In this study, a potential manned lunar base, scheduled to the year 2030 of human return, has been studied by a group of twelve students within a course for the development of planetary bases. It contains analysis on objectives, requirements, simulations and the design of a future moon base including considerations on construction, life support, environmental conditions, power supply, communications, in situ resource utilization and surface transportation. The study
%0 Report
%1 noauthororeditor2014
%A Cunis, Torbjørn
%A Fischer, Wendelin
%A Gillmann, Florian
%A van gen Hassend, Max
%A Hempfling, Christina
%A Kayal, Hakan
%A König, Frederik
%A Lauterbach, Helge
%A Mohn, Helge
%A van der Wals, Dennis
%A Werner, Kai
%A Wenzel, Tobias
%A Wißmiller, Martin
%D 2014
%K ISRU, Moon astronautics, base, in life lunar manned myown resource situ space space, spacecraft, support, utilization,
%N 497
%T Moon Base 2030
%U http://www8.informatik.uni-wuerzburg.de/fileadmin/10030800/user_upload/moonbase2030/Moonbase2030.pdf
%X In this study, a potential manned lunar base, scheduled to the year 2030 of human return, has been studied by a group of twelve students within a course for the development of planetary bases. It contains analysis on objectives, requirements, simulations and the design of a future moon base including considerations on construction, life support, environmental conditions, power supply, communications, in situ resource utilization and surface transportation. The study
@techreport{noauthororeditor2014,
abstract = {In this study, a potential manned lunar base, scheduled to the year 2030 of human return, has been studied by a group of twelve students within a course for the development of planetary bases. It contains analysis on objectives, requirements, simulations and the design of a future moon base including considerations on construction, life support, environmental conditions, power supply, communications, in situ resource utilization and surface transportation. The study },
added-at = {2016-05-03T14:22:49.000+0200},
author = {Cunis, Torbjørn and Fischer, Wendelin and Gillmann, Florian and van gen Hassend, Max and Hempfling, Christina and Kayal, Hakan and König, Frederik and Lauterbach, Helge and Mohn, Helge and van der Wals, Dennis and Werner, Kai and Wenzel, Tobias and Wißmiller, Martin},
biburl = {https://www.bibsonomy.org/bibtex/2851fb526f124f1159ee45a156f691968/trcsuniwue},
interhash = {01943ea56859b28875893fb7c14051a2},
intrahash = {851fb526f124f1159ee45a156f691968},
keywords = {ISRU, Moon astronautics, base, in life lunar manned myown resource situ space space, spacecraft, support, utilization,},
month = {Februar},
number = 497,
timestamp = {2016-05-03T14:22:49.000+0200},
title = {Moon Base 2030},
url = {http://www8.informatik.uni-wuerzburg.de/fileadmin/10030800/user_upload/moonbase2030/Moonbase2030.pdf},
year = 2014
}