Results 331 to 340 of about 4,470,820 (395)
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Journal of Molecular Spectroscopy, 1965
Abstract The A2Σ+-X2Π system of CF has been investigated with high dispersion in the region 2190–2965 A and the rotational structure of 18 bands analyzed. Vibrational and rotational constants have been determined for levels up to v′ = 1 and v″ = 9.
T.L Porter, D.E Mann, N Acquista
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Abstract The A2Σ+-X2Π system of CF has been investigated with high dispersion in the region 2190–2965 A and the rotational structure of 18 bands analyzed. Vibrational and rotational constants have been determined for levels up to v′ = 1 and v″ = 9.
T.L Porter, D.E Mann, N Acquista
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Infrared Electronic Emission Spectrum of Nitrogen
Applied Optics, 1970The ir emission spectrum of nitrogen from 1 micro to 5 micro wavelength, arising from transitions between excited electronic states of the molecule and the atom, is presented and discussed. This investigation was undertaken to survey the near ir for possible auroral emission features and to extend the electronic emission spectrum of the common ...
K A, Saum, W M, Benesch
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Physical Review A, 1987
The two-photon emission spectrum of a strongly driven two-level atom is defined and calculated. Such a spectrum reveals details of non-Markovian dynamics which are not observable in the usual experiments. It is shown that a clear separation of Markovian and non-Markovian regimes is possible in the two-photon emission spectrum.
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The two-photon emission spectrum of a strongly driven two-level atom is defined and calculated. Such a spectrum reveals details of non-Markovian dynamics which are not observable in the usual experiments. It is shown that a clear separation of Markovian and non-Markovian regimes is possible in the two-photon emission spectrum.
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Secondary-electron-emission spectrum of diamond
Physical Review B, 1991The secondary-electron-emission spectrum has been measured for diamond (110) type 2{ital a}. Peaks at 6, 14.4, and 22.9 eV with respect to the top of the valence band were observed. The 6-eV peak was associated with the conduction-band minimum, whereas the 14.4- and 22.9-eV peaks were associated with electronic transitions to higher conduction bands ...
, Hoffman, , Folman, , Prawer
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Infrared Electronic Emission Spectrum of Oxygen
Applied Optics, 1970The emission spectrum of the positive column of an electric discharge in flowing oxygen has been investigated in the near ir, from 1-micro to 5-micro wavelength. Spectra over a range of pressures from 0.5 Torr to 10 Torr are displayed, and thirteen previously unreported lines of OI measured and assigned.
K A, Saum, W M, Benesch
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Revisit emission spectrum and entropy quantum of the Reissner–Nordström black hole
, 2012Banerjee and Majhi’s recent work shows that black hole’s emission spectrum could be fully reproduced in the tunneling picture, where, as an intriguing technique, the Kruskal extension was introduced to connect the left and right modes inside and outside ...
Q. Jiang
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Intrinsic Self-Trapped Emission in 0D Lead-Free (C4H14N2)2In2Br10 Single Crystal.
Angewandte Chemie, 2019Low-dimensional lead halide perovskite materials recently have drawn much attention owing to the intriguing broadband emissions, however, the toxicity of lead will hinder their future development. Herein we report a novel lead-free (C 4 H 14 N 2 ) 2 In 2
Lei Zhou +6 more
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Vibronic Emission Spectrum ofp-Xylyl Radical
Journal of Molecular Spectroscopy, 1999We have obtained high-resolution Fourier transform emission spectra of the à left and right arrow &Xtilde; transition of the jet-cooled p-xylyl radical in the 450-nm spectral region. The band contours of several vibronic bands are examined. By using the rotational constants obtained from previous high-resolution LIF spectra and information about the ...
, Suh, , Lee, , Miller
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Full-visible-spectrum lighting enabled by an excellent cyan-emitting garnet phosphor
, 2020The development of phosphor materials with outstanding photoluminescence properties is critical for next-generation high-quality solid-state white lighting.
Jia Liang +5 more
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THE EMISSION SPECTRUM OF ALUMINUM MONOFLUORIDE I
Canadian Journal of Physics, 1953Two band systems of the emission spectrum of AlF are described, viz. the far ultraviolet A1Π − X1Σ system discovered by Rochester in absorption, and a new system due to a 1Σ − A1Π transition in the region 8175 Å–6670 Å. A revised vibrational analysis of the A1Π − X1Σ system is given as well as the vibrational and rotational analyses of the new system,
S. M. Naudé, T. J. Hugo
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