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# Freq/Dec *.bin *.CalData *.DTA *.exp *.GSequence *.INI *.SET *.txt A/D converter Abort Abort() About Echem Analyst 2 About Gamry Framework... Abs() absolute value AC Calibration AC Current AC error AC performance AC Voltage AC-coupled Accum. Time Ach range Action Activation E Activation Time Active Cell Active plot ADC Add Step to Sequence admittance Advanced Cell Setup Advanced Pstat Setup AE Ch# AE Channel AE Limits Aixiliary channel alphanumeric Amplitude analog-to-digital converter    A/D converter    ADC Analysis Analysis Region Apex E Apex I Apex Temp Applied E Applied I Applied Voltage Arc Cosine Arc Sine Arc Tangent ArcCos() ArcSin() ArcTan() Area argument argument list Arithmetic Arrange Icons ARRAY Array functions Array.Dim() Array.Get() Array.Set() ASCII Ascii() assignment ASTM    ASTM F746    ASTM G192    ASTM G5    ASTM G59    ASTM G61 ASTM Critical Pitting Temperature    CPT atomic weight    AW Authorization Code Auto Instrument Start Auto mode Auto script Auto script functions Auto Update All auto-range Aux A/D Aux channel Aux electrometer Aux Electrometer Calibration Aux Measurements    AE Channels    AE Limits Auxiliary A/D input Auxiliary channel Auxiliary Electrometer    AE Available Steps Avogadro's number axis axis label Base Filename Base Freq. Basic math functions baud rate Beta An. Beta Cat. bias voltage bi-potentiostat BiPotentiostat Scripts    Chronoamperometry    Chronoamperometry with RPM Loop    Collection    Collection with RPM Loop    Cyclic Voltammetry    Cyclic Voltammetry with RPM Loop BiPstat BiPstat ChronoP Main - OCP Serf BiPstat ChronoP Main - Potentiostatic Serf BiPstat GalvDynamic Main - OCP Serf BiPstat GalvDynamic Main - Potentiostatic Serf bit resolution Bits Blink Block Time BNC connector BNC input Bode plot Boolean Bounded Warburg impedance break breakdown potential build number bulk concentration Butler-Volmer equation Butler-Volmer kinetics Butler-Volmer model Butterworth filter CA CA Speed cable calibration Cable Check cable ID cable serial number Cable Tag Calibrate Cable Capacitance Calibrate Instrument Calibrate Temperature Measurements Calibration Calibration backup file    *.CalData Calibration Cell Calibration Date Calibration Key Calibration Shield Call by Reference Call by Value Callin() Cancel Capacitor Capacity carriage return Cascade case-sensitive Causality Factor caution message cell current Cell potential Cell Pstat Cell State Mode Cell Switch Cell Type cfunction CGEN Cgen.Activate() Cgen.AddPoint() Cgen.Count() Cgen.DataCol() Cgen.DataValue() CGEN.New() Cgen.SetAxis() Cgen.SprintPoint() Cgen.Tag() Change Port change tier channel Channel Number Channel.Active() Channel.Area() CHANNEL.Dialog Channel.Ident() CHANNEL.New() Channel.PrintNotes() Channel.SetActive() Channel.System() Char() Charge charge collection efficiency Charge Limit Charge Mode Charge Rest Time Charge Stop At 1 Charge Stop At 2 Charge Time charge-transfer resistance Chassis Ground CHECK110.exp Chemical System Manager child script CHRONOA ChronoA.Activate() ChronoA.Count() ChronoA.DataCol() ChronoA.DataValue() CHRONOA.New() ChronoA.Printl() ChronoA.Run() ChronoA.SetAxis() ChronoA.SetDecimation() ChronoA.SetPlot() ChronoA.SetPlotView() ChronoA.SetTitle() ChronoA.Sprint() ChronoA.SprintPoint() ChronoA.StopAt() ChronoA.StopAtDelay() ChronoA.Thresh() ChronoA.Title() Chronoamperometry    CA Chronoamperometry with RPM Loop CHRONOC ChronoC.Activate() ChronoC.Count() ChronoC.DataCol() ChronoC.DataValue() CHRONOC.New() ChronoC.Printl() ChronoC.Run() ChronoC.SetAxis() ChronoC.SetDecimation() ChronoC.SetPlot() ChronoC.SetPlotView() ChronoC.SetTitle() ChronoC.Sprint() ChronoC.SprintPoint() ChronoC.StopAt() ChronoC.StopAtDelay() ChronoC.Thresh() ChronoC.Title() Chronocoulometry    CC CHRONOP ChronoP.Activate() ChronoP.Count() ChronoP.DataCol() ChronoP.DataValue() CHRONOP.New() ChronoP.Printl() ChronoP.Run() ChronoP.SetAxis() ChronoP.SetDecimation() ChronoP.SetPlot() ChronoP.SetPlotView() ChronoP.SetTitle() ChronoP.Sprint() ChronoP.SprintPoint() ChronoP.StopAt() ChronoP.StopAtDelay() ChronoP.Thresh() ChronoP.Title() Chronopotentiometry    CP CI CIIV Ciiv.Activate() Ciiv.Count() Ciiv.DataCol() Ciiv.DataValue() CIIV.New() Ciiv.Printl() Ciiv.Run() Ciiv.SetAxis() Ciiv.SetPlot() Ciiv.SetPlotView() Ciiv.Sprint() Ciiv.SprintPoint() Ciiv.StopAt() Ciiv.StopAtDelay() Ciiv.Thresh() C-language class    CHRONOA    CHRONOC    CHRONOP    CIIV    CPIV    FRACURVE    GALVCOR    IDSTEP    IMSTEP    IPV    IRAMP    IRUPDN    ISTEP    IUPDN    LINFIT    NSCURVE    PV    PWR    PWR_AE    PWRCONST    PWRRAMP    PWRSTEP    RCV    VDSTEP    VMSTEP    VPV    VRAMP    VRUPDN    VSTEP    VUPDN class function    PWRCONST.New()    PWRRAMP.New()    PWRSTEP.New() Class manipulation functions class name class variable ClassAddCSel() ClassAddISel() ClassIndex() ClassName() ClassNew() Clear Clear Sequence Client Portal clipboard Close Close All Close Wizard CMOS output coated metal coating defects Collection Collection with RPM Loop COM Detect COM port CombiEIS Galvanostatic CombiEIS Potentiostatic common-mode voltage communications firmware Comparison compiler compiler error COMPLEX complex conjugate complex number Complex.Add() Complex.Con() Complex.Cos() Complex.Div() Complex.Imag() Complex.isEqual() Complex.Mag() Complex.Mul() COMPLEX.New() Complex.Phi() Complex.Real() Complex.SetImag() Complex.SetReal() Complex.Show() Complex.Sin() Complex.Sub() Complex.Tan() Complex-number functions Compliance Current Compliance Voltage Condition Cell Conditioning Config() Constant Phase Element    CPE constant signal Contents Continue Control Amplifier    CA control board control flow control mode control-I mode Controlled Potential Coulometry    CPC control-V mode convention Copy copyrights Corr. Rate Units correlation coefficient corrosion corrosion convention corrosion current corrosion potential corrosion rate    CR corrosion testing Corrosion Type Cos() Cosh() Cosine Cottrell equation Counter/Working cable CPIV Cpiv.Activate() Cpiv.Count() Cpiv.DataCol() Cpiv.DataValue() CPIV.New() Cpiv.Printl() Cpiv.Run() Cpiv.SetAxis() Cpiv.SetPlot() Cpiv.SetPlotView() Cpiv.Sprint() Cpiv.SprintPoint() Cpiv.StopAt() Cpiv.StopAtDelay() Cpiv.Thresh() CPT    ASTM Critical Pitting Temperature    Critical Pitting Temperature CPU board crevice corrosion critical current Critical Pitting Potential    CPP Critical Pitting Temperature    ASTM Critical Pitting Temperature    CPT    Critical Pitting Temperature    Cyclic Thermammetry critical repassivation potential CTRL board Current current channel current channel offset current channel range current convention current difference Current I current range Current Script current-interrupt current-ramp waveform current-step waveform CURVE curve class    CHRONOA    CHRONOC    CHRONOP    CIIV    CPIV    FRACURVE    GALVCOR    NSCURVE    PV    PWR    PWR_AE    RCV Curve classes curve list Curve.DataCol() Curve.Run() custom variable customization Cut Cycle Limit cycle number Cycles Cyclic Charge Discharge Cyclic Galvanodynamic Cyclic Polarization Cyclic Thermammetry Cyclic Voltammetry    CV Cyclic Voltammetry - Constant Illumination Cyclic Voltammetry with RPM Loop DAC DAC channel DAC output data object data storage data type data value DATACOL date DateStamp() Dawdle() DC Calibration DC Corrosion    Corrosion Potential    Critical Pitting Potential    Cyclic Galvanodynamic    Cyclic Polarization    DC105 Tutorial    Electrochemical Reactivation    Galvanic Corrosion    Galvanodynamic    Galvanostatic    Polarization Resistance    Potentiodynamic    Rp/Ec Trend    Tafel    THE Repassivation Potential DC Current DC Low I Calibration DC Offset DC offset voltage DC performance DC Voltage DC105 Tutorial DC-coupled DDS signal DDS sine-wave synthesizer debugging Decay Time Decimate Default Define Variable Degrees Delay Delay Amount Delay functions Delay Units Delay() DelayFrom() Delta Q Decrease Delta Q Increase Density Device Info Device List Device Manager Device status bar dialog box dielectric Differential Pulse Polarogram Differential Pulse Polarography    DPP Differential Pulse Stripping Voltammetry    DPS Differential Pulse Voltammetry    DPV diffusion diffusion coefficient diffusion control Digital In Digital Out digital output Directory Discharge Discharge Mode Discharge Profile Discharge Rest Time Discharge Stop At 1 Discharge Stop At 2 disclaimers Disk File Setup functions DLGSPACE DLGSPACE.Dialog DLGSPACE.New() DLL    dynamic link library DLL library function DME    Dropping Mercury electrode DOS EDIT double-layer capacitance download Drift Correction dropping mercury electrode    DME DSP Mode DSP sampling DtoR() dual-electrometer Dymmy Cell E Stop Earth ground Echem Analyst Echem Analyst 2 ECM8 ECM8 firmware ECM8.Aux() ECM8.Cell() ECM8.Close() ECM8.Dac() ECM8.Dialog ECM8.New() ECM8.OffMode() ECM8.Open() ECM8.SetAux() ECM8.SetCell() ECM8.SetDac() ECM8.SetOffMode() ECM8.Version() Edit Editor Editor Font... Editor... EDLIN EFM    Electrochemical Frequency Modulation E-format EIS    Electrochemical Impedance Spectroscopy EIS Box EIS Box Channel Select EIS Spectrum EIS theory electrical resistance Electrochemical Energy    Charge    Cyclic Charge Discharge    Cyclic Voltammetry    Discharge    Discharge Profile    Galvanostatic    Galvanostatic EIS    Galvanostatic Intermittent Titration Technique    Hybrid EIS    Leakage Current    Polarization Curve    Potentiostatic    Potentiostatic EIS    Potentiostatic Intermittent Titration Technique    Read Voltage    Self-Discharge Electrochemical Frequency Modulation    EFM    Electrochemical Frequency Modulation Trend    Multiplexed EFM Trend Electrochemical Frequency Modulation Trend Electrochemical Impedance    CombiEIS Galvanostatic    CombiEIS Potentiostatic    Galvanostatic EIS    Hybrid EIS    Mott Schottky    Multiplexed Potentiostatic EIS    Multiplexed Potentiostatic EIS Repeating    Multiplexed Potentiostatic EIS Repeating Sequential    OptiEIS Galvanostatic    OptiEIS Potentiostatic    Potentiostatic EIS    Single Frequency EIS Electrochemical Noise    Galvanostatic Mode Electrochemical Noise    Multiplexed Potentiostatic Mode ECN    Multiplexed ZRA Mode ECN    Potentiostatic Mode Electrochemical Noise    ZRA Mode Electrochemical Noise electrochemical quartz crystal microbalance    eQCM 15M Electrochemical Reactivation    Electrochemical Potentiokinetic Reactivation    EPR Electrode    Set Rotation Speed    Specify Electrode Type    Stir-Purge Cell Electrode Area Electrode Setup Electrode Type    DME    HMDE    Rotating    SMDE    Solid electrolyte resistance electron-transport time E-mail empirical model Eoc Eoc value eQCM 15M Equality Equil. Time Equiv. Wt    equivalent weight Equivalent Series Resistance    ESR equivalent weight    EW equivalent-circuit model equivalent-current measurement resistance Eref error    DC offset error    gain error error message    Iac too big    Idc too big    Invalid Measurement    Stuck in Reading Loop    Unable to Control AC Cell Current    Unable to Control AC Cell Voltage    Unable to Open File    Unable to set current range    User Interrupt    Vac too big    Vac too small Error() ESR Estimated Z Euler's relationship Example Inputs exchange-current density Excitation Ampl excitation signal Execute() ExecWait() Exit Exp() Expected max current Expected Max V Experiment Experiment menu Explain Explain DLL Explain script file    *.exp exponent expression Extalk extension    *.bin    *.CalData    *.DTA    *.exp    *.SET external device external source input factory calibration factory recalibration Faraday cage Faraday constant Faraday Shield Faraday's constant Faraday's law Fast Fast Mode fatal error feedback FFT    Fast Fourier transform File file extension    *.bin    *.CalData    *.DTA    *.exp    *.SET file format File menu file name file path filter Final Discharge Final E Final Freq. Final I Final Temp Final Time Final Voltage Find FindClassByName() firmware    Communications firmware    Instrument firmware    PLDfirmware firmware file    *.bin firmware update First Channel First Delay First Step Fixed mode flag Flex Cell Kit float floating ground floating point font font size font style Fortran forward current forward voltage Fourier analysis Fourier series Fourier transform FRA    frequency response analyzer FRA channel FRACURVE FraCurve.Activate() FraCurve.Count() FraCurve.CycleLim() FraCurve.DataCol() FraCurve.DataValue() FraCurve.Freq() FraCurve.Idc() FraCurve.Iimag() FraCurve.Imod() FraCurve.Iphz() FraCurve.Ireal() FRACURVE.New() FraCurve.OverIac() FraCurve.OverIdc() FraCurve.OverVac() FraCurve.OverVdc() FraCurve.Printl() FraCurve.Run() FraCurve.SetPlot() FraCurve.Sprint() FraCurve.Vdc() FraCurve.Vimag() FraCurve.Vmod() FraCurve.Vphz() FraCurve.Vreal() FraCurve.Zimag() FraCurve.Zmod() FraCurve.Zphz() FraCurve.Zreal() Frequency frequency domain function    Pwr.Activate()    Pwr.Count()    Pwr.DataCol()    Pwr.DataValue()    PWR.New()    Pwr.Print()    Pwr.Run()    Pwr.SetAxis()    Pwr.SetPlotView()    Pwr.SetTitle()    Pwr.Sprint()    PWRCONST.New()    PWRRAMP.New()    PWRSTEP.New()    SprintPoint() function-argument variable functions Fwd. Scan gain Gain performance Galvanic Corrosion Galvanodynamic Galvanostat mode Galvanostatic Galvanostatic EIS Galvanostatic Generic Pulse Galvanostatic Intermittent Titration Technique    GITT Galvanostatic mode Galvanostatic Mode Electrochemical Noise GALVCOR Galvcor.Count() Galvcor.DataCol() Galvcor.DataValue() GALVCOR.New() Galvcor.Printl() Galvcor.Run() Galvcor.SetPlot() Galvcor.StopAt() Galvcor.StopAtDelay() Galvcor.Thresh() Gamry data file    *.DTA Gamry Instrument Manager    GIM Gamry script file Gamry setup file GAMRY.INI GAMRY5.INI General Generic Pulse Waveform    Galvanostatic Generic Pulse    Potentiostatic Generic Pulse Gerischer impedance Get Ru GIM GITT global variable goodness-of-fit Goto... ground ground isolation switch Group By Group Data Files Hanging Mercury Drop Electrode    HDME    HMDE Hardware    Cell State Mode    EIS Box Channel Select    Loop (EIS Box Channel)    Loop (Mux Channel)    Manual Multiplexer Select    Manual Potentiostat Select    Manual TDC Select    Multiple Instrument Start    Multiplexer Channel Select    Set Digital Out    Set Imax    TDC Temperature Set    Wait for Digital In headline Headline() Help Help Contents hexadecimal digit hexadecimal number High Compliance HMDE    Hanging Mercury Drop electrode Hold I Hold Sample Time Hold Time Hybrid EIS Hyperbolic Cosine Hyperbolic Sine Hyperbolic Tangent I channel I Limit I Rate I/E converter I/E converter stability I/E electrometer I/E filter I/E Range I/E Range Mode I/E resistance I/E resistor I/E Stability Iac too big Ich Ich Filter Ich filter setting Ich offset Ich range ICONST ICONST.New() Iconst.Tweak() Idc too big ideal resistor Identifier identify instrument identity Idif IDSTEP IDSTEP.New() IDSTEP.Signal Idstep.Tweak() IE converter IE range If...Else ifunction Ifwd ILAST imaginary component impedance IMPS IMSTEP IMSTEP.New() Imstep.Tweak() IMVS IMX IMX.Aux() IMX.Cell() IMX.Close() IMX.Dac() IMX.Dialog IMX.New() IMX.OffMode() IMX.Open() IMX.SetAux() IMX.SetCell() IMX.SetDac() IMX.SetOffMode() IMX.Version() IMX8 IMX8 firmware Inactive Cell included file Index Index() indicator    black    green    orange    white inductor Infinite Warburg impedance INI Init. Delay Initial Delay Initial Discharge Initial E Initial Freq. Initial I Initial Temp Initial Time Initial Voltage installation instance function    Pwr.Activate()    Pwr.Count()    Pwr.DataCol()    Pwr.DataValue()    PWR.New()    Pwr.Print()    Pwr.Run()    Pwr.SetAxis()    Pwr.SetPlotView()    Pwr.SetTitle()    Pwr.Sprint()    SprintPoint() Instrument Driver classes instrument firmware Instrument Manager instrument number instrument tier Intensity Modulated Photocurrent Spectroscopy    IMPS Intensity Modulated Photovoltage Spectroscopy    IMVS intercept Interface 1000 Interface 1010 Interface 5000 Interface Family Interface1010 intermodulation spectrum Invalid Measurement IPV IPV.New() IPV.Signal Ipv.Tweak() IQUANT IQUANT.Dialog IQUANT.New() Iquant.Printl() Iquant.SetValue() Iquant.Sprint() Iquant.Value() IR Comp IR Measure IRAMP IRAMP.New() Iramp.Tweak() IRComp iR-compensation iR-correction iR-drop iR-error Irev IRUPDN IRUPDN.New() IRUPDN.Signal Irupdn.Tweak() iR-voltage error IsAlnum() IsAlpha() IsDigit() IsLower() IsPunct() IsSpace() ISTEP ISTEP.New() Istep.Tweak() IsUpper() IsXdigit() IUPDN IUPDN.New() Iupdn.Tweak() I-V curve IVT Ivt.Activate() Ivt.Count() Ivt.DataCol() Ivt.DataValue() IVT.New() Ivt.Printl() Ivt.Run() Ivt.SetPlotView() Ivt.Sprint() Ivt.SprintPoint() Ivt.StopAt() Ivt.StopAtDelay() Ivt.Thresh() key keyword label LABEL.Dialog LABEL.New() Label.Printl() Label.SetValue() Label.Sprint() Label.Value() Last Channel Last Channel (#) LaunchWait() Le Châtelier's Principle Leakage Current least-squares fit LED LED Current I LED Driver LED Pstat legal notices letter library library functions library routines license lifetime Limit I Limit V linear linear least-squares fit Linear Sweep Voltammetry    LSV linear system LineFreq LineOpt() LINFIT LinFit.CorrCoef() LinFit.Crunch() LinFit.Icept() LINFIT.New() LinFit.Resid() LinFit.Slope() LinFit.Yvalue() Lissajous figure list of statements literature Load Sequence LoadLibrary() local potentiostat local representative local variables localized corrosion Log() Log10() logarithm loop    Loop (Cycle)    Loop (Cyclic Charge Discharge)    Loop (EIS Box Channel)    Loop (Mux Channel)    Loop (Time)    Loop (Variable) Loop (Cycle) Loop (Cyclic Charge Discharge) Loop (EIS Box Channel) Loop (Mux Channel) Loop (Time) Loop (Variable) Loop Count Loop End 1 Loop End 2 Low Compliance low-current DC Calibration Lower Limit V lowercase letter low-pass filter Luggin capillary magnitude Manual Multiplexer Select Manual Potentiostat Select Manual TDC Select manuals mask Master script mathematical class    LINFIT mathematical classes mathematical function Max Charge Time Max Current Max Discharge Time Max Freq. Max On Time Max Time Max Voltage Maximize mean noise Mean() Measure Reference Electrode Impedance Measurement OK Measuring Pstat Medium Medium Fast Message to display MessageBox() Min Freq. Minimize Minimize All Minimum ESR Misc. I/O connector Miscellaneous classes Miscellaneous functions mixed-mode operation Mode model model number Modifier Modify Variable Modify Variable Prompted Modulus() Monitor Freq. Mott Schottky Move Move Item Down Move Item Up Move Step in Sequence MULTIPARAM Multiparam.Desc1() Multiparam.Desc2() Multiparam.Index() MULTIPARAM.New() Multiparam.Printl() Multiparam.SetIndex() Multiparam.SetValue() Multiparam.Value() Multiple Instrument Start multiple-choice question Multiplexed Corrosion Potential Multiplexed Cyclic Polarization Multiplexed DC Corrosion    Multiplexed Corrosion Potential    Multiplexed Cyclic Polarization    Multiplexed Galvanic Corrosion    Multiplexed Galvanodynamic    Multiplexed Potentiodynamic    Multiplexed Potentiostatic    Multiplexed Rp/Ec Trend Multiplexed EFM Trend Multiplexed experiments Multiplexed Galvanic Corrosion Multiplexed Galvanodynamic Multiplexed Potentiodynamic Multiplexed Potentiostatic Multiplexed Potentiostatic EIS Multiplexed Potentiostatic EIS Repeating Multiplexed Potentiostatic EIS Repeating Sequential Multiplexed Potentiostatic Mode ECN Multiplexed Rp/Ec Trend Multiplexed ZRA Mode ECN Multiplexer    active cell    Aux A/D    Cell    channel    ECM8    IMX8    inactive cell    system computer    system potentiostat Multiplexer Channel Select Multiplexer Configure and Test Multiplexer firmware Multiplier A Multiplier B Multipliers Multi-Step Chronoamperometry Multi-Step Chronopotentiometry MUX Mux Pair Mux Test Mux.Aux() Mux.Cell() Mux.Close() Mux.Dac() MUX.Dialog MUX.New() Mux.OffMode() Mux.Open() Mux.SetAux() Mux.SetCell() Mux.SetDac() Mux.SetOffMode() Mux.Version() My Gamry Data name name customization Named Script Named Script... natural logarithm Nernst diffusion layer Nernst equation nest level nested loops New New Editor new instrument Next No Filter noise    electronic    thermal noise curve Noise Rejection non-linear least squares fit    NLLS non-linear system Normal Normal DC Voltammetry Normal Pulse Stripping Voltammetry    NPS Normal Pulse Voltammetry    NPV NormalD() NormalR() NOTES Notes... NOTES.Dialog NOTES.New() Notes.Printl() Notes.Value() Notify() Notify2() NSCURVE Nscurve.Activate() Nscurve.AddPoint() Nscurve.ColumnAvg() Nscurve.Count() Nscurve.DataCol() Nscurve.DataValue() NSCURVE.New() Nscurve.SetAxis() Nscurve.SetPlotView() Nscurve.SprintPoint() NSCURVE.Tag() number format Number of Cycles Number of Steps numeric Nyquist plot object Object Manipulation functions object scope ObjectNew() OCV Ocv.Activate() Ocv.Count() Ocv.DataCol() Ocv.DataValue() Ocv.LastE() OCV.New() Ocv.Printl() Ocv.Run() Ocv.SetAxis() Ocv.SetPlotView() Ocv.Sprint() Ocv.SprintPoint() Ocv.StopAt() OcvCurve.SetPlot() Offmode offset offset correction offset error offset voltage Ohm's law OK ONEPARAM Oneparam.Check() ONEPARAM.Dialog ONEPARAM.New() Oneparam.Printl() Oneparam.SetV1() Oneparam.V1() Online Help Open Open Circuit Potential operator Operator’s manual Operator's manual OptiEIS Galvanostatic OptiEIS Potentiostatic Optimize for Options OUTPUT output file Output functions Output State when Output.Append() Output.Close() OUTPUT.Dialog Output.FileName() OUTPUT.New() Output.Open() Output.SetCommit() Over overflow overload pairing Parameter classes parameter dialog box Pascal Passivation E Passivation Time passive current Paste Path... Pause Pause() PC5 family PC5 instrument PC6 instrument PCI4 family PCI4 Femtostat PCI4 instrument peak permittivity    electrical permittivity    relative electrical permittivity PF Corr. phantom class phase Phase() phone Photodiode Physical Electrochemistry    Chronoamperometry    Chronocoulometry    Chronopotentiometry    Controlled Potential Coulometry    Cyclic Voltammetry    Linear Sweep Voltammetry    Multi-Step Chronoamperometry    Multi-Step Chronopotentiometry    Repeating Chronoamperometry    Repeating Chronopotentiometry    Repeating Controlled Potential Coulometry physical model pin assignment PITT pitting pitting corrosion pitting potential PLD firmware PLD version Points/decade Polarization Curve polarization resistance Polarography pore resistance Porous Bounded Warburg impedance positive feedback post-gain factor post-gain signal POTEN POTEN.Dialog POTEN.Eoc() POTEN.New() Poten.Printl() POTEN.SetEoc() Poten.SetValue() Poten.Sprint() Poten.Value() Poten.VsEref() Potentiodynamic potentiostat potentiostat board number potentiostat capabilities potentiostat limitations Potentiostat mode potentiostat stability Potentiostatic Potentiostatic - Constant Illumination Potentiostatic EIS Potentiostatic EIS - Constant Illumination Potentiostatic Generic Pulse Potentiostatic Intermittent Titration Technique    PITT Potentiostatic mode Potentiostatic Mode Electrochemical Noise Pow() power Power LED precedence Precursor Pre-Step Current Pre-Step Delay Time Pre-step Voltage Previous Print Print() Printl Printl() Program Control functions Properties protection potential pseudo-linear system PSTAT Pstat for CV Pstat for EC Pstat for EIS Pstat for LED Pstat.ACCouple() Pstat.AchFilter() Pstat.AchOffset() Pstat.AchOffsetEnable() Pstat.AchRange() Pstat.AchSelect() Pstat.ActiveBitmap() Pstat.AnalogOut() Pstat.CableId() Pstat.CalDate() Pstat.CalibKey() Pstat.CASpeed() Pstat.Cell() Pstat.Close() Pstat.Convention() Pstat.CtrlMode() Pstat.DDSAmpl() Pstat.DDSEnable() Pstat.DDSFreq() Pstat.DigitalIn() Pstat.DigitalOut() pstat.exp Pstat.ExtSrceEnable() Pstat.FindIchRange() Pstat.FindIERange() Pstat.FindVchRange() Pstat.FreqLimitLower() Pstat.FreqLimitUpper() Pstat.Ground() Pstat.GstatRatio() Pstat.IchFilter() Pstat.IchOffset() Pstat.IchOffsetEnable() Pstat.IchRange() Pstat.IERange() Pstat.IERangeLowerLimit() Pstat.IERangeMode() Pstat.IEResistor() Pstat.InitSignal() Pstat.InstrumentVersion() Pstat.LEDS() Pstat.MeasureA() Pstat.MeasureI() Pstat.MeasureV() Pstat.ModelNo() PSTAT.New() Pstat.Open() Pstat.PosFeedEnable() Pstat.PosFeedResistance() Pstat.Printl() Pstat.ScanLimitAC() Pstat.Section() Pstat.SenseSpeed() Pstat.SenseSpeedMode() Pstat.SerialNo() Pstat.SetACCouple() Pstat.SetAchFilter() Pstat.SetAchOffset() Pstat.SetAchOffsetEnable() Pstat.SetAchRange() Pstat.SetAchSelect() Pstat.SetAnalogOut() Pstat.SetBias() Pstat.SetCableId() Pstat.SetCalDate() Pstat.SetCalibKey() Pstat.SetCASpeed() Pstat.SetCell() Pstat.SetConvention() Pstat.SetCtrlMode() Pstat.SetDDSAmpl() Pstat.SetDDSEnable() Pstat.SetDDSFreq() Pstat.SetDigitalOut() Pstat.SetExtSrceEnable() Pstat.SetGround() Pstat.SetIchFilter() Pstat.SetIchOffset() Pstat.SetIchOffsetEnable() Pstat.SetIchRange() Pstat.SetIchRangeMode() Pstat.SetIERange() Pstat.SetIERangeLowerLimit() Pstat.SetIERangeMode() Pstat.SetIruptMode() Pstat.SetLEDS() Pstat.SetPosFeedEnable() Pstat.SetPosFeedResistance() Pstat.SetScan() Pstat.SetScanRange() Pstat.SetSenseSpeed() Pstat.SetSenseSpeedMode() Pstat.SetSignal() Pstat.SetStability() Pstat.SetThermoSelect() Pstat.SetVchFilter() Pstat.SetVchOffset() Pstat.SetVchOffsetEnable() Pstat.SetVchRange() Pstat.SetVchRangeMode() Pstat.SetVoltage() Pstat.Sprint() Pstat.Stability() Pstat.TestAchRange() Pstat.TestAchRangeAC() Pstat.TestIchFilter() Pstat.TestIchRange() Pstat.TestIchRangeAC() Pstat.TestIERange() Pstat.TestIERangeAC() Pstat.TestVchFilter() Pstat.TestVchRange() Pstat.TestVchRangeAC() Pstat.ThermoSelect() Pstat.VchFilter() Pstat.VchOffset() Pstat.VchOffsetEnable() Pstat.VchRange() PSTATSELECT Pstatselect.CreatePstat() Pstatselect.FraCurveClass() PSTATSELECT.New() Pstatselect.PstatClass() Pstatselect.Selector() Pulse Off Time Pulse Size E Pulse Size Epeak Pulse Size I Pulse Time Pulse Voltammetry    Differential Pulse Stripping Voltammetry    Differential Pulse Voltammetry    Galvanostatic Generic Pulse    Normal Pulse Stripping Voltammetry    Normal Pulse Voltammetry    Potentiostatic Generic Pulse    Reverse Normal Pulse Stripping Voltammetry    Reversed Normal Pulse Voltammetry    Sampled DC Stripping Voltammetry    Sampled DC Voltammetry    Square Wave Stripping Voltammetry    Square Wave Voltammetry punctuation character purge Purge When Purge/Stir Cell PV Pv.Activate() Pv.Count() Pv.DataCol() Pv.DataValue() PV.New() Pv.Printl() Pv.Run() Pv.SetAxis() Pv.SetPlot() Pv.SetPlotView() Pv.SetTitle() Pv.Sprint() Pv.SprintPoint() Pv.StopAt() Pv.StopAtDelay() Pv.Title() PWR Pwr.Activate() Pwr.Count() Pwr.DataCol() Pwr.DataValue() PWR.New() Pwr.Print() Pwr.Printl() Pwr.Run() Pwr.SetAxis() Pwr.SetPlotView() Pwr.SetStopAAMax() Pwr.SetStopAAMin() Pwr.SetStopADAMax() Pwr.SetStopADAMin() Pwr.SetStopADIMax() Pwr.SetStopADIMin() Pwr.SetStopADPMax() Pwr.SetStopADPMin() Pwr.SetStopADTempMax() Pwr.SetStopADVMax() Pwr.SetStopADVMin() Pwr.SetStopAEMax() Pwr.SetStopAEMin() Pwr.SetStopAIMax() Pwr.SetStopAIMin() Pwr.SetStopAMax() Pwr.SetStopAMin() Pwr.SetStopAPMax() Pwr.SetStopAPMin() Pwr.SetStopAQMax() Pwr.SetStopAQMin() Pwr.SetStopAtDelayAAMax() Pwr.SetStopAtDelayAAMin() Pwr.SetStopAtDelayADAMax() Pwr.SetStopAtDelayADAMin() Pwr.SetStopAtDelayADIMax() Pwr.SetStopAtDelayADIMin() Pwr.SetStopAtDelayADPMax() Pwr.SetStopAtDelayADPMin() Pwr.SetStopAtDelayADTempMax() Pwr.SetStopAtDelayADVMax() Pwr.SetStopAtDelayADVMin() Pwr.SetStopAtDelayAEMax() Pwr.SetStopAtDelayAEMin() Pwr.SetStopAtDelayAIMax() Pwr.SetStopAtDelayAIMin() Pwr.SetStopAtDelayAMax() Pwr.SetStopAtDelayAMin() Pwr.SetStopAtDelayAPMax() Pwr.SetStopAtDelayAPMin() Pwr.SetStopAtDelayAQMax() Pwr.SetStopAtDelayAQMin() Pwr.SetStopAtDelayAVMax() Pwr.SetStopAtDelayAVMin() Pwr.SetStopAtDelayDAMax() Pwr.SetStopAtDelayDAMin() Pwr.SetStopAtDelayDIMax() Pwr.SetStopAtDelayDIMin() Pwr.SetStopAtDelayDTempMax() Pwr.SetStopAtDelayDVMax() Pwr.SetStopAtDelayDVMin() Pwr.SetStopAtDelayEMax() Pwr.SetStopAtDelayEMin() Pwr.SetStopAtDelayIMax() Pwr.SetStopAtDelayIMin() Pwr.SetStopAtDelayPMax() Pwr.SetStopAtDelayPMin() Pwr.SetStopAtDelayQMax() Pwr.SetStopAtDelayQMin() Pwr.SetStopAtDelayTempMax() Pwr.SetStopAtDelayVMax() Pwr.SetStopAtDelayVMin() Pwr.SetStopAVMax() Pwr.SetStopAVMin() Pwr.SetStopDAMax() Pwr.SetStopDAMin() Pwr.SetStopDIMax() Pwr.SetStopDIMin() Pwr.SetStopDPMax() Pwr.SetStopDPMin() Pwr.SetStopDTempMax() Pwr.SetStopDVMax() Pwr.SetStopDVMin() Pwr.SetStopEMax() Pwr.SetStopEMin() Pwr.SetStopIMax() Pwr.SetStopIMin() Pwr.SetStopPMax() Pwr.SetStopPMin() Pwr.SetStopQMax() Pwr.SetStopQMin() Pwr.SetStopTempMax() Pwr.SetStopVMax() Pwr.SetStopVMin() Pwr.SetThreshAMax() Pwr.SetThreshAMin() Pwr.SetThreshEMax() Pwr.SetThreshEMin() Pwr.SetThreshIMax() Pwr.SetThreshIMin() Pwr.SetThreshPMax() Pwr.SetThreshPMin() Pwr.SetThreshTempMax() Pwr.SetThreshTempMin() Pwr.SetThreshTMax() Pwr.SetThreshTMin() Pwr.SetThreshVMax() Pwr.SetThreshVMin() Pwr.SetTitle() Pwr.Sprint() Pwr.SprintPoint() Pwr.StopAt() PWR_AE Pwr_Ae.StopAtAE() Pwr_Ae.StopAtDelayAE() Pwr_Ae.ThreshAE() PWRCONST PWRCONST.New() PWRRAMP PWRRAMP.New() PWRSTEP PWRSTEP.New() QLAST QUANT QUANT.Dialog QUANT.New() Quant.Printl() Quant.SetValue() Quant.Sprint() Quant.Value() quartz crystal microbalance    eQCM 15M Query() Quick-access toolbar Quiet radial frequency Radians radio button ramp signal Rand() RAND_MAX Randles Cell random number Raw Data RCV Rcv.Activate() Rcv.Count() Rcv.CyclePrintl() Rcv.DataCol() Rcv.DataValue() Rcv.FlipAxis() RCV.New() Rcv.Printl() Rcv.Run() Rcv.SetAxis() Rcv.SetPlot() Rcv.SetPlotView() Rcv.SetTitle() Rcv.Sprint() Rcv.SprintPoint() Rcv.StopAt() Rcv.StopAtDelay() Rcv.Thresh() Read Voltage real component Real() recalibration recently used scripts Reference 3000 Reference 3020 Reference 600 Reference 600+ Reference 620 Reference Electrode Reference Family Refresh region settings Remove Disconnected Devices Remove Step from Sequence Repass. Duration Repass. Samp. Time repassivation potential Repeat Time repeat...until Repeating Chronoamperometry Repeating Chronopotentiometry Repeating Controlled Potential Coulometry reserved variable residual Resistor resolution Resonator Responsivity Factor Rest Time Restore return return value Rev. Scan reverse current Reverse Normal Pulse Polarography    DPP Reverse Normal Pulse Stripping Voltammetry    RNS Reverse Normal Pulse Voltammetry    RNP reverse voltage revision rms RMS amplitude RMS deviation RMS noise RMS signal RMS voltage roll-off filter root-mean-square    rms Rotating    Rotating electrode rotating electrode Rotation Rate Rotation Speed Round() Rp/Ec Trend RS-232 RTD    Resistance Tmeperature Detector RtoD() RuLAST Run Duration Run Experiments Maximized Run Named Script Run Sequence Run Time Runaway Runner window    Abort    Continue    curve list    Pause    Skip RunnerStatus() runtime error Sample Area Sample Period Sample Period On Sample Period Rest Sampled DC Stripping Voltammetry    DCS    SDCS Sampled DC Voltammetry    SDC Sampling Mode Save Save All Save As Save As dialog box Save As Script Save As... Save Interval Save Raw Data Save Sequence Scan DAC Scan Limit 1 Scan Limit 2 scan range Scan Rate Scan Sample Time script error Sec. Delay section header section string Select And Update Select Echem Analyst Select Function SELECTOR SELECTOR.Dialog Selector.Label() SELECTOR.New() Selector.Printl() Selector.SetStyle() Selector.SetValue() Selector.Sprint() Selector.Value() Self-Discharge Sense cable sense speed Sequence file Sequence Utilities    Auto Instrument Start    Define Variable    Delay    Group Data Files    Loop (Cycle)    Loop (Time)    Loop (Variable)    Modify Variable    Modify Variable Prompted    User Prompt Sequence Wizard sequencing serial number Series G family Set a Current Set a Voltage Set Channel Set Digital Out Set Imax Set Name Set Rotation Speed SetConfig() SetIndex setup setup button    Cancel    Default    OK    Restore    Save Setup dialog box Setup file    *.SET Setup Font... Setup Name setup parameter    # Freq/Dec    AC Current    AC Voltage    Accum. Time    Action    Activation E    Activation Time    Advanced Cell Setup    Advanced Pstat Setup    AE Ch#    AE Channels    Amplitude    Analysis Region    Apex E    Apex I    Apex Temp    Applied E    Applied I    Applied Voltage    Area    Base Filename    Base Freq.    Beta An.    Beta Cat.    Block Time    CA Speed    Cable Check    Cable Tag    Capacity    Cell potential    Cell Pstat    Cell State Mode    Cell Type    Change Port    Channel    Channel Number    Charge Limit    Charge Mode    Charge Rest Time    Charge Stop At 1    Charge Stop At 2    Charge Time    COM Detect    Condition Cell    Conditioning    Corr. Rate Units    Corrosion Type    Current    Current I    Cycles    DC Current    DC Voltage    Decay Time    Decimate    Delay Amount    Delay Units    Delta Q Decrease    Delta Q Increase    Density    Digital In    Digital Out    Directory    Discharge Mode    Discharge Rest Time    Discharge Stop At 1    Discharge Stop At 2    Drift Correction    E Stop    EIS Spectrum    Electrode Area    Electrode Setup    Electrode Type    Equil. Time    Equiv. Wt    Estimated Z    Excitation Ampl    Expected max current    Expected Max V    Final Discharge    Final E    Final Freq.    Final I    Final Temp    Final Time    Final Voltage    First Channel    First Delay    First Step    Frequency    Fwd. Scan    Group By    Hold I    Hold Sample Time    Hold Time    I Limit    I Rate    I/E Range Mode    I/E Stability    Ich Filter    Identifier    Init. Delay    Initial Delay    Initial Discharge    Initial E    Initial Freq.    Initial I    Initial Temp    Initial Time    Initial Voltage    IR Comp    IR Measure    IRComp    Last Channel    LED Current I    LED Driver    LED Pstat    Limit I    Limit V    Loop Count    Loop End 1    Loop End 2    Loop Time    Lower Limit V    Max Charge Time    Max Current    Max Discharge Time    Max Freq.    Max On Time    Max Time    Max Voltage    Measuring Pstat    Message to display    Min Freq.    Minimum ESR    Mode    Modifier    Monitor Freq.    Multiplier A    Multiplier B    Mux Pair    Mux Test    Name    Noise Rejection    Notes    Notes...    Number of Cycles    Number of Steps    Operator    Optimize for    Output File    Output State when    Passivation E    Passivation Time    PF Corr.    Photodiode    Points/decade    Precursor    Pre-Step Current    Pre-Step Delay Time    Pre-step Voltage    Pstat    Pstat for CV    Pstat for EC    Pstat for EIS    Pstat for LED    Pulse Off Time    Pulse Size E    Pulse Size Epeak    Pulse Size I    Pulse Time    Purge When    Purge/Stir Cell    Quiet    Repass. Duration    Repass. Samp. Time    Repeat Time    Responsivity Factor    Rest Time    Rev. Scan    Rotation Rate    Rotation Speed    Run Duration    Run Time    Sample Area    Sample Period    Sample Period On    Sample Period Rest    Sampling Mode    Save Interval    Save Raw Data    Scan Limit 1    Scan Limit 2    Scan Rate    Scan Sample Time    Sec. Delay    Select Function    Set Channel    Setup Name    Show runtime dialog    Signal Profile    Skip Number    Stability    Start on Cycle    Start Temp    Step 1 Current    Step 1 Time    Step 1 Voltage    Step 2 Current    Step 2 Time    Step 2 Voltage    Step Sample Time    Step Size    Step Time    Step V    Stim. Duration    Stim. Samp. Time    Stimulation E    Stop At 1    Stop At 2    Stop At On 1    Stop At On 2    Stop At Rest    Stop At Threshold    Stop Criteria    System    Temp Step    Temp. Controller    Temperature    Test Identifier    THD    Time    Time Units    Time/spectra    Total # spectra    Total Time    Turn Off Mode    Type    Upper Limit V    Value    Variable    Variable Name    Vch Filter    Vch Range    Vch Range Mode    Voltage    Voltage E    Voltage Finish    Voltage Step    Voltage V    Wavelength    Working Connection    Working Lead setup parameters Setup() SetupName SetupRestore() SetupSave() SetValue Shift shortcut Show runtime dialog signal class    IDSTEP    IPV    IRUPDN    PWRCONST    PWRRAMP    PWRSTEP    VDSTEP    VPV    VRUPDN signal generator signal generator class    IMSTEP    IRAMP    ISTEP    IUPDN    VMSTEP    VRAMP    VSTEP    VUPDN Signal Profile Signal.SetAcquisitionControl() Sin() Sine Single Frequency EIS Sinh() SIUnits SIValue Skip Skip Number Sleep Sleep() slope Slow Smalltalk SMDE    Static Mercury Drop electrode Snap Snap Global Snap Local Snap Off software    Echem Analyst 2    Resonator software installation software version Solar Cells    BiPstat ChronoP Main - OCP Serf    BiPstat ChronoP Main - Potentiostatic Serf    BiPstat GalvDynamic Main - OCP Serf    BiPstat GalvDynamic Main - Potentiostatic Serf    Cyclic Voltammetry - Constant Illumination    Intensity Modulated Photocurrent Spectroscopy    Intensity Modulated Photovoltage Spectroscopy    Potentiostatic - Constant Illumination    Potentiostatic EIS - Constant Illumination Solid    Solid-type electrode solution resistance Sort Specify Electrode Type Sprint() SprintPoint() Sqrt() square root Square Wave Stripping Voltammetry    SWS Square Wave Voltammetry    Barker    Osteryoung    SWV square-wave waveform stability staircase waveform standard experiments Start Analysis Start on Cycle Start Temp STATIC static mercury drop electrode    SMDE STATIC.Dialog STATIC.New() Statistical functions StatsOne() StatsTwo() status message    Cycle Limit    Measurement OK    Timeout STDOUT STDOUT window Stdout() StdoutActivate() steady-state system Step 1 Current Step 1 Time Step 1 Voltage Step 2 Current Step 2 Time Step 2 Voltage Step Sample Time step signal Step Size Step Time Step V Stern-Geary equation Stim. Duration Stim. Samp. Time Stimulation E Stir-Purge Cell Stop At 1 Stop At 2 Stop At On 1 Stop At On 2 Stop At Rest Stop At Threshold Stop Criteria StrCmp() StrGet() string String functions Stripping Experiment    Differential Pulse Stripping Voltammetry    Normal Pulse Stripping Voltammetry    Reverse Normal Pulse Stripping Voltammetry    Sampled DC Stripping Voltammetry    Square Wave Stripping Voltammetry StrLen() StrLwr() StrSet() StrUpr() Stuck in Reading Loop super class support Support Information Suspend() System System Assurance system computer system potentiostat SYSTEM.exp SYSTEM.SET tab-delimited Tafel Tafel analysis Tafel coefficient    Beta An.    Beta Cat. Tafel constant Tafel constants Tafel equation Tafel plot Tag Tan() Tangent Tanh() TDC Temperature Set TDC4 Temperature Controller TDC5 Temperature Controller Temp Step Temp. Controller temperature temporary file terminate Test Identifier Test Script THD THE Repassivation Potential thermocouple tier Tile Horizontal Tile Vertical Time time domain Time functions Time Units Time() Time/spectra Timeout TimeStamp() Timing Control title bar TOGGLE TOGGLE.Dialog TOGGLE.New() Toggle.Printl() Toggle.SetValue() Toggle.Sprint() Toggle.Value() Total # spectra Total Time Trigonometry functions Turn Off Mode tutorial TWOPARAM Twoparam.Check() TWOPARAM.Dialog TWOPARAM.New() Twoparam.Printl() Twoparam.SetV1() Twoparam.SetV2() Twoparam.V1() Twoparam.V2() Type Unable to Control AC Cell Current Unable to Control AC Cell Voltage Unable to set current range Unary uncompensated resistance Undo Units Upper Limit V uppercase letter USB User Cal User Interface User Interrupt User Prompt User-defined Sequence User-defined Variable UTF-8 Utilities    Aux Electrometer Calibration    Calibrate Cable Capacitance    Calibrate Instrument    Calibrate Temperature Measurements    Compliance Voltage    DC Low I Calibration    Get Ru    Measure Reference Electrode Impedance    Multiplexer Configure and Test    Open Circuit Potential    Set a Current    Set a Voltage V channel Vac too big Vac too small value value-type binding variable Variable Information Variable Name VariableAndUnits Vch Vch Filter Vch offset Vch Range Vch Range Mode VCONST VCONST.New() Vconst.Tweak() VDSTEP VDSTEP.New() VDSTEP.Signal Vdstep.Tweak() VECTOR VectorCount() VectorNew() version number Video Display functions View Device Status Bar Vista Shield VLAST VLASTvsREF VMSTEP VMSTEP.New() Vmstep.Tweak() Voltage voltage channel voltage channel offset voltage channel range voltage convention Voltage E Voltage Finish voltage output voltage range Voltage Step Voltage V voltage-step waveform Voltammetry convention VPV VPV.New() VPV.Signal Vpv.Tweak() VRAMP VRAMP.New() Vramp.Tweak() VRUPDN VRUPDN.New() VRUPDN.Signal Vrupdn.Tweak() vs. Eoc vs. Eref VSTEP VSTEP.New() Vstep.Tweak() VUPDN VUPDN.New() Vupdn.Tweak() Wait for Digital In WakeUp() Warburg impedance    Bounded Warburg    Finite Warburg    Infinite Warburg    Porous Bounded Warburg warning Warning() Wavelength website while white-space character window window names WinExec() Working Connection Working Electrode Working Lead XVector Yield() Zero-resistance ammeter    ZRA ZmodLAST ZRA ZRA Mode Electrochemical Noise