e5 integrasi data rtp live e5 integrasi rtp live dan e5 integrasi rtp live jadi e5 integrasi scatter wild dalam e5 jangan abaikan scatter mahjong e5 jangan asal main ini e5 jangan panik cara menghadapi e5 jangan sampai terlewat ini evaluasi jarak scatter hitam mahjong fase panjang simbol premium olympus strategi baccarat mahjong ritme rtp susunan simbol premium ritme rtp urutan simbol scatter hitam mahjong e5 evaluasi performa scatter wild e5 evolusi strategi permainan dimulai e5 gila scatter wild ini e5 hati hati pola ini e5 ini dia faktor x e5 integrasi data dan algoritma psikologis scatter merah mahjong ways scatter emas estimasi rtp mahjong super scatter olympus algoritma rtp wild bandito mahjong rtp komparatif wild berlapis grafik rtp mahjong e5 bagaimana rtp live mempengaruhi e5 banyak dibicarakan scatter wild e5 banyak yang belum tahu e5 dampak scatter wild terhadap e5 dari stabil ke fluktuatif e5 data rtp live sebagai e5 diam diam dipakai pro e5 efeknya tidak main main membaca arah pola rtp formasi awal scatter beruntun mahjong ways 2 terbaru analisis dinamis modern membongkar formasi terbaru scatter emas mahjong ways 2 ritme khusus fluktuasi rtp dinamis tersembunyi menelaah ritme putaran tengah mahjong ways 2 wild berlapis persentase rtp sistem dinamis menyingkap rahasia susunan terbaru scatter berlapis mahjong wins 3 karakteristik ritme perubahan rtp tersembunyi transisi tempo unik mahjong wins 3 posisi simbol premium pola rtp kontinu bedah teoretis jaringan sistem mahjong ways implikasi sosial konten mahjong wins 3 indonesia kalkulasi matematika game rtp mahjong ways 2 lonjakan arus data konfigurasi sistem adaptif pergeseran kultur rekreasi digital mahjong ways analisis komparatif perilaku sistem mahjong wins 3 scatter hitam wild tengah pergeseran rtp dinamika analisis matriks probabilitas mahjong ways 2 akumulasi simbol emas dampak rtp teoretis dinamika data manajemen risiko sv388 dinamis scatter hitam wild mahjong tinjauan teknis algoritma pemetaan spasial gates of olympus anomali rtp pada struktur grid digital perubahan pola mahjong ways dipicu scatter wild cerita mahjong berkat scatter wild mendadak cerita spin mahjong berawal tak terduga keheningan awal spin scatter hitam mahjong kisah putaran mahjong ways drastis scatter awal putaran mahjong karena scatter wild awal putran mahjong scatter wild layar ketika scatter wild pola awal mahjong ways perubahan arah mahjong ways hadir simbol awal mahjong wins arah scatter hitam pola scatter mahjong ways dalam gameplay menelusuri scatter mahjong ways simbol observasi aktivitas scatter mahjong ways tren scatter mahjong ways dalam premium eksplorasi aktivitas scatter mahjong ways analisis bertahap perubahan hasil mahjong mengkaji dinamika hasil mahjong wins pendekatan analitik terhadap perubahan hasil analisis perubahan hasil mahjong wins studi mendalam perubahan hasil mahjong analisis aktivitas scatter mahjong ways analisis siklus aktivitas pemain mahjong https://www.thewayofthespirit.com/contact/ aqua365 slot thailand slot gacor/ magic134 STC76 https://ampabc1131.com/ https://www.abc1131.it.com/ hksbet pondok88 mpo slot asiaklub macauklub pondok88 garuda76 heylink macauklub heylink asiaklub heylink hksbet kapten76 heylink garuda76 heylink pondok88 heylink timpondok88 heylink mpoxo rawit303 viral asiaklub viral macauklub viral garuda76 viral pondok88 ASLI777 sakura76 baru rtp mpoxo

Flashline-16 EVA Report-02 08-07-2024

 In EVA Report

Extra-Vehicular Activity Report 02

Leader: Mason Robbins

Team: Michael Andrews

Destination(s): Multiple level locations south and west of the habitat

Transport: On foot

Duration: 1.25 hrs

Time: 1945-2100

Furthest coordinates from the station: 75.428063 N, -89.84485 W

Expedition Objectives:

  • Scout the area surrounding the habitat for (at least) 3 locations for a future Mars Society radio telescope

Equipment Used:

  • Bubble level
  • Tape measurer
  • Wrist slate
  • Mobile phone (to log GPS coordinates)
  • Walkie-talkie

Expedition Description:

Robbins and I exited the station around 1945 with HSO Swarmer on bear watch.  We headed immediately west to find suitable locations for a future radio telescope.

Robbins immediately headed south, and we were instantly met with collection of large dark brown rocks that required careful foot placement to not stumble upon.  This continued for several hundred feet – not an ideal area for anchoring any structure.

The terrain instantly changed along a boundary that can be seen in the aerial photo below as we approached our first site.  The average rock size shrank to no more than an inch, and the terrain changed to more of a beige. 

Robbins found his first ideal location, and determined that each site should be a 100’ diameter circle.  After doing some preliminary research with Chief Science Officer Nicholson prior to the mission, we learned of the various sizes of radio telescopes.  Robbins determined that a 100’ diameter circle would be sufficient for the telescope and any stabilizing anchors connected to the structure via cable, similar to how our research station is secured.  To determine this 100’ circle, he used me as a reference and took 4 measurements 50’ from my location.  This gave us a good idea of the relative footprint we needed in future sites, and we proceeded further along the ridge. This first site would be known as Site Alpha.  It had some rocky terrain that would be hard to develop a foundation for a telescope, but it was  close to the hab and suffered minor obstructions.

Further along the ridge, the terrain was still similar and Robbins identified what would become Site Bravo.  It contained softer soil that had accumulated some rain and snowmelt from the last few days, but provided similar proximity to the habitat and ridge.  Another key difference with Bravo is that it had more obstructions than Alpha.  The hill to the southwest of it provided about 5⁰ obstruction from the southwest.

The climb up the hill was quite strenuous; there were no clear paths up without scrambling up rock piles.  On top of this hill was a darker terrain, but with similarly small rocks as site Alpha.  It provided the best views and least obstructions of any site found yet.  However, we did realize that this location obstructs NASA Ames’s research station view to the crater.  This is an important consideration, as we want to be good neighbours to our fellow science base occupants.  This location was marked as Site Charlie.

Robbins travelled further along the hill, making sure to hug the crater ridge.  We passed some rock cairns that had been formed by previous visitors and identified Site Delta. This location provided all of the same pros and cons of Site Charlie, except that it was slightly farther from the habitat.

Robbins then headed away from the crater rim towards Ames.  The terrain quickly dropped off to a temporary stream that had formed from recent snowmelt.  That being said, there was still a steep snowbank that was 15’ below our current position.  Its slope and snowy condition would have been fun to slide down!

We descended down the snowbank and began to return directly to base.  On the way, the terrain sloped towards the temporary stream, but there was one area that had ideal ground with small rock size and a homogenous appearance.  We marked this as our final site: Site Echo.

The terrain eventually returned to the non-ideal large brown rock terrain that we encountered at the beginning of our EVA, and we returned to the airlock to conclude the expedition.  A table summarizing our data can be found below with more objective data, and the photos taken of each site provides more subjective data of site quality.

Figure 1: Aerial map of the path taken and sites identified
Table 1: Key information for all identified sites
Figure 2: Terrain photo for Site Alpha
Figure 3: Terrain photo for Site Bravo
Figure 4: Terrain photo for Site Charlie
Figure 6: Terrain photo for Site Echo