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首页> 外文会议>AIAA aerospace sciences meeting including the new horizons forum and aerospace exposition >2010 Field Demonstration of the Solar Carbothermal Regolith Reduction Process to Produce Oxygen
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2010 Field Demonstration of the Solar Carbothermal Regolith Reduction Process to Produce Oxygen

机译：2010年现场演示太阳能碳热碎石还原法生产氧气

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摘要

Many potential destinations of interest (including the Moon, Mars, Phobos, Deimos and many asteroids) are covered with regolith that contains a variety of oxygen-bearing minerals, providing a virtually unlimited quantity of raw material which can be processed to produce oxygen. One attractive method to extract oxygen from regolith is the carbothermal reduction process. The carbothermal reduction process is not sensitive to variations in the mineral composition of the regolith and it creates other valuable resources within the processed regolith, such as iron, glass and silicon. ORBITEC developed the Carbothermal Regolith Reduction Module to process regolith simulants using concentrated solar energy. The Carbothermal Regolith Reduction Module was integrated with other modules to form the Carbothermal Regolith Reduction Processing System which was demonstrated at an analog test site on Mauna Kea in Hawaii. This paper describes the analog test operations and the experimental test results, plus the results of some more recent laboratory tests at higher power levels.
机译：许多潜在的令人感兴趣的目的地（包括月球，火星，火卫一，狄莫斯和许多小行星）都覆盖有含有各种含氧矿物质的重白云石，提供了可加工产生氧气的几乎无限量的原材料。碳热还原法是一种从重石料中提取氧气的有吸引力的方法。碳热还原过程对重钙石矿物质成分的变化不敏感，并且会在加工后的重钙石中产生其他有价值的资源，例如铁，玻璃和硅。 ORBITEC开发了碳热重石减少模块，以利用集中的太阳能处理重石模拟物。碳热重排减少模块与其他模块集成在一起，形成了碳热重排减少处理系统，该系统已在夏威夷的莫纳克亚（Mauna Kea）的模拟测试现场进行了演示。本文介绍了模拟测试操作和实验测试结果，以及一些更高功率级别的最新实验室测试的结果。

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