Information Technology Reference
In-Depth Information
a)
b)
θ
s
=
2
θ
s
=
4
Fig. 3.
a)
I
out
(
θ, ϕ
)
for
&
ϕ
s
=0
.b)
I
out
(
θ, ϕ
)
for
&
ϕ
s
=
π
a) b)
Fig. 4.
a)
I
out
(
θ, ϕ
)
for
θ
s
=
4
&
ϕ
s
=
2
.b)
I
out
(
θ, ϕ
)
for
θ
s
=
2
&
ϕ
s
=
4
a) b)
I
out
(
θ, ϕ
)
for
θ
s
=
4
&
ϕ
s
=
3
2
.b)
I
out
(
θ, ϕ
)
for
θ
s
1
=
4
&
ϕ
s
1
=
3
2
Fig. 5.
a)
and
θ
s
2
=
4
&
ϕ
s
2
=
2
applicable for multiple source detection (in this example two sources). It is clear
from Fig. 5b that there are two maximum values for the current which correspond
to the two location of the two source H-fields. Another remark is the scaling used
in the figures. The simulation was carried out for values of
θ
ranging from 0 to
π
and
ϕ
ranging from 0 to 2
π
. In the plots the
θ
range is divided into 40 points
Search WWH ::
Custom Search