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sceweb.sce.uhcl.edu · ple, using more accurate predictions, permits use of large aperture...

Date post: 17-Mar-2020
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Page 1: sceweb.sce.uhcl.edu · ple, using more accurate predictions, permits use of large aperture telescopes and allows fixes good to at least ± 0.1 degree of arc and ± 0.1 second of time.
Page 2: sceweb.sce.uhcl.edu · ple, using more accurate predictions, permits use of large aperture telescopes and allows fixes good to at least ± 0.1 degree of arc and ± 0.1 second of time.
Page 3: sceweb.sce.uhcl.edu · ple, using more accurate predictions, permits use of large aperture telescopes and allows fixes good to at least ± 0.1 degree of arc and ± 0.1 second of time.
Page 4: sceweb.sce.uhcl.edu · ple, using more accurate predictions, permits use of large aperture telescopes and allows fixes good to at least ± 0.1 degree of arc and ± 0.1 second of time.
Page 5: sceweb.sce.uhcl.edu · ple, using more accurate predictions, permits use of large aperture telescopes and allows fixes good to at least ± 0.1 degree of arc and ± 0.1 second of time.
Page 6: sceweb.sce.uhcl.edu · ple, using more accurate predictions, permits use of large aperture telescopes and allows fixes good to at least ± 0.1 degree of arc and ± 0.1 second of time.
Page 7: sceweb.sce.uhcl.edu · ple, using more accurate predictions, permits use of large aperture telescopes and allows fixes good to at least ± 0.1 degree of arc and ± 0.1 second of time.
Page 8: sceweb.sce.uhcl.edu · ple, using more accurate predictions, permits use of large aperture telescopes and allows fixes good to at least ± 0.1 degree of arc and ± 0.1 second of time.

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