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

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
<I>/mA
log(|<I>/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
<Ewe>/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
<Estack>/V
<Istack>/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
<Ece>/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
<time>/s
<EweX>/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