太空环境的英文

• space environment

• 太空:    the firmament; outer space
• 环境:    environment; surroundings; c ...
• 高空环境:    high altitude environment; high-altitude environment
• 真空环境:    vacuum environment
• 航空环境公司:    aerovironment inc

例句与用法

1. It supposedly stands for mercury surface , space environment , geochemistry and ranging
   这个名字可以看成水星地表、太空环境、地理化学和全向遥测的缩写。
2. The scientists mimicked a space environment by freezing the mixture to temperatures close to absolute zero , then exposing it to harsh ultraviolet radiation
   科学家模拟太空环境，首先将混合物降温，直到接近绝对零度后，以强烈的紫外线照射混合物。
3. In addition , the new space technology research and test center in tangjialing , northwest of beijing , has spacecraft - integration halls , space - environment chambers ( including the world ' s fifth largest vacuum chamber ) and vibration - test facilities
   此外，位于北京西北方唐家岭新的空间技术研制试验中心也拥有太空船装配厅、太空环境室（包括全世界第五大的真空室）以及震动测试设备。
4. Abstract : dual redundant manipulators are extremely useful for tasks in dangerous or space environments , but efficient and real - time coordinated control is hard to achieve . collision avoidance between two cooperative manipulators is vital to the successful applications of dual redundant manipulators . although methods based on the distance function have been demonstrated simple and efficient , different collision avoidance points can usually produce completely different results and even failure . the paper discussed the choices of collision avoidance points and proposed a novel method for the choosing of those points . the method is testified by simulation results of two redundant planar manipulators
   文摘:冗余度双臂机器人在危险或太空环境中具有极高的应用价值,但是实现有效的和实时的合作是很困难的.在合作的双臂机器人之间实现避碰是成功地应用冗余度双臂机器人的关键.尽管基于距离函数的方法已被证明简单和有效,但是不同的避碰点经常会产生不同的避碰结果,甚至会导致失败.本文讨论了避碰点的选择问题,提出了一种新的避碰点选择方法,并用冗余度平面机器人对该方法进行了验证
5. Powered by its own solar panels , the orbiting module remained in orbit for almost 6 months . it contains experiments to study the space environment at the orbiting altitude and , for the very first time , an orbiting astronomical telescope to study high energy radiation from objects ranging from our sun to distant cosmic explosions from far away universe
   太空船的返回舱在环绕地球108次后，在北京时间1月16日19时22分返回地球，而轨道舱则由太阳能电池板供应电力，在轨道上继续运行将近6个月，当中并进行了太空环境研究的实验。