Biomedical Engineering Reference
In-Depth Information
Figure 4.7
The ratio of the total rates of the spontaneous radiation of the
“right” (
m
0
=+
0.1
d
0
)and“left”(
m
0
=−
0.1
d
0
) chiral molecules as the
function of the real parts of permittivity (
ε
=
ε
+
i
0.01) and permeability
(
μ
=
μ
+
i
0.01) of the chiral (
χ
=
0.2) half-space. The molecule is placed
in vacuum on the distance
k
0
z
0
=
0.1 from the chiral medium. (a) The ratio
oftheradiationratesofthe“left”moleculeandthe“right”one.(b)Theratio
of the radiation rates of the “right” molecule and the “left”one.
Figure 4.8
The total rate of the spontaneous emission of “left” (
m
0
=
+
0.1
d
0
) and “right” (
m
0
=−
0.1
d
0
) chiral molecules as the function of the
real part of the permittivity
ε
=
ε
+
i
0.01 of a chiral (
χ
=
0.2) half-space
atthefixedpermeability
μ
=−
1
+
i
0.01.Themoleculeisplacedinvacuum
at the distance
k
0
z
0
=
0.1 from the chiral medium.
