The Spitzer Space Telescope First Look Survey – Ecliptic Plane Component Thermal Observations and Preliminary Number Counts January 30, 2004 The Spitzer Space Telescope First Look Survey – Ecliptic Plane Component (F

Source URL: irsa.ipac.caltech.edu

• Space telescopes
• Solar System
• Light sources
• Observational astronomy
• Spitzer Space Telescope
• Zodiacal light
• Asteroid
• Photometry
• Sun
• Spacecraft
• Spaceflight
• Astronomy

The Nearby Brown Dwarf WISEP J060738.65[removed]One of the nearest brown dwarfs happens to lie within the possible K2 Campaign 0 region at an ecliptic latitude of 1.07 degrees. WISEP J060738.65[removed]is a recently di

Source URL: keplerscience.arc.nasa.gov

• Star types
• Planetary science
• Exoplanetology
• Brown dwarf
• Kepler mission
• Planet
• Kepler
• Star
• White dwarf
• Astronomy
• Space
• Dark matter

Comparison of Meteoroid Environment Models Meteoroid Engineering Model, MEM 2.1 •  Mass the range: 10-6 < m < 10 g •  Distance range: 0.2 to 2 AU (near ecliptic plane

Source URL: www.lpi.usra.edu

• Meteoroids
• Solar System
• Planetary science
• Zodiacal light
• Cosmic dust
• Space environment
• Space debris
• Probability distribution
• Small Solar System body
• Astronomy
• Space
• Spaceflight

International Astronomical Union Standards Of Fundamental Astronomy SOFA Astrometry Tools

Source URL: www.iausofa.org

• International Celestial Reference System
• Spherical astronomy
• Proper motion
• Equinox
• Epoch
• Apparent places
• Ecliptic coordinate system
• SOFA
• Parallax
• Astrology
• Celestial coordinate system
• Astrometry

Total Solar Eclipse of 2017 Aug 21 Ecliptic Conjunction = 18:31:19.6 TD ( = 18:30:11.2 UT ) Greatest Eclipse = 18:26:40.3 TD ( = 18:25:31.8 UT ) Eclipse Magnitude = [removed]Saros Series = 145 Sun at Greatest Eclipse

Source URL: eclipse.gsfc.nasa.gov

• Saros
• Science
• Eclipses
• Solar eclipse of July 22

JOURNAL OF GEOPHYSICAL RESEARCH, VOL. 116, E03010, doi:[removed]2010JE003652, 2011 Effects of orbital evolution on lunar ice stability Matthew A. Siegler,1 Bruce G. Bills,2 and David A. Paige1 Received 13 May 2010; revis

Source URL: www.diviner.ucla.edu

• Exploration of the Moon
• Unmanned spacecraft
• Planetary science
• Lunar science
• Precession
• Axial tilt
• Lunar water
• Ecliptic
• Mercury
• Spaceflight
• Space
• Moon

43rd Lunar and Planetary Science Conference[removed]pdf SPATIO-TEMPORAL EVOLUTION OF LUNAR POLAR COLD TRAPS. M. A. Siegler1,2, B.G. Bills2, and D.A. Paige1, 1UCLA, Department of Earth and Space Sciences, Los Angeles

Source URL: www.lpi.usra.edu

• Exploration of the Moon
• Unmanned spacecraft
• Lunar science
• Planemos
• Discovery program
• Lunar Prospector
• Lunar water
• Cassini
• Ecliptic
• Spaceflight
• Moon
• Space

FIGURE 3 Penumbral Lunar Eclipse of 2013 May 25 Ecliptic Conjunction = 04:26:03.4 TD ( = 04:24:56.5 UT ) Greatest Eclipse = 04:11:06.6 TD ( = 04:09:59.6 UT ) Penumbral Magnitude = 0.0158

Source URL: eclipse.gsfc.nasa.gov

FIGURE 5 Hybrid Solar Eclipse of 2013 Nov 03 Ecliptic Conjunction = 12:51:04.1 TD ( = 12:49:57.0 UT ) Greatest Eclipse = 12:47:35.7 TD ( = 12:46:28.6 UT ) Eclipse Magnitude = 1.0159

Source URL: eclipse.gsfc.nasa.gov

• Saros
• Science
• Eclipses
• Solar eclipse of July 22

International Astronomical Union Standards Of Fundamental Astronomy SOFA Tools for Earth Attitude

Source URL: www.iausofa.org

• Astrometry
• Celestial mechanics
• Precession
• Angle
• Star position
• Equinox
• Axial precession
• Ecliptic
• Epoch
• Astrology
• Celestial coordinate system
• Measurement