MOUNT HOPKINS: Proposed Telescopes & Miscellaneous Instruments (Slide Set Number 6) (Formerly Tea Room Collection) Tea Room ID = yellow dot [#]
 
  • Slide 1: 20 inch reflector and Baker-Nunn, Mt. Hopkins (ST455) [6A]
  • Slide 2: Model of multiple-mirror telescope - SAO (ST75) [6A]
  • Slide 3: Mt. Hopkins from distance (H713) [6A]
  • Slide 4: 10-m x-ray reflector, Mt. Hopkins (H715) [6A]
  • Slide 5: Mt. Hopkins - ridge and approach road (H716) [6A]
  • Slide 6: Scale model - MMT (H717) [6A]
  • Slide 7: 1.5, 60 cm telescopes, x-ray reflector, Mt. Hopkins (H718) [6A]
  • Slide 8: Satellite tracking complex - Mt. Hopkins [6A]
  • Slide 9: MMT (ASPTW19) [6A] (Missing)
  • Slide 10: Drawing of MMT building (H709) [6A] (Missing)
  • Slide 11: Mt. Hopkins 7600 foot level (H711) [6A] (Missing)
  • Slide 12: SAO laser site - Arequipa, Peru (N/A) [6B]
  • Slide 13: Mt. Hopkins - MMT (N/A) [6C]
  • Slide 14: MMT (N/A) [6C]
  • Slide 15: The multiple mirror telescope (SAOED34) [6C]
  • Slide 16: MMT (N/A) [6C]
  • Slide 17: MMT (N/A) [6C]
  • Slide 18: MMT (N/A) [6C]
  • Slide 19: MMT (VE4) [6C] (Missing)
  • Slide 20: 24 inch at Whipple observatory at dusk (SAOEI41) [6D]
  • Slide 21: Telescope control room at Mt. Hopkins (SAOEI35) [6D]
  • Slide 22: 24 inch telescope at F.L. Whipple observatory with CCD camera (SAOEI33) [6D]
  • Slide 23: Beams of single antenna and interferometer (ST1074) [6D]
  • Slide 24: A radio interferometer (ASPNRAO2) [6G]
  • Slide 25: A basic radio telescope (ASPNRAO1) [6G]
  • Slide 26: VLA data reduction - 3 steps (ASPNRAO4) [6G]
  • Slide 27: Effect of eccentric driving worm (H203) [6H]
  • Slide 28: Detail of telescope drive mechanism (H202) [6H]
  • Slide 29: Drive mechanism 16 inch Metcalf (MC) Agassiz (H270) [6H]
  • Slide 30: Star trails showing a misaligned polar axis (ST1012) [6H]
  • Slide 31: Types of telescopes (ST593) [6H]
  • Slide 32: Focus plate of Jewett Schmidt (ST594) [6H]
  • Slide 33: Scheme of all-mirror Schmidt telescope (ST835) [6H]
  • Slide 34: Cassegrain, Maksutov and Schmidt - Cassegrain telescopes (ST1231) [6H]
  • Slide 35: Schematics of three Cassegrain systems (ST1320) [6H]
  • Slide 36: Super-Schmidt curved film molding equipment (H249) [6I]
  • Slide 37: Plate carrier 16 inch Metcalf (MC) Agassiz (H269) [6I]
  • Slide 38: Super-Schmidt curved film molding equipment (H246) [6I]
  • Slide 39: Transverse spherical aberration of a lens (ST806) [6I]
  • Slide 40: Transverse spherical aberration vs zone radius and color (ST807) [6I]
  • Slide 41: Aberration curves for a visually corrected doublet lens (ST809) [6I]
  • Slide 42: Refractive index and construction of an achromatic lens (ST808) [6I]
  • Slide 43: Effect produced by grinding on disc of glass on another (H200) [6J]
  • Slide 44: Form of mirror support (H380) [6J]
  • Slide 45: Tektronix CCD chip 2048 x 2048 (ST1581) [6J]
  • Slide 46: ?-response of CCD (ST1582) [6J]
  • Slide 47: Interference between a primary mirror and a test plate (St592) [6K]
  • Slide 48: Foucault knife-edge test of mirror (ST548) [6K]
  • Slide 49: Knife-edge test during refiguring of McDonald 82 inch mirror (ST598) [6K]
  • Slide 50: Knife-edge test during refiguring of McDonald 82 inch mirror (ST596) [6K]
  • Slide 51: Knife-edge test during refiguring of McDonald 82 inch mirror (ST597) [6K]
  • Slide 52: The Hartmann test of a mirror (ST796) [6K]
  • Slide 53: Ronchi test patterns (ST1234) [6K]
  • Slide 54: NGC 1883 with unaided photograph and image tube photo (ST589) [6L]
  • Slide 55: A prism spectroscope (H585) [6L]
  • Slide 56: Schematic diagram of a spectroheliograph (ST1311) [6L]
  • Slide 57: Coronagraph schematic (OJG) (H736) [6L]
  • Slide 58: CCD chip (SAOEI32) [6L]
  • Slide 59: Resolution in galaxy images (SAOEI11) [6L]
  • Slide 60: NOC 507 (Elliptical galaxy) - after image processing to emphasize tidal interaction (SAOEI30) [6L]
  • Slide 61: NOC 507 image processing extreme (SAOEI31) [6L]
  • Slide 62: Diagram of optical trains for multiple mirror telescope (ST623) [6M]
  • Slide 63: Cross-section of MMT (ST1334) [6M]
  • Slide 64: Model of the MMT (St1351) [6M]
 
 

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