by transitions between different energy levels(passive) are caused bymany more spectral lines
certain transitionscausesformation of spectral lines
various line - broadening effectsmight causedifferent spectral lines
Because of this , the power of the photons they emit are differentcausingdifferent spectral lines
Different molecules absorb light at certain wavelengths , or colorsresultingin dark spectral lines
interactionis ... causesspectral line broadening
by nuclear spin(passive) caused bySpectral line broadening
by the Doppler effect(passive) caused bystellar spectral lines
spectrum ... in turncausesshifting spectral lines
Observations of the distribution of these galaxies and theirhave ledspectral line]]s
in turncausesshifting spectral lines
The spectral lines of the star factorsinfluencingthe broadening of spectral lines
by orbiting planets(passive) caused bystellar spectral lines
a star to wobblecausingshifting spectral lines
the stellar atmospheric density and the surface gravity of the star(passive) caused mainly byA broadening of spectral lines
usually(passive) are ... causedspectral range
the rotationcausesa broadening of spectral lines
by the presence of a ( strong ) magnetic field in the gas where the lines are formed(passive) caused byspectral lines
These small - scale intense fieldscan causebroadening of spectral lines
A longer dephasing timecausesnarrower spectral lines
by different chemical elements absorbing or emitting light at specific energies[6(passive) are caused byspectral lines
by different chemical elements absorbing or emitting light at specific energies[6].(passive) are caused byspectral lines
by different chemical elements absorbing or emitting light at specific energies[6(passive) are causedspectral lines
by absorption of one gas cloud(passive) caused bythe spectral lines
by presence of strong magnetic field(passive) is caused byspectral lines
the Doppler shift of thermal motion of gas in the star(passive) caused byspectral lines
thanks to decomposition of solar or star light on spectrum(passive) were discoveredThe spectral lines
the type of absorptionresultsin Spectral Lines
by several atomic processes inside the plasma(passive) caused byspectral lines
by the sun?s magnetic field(passive) caused bythe spectral lines
by the Doppler effect(passive) caused bythe spectral lines
by its high spin rate(passive) is caused byspectral lines
by the presence of active regions(passive) caused byspectral lines
spectral lines of helium spectral lines(passive) are caused byspectral lines
by an external field(passive) caused byspectral lines
the emission of photons at specific wavelengths(passive) are caused bySpectral lines
The colorresultsfrom spectral lines
by a magnetic field(passive) caused byspectral lines
K - alpha emission ... K - alpha 1 and K - alpha 2(passive) is composedK - alpha emission ... K - alpha 1 and K - alpha 2
K - alpha emission(passive) is composedK - alpha emission
to some wavelength bandscontributingto some wavelength bands
lines in solar spectrumdiscoveredlines in solar spectrum
the bursts different frequency bands to slow downcausingthe bursts different frequency bands to slow down
in the terrestrial atmosphere ( air gloworiginatingin the terrestrial atmosphere ( air glow
to various spectral line profilecontributeto various spectral line profile
5results5
The K - shell emission spectrum of porous aluminum(passive) was composed primarilyThe K - shell emission spectrum of porous aluminum
the total transmission in both channelsinfluencethe total transmission in both channels
when the atom passes from one energy state , n = 3 , to others , n = 2 and n =originatewhen the atom passes from one energy state , n = 3 , to others , n = 2 and n =
The solid line is the actual spectrum observed(passive) is caused byThe solid line is the actual spectrum observed
The solid line is the actual spectrum observed(passive) is caused byThe solid line is the actual spectrum observed
from the accretion disks presented in the left panelsoriginatingfrom the accretion disks presented in the left panels
from a spontaneous downwards transition from upper levelresultsfrom a spontaneous downwards transition from upper level
alsoresultalso
in different atmospheric layers of the staroriginatingin different atmospheric layers of the star
from the interaction between a quantum systemresultfrom the interaction between a quantum system
overlap of many the absorption peaksare ... causingoverlap of many the absorption peaks
overlap of many of the absorption peaksare ... causingoverlap of many of the absorption peaks
in the Earth?s atmosphereoriginatingin the Earth?s atmosphere
in the gasoriginatingin the gas
in individual layers of the stellar atmosphereoriginatingin individual layers of the stellar atmosphere
to additional frequenciesledto additional frequencies
from one of the companion starsoriginatingfrom one of the companion stars
to some of these bandscontributingto some of these bands
of amplitude , frequency and phase valuescomposedof amplitude , frequency and phase values
this fitmight influencethis fit
to fluxcontributingto flux
to flux incontributingto flux in
to a new abundance determination of the Sunledto a new abundance determination of the Sun
from this process that are in the radio regimeresultfrom this process that are in the radio regime
from atomsoriginatingfrom atoms
to the discovery of what is known as Zeeman Effectledto the discovery of what is known as Zeeman Effect
from transitionsoriginatefrom transitions
from discrete changes in the energy of an atom or moleculeresultfrom discrete changes in the energy of an atom or molecule
them to splitcausesthem to split
from the main ionization stages of an elementoriginatingfrom the main ionization stages of an element
from atoms under constant external conditionsoriginatingfrom atoms under constant external conditions
from certain galaxiesoriginatingfrom certain galaxies