Full text of DOI:10.1163/156939301X00184

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Journal of Electromagnetic Waves
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Dyadic Green's Functions
in Multilayered Stratified
Gyroelectric Chiral Media -
Abstract
L.W. Li a , S.B. Yeap b , M.S. Leong c , T.S. Yeo d & P.S.
Kooi e
a Department of Electrical and Computer Engineering
National University of Singapore 10 Kent Ridge Crescent,
Singapore 119260
b Department of Electrical and Computer Engineering
National University of Singapore 10 Kent Ridge Crescent,
Singapore 119260
c Department of Electrical and Computer Engineering
National University of Singapore 10 Kent Ridge Crescent,
Singapore 119260
d Department of Electrical and Computer Engineering
National University of Singapore 10 Kent Ridge Crescent,
Singapore 119260
e Department of Electrical and Computer Engineering
National University of Singapore 10 Kent Ridge Crescent,
Singapore 119260
Published online: 03 Apr 2012.
To cite this article: L.W. Li , S.B. Yeap , M.S. Leong , T.S. Yeo & P.S. Kooi (2001)
Dyadic Green's Functions in Multilayered Stratified Gyroelectric Chiral Media -
Abstract, Journal of Electromagnetic Waves and Applications, 15:12, 1671-1672, DOI:
10.1163/156939301X00184
To link to this article: http://dx.doi.org/10.1163/156939301X00184
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IN
MULTILAYERED
GREEN'S
FUNCTIONS
M. S.
DYADIC
GYROELECTRIC
CHIRAL
MEDIA
STRATIFIED
-
Abstract*
T.
S.
P. S. Kooi
L. W.
Li,
S. B.
and
Yeo,
Yeap,
Leong,
of Electrical
of
and
Computer
Singapore
Singapore
Department
National
Engineering
University
Kent
119260
10
Ridge Crescent,
in
media
and
Green's
response,
fields and the source
waves
of its useful
mechanism.
Abstract-To
has been an
scientific
characterize
complex
electromagnetic
because
important
significance
topic
of its
applications
Dyadic
dielectric medium
physical
kernel or a
as a mathematical
functions,
relate
the radiated
directly
electromagnetic
In
terms of the vector wave functions
in
in
distribution.
coordinates,
multilayered
cylindrical
a
Green's functions
a unbounded
chiral media are formulated.
and the
and
dyadic
planar,
the
use of
gyroelectric
superposition
a
By
reflections
multiple
Green's
scattering
into
principle
representation
taking
of the
is
account,
dyadics
general
the
the
obtained.
coefficients
conditions
of
Green's
Furthermore,
are determined
in a
scattering
boundary
from the
at each interface
dyadics
and are
form of
In
recurrence
matrices.
expressed
greatly compact
the formulation
of the
their
Green's
considered, i.e.,
the
and
dyadics
coefficients,
in
scattering
three cases are
the current source is
impressed
(1)
the
and
Green's functions
the last
first,
intermediate,
dyadic
(2)
the
regions, respectively.
(3)
for
a unbounded
Although
gyroelectric
has
As
chiral medium
are incorrect.
been
in the
some of the results
the current work
literature,
reported
to
the
compared
results,
existing
contributes
a correct form of
for
a
Green's function
basically
unbounded
dyadic
the
(1)
chiral
gyroelectric
medium,
general representation
(2)
the
of
a
Green's functions for
a convincible and
(3)
chiral
of the irrotational
dyadic
and
multi-layered
direct derivation
gyroelectric
medium,
Green's
dyadic.
*
The
text
in
Progress
In
Research.
complete
appears
Electromagnetics

1672
"
Le-Wei
Li
1664.
See
Page
in
2nd
received
Siew-Bee
class
B.Sc.
Yeap
degree
Physics
upper
(with
1996,
from
electrical
is
at the
current interest is on
in
and M.Sc.
of
Singapore
in electronic
University
Malaya, Malaysia
from National
honors)
in
1998.
engineering
engineering
now
University
studies
degree
degree
in
Ph.D.
She
pursuing
Her
of London.
Green's functions
media and
applications
Queen
development
Mary College, University
of the
using
dyadic
in
of
the
expansion
anisotropic
eigenfunction
such Green's functions.
See
1665.
Leong
page
Mook-Seng
Tat-Soon
Yeo See
1665.
page
See
Kooi
1666.
Pang-Shyan
page