column 11 has wrong label

[ilka-schulz]

Column 11 is <I>/mA, not I/mA.

The manual says:

I: instantaneous current \<I>, average current over the potential step (calculated from I = dQ/dt)

btw: you can verify my claims in #83, #84 and this issue by running:

strings '.wine/drive_c/Program Files (x86)/EC-Lab/EClab.exe' | grep 'control/V/mA' -B10 -A250

It gives a rough list of available fields:

approximate list of fields

```text ZYYd ZYYd ZYYd SVW3 ZYYd mode ox/red error time/s V/mA control/V/mA Ewe/V mA.h dq/mA.h I/mA Ece/V Aux/V /mA log(|/A|) (Q-Qo)/mA.h Analog IN 1/V Analog IN 2/V Analog IN 3/V control/V control/mA control changes log(|I/A|) dQ/mA.h cycle number DQ/mA.h Rapp/Ohm Ewe-Ece/V control/ rotation rate/rpm Ns changes freq/Hz |Ewe|/V |I|/A Phase(Z)/deg |Z|/Ohm Re(Z)/Ohm -Im(Z)/Ohm I Range Q charge/mA.h Q discharge/mA.h mA.h/g Q charge (mA.h/g) Q discharge (mA.h/g) Q anodic/C Q cathodic/C C/cm2 Q anodic (C/cm Q cathodic (C/cm Tech Num End buf E0/V Ian min/mA Ian max/mA Ica min/mA Ica max/mA Ean end/V Eca end/V Ece min/V Ece max/V Analog IN 1/V min Analog IN 1/V max Analog IN 2/V min Analog IN 2/V max Analog IN 3/V min Analog IN 3/V max counter inc. I forward/mA I reverse/mA I delta/ R/Ohm |Energy|/W.h Analog OUT/V /V Cs-2/ E step/V Rp/Ohm Ecorr/V Icorr/mA mm/yr Vcorr/mm/yr A/cm2 I/A/cm2 Q/C/cm2 |Ece|/V |Ice|/A Phase(Zce)/deg |Zce|/Ohm Re(Zce)/Ohm -Im(Zce)/Ohm Cce-2/ Estack/V Istack/A |E21|/V Phase(Z21)/deg |E32|/V Phase(Z32)/deg |Z21|/Ohm Re(Z21)/Ohm -Im(Z21)/Ohm C21-2/ |Z32|/Ohm Re(Z32)/Ohm -Im(Z32)/Ohm C32-2/ E21/V E32/V Ohm-1 Re(Y)/Ohm-1 Im(Y)/Ohm-1 |Y|/Ohm-1 Phase(Y)/deg Energy charge/W.h Energy discharge/W.h Capacitance charge/ Capacitance discharge/ Delta(Phase(Z))/% Delta(|Z|)/% Delta(Re(Z))/% Delta(-Im(Z))/% mA/s dI/dt/mA/s Delta(mass)/g Custom Delta(Phase(Y))/% Delta(|Y|)/% Delta(Re(Y))/% Delta(-Im(Y))/% t low t high s/V dt/dE/s/V Delta(Phase(Z))/deg Delta(Phase(Y))/deg |Estack|/V |Istack|/A Phase(I)/rad Rcmp/Ohm sin ampl/V S.cm-1 Conductivity/S.cm-1 Cp-2/ Efficiency/% Cycling rate charge Cycling rate discharge Wavelength/nm Fluorescence/V Fluorescence/% Transmittance/% mdeg CD/mdeg ORD/mdeg Aniso Vv/V Aniso Vh/V LD Vv/V LD Vh/V deltaA LD/deltaA Aniso Anisotropy/Aniso T peltier/ T cuvette/ Absorbance/AU HV/V Absorbance2/AU Absorbance/V Potential/V If/mA Ic/mA mol.L-1 CA/mol.L-1 CB/mol.L-1 CC/mol.L-1 CD/mol.L-1 CE/mol.L-1 CF/mol.L-1 CG/mol.L-1 CH/mol.L-1 CI/mol.L-1 CJ/mol.L-1 shot number pad number electrode number Ece dc/V Phase(Z )/deg |/Ohm Re(Z )/Ohm -Im(Z Phase2/deg Phase(Zstack)/deg |Zstack|/Ohm Re(Zstack)/Ohm -Im(Zstack)/Ohm /V /mA Phase(Zwe-ce)/deg |Zwe-ce|/Ohm Re(Zwe-ce)/Ohm -Im(Zwe-ce)/Ohm (Q-Qo)/C dQ/C cycle time/s step time/s charge time/s discharge time/s /V mA.h/V d(Q-Qo)/dE/mA.h/V Capacity/mA.h control disk/V control disk/mA Edisk/V Ecedisk=Ecering/V Idisk/mA dQdisk/C (Q-Qo)disk/C control ring/V Ering/V Iring/mA (Q-Qo)ring/C Pdisk/W Pring/W Edisk-Ece/V Ering-Ece/V /s /V Temperature/ Ramp upwards Time/ I Range disk I Range ring Q charge/discharge/mA.h half cycle z cycle It/mA ShuntIsChanging ModeIsChanging THD Ewe/% THD I/% THD Ece/% NSR Ewe/% NSR I/% NSR Ece/% NSD Ewe/% NSD I/% NSD Ece/% NbIterInstr Instr |Ewe h |I h |Ece h Rac/Ohm Rdc/Ohm TCU control/ TCU measure/ Regulation Acir/Dcir Control LTime/s RH[] Uh($ ZYYd ```