Results 291 to 300 of about 44,823,850 (352)
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Physical Review Letters, 1959
A construction is given of an equivalent one-body pocomplex target. The case of incident and target particles being identical nonrelativistic fermions, and allowing fully for antisymmetry, is considered explicitly. (A.C.)
J. S. Bell, E. J. Squires
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A construction is given of an equivalent one-body pocomplex target. The case of incident and target particles being identical nonrelativistic fermions, and allowing fully for antisymmetry, is considered explicitly. (A.C.)
J. S. Bell, E. J. Squires
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2010
The theory and modeling of optical MEMS structures are discussed in this chapter. Optics is also related to the processing of silicon MEMS in many ways, but here the focus is on the optical MEMS structures themselves and not on their fabrication methods.
Aalto Timo, Olkkonen Juuso
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The theory and modeling of optical MEMS structures are discussed in this chapter. Optics is also related to the processing of silicon MEMS in many ways, but here the focus is on the optical MEMS structures themselves and not on their fabrication methods.
Aalto Timo, Olkkonen Juuso
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Optik (Stuttgart), 2020
We report on optical properties of undoped ZnO and Boron doped ZnO (B-ZnO) thin films prepared by sol-gel dip coating technique. Optical transmittance and reflectance were investigated to get a deeper insight into the optical properties and ...
A. Alsaad +4 more
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We report on optical properties of undoped ZnO and Boron doped ZnO (B-ZnO) thin films prepared by sol-gel dip coating technique. Optical transmittance and reflectance were investigated to get a deeper insight into the optical properties and ...
A. Alsaad +4 more
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Adaptive optics performance model for optical interferometry
Applied Optics, 2007The optical interferometry community has discussed the possibility of using adaptive optics (AO) on apertures much larger than the atmospheric coherence length in order to increase the sensitivity of an interferometer, although few quantitative models have been investigated.
D, Mozurkewich +3 more
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1990
Aside from its intrinsic interest, the optical model of the scattering of neutrons from nuclei has a number of practical uses. It allows one to correlate large amounts of data on elastic scattering, absorption and total cross sections and hence to predict by extrapolation the cross sections for targets or energies as yet unmeasured.
G. R. Satchler, F. G. Perey
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Aside from its intrinsic interest, the optical model of the scattering of neutrons from nuclei has a number of practical uses. It allows one to correlate large amounts of data on elastic scattering, absorption and total cross sections and hence to predict by extrapolation the cross sections for targets or energies as yet unmeasured.
G. R. Satchler, F. G. Perey
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A Model for the Optical Transistor and Optical Switching
Journal of Modern Optics, 1991Abstract We propose a model for the optical transistor which can also be used for optical switching. We consider the ‘resonant optical tunnel effect’ and we show that the amplification of a modulation may be obtained by acting on the index of refraction of the intermediate nonlinear layer of a multilayer optical film.
J.M. Vigoureux, F. Raba
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1996
Abstract In Chapter I we introduced the optical potential in order to account for the loss of current in the elastic channel owing to the coupling to non-elastic channels. The treatment there was purely phenomenological. It was based on an analogy with optics, where a complex index of refraction fulfils the function of a scattering ...
P Fröbrich, R Lipperheide
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Abstract In Chapter I we introduced the optical potential in order to account for the loss of current in the elastic channel owing to the coupling to non-elastic channels. The treatment there was purely phenomenological. It was based on an analogy with optics, where a complex index of refraction fulfils the function of a scattering ...
P Fröbrich, R Lipperheide
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A generalized model for description of propagation pulses in optical fiber
Optik (Stuttgart), 2019We consider the mathematical model with arbitrary power of nonlinearity which is described by the generalized Schrodinger equation. The Cauchy problem for this equation is not solved by the inverse scattering transform and we use the traveling wave ...
N. Kudryashov
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1992
The advantages of the dispersive optical model for the analysis of neutron interactions are described, and recent analyses reviewed.
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The advantages of the dispersive optical model for the analysis of neutron interactions are described, and recent analyses reviewed.
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Optical Properties and Applications of Plasmonic‐Metal Nanoparticles
Advanced Functional Materials, 2020Noble metal nanoparticles due to their unique optical properties arising from their interactions with an incident light have been intensively employed in a broad range of applications. This review comprehensively describes fundamentals behind plasmonics,
Lu Wang +2 more
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