Fully reflective deep ultraviolet to near infrared spectrometer and entrance optics for resonance Raman spectroscopy

B. Schulz; J. Bäckström; D. Budelmann; R. Maeser; M. Rübhausen; M. V. Klein; E. Schoeffel; A. Mihill; S. Yoon

doi:10.1063/1.1946985

Fully reflective deep ultraviolet to near infrared spectrometer and entrance optics for resonance Raman spectroscopy

B. Schulz, J. Bäckström, D. Budelmann, R. Maeser, M. Rübhausen, M. V. Klein, E. Schoeffel, A. Mihill, S. Yoon

Department of Physics

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31 Scopus citations

Abstract

We present the design and performance of a new triple-grating deep ultraviolet to near-infrared spectrometer. The system is fully achromatic due to the use of reflective optics. The minimization of image aberrations by using on- and off- axis parabolic mirrors as well as elliptical mirrors yields a strong stray light rejection with high resolution over a wavelength range between 165 and 1000 nm. The Raman signal is collected with a reflective entrance objective with a numerical aperture of 0.5, featuring a Cassegrain-type design. Resonance Raman studies on semiconductors and on correlated compounds, such as LaMn O3, highlight the performance of this instrument, and show diverse resonance effects between 1.96 and 5.4 eV.

Original language	English
Article number	073107
Journal	Review of Scientific Instruments
Volume	76
Issue number	7
DOIs	https://doi.org/10.1063/1.1946985
State	Published - Jul 2005

Bibliographical note

Funding Information:
The authors acknowledge many stimulating discussions with U. Merkt. We are supported by DFG Ru773/2-2, Ru773/2-3, GrK “Physik nanostrukturierter Festkörper.”

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title = "Fully reflective deep ultraviolet to near infrared spectrometer and entrance optics for resonance Raman spectroscopy",

abstract = "We present the design and performance of a new triple-grating deep ultraviolet to near-infrared spectrometer. The system is fully achromatic due to the use of reflective optics. The minimization of image aberrations by using on- and off- axis parabolic mirrors as well as elliptical mirrors yields a strong stray light rejection with high resolution over a wavelength range between 165 and 1000 nm. The Raman signal is collected with a reflective entrance objective with a numerical aperture of 0.5, featuring a Cassegrain-type design. Resonance Raman studies on semiconductors and on correlated compounds, such as LaMn O3, highlight the performance of this instrument, and show diverse resonance effects between 1.96 and 5.4 eV.",

author = "B. Schulz and J. B{\"a}ckstr{\"o}m and D. Budelmann and R. Maeser and M. R{\"u}bhausen and Klein, {M. V.} and E. Schoeffel and A. Mihill and S. Yoon",

note = "Funding Information: The authors acknowledge many stimulating discussions with U. Merkt. We are supported by DFG Ru773/2-2, Ru773/2-3, GrK “Physik nanostrukturierter Festk{\"o}rper.” ",

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month = jul,

doi = "10.1063/1.1946985",

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volume = "76",

journal = "Review of Scientific Instruments",

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AU - Schulz, B.

AU - Bäckström, J.

AU - Budelmann, D.

AU - Maeser, R.

AU - Rübhausen, M.

AU - Klein, M. V.

AU - Schoeffel, E.

AU - Mihill, A.

AU - Yoon, S.

N1 - Funding Information: The authors acknowledge many stimulating discussions with U. Merkt. We are supported by DFG Ru773/2-2, Ru773/2-3, GrK “Physik nanostrukturierter Festkörper.”

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N2 - We present the design and performance of a new triple-grating deep ultraviolet to near-infrared spectrometer. The system is fully achromatic due to the use of reflective optics. The minimization of image aberrations by using on- and off- axis parabolic mirrors as well as elliptical mirrors yields a strong stray light rejection with high resolution over a wavelength range between 165 and 1000 nm. The Raman signal is collected with a reflective entrance objective with a numerical aperture of 0.5, featuring a Cassegrain-type design. Resonance Raman studies on semiconductors and on correlated compounds, such as LaMn O3, highlight the performance of this instrument, and show diverse resonance effects between 1.96 and 5.4 eV.

AB - We present the design and performance of a new triple-grating deep ultraviolet to near-infrared spectrometer. The system is fully achromatic due to the use of reflective optics. The minimization of image aberrations by using on- and off- axis parabolic mirrors as well as elliptical mirrors yields a strong stray light rejection with high resolution over a wavelength range between 165 and 1000 nm. The Raman signal is collected with a reflective entrance objective with a numerical aperture of 0.5, featuring a Cassegrain-type design. Resonance Raman studies on semiconductors and on correlated compounds, such as LaMn O3, highlight the performance of this instrument, and show diverse resonance effects between 1.96 and 5.4 eV.

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DO - 10.1063/1.1946985

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Fully reflective deep ultraviolet to near infrared spectrometer and entrance optics for resonance Raman spectroscopy

Abstract

Bibliographical note

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