原子钟 英语是什么意思 - 英语翻译

• atomic clock
• atomic clocks

在 中文 中使用 原子钟 的示例及其翻译为 英语

原子钟是导航卫星系统的核心。
The atomic clock is the core of a navigation satellite system.

原子钟是世界上最精确的时钟。
The atomic clock is the most incredible clock in the world.

原子钟aces.
The Atomic Clock Ensemble.

卫星携带氢和铷原子钟，这将在定位和定时精度方面发挥关键作用。
The satellite is carrying hydrogen and rubidium atomic clocks, which will play a key role in positioning and timing accuracy.

这些停止运转的原子钟并没有影响到我们导航系统的整体性能。
The stopping of these atomic clocks has not affected the overall performance of our navigation system.

年，铯原子钟的发明，提供了一种比天文观测更稳定且更方便的守时机制。
In 1955, the caesium atomic clock was invented; this provided a form of timekeeping that was both more stable and more convenient than astronomical observations.

光学原子钟属于顶尖级的测量器件，每一百亿年的误差不到一秒钟。
Optical atomic clocks are at the pinnacle of time measuring devices, losing less than one second every ten billion years.

深空原子钟的漫画图像，这是NASA测试的一项新技术，它将改变人类在太阳系中导航的方式。
The Deep Space Atomic Clock is a new technology being tested by NASA that will change the way humans navigate the solar system.

目前世界各国都采用原子钟来产生和保持标准时间，这就是“时间基准?
All countries in the world use atomic clocks to produce and maintain standard time, which is called"time reference"?

这台便携式光学原子钟被用来测量阿尔卑斯山脉某座山上一个特定实验室的高度。
The transportable optical atomic clock was used to measure the height of a specific laboratory on a mountain in the Alps.

原子钟不是根据齿轮、弹簧或晶体的运动来计算时间的，而是基于单个原子的振荡来运行。
Atomic clocks, rather than counting the time based on movements of gears or springs or crystals, operate based on oscillations in individual atoms.

但是原子钟为我们现在所称的量子技术铺平了道路”，它们最初是作为大型桌面设备出现的。
But the atomic clock paved the way for what we now call quantum technologies," and they began as large tabletop devices.

大多数原子钟依赖于铯-133原子中的电子改变能量状态时发射的微波辐射的频率。
Most atomic clocks rely on the frequency of the microwave radiation emitted when electrons in caesium-133 atoms change energy states.

该卫星还将试验包括铷原子钟和一个信号发生器在内的多种关键技术。
This satellite will also test various critical technologies that it will be flying, including the rubidium atomic clock and a signal generator.

原子钟也显示地球的自转的一天，每年约减缓15微秒，在UTC的缓慢增加被闰秒加以调整。
Atomic clocks also show that Earth''s day lengthens by about 15 microseconds every year, slowly increasing the rate at which UTC is adjusted by leap seconds.

此新款原子钟比目前用于校对国际时区和卫星系统时间的原子钟还要精确二倍以上。
The researchers claim the new atomic clock is more than twice as accurate as timepieces currently used to regulate international time zones and satellite systems.

精准度的新高度，意味着原子钟可以帮助我们比以往更精确地测量重力。
This new level of precision means that the atomic clocks could help us measure gravity more precisely than ever before.

深空原子钟的漫画图像，这是NASA测试的一项新技术，它将改变人类在太阳系中导航的方式。
This animation shows the Deep Space Atomic Clock, a new technology being tested by NASA that will change the way humans navigate the solar system.

与错误的唯一1在第二次100数百万年,原子钟是史上更精确的时间测量装置之一[…].
With an error of only 1 second in up to 100 million years, atomic clocks are among the most accurate timekeeping devices in history.

目前，还不具备相应的技术实现以上功能，但是深空原子钟可以提供足够精确的时间和位置，来支持实时跟踪。
Currently, that's not possible, but a deep space atomic clock could provide precise enough time and location to support that real-time tracking.

一个高精度金属铷原子钟是卫星导航载荷的一部分。
A highly accurate Rubidium atomic clock is part of the navigation payload of the satellite.

在这种设计中，整个操作是基于射频电子设备的，避免了传统原子钟中使用的光学元件。
In this design, the entire operation is based on radio-frequency electronics, avoiding the need for optical elements, as used in conventional atomic clocks.

深空原子钟是NASAJPL的一项新技术，或许能会改变飞船和探测器在太空中的导航方式。
The Deep Space Atomic Clock, a new technology from NASA's JPL, may change the way spacecraft navigate in space.

在英国国家物理实验室(NPL)是英国国家时间测量基准中心，他们使用原子钟提供稳定和持续的计时。
The National Physical Laboratory(NPL)- responsible for the UK's national time scale- uses the atomic clock to provide a stable and continuous timescale.

该航天局目前从欧洲航空航天制造商阿斯特里姆(Astrium)进口原子钟，用于导航卫星。
The space agency currently imports atomic clocks from European aerospace manufacturer Astrium for its navigation satellites.

关键是测量发射信号和接收信号之间的时间差，这个时间差是由原子钟同步获得的。
The key is to measure the time difference between the transmitted signal and the receiving signal, which is obtained by the atomic clock synchronization.

除了原子钟之外，导航卫星还有晶体钟，不像原子钟那样精确。
Apart from the atomic clock, a navigation satellite also has crystal clocks, but they are not accurate as atomic clocks..

据说这是可能的，因为每一个事物熔化的一部分，然后该部分的原子钟就会重置。
It stated that this is possible because each event melted part of it, and thus the atomic clock of that part was reset.

然而，它们却是容易受到损伤的设备，操作起来很复杂，而且一般无法满足实用的原子钟的需求。
However, they are delicate devices, complex to operate and typically do not meet the requirement of practical atomic clocks.