Hostname: page-component-cd9895bd7-fscjk Total loading time: 0 Render date: 2024-12-13T03:43:38.251Z Has data issue: false hasContentIssue false
  • English
  • Français

42. Commission des Etoiles Doubles Photometriques

Published online by Cambridge University Press:  25 April 2016

D. J. K. O’Connell

Abstract

An abstract is not available for this content so a preview has been provided. As you have access to this content, a full PDF is available via the ‘Save PDF’ action button.
Image of the first page of this content. For PDF version, please use the ‘Save PDF’ preceeding this image.'
Type
Part III: Rapports et Comptes Rendus des Seances es Commissions
Information
Transactions of the International Astronomical Union , Volume 10 , 1960 , pp. 619 - 638
Copyright
Copyright © Cambridge University Press 1960

References

[1] Wood, F. B. Eclipsing Variable Stars: a Survey of the Field, Vistas in Astronomy, 2, 1171-6, 1956.Google Scholar
[2] Kron, G. E. and Gordon, K. C. Photo-electric Observations of Variable Stars, J.R.A.S. Can. 51, 17–22, 1957.Google Scholar
[3] Binnendijk, L. Properties of Double Stars (Univ. of Pennsylvania Press, to be published in Spring, 1958).Google Scholar
[4] Kranjc, A. Un fotometro fotoelettrico per il rifrattore Merz di Merate, Mem. Soc. Astr. Ital. 26, 455-9, 1955.Google Scholar
[5] Strohmeier, W. and Geyer, E. Lchtelektrische Photometrie auf der Remeis-Sternwarte, Bamberg, Kleinere Veröff. Remeis-Sternw. no. 13, n.d.Google Scholar
[6] Blitzstein, W. Paper in ‘The Present and Future of the Telescope of Moderate Size’, Univ. of Pennsylvania Press, 1958.Google Scholar
[7] Sahade, J. Need for Photoelectric Work in the Field of Close Binary Systems, P.A.S.P. 69, 258-61, 1957.CrossRefGoogle Scholar
[8] Lenouvel, F. Observations photoélectriques de naines blanches, J. d. Obs. 40, 15–16, 1957.Google Scholar
[8a] Broglia, P., Masani, A. and Pestarino, E. Oservazioni di nane bianche, Mem. Soc. Astr. Ital. 27, 497, 1956.Google Scholar
[9] Borgman, J. Electronic Scanning for Variable Stars, Publ. Astr. Lab. Groningen, 58.Google Scholar
[10] Wood, F.B. Problems of Co-ordination and Co-operation in Double-Star Astronomy, J.R.A.S. Can. 51, 65-9, 1957.Google Scholar
[11] Wright, K. O. Pre-eclipse Observations of ε Aurigae, J.R.A.S. Can. 49, 221-30, 1955.Google Scholar
[12] Pillans, H. M. Peculiar Features in the Spectrum of Epsilon Aurigae, P.A.S.P. 67, 340-1, 1955.Google Scholar
[13] Pillans, H. and Struve, O. The Spectrum of ε Aurigae during Eclipse, Astr. J. 62, 145, 1957.Google Scholar
[14] Struve, O. and Pillans, H. The Spectrum of ε Aurigae in October and November, 1956, P.A.S.P. 69, 169-72, 1957.Google Scholar
[15] Struve, O. Epsilon Aurigae, P.A.S.P. 68, 27–37, 1956.Google Scholar
[16] Svechnikov, M. A. ε Aurigae—the Star Showing Variable Polarisation, Astr. Circ. U.S.S.R. 177, 12, 1957.Google Scholar
[17] Wright, K. O. and McKellar, A. The Chromospheric Spectrum of VV Cephei in April and May, 1956, P.A.S.P. 68, 405-20, 1956.Google Scholar
[18] Larsson-Leander, G. Photoelectric Observations of the 1956-1957 Eclipse of VV Cephei, Medd. Stockh. Obs. 96, 1957.Google Scholar
[19] Sahade, J. and Struve, O. The Spectrum of W Serpentis, Ap. J. 126, 87–98, 1957.Google Scholar
[20] Sahade, J. A New Velocity Curve of W Serpentis, Astr. J. 62, 31, 1957.Google Scholar
[21] Lynds, C. R. Photoelectric Observations of the Peculiar System, W Serpentis, Ap. J. 126, 81-6, 1957.Google Scholar
[22] Fresa, A. W Serpentis, Astr. J. 62, 362, 1957.Google Scholar
[23] Koch, R. H. Times of Minima of Selected Eclipsing Variables, Astr. J. 61, 47, 1956.Google Scholar
[24] Tsesevich, W. P. On the Changes of the Periods of 20 Eclipsing Variable Stars, Astr. Circ. U.S.S.R. 164, 15–19, 1955.Google Scholar
[25] Whitney, B. S. Minima and Periods of Eclipsing Stars, Astr. J. 62, 371, 1957.Google Scholar
[26] Svechnikov, M. A. The Investigation of Changes of the Periods of Several Eclipsing Variable Stars, Per. Zvezd. 10, 262-82, 1955.Google Scholar
[27] Lange, G. A. On Changes of the Periods of Z Dra and RT Per, Astr. Circ. U.S.S.R. 167, 19–21, 1956.Google Scholar
[28] Lange, G. A. On the Period of X Tri, Astr. Circ. U.S.S.R. 173, 19–20, 1956.Google Scholar
[29] Kopal, Z. and Kurth, R. The Relation between Period and Times of the Maxima or Minima of Variable Stars, Z. Ap. 42, 90–100, 1957.Google Scholar
[30] de Kort, J., S.J., Photometric Elements and Orbital Eccentricity of HD 163708, Ric. Astr. 3, 277-81, 1955.Google Scholar
[31] de Kort, J., S.J., On Finding the Apsidal Period of an Eclipsing Binary. Vistas in Astronomy, 2, 1187-93, 1956 = Misc. Astr. Vat. 3, no. 108, 1956.Google Scholar
[32] Kopal, Z. and Shapley, M. B. Catalogue of the Elements of Eclipsing Binary Systems, Jodrell Bank Ann. 1, 139–221, 1956.Google Scholar
[33] Dadaev, A. N. Tables for Computation of Elements of Eclipsing Systems with Different Ellipticities of Components, Pulkovo Izvest. 19, no. 6, 122-6, 1955.Google Scholar
[34] Hosokawa, Y. Auxiliary Tables for the Analysis of Eclipsing Binary Light Curves, Sendai Astr. Rap. no. 46, 1955.Google Scholar
[35] Ferrarid’Occhieppo, K. Beitrag zur Bestimmung des Radien Verhältnisses bei Bedeckungsveränderlichen, Mut. Univ. Sternw. Wien, 9, 1–39, 1956.Google Scholar
[36] Linnell, A. P. Light-loss Tables for Atmospheric Eclipses, Astr. J. 61, 7–8, 1956.Google Scholar
[37] Gianuzzi, M. A. Un nuovo metodo per la determinazione delle orbita fotometrica delle stelle variabili ad eclisse, Contr. Oss. M. Mario, (n.s.), 235, 1957.Google Scholar
[38] Merrill, J. E. Avenues of Progress in Interpretation of Light Curves, J.R.A.S. Can. 51, 23-8, 1957.Google Scholar
[39] Heard, J. F. and MacRae, D. A. Calculation of Orbital Elements with the Aid of an Electronic Computer, J.R.A .S. Can. 51, 29–34, 1957.Google Scholar
[40] Heckmann, O. Mitt. Astr. Ges. 79, 1956.Google Scholar
[41] Hosokawa, Y. The Coefficient of Darkening in Main Sequence Stars, Sendai Astr. Rap. 42, 1955.Google Scholar
[42] Hosokawa, Y. The Photometric Ellipticity Constant in Eclipsing Binary Systems, Sendai Astr. Rap. 52, 1957.Google Scholar
[43] Huffer, C. M. and Kopal, Z. Studies of the Darkening Coefficient in Three Wave-Lengths, Astr. J. 60, 164-5, 1955.CrossRefGoogle Scholar
[44] Popper, D. M. Critical Studies of Absolute Dimensions of Eclipsing Stars, J.R.A.S. Can. 51, 51-8, 1957.Google Scholar
[45] Kopal, Z. The Classification of Close Binary Systems, Ann. Astrophys. 18, 379–430, 1955 = Manchester Astr. Contr. 3, 31, 1955.Google Scholar
[46] Kopal, Z. Evolutionary Processes in Close Binary Systems, Ann. Astrophys. 19, 298–335, 1956.Google Scholar
[47] Struve, O. The Evolution of Close Binary Systems, Sky and Telesc. 15, 64-8, 1956.Google Scholar
[48] Huang, S. S. A Dynamical Problem in Binary Systems and its Bearing on Stellar Evolution, Astr. J. 61, 49–61, 1956.Google Scholar
[49] Huang, S. S. Evolution of Close Binary Stars, J.R.A.S. Can. 51, 91-6, 1957.Google Scholar
[50] Struve, O. and Sahade, J. The Problem of β Lyrae, Science, 122, 881, 1955.Google Scholar
[51] Struve, O. and Huang, S. S. Close Binary Stars, Occ. Notes R. Astr. Soc. 3, 161-88, 1957.Google Scholar
[52] Johnson, M. Some Electromagnetic ESects of Eruption from Ringed Stars and Wolf-Rayet Binaries, Observatory, 75, 68–71, 1955.Google Scholar
[53] Kuiper, G. P. and Johnson, J. R. Dimensions of Contact Surfaces in Close Binaries, Ap. J. 123, 90-4, 1956.Google Scholar
[54] Huang, S. S. and Struve, O. The Radii and Masses of Eclipsing Binary Stars, Astr. J. 61, 300-9, 1956.CrossRefGoogle Scholar
[55] Plavec, M. Dynamical Unstability of the Components of Close Binary Systems, Liège Symposium on Emission-Line Stars, p. 411, Cointe-Sclessin, 1958.Google Scholar
[56] Hewison, V. Some Dynamical Problems Arising in Close Binary Systems, M.Sc. Thesis (unpublished), Manchester, 1956.Google Scholar
[57] Crawford, J. A. and Kraft, R. P. An Interpretation of AE Aquarii, Ap. J. 123, 44–53, 1956.Google Scholar
[58] Sahade, J. O. the Wolf-Rayet Stars, Liège Symposium on Emission-Line Stars, p. 46, Cointe-Sclessin, 1958.Google Scholar
[59] Ovenden, M. W. Photometric Effects of Gaseous Envelopes in Close Eclipsing Binaries, Vistas in Astronomy, 2, 1193-7, 1956.Google Scholar
[60] Kopal, Z. The Instability of Sub-giants in Close Binary Systems, I.A.U. Symposium no. 3, Non-stable Stars, pp. 123-37, Cambridge, 1957.Google Scholar
[61] Krat, V. A. Non-Stability in Close Binary Stars, I.A.U. Symposium no. 3, Non-stable Stars, pp. 159-64, Cambridge, 1957.Google Scholar
[62] Martynov, D. Ya. Phenomena of Non-Stability in Close Binary Systems, I.A.U. Symposium no. 3, Non-stable Stars, pp. 138-43, Cambridge, 1957.Google Scholar
[63] Struve, O. Instability in Stars of Early Spectral Type, I.A. U. Symposium no. 3, Non-stable Stars, pp. 93–107, Cambridge, 1957.Google Scholar
[64] Wood, F. B. Photometric Evidence of Instability in Eclipsing Systems, I.A.U. Symposium no. 3, Non-stable Stars, pp. 144-58, Cambridge, 1957.Google Scholar
[65] Kopal, Z. Theory of Close Binary Systems, International Astrophysics Series, London and New York (in press).Google Scholar
[66] Kreiken, E. A. Some Remarks on the Relation P√ρ for Spectroscopic Binaries and Eclipsing Binaries, Z. Ap. 37, 96–102, 1955.Google Scholar
[67] Serkowski, K. On the Density Distribution and the Ellipticity of the Components of the Eclipsing Variable CO Lacertae, Acta Astr. 6, 57-8, 1956.Google Scholar
[68] Odgers, G. J. and Stewart, R. W. The Fission Theory and the Origin of Binary Systems, J.R.A.S. Can. 51, 97–105, 1957.Google Scholar
[69] Lavrov, M. I. Some Statistical Results for Eclipsing Binaries and their Physical Interpretation, Bull. Engelhardt Obs. no. 31, 3–64, 1955.Google Scholar
[70] Alksnis, A. Space Distribution of Eclipsing Binaries and some Statistical Results, Per. Zvezd. 10, 141-51, 1955.Google Scholar
[71] Rigai, J. L. Propriétés spatio-temporelles d’étoiles du type W UMa, C.R. 240, 50, 1955 = Contr. Inst. Astrophys. (A), 188, 1955.Google Scholar
[72] Roman, N. G. Spectral Types of some Eclipsing Binaries, Ap. J. 123, 246-9, 1956.Google Scholar
[73] Bidelman, W. P. Catalogue and Bibliography of Emission-Line Stars of Types later than B, Ap. J. Suppl. 1, 175–268, 1954.Google Scholar
[74] Woods, M. L. Spectral Types of Bright Southern Stars, Commonwealth Obs. Mt. Stromlo Memoirs, no. 12, 1955.Google Scholar
[75] Petrie, R. M. and Moyls, B. N. Spectroscopic and Calculated Absolute Magnitudes of the Components of Eclipsing Binaries, Publ. Dom. Astrophys. Obs. Victoria, 10, 296-9, 1956.Google Scholar
[76] Huruhata, M. and Kitamura, M. The Absolute Magnitudes and the Effective Temperatures of Components of Close Binaries of W Ursae Majoris Type, Ann. Obs. Astr. Tokyo, (2), 5, 63–70, 1957.Google Scholar
[77] Strand, K. Aa. Stellar Masses and the Mass-Luminosity Relation, J.R.A.S. Can. 51, 46–50, 1957.Google Scholar
[78] Pearce, J. A. The Masses of the O- and B-type Spectroscopic Binaries, Determined by the Mass-Luminosity Relation, J.R.A.S. Can. 51, 59–64, 1957.Google Scholar
[79] Eggen, O. J. The Masses of the Subgiants, P.A.S.P. 67, 315-22, 1955.CrossRefGoogle Scholar
[80] Struve, O. and Sahade, J. Spectrographic Observations of Algol, P.A.S.P. 69, 41-5, 1957.Google Scholar
[81] Struve, O. and Sahade, J. O. the Third Body in the System of Algol, P.A.S.P. 69, 265-7, 1957.Google Scholar
[82] Struve, O. and Sahade, J. The Spectrum of β Persei During Primary Eclipse, Ap. J. 125, 689-91, 1957.Google Scholar
[83] Sahade, J. Emission Lines in the Spectrum of Algol, Liège Symposium on Emission-Line Stars, p. 404, Cointe-Sclessin, 1958.Google Scholar
[84] Huang, S. S. Variation of He 1 Lines in the Algol System during Primary Eclipse, Ap. J. 126, 51-2, 1957.Google Scholar
[85] Wilson, O. C. The Analysis of the Chromosphere of Zeta Aurigae, J.R.A.S. Can. 51, 70-4, 1957.Google Scholar
[86] McKellar, A. and Wright, K. O. Some Problems in the Interpretation of the Spectra of the Zeta Aurigae-like Stars, J.R.A.S. Can. 51, 75–82, 1957.Google Scholar
[87] Wright, K. O. The Chromospheric Spectrum of 31 Cygni, Astr. J. 61, 194, 1956.Google Scholar
[88] Wright, K. O. and Lee, E. K. The Light-ratio and the Spectrum of the Secondary Component of the Eclipsing Binary 31 Cygni, P.A.S.P. 68, 17–22, 1956.Google Scholar
[89] Larsson-Leander, G. Spectrophotometry of 31 Cygni at Egress 1951, Stockh. Ann. 19, no. 8, 1–31, 1957.Google Scholar
[90] McKellar, A. and Petrie, R. M. The Chromospheric Spectrum and the Atmosphere of 31 Cygni, I.A.U. Symposium no. 3, Non-stable Stars, pp. 165-72, Cambridge, 1957.Google Scholar
[91] Larsson-Leander, G. Spectrographic Observations of 32 Cygni at the 1952-53 Eclipse, Mead. Stockh. Obs. 87, 1956.Google Scholar
[92] Wellmann, P. Spectroscopic Results on 32 Cygni, Ap. J. 126, 30–45, 1957.Google Scholar