parker solar probe
帕克太阳探测器
派克太阳能探测器
The Parker Solar Probe will be the fastest spacecraft in history.How Will the Parker Solar Probe Get to the Sun? 帕克太阳探测器 ”就将成为首个靠近太阳表面的人类工程产品。The Parker Solar Probe is going to be the first piece of human engineering to get that close to the sun. 帕克太阳探测器 无疑是一个历史性的任务,首次进入太阳的大气层(或日冕)。Parker Solar Probe is a historic mission, flying into the sun's atmosphere(or corona) for the first time. Combinations with other parts of speech
帕克太阳探测器 已经接触到了sun's日冕,发现了猛烈的太阳风的大部分来源。The Parker Solar Probe has touched the sun's corona and discovered the source of much of the fierce solar wind that pelts Earth. 当帕克太阳探测器 近距离采样热的太阳能气体时,太阳轨道飞行器可以告诉我们更多关于帕克飞过的空间的信息。 As Parker Solar Probe samples hot solar gases up close, Solar Orbiter can tell us more about the very space Parker flies through.帕克太阳探测器 计划再绕太阳运行21圈,通过5次飞越金星来推动自己越来越靠近太阳。Parker Solar Probe is scheduled to make another 21 orbits around the Sun, using five Venus flybys to draw itself increasingly closer. 帕克太阳探测器 将提供空前的测量,这将进一步限制模型及其内在的理论。Parker Solar Probe will provide unprecedented measurements that will further constrain the models and the theory that's embedded within them.". 当帕克太阳探测器 在这片尘埃云中巡行时,宇宙飞船不仅撞上了这些微粒,还把它们消灭了。 As Parker Solar Probe cruised through this dust cloud, the spacecraft didn't just crash into these particles- it obliterated them. 帕克太阳探测器 的设计目的,是通过测量磁场、等离子体和高能粒子的仪器来探测日冕。The Parker Solar Probe is designed to plow through the corona with instruments that measure magnetic fields, plasma, and energetic particles. 帕克太阳探测器 打破了记录,成为移动最快的人造物体(相对于太阳)和最接近太阳的人造物体。The Parker Solar Probe has broken records as the fastest moving manmade object(relative to the Sun) and the closest manmade object to the Sun. 眼下,帕克太阳探测器 正在太空快速飞行,它将在10月3日完成对金星七次飞越的第一次飞行。 The Parker Solar Probe is currently zipping through space and will complete the first of seven flybys of Venus on Oct. 3. 帕克太阳探测器 预计将围绕太阳完成24次轨道运行,并将借助金星调整轨道。Parker Solar Probe , which is expected to complete 24 orbits of the Sun, will use Venus to adjust its course. 帕克太阳探测器 将飞行至距太阳表面4百万英里的星际空间,直面从来没有卫星面对过的太阳加热和辐射。Parker Solar Probe will swoop to within 4 million miles of the sun's surface, facing heat and radiation like no spacecraft before it. 帕克太阳探测器 近距离掠过了这颗行星,以完成引力助推,让它的轨道更加靠近太阳。Parker Solar Probe made a close pass at the planet while performing a gravity assist to draw its orbit closer to the Sun. 帕克太阳探测器 ”将于2018年发射,它将非常接近太阳,近距离仅为650万公里。The Parker Solar Probe will launch in 2018 to make an extremely close approach to the sun, getting as near as 4 million miles(6.5 million km). 未来比历史上任何其他人造物体接近太阳之后,帕克太阳探测器 是健康状况良好,美国航空航天局的报告。 After coming closer to the sun than any other man-made object in history, the Parker Solar Probe is in good health, NASA reports. 帕克太阳探测器 打破了最快移动人造物体(相对于太阳)和离太阳最近人造物体的记录。The Parker Solar Probe has broken records as the fastest moving manmade object(relative to the Sun) and the closest manmade object to the Sun. 帕克太阳探测器 ”将于2018年发射,它将非常接近太阳,最近距离仅为650万公里。The Parker Solar Probe will launch in 2018 to make an extremely close approach to the sun, getting as near as 4 million miles(6.5 million km). 帕克太阳探测器 计划再绕太阳运行21圈,通过5次飞越金星来推动自己越来越靠近太阳。Parker Solar Probe is scheduled to make another 21 orbits around the sun, using five flybys of Venus to propel itself increasingly closer to the star. 自探测器发射以来仅仅17个月,已经绕太阳运行了三圈,帕克太阳探测器 并没有对它的任务感到失望。 Just 17 months since the probe's launch and after three orbits around the sun, Parker Solar Probe has not disappointed in its mission. 由CNET提供帕克太阳探测器 在围绕太阳的轨道上,并将继续近距离观察这颗恒星。 The Parker Solar Probe is in orbit around the sun and will continue to examine the star from close up. The Parker Solar Probe will break both of its new records many times over the next seven years.帕克太阳探测器 是在2018年8月发射,并于同年11月首度飞掠太阳。The Parker Solar Probe launched in August 2018 and made its first solar flyby that November. 帕克太阳探测器 安装了一系列仪器,可以直接对日冕进行取样。The Parker Solar Probe bristles with an array of instruments designed to sample the corona directly.A Parker solar probe was launched on August 12(local time).帕克太阳探测器 将在很大程度上孤独地踏上这段漫长的旅程。The Parker Solar Probe will largely be alone on its journey.
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