估算生物再生饮食的食物准备时间的工作测量。

Ammar Olabi, Jean Hunter, Peter Jackson, Michele Segal, Rupert Spies, Carolyn Wang, Christina Lau, Christopher Ong, Conor Alexander, Evan Raskob, Jennifer Plichta, Ohad Zeira, Randy Rivera, Susan Wang, Bill Pottle, Calvin Leung, Carrie Vicens, Christine Tao, Craig Beers, Grace Fung, Jacob Levine, Jaeshin Yoo, Joanna Jackson, Kelly Saikkonen, Matthew Zimmerman, Megan Cunningham, Michele Crum, Naquan Ishman, Norman Voo, Raul Cadena, Robert Relinger, Saori Wada
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引用次数: 3

摘要

在太空任务中,比如未来的火星任务,机组人员的劳动时间是一种严格有限的资源。这种任务的饮食(基于在生物再生生命支持系统中种植的作物)将要求宇航员基本上用原材料准备他们的食物。花在食品加工和准备上的时间就是浪费在其他用途上的时间。因此,空间任务的食谱设计和饮食规划应把准备食谱所需的时间作为一个关键因素考虑在内。本研究采用一位经验丰富的厨师的录像分析,建立了一个食谱准备时间数据库。测量结果在不同的测量团队之间是高度一致的。数据分析显示,不同食谱的有效时间差异很大,强调了优化饮食计划的必要性。本研究中开发的数据库的潜在用途在本工作中进行了讨论和说明。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Work measurement for estimating food preparation time of a bioregenerative diet.

During space missions, such as the prospective Mars mission, crew labor time is a strictly limited resource. The diet for such a mission (based on crops grown in a bioregenerative life support system) will require astronauts to prepare their meals essentially from raw ingredients. Time spent on food processing and preparation is time lost for other purposes. Recipe design and diet planning for a space mission should therefore incorporate the time required to prepare the recipes as a critical factor. In this study, videotape analysis of an experienced chef was used to develop a database of recipe preparation time. The measurements were highly consistent among different measurement teams. Data analysis revealed a wide variation between the active times of different recipes, underscoring the need for optimization of diet planning. Potential uses of the database developed in this study are discussed and illustrated in this work.

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