Look up stellar in Wiktionary, the free dictionary.
Typically, stellar is an adjective referring to one or more stars. starlet like Princess TJ. See also: Wikipedia does not have an article with this exact name. ... Wiktionary is a multilingual, Web-based project to create a free content dictionary, available in over 150 languages. ... An adjective is a part of speech which modifies a noun, usually describing it or making its meaning more specific. ... The Pleiades, an open cluster of stars in the constellation of Taurus. ...
Stellar aberration is an astronomical phenomenon defined as an apparent motion of the heavenly bodies due to a combination of the motion of the Earth and the finite velocity of light.
A stellar association is a very loose star cluster, looser than both open clusters and globular clusters.
Stellar classification is a classification of stars based initially on photospheric temperature and its associated spectral characteristics, and subsequently refined in terms of other characteristics.
Stellar dynamics is the branch of astrophysics which describes in a statistical way the collective motions of stars subject to their mutual gravity.
A stellar engine is a hypothetical propulsion device that employs a significant part of a star's radiation to change the star's velocity (literally: an engine for a star).
Stellar evolution is the sequence of changes that a star undergoes during its lifetime, the millions or billions of years during which it emits light and heat.
Stellar Loussier is a fictional character in the anime series Gundam SEED Destiny.
Stellar magnitude. The apparent magnitude (m) of a star, is a measure of its apparent brightness; that is, the amount of light received from the star.
Stellar nucleosynthesis is the collective term for the nuclear reactions taking place in stars to build the nuclei of the heavier elements.
Stellar parallax is the change of angular position of two stars relative to each other as seen from earth, due to the different orbital positions of the Earth.
Stellar population. Stars can be grouped into two general types called Population I and Population II.
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A particularly convenient choice for stellarators (as shown in Figure 1) are the magnetic or Boozer coordinates [2] which allow the particle trajectory equations to be expressed in an accurate Hamiltonian form which depends only on the magnitude of the magnetic field and its derivatives.
In Figure 2 we display an outer magnetic flux surface of a low aspect ratio stellarator with color contours proportional to the strength of the magnetic field (light purple is low field, light blue-green is high field) and the trajectory of a magnetic field line is shown in white.
Stellarator transport optimizations focus directly on the dependence of the magnetic field strength on the two angular coordinates which span each flux surface.