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Publication Citation: Characterization of Standard Reference Material 2942, Ce-Ion-Doped Glass, Spectral Correction Standard for UV Fluorescence

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Author(s): Paul C. DeRose; Melody V. Smith; Klaus Mielenz; Jeffrey R. Anderson; Gary W. Kramer;
Title: Characterization of Standard Reference Material 2942, Ce-Ion-Doped Glass, Spectral Correction Standard for UV Fluorescence
Published: Date Unknown
Abstract: Standard Reference Material (SRM) 2942 is a cuvette-shaped, Ce-ion-doped glass, recommended for use for relative spectral correction of emission and day-to-day performance verification of steady-state fluorescence spectrometers. Properties of this standard that influence its effective use or contribute to the uncertainty in its certified emission spectrum were explored here. These properties include its photostability, absorbance, dissolution rate in water, anisotropy and temperature coefficient of fluorescence intensity. The expanded uncertainties in the certified spectrum are about 9 % around the peak maximum at 330 nm, using an excitation wavelength of 310 nm. The SRM also exhibits a strong resistance to photodegradation, with no measurable decrease in fluorescence intensity even after 25 hours of irradiation with the UV light > 280 nm from a Xe lamp.
Citation: Journal of Luminescence
Keywords: biosystems and health, calibration, fluorescence, instrument qualification, method validation, Ce glass, spectral correction, SRM
Research Areas: Neutron Research, Energy, Manufacturing, Materials Science, Bioscience & Health, Chemistry, Nanotechnology, Physics, Measurements