Reachable Extreme Ultraviolet Wavelengths According to Elements / Atomic Data
Identifieur interne : 000207 ( Main/Merge ); précédent : 000206; suivant : 000208Reachable Extreme Ultraviolet Wavelengths According to Elements / Atomic Data
Auteurs : D. Kilbane [Irlande (pays), France] ; F. De Dortan [Irlande (pays), France] ; G. O'Sullivan [Irlande (pays), France] ; V. Zakharov [Irlande (pays), France]Source :
- Short Wavelength Laboratory Sources: Principles and Practices ; 2015.
English descriptors
- KwdEn :
- Actinium, Atomic number, Bauche, Einstein coefficient, Emitter, Gadolinium, Kilbane, Klapisch, Lanthanide series, Lanthanum, Laser, Lithography, Nuclear charge, Phys, Phys lett, Radiation sources, Same range, Short wavelength laboratory sources, Shorter wavelength, Shorter wavelengths, Spectral width, Spontaneous emission, Statistical weight, Strong emitters, Terbium, Theoretical calculations, Unresolved transition array, Upper level, Water window, Wavelength, Wavelength range.
- Teeft :
- Actinium, Atomic number, Bauche, Einstein coefficient, Emitter, Gadolinium, Kilbane, Klapisch, Lanthanide series, Lanthanum, Laser, Lithography, Nuclear charge, Phys, Phys lett, Radiation sources, Same range, Short wavelength laboratory sources, Shorter wavelength, Shorter wavelengths, Spectral width, Spontaneous emission, Statistical weight, Strong emitters, Terbium, Theoretical calculations, Unresolved transition array, Upper level, Water window, Wavelength, Wavelength range.
Abstract
Extreme ultraviolet and soft X-ray sources have been identified, using the FAC relativistic code, as emission arising from 4d–4f and 4p–4d transitions in palladium-like to rubidium-like ions of lanthanum through actinium. The spectra of these strong emitters are seen to separate and move to shorter wavelength as the nuclear charge increases. The emission was comparable from each source and was characterized using the unresolved transition array model. In future applications such as microscopy, spectroscopy and lithography, these radiation sources may be generated by employing the laser-produced plasma technique.
Url:
DOI: 10.1039/9781849735018-00042
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ISTEX:6A39DA789243E5761278846596FA3D69EC38090CLe document en format XML
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<term>Gadolinium</term>
<term>Kilbane</term>
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<term>Lithography</term>
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<term>Phys</term>
<term>Phys lett</term>
<term>Radiation sources</term>
<term>Same range</term>
<term>Short wavelength laboratory sources</term>
<term>Shorter wavelength</term>
<term>Shorter wavelengths</term>
<term>Spectral width</term>
<term>Spontaneous emission</term>
<term>Statistical weight</term>
<term>Strong emitters</term>
<term>Terbium</term>
<term>Theoretical calculations</term>
<term>Unresolved transition array</term>
<term>Upper level</term>
<term>Water window</term>
<term>Wavelength</term>
<term>Wavelength range</term>
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<term>Phys lett</term>
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<term>Short wavelength laboratory sources</term>
<term>Shorter wavelength</term>
<term>Shorter wavelengths</term>
<term>Spectral width</term>
<term>Spontaneous emission</term>
<term>Statistical weight</term>
<term>Strong emitters</term>
<term>Terbium</term>
<term>Theoretical calculations</term>
<term>Unresolved transition array</term>
<term>Upper level</term>
<term>Water window</term>
<term>Wavelength</term>
<term>Wavelength range</term>
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<front><div type="abstract">Extreme ultraviolet and soft X-ray sources have been identified, using the FAC relativistic code, as emission arising from 4d–4f and 4p–4d transitions in palladium-like to rubidium-like ions of lanthanum through actinium. The spectra of these strong emitters are seen to separate and move to shorter wavelength as the nuclear charge increases. The emission was comparable from each source and was characterized using the unresolved transition array model. In future applications such as microscopy, spectroscopy and lithography, these radiation sources may be generated by employing the laser-produced plasma technique.</div>
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