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Tuesday, August 11, 2020 | History

2 edition of Resonance radiation and excited atoms found in the catalog.

Resonance radiation and excited atoms

Allan C. G. Mitchell

Resonance radiation and excited atoms

by Allan C. G. Mitchell

  • 156 Want to read
  • 10 Currently reading

Published by University Press in Cambridge [Eng.] .
Written in English

    Subjects:
  • Radiation.,
  • Fluorescence.,
  • Atoms.

  • Edition Notes

    Statementby Allan C.G. Mitchell and Mark W. Zemansky.
    ContributionsZemansky, Mark Waldo, 1900-
    Classifications
    LC ClassificationsQC475
    The Physical Object
    Pagination338 p.
    Number of Pages338
    ID Numbers
    Open LibraryOL22919656M
    LC Control Number62005588

    The resonance fluorescence of the yellow D lines of sodium in sodium vapour is a particularly notable and exhaustively studied example. In this optical type of resonance fluorescence, light sources are used in which the atoms undergo transitions from excited states to their ground states (Fig. ).Cited by: 4. resonance radiation[′rezənəns ‚rādē‚āshən] (atomic physics) The emission of radiation by a gas or vapor as a result of excitation of atoms to higher energy levels by incident photons at the resonance frequency of the gas or vapor; the radiation is characteristic of the particular gas or vapor atom but is not necessarily the same.

    PDF | The collisional–radiative model with an emphasis on the accurate treatment of the resonance radiation transport is developed and applied to the | . In , he co-authored with Allan C. G. Mitchell, son of the astronomer Samuel Alfred Mitchell, a seminal treatise entitled "Resonance Radiation and Excited Atoms". Nearly thirty years later, with enhanced interest in resonance phenomena set off by the invention of the laser and the discovery of the Mössbauer effect, the book would be reprinted in Fields: Particle physics, Low temperature physics, .

    The presented collisional–radiative model allows for calculating spatial distributions of the excited argon atoms, correctly considering the resonance radiation transport. The density calculations are performed in the free-burning Ar arc with current A, considering two axial positions 1 mm from the cathode and 4 mm from the cathode. The effects of imprisonment of resonance radiation in potassium vapor and of collisions between excited potassium atoms and N 2, H 2, HD, and D 2 molecules, on the measured lifetimes of the 4 2 P states, have been investigated by the method of delayed coincidences. The potassium atoms were excited with short pulses of resonance radiation, and the delays between the Cited by:


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Resonance radiation and excited atoms by Allan C. G. Mitchell Download PDF EPUB FB2

First printed inthis book gives a critical survey of the principles and limitations of methods for studying resonance radiation that is the re-emission of absorbed radiation without Cited by:   RESONANCE RADIATION AND EXCITED ATOMS Paperback – September 1, by ALLAN C.

LL (Author), MARK KY (Author) See all 15 formats and editions Hide other formats and editions. Price New from Used from Hardcover "Please retry" $ $ $ Author: ALLAN C. LL, MARK KY. Resonance radiation and excited atoms, Hardcover – January 1, by Allan Charles Gray Mitchell (Author), Mark W.

Zemansky (Author) See all 15 formats and editions Hide other formats and editions. Price New from Used from Author: Allan Charles Gray Mitchell, Mark W. Zemansky. Introduction --Physical and chemical effects connected with resonance radiation --Absorption lines and measurements of the lifetime of the resonance state --Collision processes involving excited atoms --The polarization of resonance radiation.

Get print book. No eBook available. QUALITATIVE INVESTIGATIONS OF RESONANCE. 24 other Resonance radiation and excited atoms book not shown. Other editions - View all. Resonance Radiation and Excited Atoms Allan Charles Gray Mitchell Snippet view - Resonance Radiation and Excited Atoms Allan C G Mitchell, Mark W Zemansky No preview available - 1.

Introduction; 2. Physical and chemical effects connected with resonance radiation; 3. Absorption lines and measurements of the lifetime of the resonance state; 4. Collision processes involving excited atoms; 5. The polarization of resonance radiation; Appendix; Index.

Responsibility: by Allan C.G. Mitchell and Mark W. Zemansky. © Cambridge University Press Cambridge University Press - Resonance Radiation and Excited Atoms Allan C. Mitchell and Mark W. Introduction; 2. Physical and chemical effects connected with resonance radiation; 3.

Absorption lines and measurements of the lifetime of the resonance state; 4. Collision processes involving excited atoms; 5. The polarization of resonance radiation; Appendix; Index. The decay of the imprisoned 1s 4 → 1 S 0 resonance radiation has been measured with an absorption method.

A natural lifetime τ = ± ns is obtained for the 1s 4 resonance state in xenon. No evidence was found for the high collisional de-excitation measured by other authors [1].Cited by: 5. The pressure of the absorbing gas is another important factor.

If this is too high, complications arise owing to atomic collisions and re-absorption of the resonance radiation. If, on the other hand, it is too low, the resonance radiation will be too weak to observe. Resonance Radiation and Excited : W.

resonance radiation and excited atoms hardcover – by General editor Rudeak E, K (Author)Author: General editor Rudeak E, K. Get this from a library. Resonance radiation and excited atoms.

[Allan C G Mitchell; Mark Waldo Zemansky]. Ex-Library; 8vo 8" - 9" tall; pages; "First printed inthis book gives a critical survey of the principles and limitations of methods for studying resonance radiation that is the re-emission of absorbed radiation without change of wavelength and of the theoretical interpretation of the phenomenon.

texts All Books All Texts latest This Just In Smithsonian Libraries FEDLINK (US) Genealogy Lincoln Collection. National Emergency Library.

Top RESONANCE RADIATION AND EXCITED ATOMS Item Preview remove-circle Share or. Additional Physical Format: Online version: Mitchell, Allan C.G. (Allan Charles Gray), Resonance radiation and excited atoms. New York, Macmillan Co.; Cambridge.

Abstract Citations References Co-Reads Similar Papers Export Citation NASA/ADS. Resonance Radiation and Excited Atoms W. E., C. Abstract. Publication: Nature. Pub Date: December DOI: /a0 Bibcode: NaturW full. Download Citation | Resonant Radiation in Atomic Gases | Emission of resonance radiation proceeds as a result of dipole radiation from the resonantly excited states of atoms.

School on Experimental and theoretical physics, Yerevan, (to be published). Heitler, The quantum theory of radiation (Oxford Uni- versity Press, London, ). Mitchell and M. Zemansky, Resonance radiation and excited atoms (Cambridge University Press, New York, ).

V.V. Okorokov et al., Zhur. Eksp. i by: 8. Books by Language Additional Collections Journal of paediatric dentistry. Journal of materials engineering. Featured movies All video latest This Just In Prelinger Archives Democracy Now.

Occupy Wall Street TV NSA Clip Library. Full text of "RESONANCE RADIATION AND EXCITED ATOMS". adshelp[at] The ADS is operated by the Smithsonian Astrophysical Observatory under NASA Cooperative Agreement NNX16AC86ACited by:.

The book first examines the applicability of the two-level model for atoms to real atoms, then explores semiclassical radiation theory, and derives the optical Bloch equations. It then examines Rabi inversion, optical nutation, free-induction decay, coherent optical transient effects, light amplification, superradiance, and photon echoes in 5/5(1).

Radiation Effects: ESR and ENDOR Analysis presents an explanation of the biological effects of radiation. The book discusses the characteristics of the electron spin resonance (ESR) and electron-nuclear double resonance (ENDOR) spectra, such as radiation damage and magnetic resonance spectroscopy, g values, hyperfine couplings, and other Book Edition: 1.

As known channeled particles from a quantum point of view are characterized by discrete spectrum of transverse motion, (see Fig. 1a, Fig. 1b).Crossing single crystal a charged particle experiences periodic impacts of the lattice atoms with the period T = d / v, where d is the lattice constant, and v is the particle velocity.

In, it was shown that the potential of a crystalline Cited by: 2.