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Annals of Biomedical Engineering, 1992
Impedance spectroscopy (IS) is a general term that subsumes the small-signal measurement of the linear electrical response of a material of interest (including electrode effects) and the subsequent analysis of the response to yield useful information about the physicochemical properties of the system.
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Impedance spectroscopy (IS) is a general term that subsumes the small-signal measurement of the linear electrical response of a material of interest (including electrode effects) and the subsequent analysis of the response to yield useful information about the physicochemical properties of the system.
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SPECTROSCOPY OR SPECTROSCOPIES?
Nuncius, 2002Abstracttitle SUMMARY /title One of the most intriguing questions posed to the participants of the Munich workshop was: Were the techniques similar enough from one field to another so as to facilitate communication between different groups? Or did they conversely vary so much that one cannot speak of a single community of spectroscopists?
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2014
Given its ability to detect all iron centers, to identify their electronic structures, and to quantify the ratios of the different iron forms present in a sample, many researchers turn to Mössbauer spectroscopy when wanting to address structural and mechanistic questions involving iron proteins.
Clémancey, Martin +3 more
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Given its ability to detect all iron centers, to identify their electronic structures, and to quantify the ratios of the different iron forms present in a sample, many researchers turn to Mössbauer spectroscopy when wanting to address structural and mechanistic questions involving iron proteins.
Clémancey, Martin +3 more
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Optics Letters, 2009
It is shown that the structure information for a lattice or periodic pattern can be obtained by measuring the diffracted spectrum of a broadband light source at one spatial position in the far field.
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It is shown that the structure information for a lattice or periodic pattern can be obtained by measuring the diffracted spectrum of a broadband light source at one spatial position in the far field.
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Chaos: An Interdisciplinary Journal of Nonlinear Science, 1992
The spectra of quantized chaotic billiards from the point of view of scattering theory are discussed. It is shown how the spectral and resonance density functions both fluctuate about a common mean. A semiclassical treatment explains this in terms of classical scattering trajectories and periodic orbits of the Poincaré scattering map.
Eyal, Doron, Uzy, Smilansky
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The spectra of quantized chaotic billiards from the point of view of scattering theory are discussed. It is shown how the spectral and resonance density functions both fluctuate about a common mean. A semiclassical treatment explains this in terms of classical scattering trajectories and periodic orbits of the Poincaré scattering map.
Eyal, Doron, Uzy, Smilansky
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2003
Although providing extensive detail, the time-resolved experiments described here can be quite complex and the instrumentation is not always readily available. However, a number of national fluorescence user facilities funded by the National Institutes of Health or the National Science Foundation are currently in operation and are dedicated to the use ...
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Although providing extensive detail, the time-resolved experiments described here can be quite complex and the instrumentation is not always readily available. However, a number of national fluorescence user facilities funded by the National Institutes of Health or the National Science Foundation are currently in operation and are dedicated to the use ...
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Fusion Technology, 2000
Plasma spectroscopy is a diagnostic tool which is most suitable for the measurement of the behaviour of impurity ions, e.g. density, temperature and velocity distributions, also in high temperature plasmas. In most cases accurate knowledge of atomic properties, like emitted wavelengths, transition probabilities and collision cross sections is needed ...
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Plasma spectroscopy is a diagnostic tool which is most suitable for the measurement of the behaviour of impurity ions, e.g. density, temperature and velocity distributions, also in high temperature plasmas. In most cases accurate knowledge of atomic properties, like emitted wavelengths, transition probabilities and collision cross sections is needed ...
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