chronometer time

简明释义

天文钟时间

英英释义

例句

1.The scientist recorded the chronometer time (计时器时间) of each experiment for accurate data analysis.

科学家记录了每个实验的chronometer time（计时器时间），以便进行准确的数据分析。

2.The GPS system uses chronometer time (计时器时间) to calculate the exact location of the device.

GPS系统使用chronometer time（计时器时间）来计算设备的确切位置。

3.During the race, the athletes relied on their watches to track the chronometer time (计时器时间) for precise performance measurement.

在比赛中，运动员依靠他们的手表来跟踪chronometer time（计时器时间），以精确测量表现。

4.In aviation, pilots must synchronize their instruments with chronometer time (计时器时间) to maintain flight safety.

在航空领域，飞行员必须将他们的仪器与chronometer time（计时器时间）同步，以维护飞行安全。

5.The captain adjusted the ship's navigation based on the chronometer time (计时器时间) to ensure accurate positioning.

船长根据chronometer time（计时器时间）调整了船只的导航，以确保准确定位。

作文

The concept of chronometer time is fascinating and essential in various fields, particularly in navigation and astronomy. A chronometer is a precise instrument used to measure time accurately, and its importance cannot be overstated. The term chronometer time refers to the accurate timekeeping provided by these devices, which has been crucial for explorers and scientists throughout history. In this essay, I will explore the significance of chronometer time and its impact on our understanding of time and space.Historically, the need for accurate timekeeping became apparent during the Age of Exploration. Navigators relied on celestial bodies to determine their position at sea. However, without precise time measurement, calculating longitude was nearly impossible. This challenge led to the development of the marine chronometer by John Harrison in the 18th century. His invention allowed sailors to keep accurate time while at sea, significantly improving navigation and reducing the risk of shipwrecks. Thus, chronometer time revolutionized maritime travel and exploration.In addition to navigation, chronometer time also plays a vital role in scientific research. Astronomers depend on precise time measurements to observe celestial events and calculate the movements of planets and stars. For instance, the timing of eclipses and transits relies heavily on accurate timekeeping. The synchronization of telescopes across different locations requires a shared understanding of chronometer time, ensuring that observations can be compared and analyzed effectively.Moreover, the advent of technology has further enhanced our ability to measure chronometer time. Atomic clocks, which are based on the vibrations of atoms, provide unparalleled accuracy and stability. These clocks have become the standard for international timekeeping and are essential for global positioning systems (GPS). The reliance on chronometer time in modern technology underscores its importance in our daily lives, from navigation apps to financial transactions.Furthermore, the concept of chronometer time extends beyond practical applications; it also raises philosophical questions about the nature of time itself. How do we perceive time, and how does our understanding of it shape our experiences? The precision of chronometer time challenges our intuitive notions of time as a fluid and subjective experience. Instead, it presents time as a measurable quantity, prompting us to consider its implications on our lives and the universe.In conclusion, chronometer time is a critical aspect of our understanding of time and its measurement. From its historical significance in navigation to its modern applications in technology and science, the impact of chronometer time is profound. As we continue to explore the mysteries of time and space, the importance of accurate timekeeping remains undeniable. Understanding chronometer time not only enhances our practical capabilities but also invites us to reflect on the deeper meanings of time in our lives.

“计时器时间”的概念令人着迷，并在多个领域中至关重要，特别是在导航和天文学中。计时器是一种用于准确测量时间的精密仪器，其重要性不容低估。“计时器时间”一词指的是这些设备提供的准确计时，这在历史上对探险者和科学家至关重要。在这篇文章中，我将探讨“计时器时间”的重要性及其对我们理解时间和空间的影响。历史上，对准确计时的需求在探索时代变得显而易见。航海者依赖天体来确定他们在海上的位置。然而，如果没有精确的时间测量，计算经度几乎是不可能的。这一挑战导致了约翰·哈里森在18世纪发明了海洋计时器。他的发明使水手能够在海上保持准确的时间，大大改善了导航并减少了船只沉没的风险。因此，“计时器时间”彻底改变了海洋旅行和探索。除了导航之外，“计时器时间”在科学研究中也发挥着至关重要的作用。天文学家依赖精确的时间测量来观察天文事件并计算行星和恒星的运动。例如，日食和凌日的时机在很大程度上依赖于准确的计时。不同地点的望远镜同步需要对“计时器时间”的共同理解，以确保观察可以有效地比较和分析。此外，科技的出现进一步增强了我们测量“计时器时间”的能力。原子钟基于原子的振动，提供了无与伦比的准确性和稳定性。这些钟表已成为国际计时的标准，并且对全球定位系统（GPS）至关重要。在现代技术中对“计时器时间”的依赖凸显了其在我们日常生活中的重要性，从导航应用到金融交易。此外，“计时器时间”的概念超越了实际应用；它还提出了关于时间本质的哲学问题。我们如何感知时间，我们对时间的理解如何塑造我们的体验？“计时器时间”的精确性挑战了我们对时间作为一种流动和主观体验的直观认识。相反，它将时间呈现为可测量的量，促使我们思考其对我们生活和宇宙的影响。总之，“计时器时间”是我们理解时间及其测量的重要方面。从其在导航中的历史重要性到其在现代技术和科学中的应用，“计时器时间”的影响深远。随着我们继续探索时间和空间的奥秘，准确计时的重要性依然不可否认。理解“计时器时间”不仅增强了我们的实用能力，也邀请我们反思时间在我们生活中的更深层次含义。