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Long-Term Solution in Semiclassical Radiation Theory

Long-Term Solution in Semiclassical Radiation Theory (i) p. 6, first paragraph under Sec. IIA should read J 2 '; (ii) p. 12, Table II, should read Case a, b, c, and d; (iii) p. 13, first paragraph after Eq. (2. 21) should read in the last line: "There- fore, E is directly . . . "; (iv) p. 13, final para- graph should read: "The relative intensity of sub- sequent side maxima should fall off as [(2n + 1)r]2; in Eqs. (2. 30) and (2. 33), z0 should appear instead of 70; (v) p. 23, top line should read, "electrode atx=y=0."; (vi)p. 26, Eq. (4.19) and the follow- ing sentence should read (Sc/S )2 = nWc/Wi n(td/tn) (neD/Ifi). Assuming Wi = neD.T; (vii) p. 32, Sec. VIII A: In final paragraph replace every Ale by piom Bohr magneton. In expression for Av reverse the sign in front of 0.328cx2/irT2 The second paragraph should contain the expressions: ln/O = (p n/lp) X (pJp/ tie)(pe/A o) and 6= - 242ppm. Long-Termii Solutionl il Seiiiclassical Radiationi Theory. C. R. Stroud, Jr., and E. T. Jaynes [Phys. Rev. A 1, 106 (1970)] . An entire column was omit- ted from the manuscript by the printers. The following should http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Physical Review A American Physical Society (APS)

Long-Term Solution in Semiclassical Radiation Theory

Physical Review A , Volume 2 (4) – Oct 1, 1970
2 pages

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Publisher
American Physical Society (APS)
Copyright
Copyright © 1970 The American Physical Society
ISSN
1094-1622
DOI
10.1103/PhysRevA.2.1613
Publisher site
See Article on Publisher Site

Abstract

(i) p. 6, first paragraph under Sec. IIA should read J 2 '; (ii) p. 12, Table II, should read Case a, b, c, and d; (iii) p. 13, first paragraph after Eq. (2. 21) should read in the last line: "There- fore, E is directly . . . "; (iv) p. 13, final para- graph should read: "The relative intensity of sub- sequent side maxima should fall off as [(2n + 1)r]2; in Eqs. (2. 30) and (2. 33), z0 should appear instead of 70; (v) p. 23, top line should read, "electrode atx=y=0."; (vi)p. 26, Eq. (4.19) and the follow- ing sentence should read (Sc/S )2 = nWc/Wi n(td/tn) (neD/Ifi). Assuming Wi = neD.T; (vii) p. 32, Sec. VIII A: In final paragraph replace every Ale by piom Bohr magneton. In expression for Av reverse the sign in front of 0.328cx2/irT2 The second paragraph should contain the expressions: ln/O = (p n/lp) X (pJp/ tie)(pe/A o) and 6= - 242ppm. Long-Termii Solutionl il Seiiiclassical Radiationi Theory. C. R. Stroud, Jr., and E. T. Jaynes [Phys. Rev. A 1, 106 (1970)] . An entire column was omit- ted from the manuscript by the printers. The following should

Journal

Physical Review AAmerican Physical Society (APS)

Published: Oct 1, 1970

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