Results 211 to 220 of about 44,711 (268)

Material strategy for strain-invariant radio-frequency electronics. [PDF]

Int J Extrem Manuf
Zhang S, Yang F, Song C, Cheng H.
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Broadening of resonance profiles

Journal of Electron Spectroscopy and Related Phenomena, 1973
Abstract There are many cases in experimental physics where narrow resonances are observed under conditions in which they are broadening by an apparatus function. In the present work we give data to help in determining parameters for resonances under these circumstances.
J. Comer, F.H. Read
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Stark broadening of resonance transitions in B III

Physical Review A, 1996
We performed line profile measurements of the 2s-2p resonance transitions in B III in order to test quantum-mechanical (close-coupling) theory. The experiment was carried out using the well-diagnosed gas-liner pinch discharge where plasma parameters are determined independently by 90\ifmmode^\circ\else\textdegree\fi{} Thomson scattering.
, Glenzer, , Kunze
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Measurement Broadening in Magnetic Resonance

Journal of Applied Physics, 1959
Phase-detection techniques used in recording magnetic resonances are the source of a measurement broadening. Results of a general mathematical treatment for arbitrary line shape and of machine computation for a Lorentz line shape lead to a series of curves which may be used to correct observed widths under circumstances where the Lorentz shape may be ...
E. J. Putzer, O. E. Myers
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Resonance broadening and van der waals broadening

EAS Publications Series, 2010
Resonance broadening is important for the hydrogen lines in the spectra of F-typeand later stars. In the corresponding temper- ature regime, the extended wings of the Balmer lines are used as a stellar effective temperature indicator. We show the effect of the use of two broadending theories, Ali & Griem (1965, 1966) and Barklem et al. (2000, 2000), on
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Power broadening of a diffusion resonance

Journal of Experimental and Theoretical Physics, 1998
We derive an expression in terms of cylinder functions for the shape of a nonlinear resonance in a two-level system with a rapidly decaying level. We show that when the natural linewidth is negligible, the square of the total width is the sum of squares of the power and diffusion widths.
D. A. Shapiro, M. G. Stepanov
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Interference of radiatively broadened resonances

Physical Review A, 1989
We show that a three-state atomic system where the upper two states have the same J and ${m}_{J}$ quantum numbers and decay radiatively to the states of a single atomic level is equivlent to the recently proposed inversionless laser system [S.E. Harris, Phys. Rev. Lett. 62, 1033 (1989)].
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Comment on resonance broadening

Journal of Quantitative Spectroscopy and Radiative Transfer, 1975
The conflicting results describing the relationship between line width and absorber density in resonance broadening are considered. A reexamination of some of these experiments points to a common difficulty - large optical depth. Formulas are given which approximate the widths and dependencies observed under optically thick conditions.
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Calculation of Resonance Broadening

Physical Review, 1968
The line-shape function is expressed in terms of three boundary functions related to the two-particle Green's function. The transverse as well as the longitudinal interaction among atoms is considered, using the photon propagator approach. The broadening of one of the radiative states through the resonance interaction with the ground state is ...
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Landau broadening of plasmonic resonances in the Mie theory

Optics Letters, 2020
Landau damping in the metal nanosphere is considered beyond the quasistatic approximation with the use of the exact Mie theory when an incident plane wave can excite not only the dipole mode but also higher-order modes. In resonance approximation, when one considers excitation of a single mode, the analytical formula for the Landau damping coefficient ...
Renat Sh. Ikhsanov, Igor E. Protsenko, Igor V. Smetanin, Alexander V. Uskov   +3 more
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