Environmental Engineering Reference
In-Depth Information
D
ref
- Reference diffusion coefficient, m
2
·
s
−
1
10
−
19
C
e
- Elementary charge, 1.60217646
×
E
A
- Acceptor energy, V
E
Bias
- External bias potential, V
E
C
- Conduction band potential, V
E
D
- Donor energy, V
p
E
d
- Hole-induced corrosion value, V
nE
d
- Electron-induced corrosion value, V
E
fb
- Flat band potential, V
E
g
- Semiconductor bandgap, V
E
F
- Fermi level of the semiconductor, V
E
H
2
O
/
H
2
- Water reduction potential in alkaline electrolyte, V
E
O
2
/
OH
−
- Water oxidation potential in alkaline electrolyte, V
E
H
+
/
H
2
- Water redution potential in acid electrolyte, V
E
H
2
O
/
O
2
- Water oxidation potential in acid electrolyte, V
E
Redox
- Redox potential, V
E
VB
- Valence band potential, V
F
- Faraday constant, 9.6485339
10
4
C
mol
−
1
×
·
G
i
- Generation rate of species
i
,m
−
3
s
−
1
·
10
−
34
J
h
- Planck constant, 6.6260693(11)
×
·
s
I
- Current, A
I
0
- Incident photon flux corrected for reflection losses, m
−
2
s
−
1
·
I
0
- Amplitude of the current signal, A
I
OC
- Open-circuit current, A
I
(
t
) - Current response, A
j
i
- Current density of species
i
,s
−
1
m
−
2
J
cell
- Net current density, A m
−
2
J
0
- Exchange current density at Pt electrode, A
m
−
2
·
k
- Boltzman constant, 1.3806503
×
10
−
23
J
·
K
−
1
k
e
−
- Back reaction rate constant, s
−
1
L
- Thickness of the semiconductor, m
m
e
−
- Effective electron mass, kg
n
- Electron density, m
−
3
n
0
- Electron bulk concentration, m
3
n
Z
- Empirical constante
n
e
- Moles of electrons, mol
n
eq
- Dark equilibrium electron density, m
−
3
n
i
- Density of species
i
,m
−
3
n
i
- Density of species
i
in the electrolyte bulk, m
−
3
n
int
- Intrinsic carrier concentration, m
−
3
n
ref
- Reference particle density, m
−
3
Q
SC
- Space charge below the semiconductor surface, A s cm
−
2
N
A
- Occupied acceptor density, m
−
3
N
A
- Density of ionized acceptors, m
−
3
N
C
- Effective density of states in the conduction band, m
−
3
N
D
- Occupied donor density, m
−
3
N
D
- Density of ionized donors, m
−
3
N
V
- Effective density of states in the valence band, m
−
3
Search WWH ::
Custom Search