%0 Report %1 illmer2017 %A Illmer, Joachim %A Janke, Daniel %A Kayal, Hakan %A Knapp, Andreas %A van der Lucht, Joschka %A Lutz, Jonas %A Shamloonia, Mehrnaz %A Sommer, Kai %A Sotnik, Dimitri %D 2017 %K ISRU Mars astronautics base in life manned martial myown resource situ space spacecraft support utilization %N 500 %T Mars Base 2030 %U http://www8.informatik.uni-wuerzburg.de/fileadmin/10030800/Bericht_Mars_Base_2030.pdf

@techreport{illmer2017, added-at = {2017-12-01T13:42:59.000+0100}, author = {Illmer, Joachim and Janke, Daniel and Kayal, Hakan and Knapp, Andreas and van der Lucht, Joschka and Lutz, Jonas and Shamloonia, Mehrnaz and Sommer, Kai and Sotnik, Dimitri}, biburl = {https://www.bibsonomy.org/bibtex/240c567e6a3943880c11d5f4acb39ecc9/trcsuniwue}, description = {In this study, a potential manned Mars base, scheduled to the year 2030, has been studied by a group of 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. }, interhash = {7ae3939dd53f8df10d8718e853844c03}, intrahash = {40c567e6a3943880c11d5f4acb39ecc9}, keywords = {ISRU Mars astronautics base in life manned martial myown resource situ space spacecraft support utilization}, month = {Juli}, number = 500, timestamp = {2017-12-01T13:45:06.000+0100}, title = {Mars Base 2030}, url = {http://www8.informatik.uni-wuerzburg.de/fileadmin/10030800/Bericht_Mars_Base_2030.pdf}, year = 2017 }