Biomedical Engineering Reference
In-Depth Information
s el
electric conductivity
k B
Boltzmann constant
c
susceptibility
m
dipole moment
torsion (Section 2.4.2.3)
M
molecular mass
s
U
collision integral
N A
numerical aperture
U
strength function of Dean
vortices (Section 5.2.1)
n
number density
n
refractive index (Chapter 8)
u
angular frequency
N
A
Avogadro number
z
zeta potential
P
polarization field
p
pressure
Q
volumetric flow rate
Latin Symbols
q
electric charge
A
surface area
R
fluidic resistance (Section 4.5)
B
magnetic flux density field
R
radius of curvature (Section
6.2.2)
c
concentration
c
propagation speed of a wave
(Section 7.7.1)
r
distance between the two
molecules (Section 2.1.1)
c p
specific heat
r
interface position between two
streams (Section 2.1.2.2)
D
displacement field
D
diffusion coefficient
r
pressure ratio (Section 5.5)
e
elementary charge
r
production rate of the species per
volume (Section 2.1.2.4)
E el
electric field strength
r
radial variable, radius
E mech
Young's modulus
T
absolute temperature
f
force vector
T
surface tension of a thin
membrane (Section 7.7.1)
F
Faraday constant (Section
2.6.1.6)
t
time
F
force
u
mean velocity
f
frequency
u, v,w
velocity components
g
gravity vector
v
velocity vector
I
intensity value
x, y, z
spatial variables
J
current density field
z
ionic charge (Section 2.2.3.3)
J
mass flux
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