Aamexd ldHH33$nd HHHHff@`d Footnote TableFootnote**. . / - :;,.!?reaper: ] ^TOCHeadingAH AAH AEA    EquationVariables 6AQC 6Am 6Bmm !<$lastpagenum><$daynum> <$monthname> <$year>"<$monthnum>/<$daynum>/<$shortyear>;<$monthname> <$daynum>, <$year> <$hour>:<$minute00> <$ampm>"<$monthnum>/<$daynum>/<$shortyear><$monthname> <$daynum>, <$year>"<$monthnum>/<$daynum>/<$shortyear> <$fullfilename>  <$filename>  <$paranum[Heading1]>-  <$paratext[Heading]>  <$curpagenum>  <$marker1> <$marker2> (Continued)Pagepage <$pagenum>dHeading & Page<$paratext> on page <$pagenum>See Heading & Page%See <$paratext> on page<$pagenum>. Table & Page7Table<$paranumonly>, <$paratext>, on page<$pagenum>+ (Sheet <$tblsheetnum> of <$tblsheetcount>)EquationEquation<$paranum>Section & Page%section <$paranum> on page <$pagenum> EquationsEquations<$paranum>paranuma <$paranum>SectionSection<$paranum>6SectionsSections<$paranum>ChapterChapter<$paranum>U lwwyealxx/<$orlyy<$dnulzz0> aml{{numA$l||me>Adlthn>/lfule>A l  Al$cuTOCn1B 1;Kr 1<Ja 1=K 1>V 1?Vp 6UXe Appendix A: 6VT>A.1ge 6W_r 6X_a. 1DJ 6Y_$mo 6;=r 6<>e 6Z_Sh 6=@e 6>Bs 6?C 6@Da 6s 6]] 6]]$ 6w]e 6]] 6Vq 6AVu 6[_upa 6\_io 6]TA.2io 6^_san 6__h 6`_a 6a_ 6b_ 6c_ 6dTxA.3 6e_y 6f_ 6g_> 6h_ 6i_A$ 6j_| 6kT>A.4 6l_n 6m_ 6n_ 5#VV 6oTA.5 6p_ 6q_O 6r_K 6sYa1= 6tYV 6uY?p 6v_X 6wYpe 6xYV> 6yYA. 6z__ 6{__ 6|_J 6}_$mo 6V_r 6TeA.6Sh 6_e6> 6_C 6_@uUv6d 1ruw|]H$ 1twxu _H$ UU`io ^Hz 1uxwyu _Hz UU` H$ 1vyxzu _H$ UU` Hz 1wzy{u kHz UU` HH 1x{z|u HH6p`6q _HH 1y|{u aHHp` wd 6~Y_d 696VHH 6: hHH_`66openObjectId <$relfilename>:<$ObjectType> <$ObjectId> `<$paratext> <$pagenum> x%UT UT`<$paratext> <$pagenum> 6UR UT`<$paratext> <$pagenum> GUP UT`y<$paratext> <$pagenum> XUN UT`<$paratext> <$pagenum> `q` HH 6~ HH UU`Terrain Characteristics "3' 3( SMostly benign equivalent to 1.5o rigid slope in terms of mobile resistance z|03'@(Ref[HEIKEN91A]) FfO 3(`6p)Slope angle of repose of soil: ~ 40o YfO`^Apollo 11 site crater (D: diameter, y: depth, h: rim height, y ~ 0.2 D, h ~ 0.2 y, D < 13 km) ow 3(` D > 1 m: 10 craters/ 100 m2 ̟ 3(`69!D > 3 m: 0.4 craters/ 100 m2 3(`!D > 5 m: 0.1 craters/ 100 m2 h`@Surveyor 3 site (similar to Apollo 11 site) boulder (h: height) el2 3(`Tyh > 25 cm: 3 ~ 4/ 100 m2 f 3(`<$h > 50 cm: 1 / 100 m2 ? 3(`<$h > 1 m: 0.1 / 100 m2 ?`<$5Very soft soil in the vicinity of large crater sides >?`!Skyline marked by tall mountains *?` =Loose top soil with rapidly increasing compaction with depth =?`FApollo lander dug in 50 cm and Armstrongs footprints were 20 cm deep XC UU`n Dust Quantification l>`teCSurface is covered with fine positively charged electrostatic dust FfOf 3(`Sl>Electrostatic levitation by terminator is 300 g/m2/yr f r Z30 M secondary ejecta, 1 ng or bigger are suspended with a speed of 1 km/s. Rough deposit  3(@er%rate is 10-1 g/m2/yr `/  d 6cH$ 6 pH$ UU`m: ~d 6-0?3(H;3K ^ 6. ?H;3K ^H H FootnotetyHE;? ^ 6/ HE;? ^HMHM Single Line`d 1g ?HH 1 mHHC `DuLunar Facts & Figures * UU`Physical (Size) Constants @أ`el-Diameter = 3476 km, Circumference = 10920 km rU` bMass = 0.01226 x earths 2jG`Volume = 0.0203 x earths 3(`r 'Density = 3.34 x 106 kg/m3 gh `Oblateness = 0.0005 e`/Gravity = 0.16 x earths @a UU`Environmental Parameters 0 3(30`SAtmosphere < 8 x 10-9 torr (surface, daytime) [He, H2, Ne, Ar,...] Բ`UU4Mean surface temperatures = 107 C day; -153 C night 0`,Expected extremes = 130 C day; -180 C night &~ 3(`^9Direct solar radiation = 107 rad/m2/year > 3(`AElectrostatical levitation by terminator is 300 g/m2 /yr SJ ]30 million lunar secondary ejecta that are 1 ng or bigger are suspended with a velocity of 1 er 3(@9km/s, which means roughly 10-1 g/m2 /yr n UU`Astronomical Constants += 3(`et3Mean distance from earth = 0.3844 x 106 km `J 3(`267Mean distance from Sun = 1 Au (149.6 x 106 km) s j1 3(`r 6Inclination of axis = 6o41 relative to earth V`ss4Period of revolution about earth = 27.32 earth days thB`&Period of rotation = 27.32 earth days  bO 3(`spInsolation = 1358 W/m2 (su)K UU`e, Observations ,@:`1Mean apparent diameter of Sun from moon = 3159 ;U'D`usrapexLRI-94docgraphicsoverall.epsiHlADf ^ 62 HlADf ^HuHu Double Line15Hz % 63mh Double Linerox  64m m mn   1 65111HT%  66e Single Line  67   c   HZ 68+ TableFootnotei!duLeftdtyRightd; ReferenceundthdTOCHd~=L4@= e ActiveTOC. d$$@>  g. Heading3TOC. 5f?  CellBody. ffff@@ %g. Heading2TOC. 333333@ADE    AFigure'D:Figure..< >< >< >< > Body. @B  eg.un Heading1TOC. ffff@C g. AHeading2TOC. @D  g. AHeading1TOC. 333333@EHE   Figure#H:Figure.< >< >< >< > Body. fF   CellHeadingg. fG  CellBody. fHT    TableTitleT:Table : . @I  +33Equation< >< >()< >Body1. @J    Header. @K    Footer. Fi333333@MDE   ATable&D:Table..< >< >< >< > Body. fQ   TableFootnote. Bo @TDU   AHeading2l D:.< 0>< 0>< 0>< 0>< 0>\tBody. $$$@UD  QuoteAbstract. Bo fV  Body. fW   CellHeading. @XDU   AHeading1.D:Appendix :< 0>< 0>< 0>< 0>< 0>< 0>< 0>\tBody. >.@9@YE  @List2\tList2l. tn@Z  Footnote. 333333@[HE   Table"H:Table.< >< >< >< > Body. @9@\E  @List2\tList2. Bo@]  CeFooter. $@_I  $ ngDD:List1<\t>List1>. < $@`I  $DList1\tiList1 . fg  Body. @kU  eAppendix/Appendix < 0>< 0>< 0>< 0>< 0>< 0>< 0>\t: Body1.  @lHU  stHeading2 H:.< 0>< 0>< 0>< 0>< 0>\tBody. @mHU  Heading1%H:< 0>< 0>< 0>< 0>< 0>< 0>< 0>\t Body. ff@nEI  ff Enumerate1E:.< 0>< 0>\t Enumerate1. 2ff@oEI  2ff Enumerate2E:..< 0>\t Enumerate2. Vff9@rEI  Vff Enumerate3E:...\t Enumerate3. @s  9. Header. 9@tH   HangIndent HangIndent. $@uHU   $\tHeading3H:..< 0>< >< >< >\tBody. +33@vHU   0+33erHeading4H:...< >< >< >\tBody. @w  . Footer. @xT   Heading5Body. @yDU   AHeading1.D:Appendix :< 0>< 0>< 0>< 0>< 0>< 0>< 0>\tBody.  @zDU  a. AHeading2 D:.< 0>< 0>< 0>< 0>< 0>\tBody. $@{DU  $33 AHeading3D:..< 0>< >< >< >\tBody. +33@|DU   y+33 AHeading4D:...< >< >< >\tBody. ff@}EI  ff@ Enumerate0E:.< 0>< 0>\t Enumerate1. @~  g. Heading1TOC. ffff@ g. Heading2TOC. $$@  >g. Heading3TOC. @  gg.D: AHeading1TOC. Boffff@ g. AHeading2TOC. >. zV        1<  Boldrm      zV f  Superscript  romezV  zV   Bold Emphasis zV  Superscript zV g zV off   Boldrmsub  SubscriptEquationVariablesi      1 euje drmThinf Mediumg Doubleh Thick@i  Very Thin  eeeeeeeeegH   HFGFoHFGFHFGFHFGFFormat A efeeeeefH   HFGFHFGFHFGFsHFGFHFGFFormat B  a a-=-. Commentm}n 6mAB ffd  BlackT! WhiteddA Red dd Greendd  tiBluedCyandMagentad Yellow Times-Roman Times-BoldHelvetica-BoldTimes Helvetica Regular Regulard BoldRegularItalicȪѥgզ~Q*b6i\\4*W$DdBcQB2ԯ@%Ly0