units must include time, temperature and pressure data presented in tabular form. Additional information (as sample and cell mass, heat capacities, etc. ) can be also presented in a data file or 4. Click in the list to select taken elsewhere. appropriate units 2. Fill in the Header with additional information. Specific header will be opened for every type of data 3. Define the template which indicates meaning of necessary data columns and units of measure 4. Run conversion, then transfer data into the data processing application (ADa. Expert, TDPro or RCPro)

Click Save to save new Template Quick guide TFC Data converter is designed for converting data from thermoanalytical instruments (e. g. DSC, TG, combined DSC+TG), adiabatic and reaction calorimetry, and transferring data to data processing applications Repeat the same procedure for sample T and (TDPro, ADa. Expert, or RCPro respectively). TFC allows you to read a data file, to analyze Pressure it and to choose only the necessary information. In addition you can make some elementary data processing (e. g. to change units to the standard ones). The use of the templates offers the possibility to save the method of structural analysis for the particular data type. If data are loaded from the files then the template will be associated with the file extension. Afterwards this saved template will be automatically loaded whenever you load the file with the appropriate extension and all the parsing will be made automatically. NOTE. The most convenient way to run TFC is to launch it from a data processing application (ADa. Expert in this example). In this case TFC is automatically adjusted for specific type of data and converted data will be immediately transferred into the data processing application Converting data 1. Load original experimental data from a txt file, Excel sheet or paste data from the Clipboard. Depending on the experiment type data should include different types of information. For example adiabatic data must include time, temperature and pressure data presented in tabular form. Additional information (as sample and cell mass, heat capacities, etc. ) can be also presented in a data file or If Template is correct, Click Yes taken elsewhere. 2. Fill in the Header with additional information. Specific header will be opened for every type of data 3. Define the template which indicates meaning of necessary data columns and units of measure 4. Run conversion, then transfer data into the data processing application (ADa. Expert, TDPro or RCPro) ARC data Now you can assign the Template name and save it for further use. Type the text in the edit Click Next

Quick guide TFC Data converter is designed for converting data from thermoanalytical instruments (e. g. DSC, TG, combined DSC+TG), adiabatic and reaction calorimetry, and transferring data to data processing applications Click Return (TDPro, ADa. Expert, or RCPro respectively). TFC allows you to read a data file, to analyze Converted data it and to choose only the necessary information. In addition you can make some elementary data processing will be transferred (e. g. to change units to the standard ones). The use of the templates offers the possibility to save the method of structural analysis for the particular data type. If data are loaded from the files to then thedata template the will be associated with the file extension. Afterwards this saved template will be automatically loaded processing whenever you load the file with the appropriate extension and all the parsing will be made automatically. program and TFC NOTE. The most convenient way to run TFC is to launch it from a data processing application (ADa. Expert in this example). In this case TFC is automatically adjusted for specific type of data and converted data will be immediately transferred into the will be closed data processing application Converting data 1. Load original experimental data from a txt file, Excel sheet or paste data from the Clipboard. Depending on the experiment type data should include different types of information. For example adiabatic data must include time, temperature and pressure data presented in tabular form. Additional information (as sample and cell mass, heat capacities, etc. ) can be also presented in a data file or taken elsewhere. 2. Fill in the Header with additional information. Specific header will be opened for every type of data 3. Define the template which indicates meaning of necessary data columns and units of measure 4. Run conversion, then transfer data into the data processing application (ADa. Expert, TDPro or RCPro)

Quick guide TFC Data converter is designed for converting data from thermoanalytical instruments (e. g. DSC, TG, combined DSC+TG), adiabatic and reaction calorimetry, and transferring data to data processing applications (TDPro, ADa. Expert, or RCPro respectively). TFC allows you to read a data file, to analyze it and to choose only the necessary information. In addition you can make some elementary data processing (e. g. to change units to the standard ones). The use of the templates offers the possibility to save the method of structural analysis for the particular data type. If data are loaded from the files then the template will be associated with the file extension. Afterwards this saved template will be automatically loaded whenever you load the file with the appropriate extension and all the parsing will be made automatically. NOTE. The most convenient way to run TFC is to launch it from a data processing application (ADa. Expert in this example). In this case TFC is automatically adjusted for specific type of data and converted data will be immediately transferred into the data processing application Converting data 1. Load original experimental data from a txt file, Excel sheet or paste data from the Clipboard. Depending on the experiment type data should include different types of information. For example adiabatic data must include time, temperature and pressure data presented in tabular form. Additional information (as sample and cell mass, heat capacities, etc. ) can be also presented in a data file or taken elsewhere. 2. Fill in the Header with additional information. Specific header will be opened for every type of data 3. Define the template which indicates meaning of necessary data columns and units of measure 4. Run conversion, then transfer data into the data processing application (ADa. Expert, TDPro or RCPro) End of the Tutorial. Now you can repeat data conversion by yourself - you can use your own data to master the TFC Data Converter.