Technique :
 1 
E start (V):
0.499
E end (V):
-0.699
E step (V):
0.002
v
0.01
t drop (s):
0.2
T (C)
25
Scan:
 1 
f (Hz):
10
t pulse (s):
0.05
E pulse (V):
-0.01
t s1 (s):
1
t s2 (s):
1
Noise (%) :
0
Electrode
 5 
Area Of Electrode (cm^2):
1.51e1
Radius (cm):
4.01e-2
Length (cm):
60
Radius 2 (cm):
0.04
Radius 3 (cm):
0.0692
Thickness (cm):
1e-4
Rotation (rpm):
0
Preconcentration:
 0 
E pre (V):
-0.3
R stir (rpm):
100
t pre (s):
600
t pre const (/s):
1e-3
I start (A)
0
I end (A):
0
C d (F):
0.001
R u (M):
3.4
Space grid factor:
0.5
Time grid factor:
0.2
Mechisim :
 1 
Digital simulation:
 1 
pH effect:
 0 
H+:
True
OH-:
False
Number of charge rection:
 1 
1
O
1
1
1
R
1
Number of chemical reaction:
 1 
O
S
R
P
NUMBER OF SPECIES :
 4 
Species: 
 1 
O
C :
0
0.e0
D :
1e-5
Absorption coefficient:
1e4
Max adsorb amount:
1e-8
Species: 
 2 
R
C :
2.8e-4
2.8e-4
D :
1e-5
Absorption coefficient:
1e4
Max adsorb amount:
1e-8
Species: 
 3 
S
C :
0.01
1.e-2
D :
1e-5
Absorption coefficient:
0
Max adsorb amount:
1e-8
Species: 
 4 
P
C :
0.0
0.e0
D :
1e-5
Absorption coefficient:
0
Max adsorb amount:
1e-8
Number of charge reaction:
 1 
Charge reaction:
 1 
O + 1e=R
ks :
2.e-3
Alpha :
0.5
E' :
-0.17
Number of chemical reaction:
 1 
Chemical reaction: 
 1 
O +S=R +P
kf:
18
kb:
20
Solution:
Electrolyte:
KCl
Concentration (M):
1
pH:
7
Vis (cm/s):
0.01
Vol (ml):
10