Excited state: Difference between revisions

Latest revision as of 07:26, 29 March 2024

Configurations of an atom or molecule that contain more energy than the ground state.
Excited electronic or vibrational states usually occur following the absorption of radiation of the correct frequency, and are lost by processes such as emission of the radiation (fluorescence) or by reaction. Many electronically excited states are more reactive than the ground state, for example, the first excited state of atomic oxygen, O(¹D).

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+Configurations of an atom or molecule that contain more [[energy]] than the [[ground state|ground  state]].<br/> Excited electronic or vibrational states usually occur following the [[absorption]] of [[radiation]] of  the correct [[frequency]], and are lost by processes such as [[emission]] of the radiation ([[fluorescence]])  or by reaction. Many electronically excited states are more reactive than the ground state, for  example, the first excited state of atomic [[oxygen]], O(<sup>1</sup>D).
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-<div class="definition"><div class="short_definition">Configurations of an atom or molecule that contain more [[energy]] than the [[ground state|ground  state]].</div><br/> <div class="paragraph">Excited electronic or vibrational states usually occur following the [[absorption]] of [[radiation]] of  the correct [[frequency]], and are lost by processes such as [[emission]] of the radiation ([[fluorescence]])  or by reaction. Many electronically excited states are more reactive than the ground state, for  example, the first excited state of atomic [[oxygen]], O(<sup>1</sup>D).</div><br/> </div>
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