Spectral Line Shapes: Volume 11 - 15th ICSLS, Berlin, Germany 10-14 July 2000, Volume 11
American Inst. of Physics, Apr 27, 2001 - Technology & Engineering - 510 pages
The biennial ICSLS conferences review the most recent theoretical and experimental advances in both fundamental and applied work dealing with the formation of spectral line profiles, the underlying physical processes, and the use of line shape analysis for diagnostic applications. Spectral line shapes and shifts are affected by the interactions between atoms, molecules, ions, electrons and photons. Therefore, their measurement and interpretation provides information on the physical properties of all kinds of material systems, from astrophysical and nuclear-fusion plasmas to superfluid helium droplets. Topics discussed in these proceedings include dense plasmas, hydrogen plasma broadening, asymmetry, non-hydrogenic line profiles, plasma-diagnostic and other applications, general theory, high-resolution spectroscopy, alkali-doped helium clusters, molecules and atoms, optical collisions, collision-induced effects, and related topics.
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Diagnosing Plasma Gradients Using Spectral Line Shapes
On Emission of Radiation at the Extremely Far Wing
Diagnostics of a LaserInduced Dense Plasma by Hydrogenlike
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1CSLS 2001 American Institute absorption Abstract anisotropy approximation argon Astrophys asymmetry band beam calculations Chem coefficient collision-induced collisional components contribution corresponding curves density matrix dependence detuning diagnostic dimer dipole Doppler Doppler broadening Doppler shift dye laser edited effects electric field electron density emission emitter energy equation excitation experimental experiments FIGURE fluorescence frequency function FWHM Griem helium hydrogen hydrogen lines ICSLS impact Institute of Physics intensity interaction ion dynamics ionic ionization isotropic laser Lett line broadening line profiles Lorentzian magnetic matrix elements measured method microfield molecular molecules observed obtained perturbers Phys polarizability polarization potential present pressure pulse quantum numbers radiation range ratio resonance Rydberg levels satellite Seidel 2001 American semiclassical shift shown simulation Spectral Line Shapes Spectrosc spectroscopy spectrum Stark broadening Stark effect Stark widths temperature theoretical theory Tokamak transition two-photon values Voigt profile Volume 11 wavelength wings