pendulum clock

简明释义

摆钟

英英释义

例句

1.He inherited his grandfather's antique pendulum clock, which has been in the family for generations.

他继承了祖父的古董摆钟，这已经在家族中传了好几代。

2.The pendulum clock on the wall not only tells time but also serves as a beautiful piece of art.

墙上的摆钟不仅能显示时间，还作为一件美丽的艺术品。

3.Every hour, the pendulum clock chimes, marking the passage of time with a melodic tune.

每小时，摆钟都会鸣响，用悦耳的旋律标记时间的流逝。

4.In physics class, we learned about how a pendulum clock demonstrates the principles of pendulum motion.

在物理课上，我们学习了摆钟如何演示摆动运动的原理。

5.The sound of the ticking pendulum clock filled the quiet room, reminding everyone of the passing time.

滴答作响的摆钟充满了安静的房间，提醒着每个人时间的流逝。

作文

The invention of the pendulum clock has been one of the most significant advancements in the field of timekeeping. Developed in the late 16th century by Dutch scientist Christiaan Huygens, the pendulum clock revolutionized how we measure time with unprecedented accuracy. Before its invention, clocks were often unreliable, with variations that could lead to errors of several minutes each day. The pendulum clock, however, utilized the regular motion of a swinging pendulum to create a stable and consistent timekeeping mechanism.The principle behind the pendulum clock is relatively simple yet ingenious. A pendulum is a weight suspended from a pivot so that it can swing freely back and forth under the influence of gravity. As the pendulum swings, it creates a regular interval of time between each swing, known as the period. By connecting this pendulum to a gear system, the clock can accurately count these intervals and thus keep track of time. This mechanism allowed the pendulum clock to achieve an accuracy of within seconds over long periods, which was a remarkable feat for its time.In addition to its technical merits, the pendulum clock also holds a place in cultural history. It became a symbol of precision and order during the Age of Enlightenment, a period characterized by scientific discovery and rational thought. Many notable clockmakers, such as John Harrison and Edward Dent, contributed to the design and refinement of the pendulum clock, further enhancing its reputation and reliability. These craftsmen not only focused on functionality but also on aesthetics, creating beautiful timepieces that adorned the homes of the wealthy and powerful.The impact of the pendulum clock extended beyond mere timekeeping; it influenced various fields, including navigation and astronomy. Sailors relied on accurate time measurements to determine their longitude at sea, while astronomers used precise timekeeping to track celestial movements. The pendulum clock thus played a crucial role in advancing our understanding of the world and the universe.Despite its historical significance, the pendulum clock eventually faced competition from more modern timekeeping devices, such as quartz clocks and atomic clocks. These newer technologies offered even greater accuracy and convenience, leading to a decline in the use of traditional pendulum clocks. However, they remain cherished artifacts, appreciated for their craftsmanship and the nostalgia they evoke.Today, many people still admire the beauty and complexity of the pendulum clock. They are often found in museums, antique shops, and collectors' homes, serving as a reminder of the ingenuity of past generations. Additionally, some contemporary clockmakers continue to produce pendulum clocks, blending traditional techniques with modern designs to create unique timepieces that honor this classic invention.In conclusion, the pendulum clock is more than just a device for telling time; it represents a pivotal moment in the history of science and technology. Its invention marked a turning point in our ability to measure time accurately, influencing various domains and shaping the course of human progress. As we move forward into an increasingly digital age, the legacy of the pendulum clock endures, reminding us of the importance of precision and the beauty of craftsmanship in our everyday lives.

摆钟的发明是时间测量领域最重要的进展之一。它由荷兰科学家克里斯蒂安·惠更斯在16世纪晚期开发，彻底改变了我们测量时间的方式，以前所未有的准确性。在其发明之前，时钟常常不可靠，误差可能导致每天几分钟的偏差。然而，摆钟利用摆动摆的规律运动创造了一个稳定一致的计时机制。摆钟背后的原理相对简单却极具巧妙。摆是一种从支点悬挂的重物，可以在重力作用下自由摆动。当摆摆动时，它在每次摆动之间产生一个规则的时间间隔，称为周期。通过将这个摆与齿轮系统连接，时钟可以准确地计算这些间隔，从而跟踪时间。因此，摆钟能够在长时间内实现秒级的准确性，这是当时的一个显著成就。除了技术优点，摆钟在文化历史上也占有一席之地。在启蒙时代，这一时期以科学发现和理性思维为特征，摆钟成为精确和秩序的象征。许多著名的钟表匠，如约翰·哈里森和爱德华·登特，致力于设计和改进摆钟，进一步增强了它的声誉和可靠性。这些工匠不仅关注功能性，还关注美学，创造出美丽的时计，装饰着富人和权贵的家园。摆钟的影响超越了单纯的时间测量；它对导航和天文学等多个领域产生了影响。水手依靠准确的时间测量来确定海上的经度，而天文学家则使用精确的计时来跟踪天体运动。因此，摆钟在推动我们对世界和宇宙的理解方面发挥了至关重要的作用。尽管在历史上具有重要意义，但摆钟最终面临来自更现代的计时设备（如石英钟和原子钟）的竞争。这些新技术提供了更大的准确性和便利性，导致传统摆钟的使用减少。然而，它们仍然是珍贵的文物，因其工艺和唤起的怀旧感而受到喜爱。如今，许多人仍然欣赏摆钟的美丽和复杂性。它们常常出现在博物馆、古董店和收藏家的家中，作为过去几代人聪明才智的提醒。此外，一些当代钟表匠继续生产摆钟，将传统技术与现代设计相结合，创造出独特的时计，向这一经典发明致敬。总之，摆钟不仅仅是一个计时设备；它代表了科学和技术历史上的一个重要时刻。它的发明标志着我们准确测量时间能力的转折点，影响了各个领域，并塑造了人类进步的历程。随着我们进入一个日益数字化的时代，摆钟的遗产依然存在，提醒我们在日常生活中精确性的重要性和工艺之美。