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2007
Several standard spectroscopic techniques that are widely used for the study of superconductors are discussed. In particular, we focus on vibrational spectroscopies, in particular infrared and Raman modes. Extremely useful Kramers–Kronig analysis of the conductivity is described.
Charles P. Poole+3 more
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Several standard spectroscopic techniques that are widely used for the study of superconductors are discussed. In particular, we focus on vibrational spectroscopies, in particular infrared and Raman modes. Extremely useful Kramers–Kronig analysis of the conductivity is described.
Charles P. Poole+3 more
openaire +2 more sources
Spectroscopic order out of spectroscopic chaos
International Journal of Quantum Chemistry, 1987AbstractA concept is advanced explaining how low resolution studies of chaotic spectral regions can result in assignable regular spectra. The concept draws on ideas from resonance scattering theory, and application is made to interpretation of vibrational spectra in the quasicontinuum.
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THE INTERFEROMETER AND THE SPECTROSCOPE: MICHELSON'S STANDARDS AND THE SPECTROSCOPIC COMMUNITY
Nuncius, 2003SUMMARY This is a study of the role of the spectroscope in the making of the interferometer. As Michelson developed interferential refractometry into a multifaceted field of research, he drew on the spectroscope as a complementary instrument, but also highlighted the increased accuracy that interferometry promised.
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Some Spectroscopic Reminiscences
Annual Review of Physical Chemistry, 1995We review a number of essentially spectroscopic problems in this personal account. The structure of high-temperature species remains a topic of considerable broad interest. The binary fluorides of essentially every element are stable as the isolated gas-phase molecular species. As such they provide a means of comparing bonding with the entire periodic
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Laser-Spectroscopic Applications
1991In the previous chapter we have seen how tunable lasers can be used in a multitude of ways to gain basic information on atomic and molecular systems. Thus, the laser has had a considerable impact on basic research, and its utility within the applied spectroscopic field is not smaller.
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