-
absorption (also
known as "1+1" or "sequential" two–photon absorbance).
Nonresonant two-photon
absorption (as is
generally used) is weak
since in
order for...
- by Neptune: the
highlighted regions are the 2:3
resonance (plutinos), the
nonresonant "classical belt" (cubewanos), and the 1:2
resonance (twotinos)....
- antenna. An
advantage of
traveling wave
antennas is that
since they are
nonresonant they
often have a
wider bandwidth than
resonant antennas.
Common types...
-
adequately correct for
nonresonant interferences, it is very
important to
experimentally isolate the
resonant contributions from any
nonresonant interference,...
-
wavelength of operation, the
antenna operates in
axial mode. This is a
nonresonant traveling wave mode, in
which instead of
standing waves, the
waves of...
-
antenna diameter: Drange ≤ Dant. This is the
range over
which ordinary nonresonant capacitive or
inductive coupling can
transfer practical amounts of power...
-
polarization dephases typically on a sub-100 fs time-scale in case of
nonresonant excitation due to ultra-fast Coulomb- and phonon-scattering. The dephasing...
-
Comments on
Acceleration of
Solar Wind He++3
effects of
Resonant and
nonresonant interactions with
transverse waves. J. Geophys. Res. 84 (NA5), 2139–2140...
-
inconvenient or
impossible to use an
antenna of
resonant length. An
antenna of
nonresonant length at the
operating frequency can be made
resonant by
adding a reactance...
- cost-effective
means of
upgrading from the
terminal ends. Second, the gain is
nonresonant,
which means that gain is
available over the
entire transparency region...
