Tiangong two experimental equipment managing comprehensive test with satellite all day long escortin-zuczug

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Tiangong two experimental equipment managing comprehensive test with satellite all day long temple [Abstract] escorting two in space travel has been a week. After the experimental equipment with it after the completion of the power of self inspection, from today, on orbit test comprehensive, is expected to get the first batch of application data in about 24 days. Tiangong two in space travel has been a week. After the experimental equipment with it after the completion of the power of self inspection, from today, on orbit test comprehensive, is expected to get the first batch of application data in about 24 days. During the Tiangong two flight, around a "protection of God" – along with the satellite, has been in the escort. With the satellite escort by the Chinese Academy of Sciences Research Institute of micro satellite innovation Temple II with satellite is a micro satellite, which is part of the temple II test task. The satellite is designed with small, lightweight, density function, the satellite structure is small, light weight, has achieved the design results in high density function. In addition, it is equipped with a plurality of test load, and have strong ability to maneuver, with the flexibility and mobility to carry out space missions. Tiangong two with satellite during the mission to carry out with flying, flying over the observation and test of multi platform cooperative space space combination technology, test the main spacecraft support test and a number of new technologies, expand the application of space technology. As with the main spacecraft flying spacecraft, with satellite has a position relative to the main spacecraft near real-time, follow, can be used as a safe auxiliary tool is the main spacecraft, work state monitoring, security and defense of the main spacecraft that can provide direct technical support for astronauts and spacecraft rendezvous and docking. With the space observation satellite has all day long the monitoring of space debris and other potentially dangerous targets in space on the space station. The Shenzhou artifact self adjoint satellite is also equipped with a high resolution full frame visible light camera, will orbit the high resolution images of Tiangong two and Shenzhou 11 combination of flight test in the process of space, it is self artifact temple and Shenzhou spacecraft. In addition, the position is to follow, provide space on orbit test task HD image recording, with satellite can spacecraft working status and space activities to provide direct support for image technology. The future will be equipped with VR camera technology personnel imagination, accompanied by satellite in this mission after the future, will be the astronaut can manipulate the robot, equipped with a VR camera, can achieve a more complex task space operation. With the satellite structure is small, light weight, flexible configuration tasks, the main operation of spacecraft launch easily, save the cost of launching, become a new spacecraft launch mode, can adapt to the special task. The future satellite can even personal social network to space. The satellite with flexible, can play a personal space imagination, creativity and innovation to achieve a variety of space. (Beijing Morning Post)

天宫二号实验设备今起全面测试 伴随卫星全天护驾 [摘要]天宫二号在太空已经遨游了一个星期。它所携带的各项实验设备在完成了加电后的自我检查之后,将从今天起,全面进行在轨测试,预期将于24日左右获取第一批应用数据。  天宫二号在太空已经遨游了一个星期。它所携带的各项实验设备在完成了加电后的自我检查之后,将从今天起,全面进行在轨测试,预期将于24日左右获取第一批应用数据。  在天宫二号飞行期间,身边的一位“保护神”——伴随卫星,一直在保驾护航。  伴随卫星保驾护航  由中科院微小卫星创新研究院研制的天宫二号伴随卫星是一颗微纳卫星,它是天宫二号试验任务的一部分。  该伴随卫星采用了小型化、轻量化、功能密度的设计,使得卫星结构小、重量轻,却实现了高功能密度的设计结果。此外,它搭载多个实验载荷,并具备较强的变轨能力,具备了开展空间任务的灵活性与机动性。  天宫二号伴随卫星在轨任务期间开展对空间组合体的伴飞、飞越观测以及多平台空间协同等试验,为主航天器的技术试验提供支持,并进行多项新技术的试验,拓展空间技术应用。  作为伴随主航天器飞行的航天器,伴随卫星具有处于相对主航天器距离近、实时跟随的位置优势,可以作为主航天器的安全辅助工具,对主航天器进行工作状态监测、安全防卫,可以为航天员出舱活动及空间飞行器交会对接等提供直接的技术支持。  伴随卫星具备全天时的空间观测能力,可监测空间碎片等对空间站造成潜在危险的空间目标。  天宫神舟自拍神器  伴随卫星还搭载了高分辨率全画幅可见光相机,将在空间绕飞试验过程中对天宫二号与神舟11号组合体进行高分辨率成像,可谓是天宫和神舟飞船的自拍神器。  此外,利用其实时跟随的位置优势,提供空间试验的在轨任务高清图像记录,伴随卫星可为主航天器的工作状态、空间活动等提供直接的影像技术支持。  未来将搭载VR相机  科技人员畅想,在这次任务后的未来伴随卫星,将是航天员可以操纵的机器人,搭载VR相机,可以实现更加复杂的空间操作任务。  伴随卫星结构小、总量轻,任务配置比较灵活,在运行的主航天器上发射容易实现,节约发射成本,成为一种新的航天器发射模式,可适应特殊任务需要。  未来卫星甚至可以个人化,将社交网络搬到太空。伴随卫星灵活机动,可以发挥个人太空创想,实现各种太空创意创新。(北京晨报)相关的主题文章: