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真空管道交通车辆将在封闭且抽成一定真空的低压环境中运行,车辆客舱是气密性壳体,为保证乘客生命安全、乘坐舒适和身体健康,客舱内通过生命保障系统与相应设备提供人体生存所需的气压、氧气和温湿度环境,同时排除二氧化碳和杂质,提供清洁的空气,保留合理比例的惰性气体。合理的气压、适量的氧气和适当的温湿度之参数选择取决于人体相应的生理机能指标,真空管道交通客舱特征与运行环境,以及人体呼吸所产生的二氧化碳、水蒸气量,是确定吸收剂数量、净化器类型与净化方法的基础。基于航空航天医学理论基础与实践经验,开展真空管道交通人体生理研究将是一项重要的医学工程项目。
Vacuum pipeline transportation vehicles will operate in a closed and evacuated low-pressure environment. The cabin of a vehicle is airtight shell. To ensure the safety of passengers, ride comfort and physical well-being, the passenger cabin provides the human body with the life support system and corresponding equipment Survival of the required pressure, oxygen and temperature and humidity environment, while excluding carbon dioxide and impurities, to provide clean air, to retain a reasonable proportion of inert gas. Reasonable pressure, the right amount of oxygen and the appropriate choice of temperature and humidity parameters depends on the human body corresponding physiological indicators, vacuum pipeline traffic cabin characteristics and operating environment, as well as the human body to breathe the amount of carbon dioxide, water vapor is to determine the amount of absorbent , Purifier type and purification methods. Based on the theoretical and practical experience of aerospace medical science, it will be an important medical engineering project to carry out research on human physiological research of vacuum pipeline transportation.