Conferences and Symposia

blue dotESO 1992     ESO 1988     Tokyo 1988

ESO 1992

Proceedings of the ESO conference on Progress in Telescope and Instrumentation Technologies, held in Garching, Germany, ed. M-H. Ulrich, 1992.
  1. Study of the Columbus Enclosure, p. 365
    P. Salinari, C. Del Vecchio, L. Miglietta, J. M. Hill, W. Davison, and W. Gallieni
  2. blue dot Finite Element Analysis of the Columbus Telescope Project Elevation Structure, p. 79
    C. Del Vecchio, W. Davison, J. M. Hill, and R. Gatti
  3. blue dot A FEA Optimization Procedure for Improving Structural Performances, p. 83
    C. Del Vecchio
  4. Layout Study of the Columbus Telescope M1 Cell, p. 211
    L. Miglietta, W. Davison, C. Del Vecchio, W. Gallieni, J. M. Hill, F.
    Paulli, and P. Salinari
  5. Supporting the 8.4m Honeycomb Mirrors of Columbus, p. 301
    G. Parodi, J. M. Hill, and P. Salinari
  6. Air-Air Ejector for Large Mirrors Temperature Control: Numerical
    Simulations and Experimental Data, p. 361
    L. Miglietta
  7. blue dot The Casting of the 6.5m Borosilicate Mirror for the MMT Conversion, p. 57
    J. M. Hill and J. R. P. Angel
  8. Stress-Lap Polishing of 1.8-m f/1 and 3.5-m f/1.5 Primary Mirrors, p. 169
    H. M. Martin, D. S. Anderson, J. R. P. Angel, J. H. Burge, W. B.
    Davison, S. T. DeRigne, B. B. Hille, D. A. Ketelsen, W. C. Kittrell,
    R. McMillan, R. H. Nagel, T. J. Trebisky, S. C. West, and R. S.
    Young
  9. Facilities and Techniques for Finishing 8-M Mirrors at the Steward
    Observatory Mirror Lab, p. 261
    H. M. Martin, J. R. P. Angel, J. H. Burge, W. B. Davison, S. T.
    DeRigne, S. C. West, and R. S. Young
  10. Design and Analysis of Null Test Optics for Large Aspheric Mirrors, p. 273
    J. H. Burge
  11. Studies of Some Aspects of Aluminizing Large Astronomical Mirrors, p. 265
    B. Atwood and B. A. Sabol
  12. Columbus Telescopes First Light Instrumentation: Optical
    Spectrometer for the f/5 and f/15 Foci, p. 689
    B. Atwood, P. Byard, and D. Bonaccini
  13. Columbus Telescopes First Light Instrumentation: Two Optical
    Designs for Small Field Correcting Optics, p. 653
    P. Byard, D. Bonaccini, and B. Atwood
  14. Three Elements Wide Field Correctors for the f/5 Focus of the
    8.4m Columbus Telescope: Optical Designs, p. 657
    D. Bonaccini
  15. Optical Sensing of Infrared Wavefronts for Adaptive Control: A New
    CCD Detector and MMT Experiments, p. 453
    D. Wittman, R. Angel, M. Lloyd-Hart, D. Colucci, and D. McCarthy
  16. Sub-tenth Arcsecond Imaging with the Multiple Mirror Telescope, p. 493
    M. Lloyd-Hart, D. Wittman, D. Colucci, B. McLeod, R. Dekany, R.
    Angel, D. McCarthy, and P. Wizinowich

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ESO 1988

Proceedings of the ESO conference on Very Large Telescopes and Their Instrumentation, held at Garching, Federal Republic of Germany, ed. M. H. Ulrich, 1988.
  1. Columbus Project Overview, p. 29
    P. A. Strittmatter
  2. Columbus Project: The Mechanical Structure of the Telescope, p. 209
    P. Salinari
  3. 8 m Borosilicate Honeycomb Mirrors, p. 281
    J. R. P. Angel
  4. Finite Element Analysis of Honeycomb Mirrors, p. 451
    G. Ballio, G. Parodi, P. Salinari, L. Fini, O. Citterio,
    R. Angel, L. Goble and J. Hill
  5. Thermal Stabilization of Honeycomb Mirrors, p. 467
    A. Y. S. Cheng and J. R. P. Angel
  6. A Demonstration of Aspheric Polishing with a Full Size Stressed Lap, p. 363
    P. Wizinowich and J. R. P. Angel
  7. Taking the Telescope's Temperature, p. 845
    N. J. Woolf and A. Cheng
  8. Instruments Planned for the Columbus Project, p. 1045
    Richard Kron
  9. A Method for Phase Shifting Interferometry in the Presence of
    Vibration, p. 561
    J. R. P. Angel and P. Wizinowich
  10. A Possible Spectrograph Design for the Columbus 11.3-m
    Telescope, p. 1217
    B. Atwood and P. Byard
  11. Axial Force Actuators for Active Control of Large Primary Mirrors, p. 515
    O. Citterio, A. Ascione, U. Bergamini, L. Cereda and D. Garegnani
  12. Seeing on Mt. Graham: Discoveries and Site-to-Site Variations, p. 917
    R. Cromwell, V. Haemmerle and N. Woolf
  13. Columbus Project Facility Concept, p. 881
    W. Davison
  14. Handling and Storing Problems of Instruments and Optics
    Supports In Columbus Building, p. 889
    W. Gallieni, R. Gatti and R. Villa
  15. Study of the Supports for the Optics and Cassegrain
    Instruments, p. 525
    W. Gallieni, R. Gatti and R. Villa
  16. Use of an Actively Stressed Lap to Polish a 1.8m f/1
    Paraboloid, p. 353
    H. M. Martin, J. R. P. Angel and A. Y. S. Cheng
  17. Interferometry with the Columbus Telescope: Design
    Considerations Based on MMT Experience and Imaging
    Simulations, p.787
    D. W. McCarthy Jr., E. K. Hege, J. D. Freeman, D. R. Blanco,
    J. C. Sjogren, C. C. Janes, J. W. Montgomery, S. B. Shaklan
  18. Structural Study of the Columbus Telescope, p. 225
    B. A. Schrefler, C. E. Maiorana, G. Zavarise, C. Del Vecchio

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TOKYO SYMPOSIUM

(Paper presented at the Symposium on the JNLT and Related Engineering
Developments, Tokyo, November 29-December 2, 1988 and published in
Astrophysics and Space Science, 160, pp. 55-70, 1989).

  1. Recent Progress on the Columbus Project and the Mirror
    Laboratory Program
     J. R. P. Angel, J. M. Hill, H. M. Martin and P. A. Strittmatter

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