By Jonathan Allday
This e-book takes a retrospective examine the Apollo house application and the expertise that used to be used to land a guy at the Moon. Jonathan Allday's goals are to give an explanation for the elemental physics and expertise of spaceflight, and to express the massive technological strides that have been made and the commitment of the folk engaged on this system. Physics subject matters coated contain the legislation of movement, rocketry, tips on how to manouver in orbit etc. The designs of the Apollo Command, provider and Lunar modules are mentioned and the way those replaced because the plans for the manned challenge advanced. tips structures, desktops and engines all needed to be built for the 1st time. With Apollo as heritage, the publication is going directly to examine the gap travel, the know-how being constructed for its alternative, the overseas area Station and the probabilities for a manned Mars challenge. eventually, the a ways destiny is taken into account, together with Mars colonies and trips to different stars.
__________В этой книге даётся ретроспективный взгляд на космическую программу "Аполлон" и технологии, которые были использованы для высадки человека на Луну. Джонатан Олдей разъясняет физические и технологические основы космических полётов, рассказывает об огромных технологических успехах и самоотверженности людей, работавших в рамках этой программы. В книге рассматриваются законы движения, принципы ракетостроения, способы маневрирования на орбите и многое другое. Описывается конструкция служебно-командного и лунного модулей КК "Аполлон" и то, как она менялась по ходу программы. Заключительные главы посвящены космическому шаттлу, Международной космической станции и планам пилотируемых полётов на Марс, включая его колонизацию.
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Extra info for Apollo in Perspective: Spaceflight Then and Now
13 Unless a previous mission has delivered microbes to an environment in which they can reproduce and geographically expand via the martian subsurface, existing experimental evidence for the survival of microorganisms at the surface of Mars suggests that the contamination resulting from these missions is likely to be at most local. More than 30 research papers have been published reporting experimental results for microbial survival under simulated martian conditions, with inconsistent results.
Alternative methods for hardware decontamination Non-Nominal Impact Avoidance Assay Methods 1. Standard assay methods to determine hardware microbial burden 2. Alternative procedures for assaying Protection from Recontamination Assaying and monitoring Use of microbial barriers Macro-organism control Contingency planning Bulk Organics Inventory a. Parts and materials lists b. Samples of organic compounds c. Location of landing and impact points d. Condition of landed spacecraft (to track spread of organics) Documentation Required Planetary protection plan/requirements compliance Schedules Pre-launch planetary protection report Post-launch planetary protection report End-of-mission report Xc Contamination control, microbial culture assays, and monitoring must be demonstratebly effective; facility certification; current assay methods based on culture growth for 72 h under varied conditions Time-temperature conditions and D-values d specified for bioburden of exposed, mated, and encapsulated materials Must demonstrate effectiveness in reducing bioburden; approval by the planetary protection officer; no standard certification process exists for new methods Xe X Total probability of any accidental impact by hardware other than probe or lander modules must not exceed 10 –4 X Xe Comments Methods based on culturing and colony growth for 72 h under varied specified conditions May be proposed, but no standard certification process exists for new methods X Specifications for shrouds, filters, seals, and so on, are provided in the requirements document.
Space Res. 16: 105-111. MEPAG (Mars Exploration Program Analysis Group). 2004. Scientific Goals, Objectives, Investigations, and Priorities: 2004, unpublished document. html>. A. W. Wilson, B. Gladman, G. Horneck, L. Lindegren, J. Melosh, H. Rickman, M. Q. Zheng. 2000. Natural transfer of viable microbes in space: 1. From Mars to Earth and Earth to Mars. Icarus 145: 391-427. MSPSG (Mars Science Program Synthesis Group). 2004. Mars Exploration Strategy, 2009-2020. J. McCleese, ed. JPL 400-1131. Jet Propulsion Laboratory, Pasadena, Calif.