Electronic structure of nonstoichiometric transition metal carbides: A comparison of theory with XPS, EELS and XANES spectra

Nikiforov, I. Ya.; Kolpacheva, O. V.; Bazhin, I. V.; Kolpachev, A. B.

doi:10.1016/0368-2048(94)02119-8

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Other Techniques To Probe Biological Roles Of Metals1

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2022

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“…chemical bonding of selected elements in the illuminated area [187]. Measurements of ELNES with a sufficient signal-to-noise ratio is limited up to about 1000 eV while XANES can be observed across all energies, effectively including almost all elements in the periodic table [188][189][190][191] which creates a natural complementarity. Both ELNES and XANES data can be analyzed either by comparison with spectra of reference compounds, or by using theoretical tools [192,193].…”

Section: Other Techniques To Probe Biological Roles Of Metalsmentioning

confidence: 99%

XANES spectroscopy for the clinician

Bazin¹,

Réguer²,

Vantelon³

et al. 2022

Comptes Rendus. Chimie

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XANES spectroscopy, which uses synchrotron radiation as a probe, offers substantial information about the local structure of biological samples, encompassing those without long range order such as Pt anticancer molecules, and nanometre scale or amorphous particles of calcium phosphate. Its subcellular spatial resolution, as well as its capacity to operate at room temperatures and pressures represent major advantages for medical research. Moreover, paraffin embedded biopsy samples can be analysed without any further preparation, Key publications which illustrate these capacities are presented.

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