接下来的成功的生物机械评估，即加固的人类负重外骨骼测试系统将转变为一系列的旷野短足旅行测试，以测量它在模拟的操作环境中的实用性。
Following successful bio-mechanical evaluations, the ruggedized HULC system will transition to a series of field excursions to measure its utility in simulated operational environments.
该模型模拟生物的行为规律，能够依据周围环境采取限定区域搜索或者广域搜索方式清扫垃圾。
This model simulated biologic behavior rule, and could rest on the environment to adopt the defined region search or the wide area search to sweep rubbish.
从粒子生物学、物理场生物学和重力生物学等不同角度介绍了地面模拟空间环境因素的方法途径和研究进展。
The approaches and its experimental advances of ground simulation on aerospace environmental factors were analyzed at different angles of particle biology, physical field biology and gravity biology.
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