High energy resolution fluorescence detection (HERFD) - Revision history

BrianMcMahon: Added German translation (U. Mueller)

2017-11-14T09:43:11Z

Added German translation (U. Mueller)

BrianMcMahon: Style edits to align with printed edition

2017-05-19T16:15:56Z

Style edits to align with printed edition

BrianMcMahon: Created page with "== Definition == '''High energy resolution fluorescence detection''' (HERFD) requires measurement of the fluorescence lines with an instrumental energy bandwidth on the order of..."

2016-04-13T15:44:44Z

Created page with "== Definition == '''High energy resolution fluorescence detection''' (HERFD) requires measurement of the fluorescence lines with an instrumental energy bandwidth on the order of..."

New page

== Definition ==

'''High energy resolution fluorescence detection''' (HERFD) requires measurement of the fluorescence lines with an instrumental energy bandwidth on the order of or below the core hole lifetime broadening of the absorption edge (''see'' [[X-ray emission spectroscopy (XES)|XES]]). A HERFD-XAS experiment measures the intensity of the fluorescence line as a function of the incident energy ('''fluorescence-detected XAS''', '''[[secondary process detection]]''') and may yield spectral features with line broadenings that are smaller than the lifetime broadening of the core hole excited state of absorption. HERFD has to be understood within the framework of '''resonant X-ray emission spectroscopy''' (RXES). A HERFD-XAS spectrum may present a good approximation to the '''[[absorption cross section]]''' with reduced lifetime broadening. This is, however, not necessarily the case and has to be carefully verified.

== See also ==
*[[Inelastic X-ray scattering (IXS)]]
*[[Secondary process detection]]

[[Category:X-ray absorption spectroscopy]]

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	'''High energy resolution fluorescence detection''' (HERFD) requires measurement of the fluorescence lines with an instrumental energy bandwidth on the order of or below the core hole lifetime broadening of the absorption edge (see [[X-ray emission spectroscopy (XES)\|XES]]). A HERFD-XAS experiment measures the intensity of the fluorescence line as a function of the incident energy ('''fluorescence-detected XAS''', '''[[secondary process detection]]''') and may yield spectral features with line broadenings that are smaller than the lifetime broadening of the core hole excited state of absorption. HERFD has to be understood within the framework of '''resonant X-ray emission spectroscopy''' (RXES). A HERFD-XAS spectrum may present a good approximation to the '''[[absorption cross section]]''' with reduced lifetime broadening. This is, however, not necessarily the case and has to be carefully verified.		'''High energy resolution fluorescence detection''' (HERFD) requires measurement of the fluorescence lines with an instrumental energy bandwidth on the order of or below the core hole lifetime broadening of the absorption edge (see [[X-ray emission spectroscopy (XES)\|XES]]). A HERFD-XAS experiment measures the intensity of the fluorescence line as a function of the incident energy ('''fluorescence-detected XAS''', '''[[secondary process detection]]''') and may yield spectral features with line broadenings that are smaller than the lifetime broadening of the core hole excited state of absorption. HERFD has to be understood within the framework of '''resonant X-ray emission spectroscopy''' (RXES). A HERFD-XAS spectrum may present a good approximation to the '''[[absorption cross section]]''' with reduced lifetime broadening. This is, however, not necessarily the case and has to be carefully verified.

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−	~~== Definition ==~~	+	'''High energy resolution fluorescence detection''' (HERFD) requires measurement of the fluorescence lines with an instrumental energy bandwidth on the order of or below the core hole lifetime broadening of the absorption edge (see [[X-ray emission spectroscopy (XES)\|XES]]). A HERFD-XAS experiment measures the intensity of the fluorescence line as a function of the incident energy ('''fluorescence-detected XAS''', '''[[secondary process detection]]''') and may yield spectral features with line broadenings that are smaller than the lifetime broadening of the core hole excited state of absorption. HERFD has to be understood within the framework of '''resonant X-ray emission spectroscopy''' (RXES). A HERFD-XAS spectrum may present a good approximation to the '''[[absorption cross section]]''' with reduced lifetime broadening. This is, however, not necessarily the case and has to be carefully verified.
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−	'''High energy resolution fluorescence detection''' (HERFD) requires measurement of the fluorescence lines with an instrumental energy bandwidth on the order of or below the core hole lifetime broadening of the absorption edge (''see'' [[X-ray emission spectroscopy (XES)\|XES]]). A HERFD-XAS experiment measures the intensity of the fluorescence line as a function of the incident energy ('''fluorescence-detected XAS''', '''[[secondary process detection]]''') and may yield spectral features with line broadenings that are smaller than the lifetime broadening of the core hole excited state of absorption. HERFD has to be understood within the framework of '''resonant X-ray emission spectroscopy''' (RXES). A HERFD-XAS spectrum may present a good approximation to the '''[[absorption cross section]]''' with reduced lifetime broadening. This is, however, not necessarily the case and has to be carefully verified.

	== See also ==		== See also ==