rate of chronometer

简明释义

日差率

英英释义

例句

1.Before sailing, the captain checked the rate of chronometer to set the course accurately.

在航行之前，船长检查了计时器的走时率以准确设定航线。

2.The watchmaker tested the rate of chronometer to ensure its precision.

钟表匠测试了计时器的走时率以确保其精确性。

3.A high rate of chronometer is essential for scientific experiments requiring precise timing.

高计时器的走时率对于需要精确计时的科学实验至关重要。

4.The museum displayed an antique clock with an impressive rate of chronometer from the 18th century.

博物馆展出了一款18世纪的古董钟，其计时器的走时率令人印象深刻。

5.To achieve accurate navigation, sailors must regularly calibrate their rate of chronometer.

为了实现准确导航，水手必须定期校准他们的计时器的走时率。

作文

The concept of time has fascinated humanity for centuries, and the tools we use to measure it have evolved significantly over the years. One of the most precise instruments developed for this purpose is the chronometer. A chronometer is a highly accurate timekeeping device that is used in various applications, including navigation, scientific research, and even in our daily lives. The effectiveness of a chronometer can be evaluated through its rate of chronometer, which refers to the precision with which it keeps time. Understanding this rate is crucial for anyone who relies on accurate timekeeping.To grasp the significance of the rate of chronometer, it is essential to recognize how chronometers function. They are designed to minimize the effects of external factors such as temperature, pressure, and gravitational variations, which can affect their accuracy. The rate of chronometer essentially measures how much a chronometer deviates from the true time over a specific period. This deviation can be expressed in seconds per day, and a high-quality chronometer typically has a deviation of less than one second per day.In practical terms, the rate of chronometer is vital for navigators at sea. Historically, sailors relied on chronometers to determine their longitude accurately. If a chronometer were to lose or gain time, it would lead to significant navigational errors, potentially resulting in disastrous consequences. Thus, maintaining a precise rate of chronometer was critical for safe and successful voyages across the oceans.Moreover, the rate of chronometer is also important in the field of science. Experiments that require precise timing, such as those in physics or chemistry, depend on accurate timekeeping. A slight deviation in the rate of chronometer can lead to incorrect results, affecting the validity of scientific findings. Therefore, scientists often calibrate their chronometers to ensure that their rate of chronometer aligns with established standards.In modern times, digital devices and atomic clocks have transformed our understanding of timekeeping. However, the principles behind the rate of chronometer remain relevant. Many high-end watches still incorporate mechanical movements that adhere to the standards set by traditional chronometers. These watches are often tested for their rate of chronometer by organizations that certify their accuracy, ensuring that consumers receive reliable timepieces.In conclusion, the rate of chronometer is a fundamental aspect of timekeeping that highlights the importance of precision in various fields. Whether it is for navigation, scientific research, or everyday use, understanding the rate of chronometer allows individuals to appreciate the intricate balance between technology and time. As we continue to advance in our quest for ever more precise measurements, the legacy of the chronometer and its rate of chronometer will undoubtedly remain a cornerstone of our relationship with time.

时间的概念几百年来一直吸引着人类，而我们用来测量时间的工具也经历了显著的演变。为此开发出的最精确的仪器之一是计时器（chronometer）。计时器是一种高度准确的计时设备，广泛应用于导航、科学研究，甚至在我们的日常生活中。评估计时器的有效性可以通过其计时器的精度（rate of chronometer）来实现，这指的是它保持时间的精确度。理解这个精度对于任何依赖准确计时的人来说都是至关重要的。要理解计时器的精度（rate of chronometer）的重要性，首先必须认识到计时器的工作原理。它们旨在最大限度地减少温度、压力和重力变化等外部因素对其准确性的影响。计时器的精度（rate of chronometer）基本上测量计时器在特定时间段内偏离真实时间的程度。这种偏差可以用每天的秒数来表示，高质量的计时器通常每天的偏差少于一秒。在实际应用中，计时器的精度（rate of chronometer）对海上的导航者至关重要。历史上，水手依靠计时器准确确定他们的经度。如果计时器失去或增加时间，会导致重大的导航错误，可能会造成灾难性的后果。因此，保持精确的计时器的精度（rate of chronometer）对于安全和成功的海洋航行至关重要。此外，计时器的精度（rate of chronometer）在科学领域也很重要。需要精确计时的实验，例如物理或化学实验，依赖于准确的计时。如果计时器的精度（rate of chronometer）稍有偏差，可能会导致不正确的结果，从而影响科学发现的有效性。因此，科学家们通常会校准他们的计时器，以确保其计时器的精度（rate of chronometer）与既定标准一致。在现代，数字设备和原子钟已经改变了我们对计时的理解。然而，关于计时器的精度（rate of chronometer）的原则仍然适用。许多高端手表仍然采用机械运动，遵循传统计时器设定的标准。这些手表通常由认证机构测试其计时器的精度（rate of chronometer），确保消费者获得可靠的计时器。总之，计时器的精度（rate of chronometer）是计时的一个基本方面，突显了在各个领域精确度的重要性。无论是用于导航、科学研究还是日常使用，理解计时器的精度（rate of chronometer）使个人能够欣赏技术与时间之间的微妙平衡。随着我们在追求更精确的测量方面不断进步，计时器及其计时器的精度（rate of chronometer）的遗产无疑将继续成为我们与时间关系的基石。