PPT-Lunar Volatiles: New Perspectives from Diviner Observations

Paul Hayne 1 Oded Aharonson 21 David Paige 3 and the Diviner Lunar Radiometer Team 1 California Institute of Technology 2 Weizmann Institute of Science 3 University of California Los Angeles. Gregorian date Solarterms Jan Lunardate1415161718192122232425262829 12th Lunar Month 678910111314Moderate Cold: Severe Cold: Feb Lunardate1516171820212223242527282930 1st Lunar Month 4567891112Spring Jody . K. . Wilson. 1. (jody.wilson@unh.edu), N. Schwadron. 1. , H. . E. . Spence. 1. , . A. W. Case. 2,7. , . A. P. Jordan. 1. , J. . B. . Blake. 3. ,. J. . Kasper. 2,7. , M. D. Looper. 3. , J. E. Mazur. Resource Prospector: . A . lunar volatiles prospecting and ISRU demonstration mission. Anthony Colaprete. Pieters et al., 2003. Spudis et al., 2010. Colaprete et al., 2010. A range of forms, distributions and concentrations. S.I. Popel. (a). , A.P. Golub‘. (a). , G.G. Dolnikov. (b). , . Yu.N.. . Izvekova. (a). , S.I. Kopnin. (a). , . A.V. Zakharov. (b). , L.M. Zelenyi. (b). Institute for Dynamics of . Geospheres. Steve Miller . (. Steven.Miller@colostate.edu. ). Updated: 27 July 2012. Lunar Spectral Irradiance Model. Miller and Turner, 2009. IEEE Trans. . Geosci. . Rem. Sens., 47(7), 2316-2329. . A . lunar irradiance prediction model . LUNAR Team. Gravitational Physics. Lunar Physics. Lunar Laser Ranging. 12 April 2011. Pasadena, California. Overall Schedule. University of . Califonia. , San Diego. Tom Murphy. Via Telephone. Goddard Space Flight . A. Smith, R. A. . Gowen. , I. A. Crawford. Shackleton. Crater. ESA Smart-1. Evidence of Lunar Polar Volatiles. 1998: Lunar Prospector neutron spectrometer finds enhanced hydrogen at lunar poles. 2009: LCROSS impact found 5.6+/-2.9% ice in . Gregorian date Solarterms Jan Lunardate1718202122232425272829 12th Lunar Month 5678910121314151617Moderate Cold: Severe Cold: Feb Lunardate1920212223242627282930 1st Lunar Month 345678101112131415Spr Three Perspectives of Paul’s Conversion. Conversion: . turning from something, with its consequences; connected with repentance (Matt. 18:3; Jms. 5:19,20; Acts 3:19).. PAUL ‘S CONVERSION. Jeff Forbes. Department of Aerospace Engineering Sciences, . University of Colorado, Boulder, CO. Brief history of the lunar atmospheric tide, and recent resurgence in interest. Characterizing lunar tidal forcing. 1Hiroshi SasakiDirector JAXA Space Exploration Center JSECJapan Aerospace Exploration AgencyJune 17th 2019 62nd Session of COPUOS ViennaSLIMPinpoint LandingJFY2021KaguyaMarsothersMoonPromote Commercia also saw 10 0 for Venus and almost 30 Now let Ptolemy himself writes For example Dreyer admits that Ptolemys lunar theory does a poor job of representing the variation of distance to the moon23 most o Tubes and Permanently . Shadowed . Regions . Sarah Withee. LSIC . Extreme Access PNT subgroup lead. Johns Hopkins Applied Physics Laboratory. Sarah.withee@jhuapl.edu. Introduction . to the Lunar Surface Innovation Consortium . Fun. , Profit, and Export: . A Test That the . OST. Cannot Pass?. John D. Rummel. Institute of Air and Space . Law, McGill . University, Montréal, Québec. &. SETI. Institute, Mountain View, California.