Polymeric composites on the basis of Martian ground for building future mars stations

The colonization of Mars will require obtaining building materials which can be put in place and processed into buildings via various constructive technologies. We tried to use artificial Martian ground – AMG (GEO PAT 11-234 (2015)) and special resins for the preparation of building block prototypes...

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Veröffentlicht in:International journal of astrobiology 2016-04, Vol.15 (2), p.155-160
Hauptverfasser: Mukbaniani, O. V., Aneli, J. N., Markarashvili, E. G., Tarasashvili, M. V., Aleksidze, N. D.
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container_end_page 160
container_issue 2
container_start_page 155
container_title International journal of astrobiology
container_volume 15
creator Mukbaniani, O. V.
Aneli, J. N.
Markarashvili, E. G.
Tarasashvili, M. V.
Aleksidze, N. D.
description The colonization of Mars will require obtaining building materials which can be put in place and processed into buildings via various constructive technologies. We tried to use artificial Martian ground – AMG (GEO PAT 11-234 (2015)) and special resins for the preparation of building block prototypes. The composite material has been obtained based on the AMG as filler, epoxy resin (type ED-20) and tetraethoxysilane – TEOS. We have studied strengthening – softening temperatures and water absorption of the AMG polymer composites that are determined by epoxy resin and TEOS modification. Comparison of the experimental results shows that composites containing modified filler have higher values of the maximum ultimate strength, resistance and flexibility parameters than unmodified composites with definite loading. Modified composites also have a higher softening temperature and lower water absorption.
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source Cambridge Journals
subjects Absorption
Composite materials
Epoxy resins
Mars
Polymer chemistry
Polymers
Space exploration
Unexplained phenomena
title Polymeric composites on the basis of Martian ground for building future mars stations
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