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Essentiality of hHMI (harmonizing Human Material Interaction) in space habitats

机译：HHMI（协调人物互动）在太空栖息地的基础

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Human space explorers live and work under extreme environmental conditions, including temperature extremes. vacuum, and high radiation. Crew isolation is also impacted by up to 40 minutes round trip communication delays between Earth and Mars. Today's space habitat designs primarily focus on technological solutions, addressing physiological, psychological, safety, and functional needs of the crew. Higher level needs, related to wellbeing and comfort, are not yet incorporated into point designs. We believe that harmonizing Human Material Interaction (hHMI) within the interiors of a spacecraft is both necessary and essential. In this paper we outline a research effort to analyze, understand and enhance the quality of spatial and temporal Human-Material-Interaction in interiors of long-duration space habitation modules, while aiming to generate a rational understanding of aspects that contribute to the "wellbeing" for humans in shared spaces. In this context wellbeing is understood as balancing the physical, the psychological and the emotional states of the crew. This approach is expected to provide the astronauts a quality of life typically reserved for leisure. Any well-designed environment can become a strong influence on what people think and do. Interiors of transportation systems are intersection points for culture, society, technology and the environment. The consequence of harmonizing Human Material Interaction (hHMI) in these spaces has the potential to balance and de-stress the human component in it, thus transforming parts of the commutation time into a time of relaxation, contributing to the general upliftment of the travel experience during space flight. More than addressing the established issues of sustainability. this investigation is human centred. Grounded in a vision of ethical design, we are looking at the potential for design to enhance the qualities of shared realms in flow. An enclosed space in movement is a complex composition of proportions, ma
机译：人类空间探险者在极端的环境条件下生活和工作，包括极端温度。真空，高辐射。船员隔离也受到最多40分钟的地球和火星之间的往返通信延迟。今天的空间栖息地设计主要专注于技术解决方案，解决船员的生理，心理，安全和功能需求。与福利和舒适相关的更高水平需求尚未纳入点设计中。我们认为，在航天器内部内部的人体材料互动（HHMI）既是必要的，也是必不可少的。在本文中，我们概述了一种研究努力，分析，了解和提高长期空间居所内部内部空间和时间人物 - 相互作用的态度，同时旨在产生对助长“福祉的方面的理性理解“对于共享空间的人类。在这种情况下，福利被理解为平衡船员的身体，心理和情感状态。预计这种方法将提供宇航员通常保留休闲的生活质量。任何精心设计的环境都可能会对人们的思考和营造出来的强烈影响力。交通系统的内部是文化，社会，技术和环境的交叉点。在这些空间中协调人物相互作用（HHMI）的结果，有可能平衡和降低人体组分，从而将部分换向时间转化为放松的时间，有助于旅行经验的一般升高在太空飞行期间。超过解决可持续性的既定问题。这项调查是以人为本的。在伦理设计的愿景下，我们正在寻找设计的潜力，以提高流量的共用领域的品质。运动中的封闭空间是一种复杂的比例，马

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