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NASA food systems. Past, present, and future.

机译:NASA食品系统。过去,现在和未来。

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摘要

The development of space food has been evolving since the Soviet cosmonaut, German Titov, became the first human to eat in space in August 1961. John Glenn was the first American to consume food, applesauce, on the third manned Mercury mission in August 1962. Before these events, there was no knowledge that humans would be able to swallow and, hence, eat in weightlessness. Space food development began with highly engineered foods that met rigid requirements imposed by spacecraft design and short mission durations. Improvements in the habitability of the spacecraft have permitted improvements in the quality of space food. As the missions became longer, the need for better nutrition, more variety, and easily consumable foods also became more important. Currently, the International Space Station astronauts have a wide variety of foods. The goal is to provide acceptable foods that taste similar to foods we eat here on Earth. Extended planetary stays will require even more variety and more technologic advances. Plants will be grown to recycle the air and water and will provide food for the crew. These harvested crops will need to be processed into safe, healthy, and acceptable food ingredients that can then be prepared into menu items.
机译:自1961年8月苏联宇航员德国铁托夫(German Titov)成为第一个在太空中进食的人类以来,太空食品的发展一直在发展。约翰·格伦(John Glenn)于1962年8月执行第三次载人水星飞行任务时,是第一个食用苹果酱的美国人。在这些事件发生之前,还不知道人类会吞咽并因此而在失重状态下进食。太空食品的开发始于高度工程化的食品,这些食品能够满足航天器设计和较短的任务持续时间所提出的严格要求。航天器的可居住性的改善允许改善太空食品的质量。随着任务时间的延长,对更好营养,更多品种和易于食用的食物的需求也变得越来越重要。目前,国际空间站的宇航员有各种各样的食物。目的是提供味道与我们在地球上吃的食物相似的可接受的食物。延长行星飞行时间将需要更多种类和更多技术进步。将种植植物以回收空气和水,并为船员提供食物。这些收获的农作物将需要加工成安全,健康和可接受的食品成分,然后可以将其制成菜单项。

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