- Shaode; Pan, Jin; Luo,
Yuyue (2018). "Study on the
Relationships between Eigenmodes,
Natural Modes, and
Characteristic Modes of
Perfectly Electric Conducting...
- one-dimensional wave
equation is to
first analyze its
frequency eigenmodes. A so-called
eigenmode is a
solution that
oscillates in time with a well-defined...
-
electromagnetic fields into a
basis set of
local eigenmodes that
exists in the
cross section of the device. The
eigenmodes are
found by
solving Maxwell's equations...
- link has on the signal, due to the
different propagation speeds of the
eigenmodes of the link. Practically, this
means that the
waveform at the
input will...
- High
resolution electron energy loss
spectroscopy (HREELS) is a tool used in
surface science. The
inelastic scattering of
electrons from
surfaces is utilized...
-
actual eigenmode of the system. Thus, this
finds the
lowest eigenfrequency. If we find
eigenmodes orthogonal to this
approximated lowest eigenmode, we can...
- word "mode"
refers to
eigenmodes of an idealized, "unperturbed",
linear system. The
superposition principle says that
eigenmodes of
linear systems are...
-
after around 1,000
cycles and
resulting in an
inflight shutdown. To
avoid eigenmodes,
Rolls shifts the
blade m**** from the
center towards the periphery. Testing...
-
difference in
propagation time
between the two
eigenmodes X and Y polarizations.
Consider two
eigenmodes that are the 0° and 90°
linear polarization states...
- a
basis set of
local eigenmodes. The
eigenmodes are
found by
solving Maxwell's
equations in each
local cross-section.
Eigenmode expansion can
solve Maxwell's...
