- spectrometers, spectrophotometers,
spectrographs or
spectral analyzers. Most
spectroscopic analysis in the
laboratory starts with a
sample to be analyzed, then...
- The most
reliable redshifts are from
spectroscopic data,[citation needed] and the highest-confirmed
spectroscopic redshift of a
galaxy is that of JADES-GS-z14-0...
- again. Such
stars are
known as single-lined
spectroscopic binaries ("SB1"). The
orbit of a
spectroscopic binary is
determined by
making a long series...
-
Spectroscopic notation provides a way to
specify atomic ionization states,
atomic orbitals, and
molecular orbitals.
Spectroscopists customarily refer...
-
Spectroscopic parallax or main
sequence ****ing is an
astronomical method for
measuring the
distances to stars.
Despite its name, it does not rely on...
- However,
spectroscopic data kept
being tabulated in
terms of
spectroscopic wavenumber rather than
frequency or energy. For example, the
spectroscopic wavenumbers...
- Far
Ultraviolet Spectroscopic Explorer (FUSE,
Explorer 77, and MIDEX-0)
represented the next generation, high-orbit,
ultraviolet space observatory covering...
-
Reuven Ramaty High
Energy Solar Spectroscopic Imager (RHESSI,
originally High
Energy Solar Spectroscopic Imager or
HESSI or
Explorer 81) was a NASA solar...
-
specific portion of the
electromagnetic spectrum,
typically used in
spectroscopic analysis to
identify materials. The
variable measured is most often...
-
classifications are
described below: The
Small Solar System Objects Spectroscopic Survey (S3OS2 or S3OS2, also
known as the
Lazzaro classification) observed...
