-
spectroscopic wavenumber is the
reciprocal m,
written m−1. However, it is more common,
especially in spectroscopy, to give
wavenumbers in cgs
units i...
- of the
highest wavenumber (inverse wavelength) of any
photon that can be
emitted from a
hydrogen atom, or, alternatively, the
wavenumber of the lowest-energy...
-
planetary Rossby waves,
while wavenumbers 4–10 are
often referred to as "synoptic" waves. In the
Northern Hemisphere,
wavenumbers 1 and 2 are
important for...
- phenomena.
Usually frequencies are
placed on the
vertical axis,
while wavenumbers are
placed on the
horizontal axis. In the
atmospheric sciences, these...
-
appearance of the pure
rotation spectrum (but
shifted to much
higher wavenumbers), and the P-branch
appears as a
nearly mirror image of the R-branch....
- well as the
relationship between the
spectral changes at two
different wavenumbers.[citation needed]
Nonlinear two-dimensional
infrared spectroscopy is...
-
analyzed into
infinite sums (or integrals) of
sinusoidal waves of
different wavenumbers or wavelengths.
Louis de
Broglie postulated that all
particles with a...
-
mainly ****ociated with high
wavenumbers (small eddies) even
though kinetic energy is ****ociated
mainly with
lower wavenumbers (large eddies). The transfer...
- frequency. The
relationship between frequency (proportional to energy) and
wavenumber or
velocity (proportional to momentum) is
called a
dispersion relation...
-
expressing results in
terms of
wavenumber, not wavelength, was the key to Rydberg's discovery. The
fundamental role of
wavenumbers was also
emphasized by the...
