Hogeveen, Sake J. - Sterrenkundig Instituut, Universiteit Utrecht

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Hogeveen, Sake J. - Sterrenkundig Instituut, Universiteit Utrecht

The Astronomical Information Infrastructure from the End-User Perspective
van het `wetenschappelijk bedrijf' in de jaren tachtig verhuisden veel ster-
Samenvatting Dubbelsterren zijn sterren die, gevangen in elkaars zwaartekrachtveld, om elkaar heen
The Mass-Ratio Distribution of Spectroscopic Binary Stars Submitted to: Astrophys. Space Sci.
Elektronisch Publiceren als Bezuinigings-Maatregel Sake J. Hogeveen
Verkenningsopdracht ICT Faculteit Natuur en Sterrenkunde
The BBL Library Web Site S. J. Hogeveen and A. B. A. Schippers
An Electronic Submission Service for Astronomy and Astrophysics
Verkenning ICT Faculteit Natuur-en Sterrenkunde
The XXIInd General Assembly of the International Astronomical Union: Electronic Information Services and Computer and Network
Proposal for the development of ASTRONOMICA
A BibTEX Style for Astronomical Journals (for use with BibTeX 0.99c)
Determination of the Mass-Ratio Distribution, I: Single-lined Spectroscopic Binary Stars
The Mass-Ratio Distribution of Visual Binary Stars Published in: Astrophys. Space Sci. 173: 315342, 1990
Mass-Ratio Distribution Binary Stars
Introduction The original aim of this Ph.D. research project was to model the evolution of open
Notities t.a.v. Campus Wide Informatiesystemen Sake J. Hogeveen, 15 maart 1994
Introduction 1 1 The Mass-Ratio Distribution of Visual Binary Stars 5
Determination of the Mass-Ratio Distribution, II: Double-lined Spectroscopic Binary Stars
Accessing Scholarly Information; the End-User View dr Sake J. Hogeveen
Statistical Properties of Spectroscopic Binary Stars Accepted by: Astrophys. Space Sci.
A Aspects of publishing with TEX and LaTeX New developments, such as TEX and LaTeX, are about to radically change the conventional
Solis: hoe nu verder? Sake J. Hogeveen
Studiedag UBU, 13 juni 1997 Relatie Bibliotheek