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CGgIPpQRSTZCalibration CV STGal. Universal DP and Gal. Square WV (differential measurements)Gal. Recurrent DP (differential measurements)Pot. Interactive CVPot. Universal DP or Pot. Square WV (differential measurements)Pot. Recurrent DP (differential measurements)Chrono CoulometryRaw data curvePot. Fixed Freq. (Capacitance)Time evolutionPot. Dynamic EIS (Impedance), Pot. Tutorial EIS (Impedance),Gal. Tutorial EIS (Impedance), Pot. Expert EIS (Impedance),Gal. Expert EIS (Impedance)Examples:The “SMITH03.CRV” file is the curve obtained by Chrono Potentiometry. ThisChrono Potentiometry is the first method of the so-called “SMITH” experiment.The “SMITH13.CRV” file is the curve obtained by Chrono Potentiometry. ThisChrono Potentiometry is the second method of the so-called “SMITH” experiment.The “SMITHF0.CRV” file is the curve obtained by Pot. Tutorial CA. ThisPot. Tutorial CA is the method no. 16 of the so-called “SMITH” experiment.Particular cases (Impedance and polarisation resistance files):Pot. Dynamic EIS (Impedance) curve filesIf SMITH is the name of an experiment comprising a Pot. Dynamic EIS(Impedance) method, the impedance corresponding to the first spectrum is savedin the SMITH001_xZ.CRV file. If there are more than one spectrum for the method,one result file is created for each spectrum (SMITH002_xZ.CRV for the secondspectrum, SMITH003_xZ.CRV for the third, etc.). “x” is a hexadecimal numberbetween 00 and FF (see previous page).Pot. Expert EIS (Impedance) curve filesIf SMITH is the name of an experiment comprising a Pot. Expert EIS (Impedance)method, the impedance spectrum is saved in the SMITH000_xZ.CRV file. “x” is ahexadecimal number between 00 and FF (see previous page).Pot. Fixed Freq. EIS (Capacitance) curve filesIf SMITH is the name of an experiment comprising a Pot. Fixed Freq. EIS(Capacitance) method, the impedance corresponding to the first spectrum is savedin the SMITH001_xS.CRV file. If there are more than one spectrum repetition, oneresult file is created for each spectrum (SMITH002_xS.CRV for the first repetition,SMITH003_xS.CRV for the third, etc.). “x” is a hexadecimal number between 00and FF (see previous page).4.11.2 Description of curve FilesConsult the Help file, keyword index: Curve files - (name of the method).104VoltaMaster 4 - Version 7.0xSection 4, Chapter 11: The VoltaMaster 4 files