pendular

简明释义

英[ˈpendjʊlə(r)]美[ˈpenjʊlər]

adj. 摆动的；钟摆运动的

英英释义

单词用法

同义词

反义词

例句

1.A brief introduction is given for different complex water curtain construction techniques, such as pendular jet curtain and grouting curtain, to cope with different geological conditions.

同时，简单介绍了针对不同地质对象采取的摆喷帷幕和注浆帷幕组成的复合式截水帷幕施工技术。

2.A brief introduction is given for different complex water curtain construction techniques, such as pendular jet curtain and grouting curtain, to cope with different geological conditions.

同时，简单介绍了针对不同地质对象采取的摆喷帷幕和注浆帷幕组成的复合式截水帷幕施工技术。

3.None of this means that what is popular is stagnant, but even dramatic shifts in opinion and political leanings follow a typical pendular pattern, reactively swinging back and forth.

这一切都不意味着流行的就是停滞不前的，然而意见和政策倾斜显著地介入将引发着一个典型的摆动模式，即来回的摆动。

4.The dynamics equation of sensor is constituted and the equation's solution is got. The relationship of output voltage and pendular angle of the sensing mass is gained.

建立传感器的动力学方程并求得解析解，得到输出电压和传感器敏感质量摆角的关系。

5.They found the superior structures (aditus laryngis) particularly primitive, with a voluminous epiglottis covered by the pendular velum.

他们发现高级结构，特别是原始人的，与大量的会厌软骨是被摆动的软颚所覆盖。

6.Existence of almost periodic solutions for a class of pendular equations.

一类摆动方程概周期解的存在性。

7.The child watched the pendular 摆动的 motion of the swing in the park.

孩子在公园里观察秋千的摆动的运动。

8.The pendular 摆动的 movement of the clock's pendulum is mesmerizing.

钟摆的摆动的运动令人着迷。

9.In physics class, we learned about pendular 摆动的 motion and its applications.

在物理课上，我们学习了摆动的运动及其应用。

10.The dancer's movements were smooth and pendular 摆动的, captivating the audience.

舞者的动作流畅而摆动的，吸引了观众。

11.The pendular 摆动的 nature of the trade winds affects weather patterns.

贸易风的摆动的特性影响天气模式。

作文

In the study of physics, one often encounters the term pendular, which refers to the motion of an object that swings back and forth around a central point. This concept can be observed in various real-life scenarios, such as a swinging pendulum or even the oscillation of a swing in a playground. The pendular motion is characterized by its repetitive nature, where the object moves from one extreme to another before returning to its original position. Understanding this motion is crucial not only in physics but also in other fields such as engineering and architecture, where stability and balance are paramount. The pendular movement can be described mathematically using equations that define its period, amplitude, and frequency. For instance, the period of a simple pendulum is determined by its length and the acceleration due to gravity. This relationship showcases how the pendular motion is influenced by external factors, making it a fascinating subject of study. Moreover, the principles derived from pendular motion have practical applications in designing clocks, where the accuracy of timekeeping relies on the consistent oscillation of the pendulum. Beyond the realm of physics, the term pendular can also be applied metaphorically to describe situations or behaviors in everyday life. For example, one might refer to a person's decision-making process as pendular if they frequently swing between two opposing choices, unable to settle on a definitive answer. This pendular behavior can be seen in various contexts, from personal relationships to professional environments, where individuals may fluctuate between extremes before reaching a conclusion. Additionally, the concept of pendular can be linked to emotional states. People often experience pendular moods, swinging between happiness and sadness, excitement and disappointment. Recognizing this pendular pattern can be essential for mental health, as it allows individuals to understand their feelings better and seek the necessary support when needed. In literature and art, the pendular theme can be explored through the depiction of characters or narratives that embody this oscillation. Writers may create protagonists who grapple with pendular choices, reflecting the complexities of human nature. Such themes resonate with readers, as they mirror the pendular nature of life itself—filled with ups and downs, victories and defeats. In conclusion, the term pendular encompasses a wide range of meanings and applications, from the scientific principles governing motion to the metaphorical representations of human behavior. By understanding the nuances of pendular dynamics, we gain insight into both the physical world and the intricacies of our own lives. Whether in the classroom, workplace, or personal experiences, the concept of pendular serves as a reminder of the balance we must achieve amidst the fluctuations we encounter daily.

在物理学的研究中，人们经常会遇到“pendular”这个术语，它指的是一个物体围绕中心点来回摆动的运动。这一概念可以在各种现实生活场景中观察到，例如摆动的钟摆或游乐场秋千的振荡。“pendular”运动的特点是其重复性，物体从一个极端移动到另一个极端，然后返回到其原始位置。理解这种运动不仅在物理学中至关重要，而且在工程和建筑等其他领域也是如此，因为稳定性和平衡性是至关重要的。 “pendular”运动可以通过定义其周期、幅度和频率的方程进行数学描述。例如，简单摆的周期由其长度和重力加速度决定。这种关系展示了“pendular”运动如何受到外部因素的影响，使其成为一个引人入胜的研究主题。此外，从“pendular”运动中得出的原理在设计时钟中的实际应用也很重要，因为时间的准确性依赖于钟摆的一致振荡。 超越物理学的领域，“pendular”一词也可以被隐喻性地应用于日常生活中的情境或行为。例如，如果一个人在做决策的过程中频繁在两个对立的选择之间摇摆不定，那么可以称其决策过程为“pendular”。这种“pendular”行为可以在各种环境中看到，从个人关系到职业环境，个体可能在极端之间波动，最终才达成结论。 此外，“pendular”的概念还可以与情绪状态联系起来。人们常常经历“pendular”的情绪，在快乐和悲伤、兴奋和失望之间摇摆。认识到这种“pendular”模式对心理健康至关重要，因为它使个体能够更好地理解自己的感受，并在需要时寻求必要的支持。 在文学和艺术中，“pendular”主题可以通过描绘体现这种震荡的角色或叙述来探索。作家可能会创造出在“pendular”选择中挣扎的主角，反映人性的复杂性。这类主题与读者产生共鸣，因为它们反映了生活本身的“pendular”性质——充满起伏、胜利和失败。 总之，“pendular”这个术语涵盖了广泛的含义和应用，从支配运动的科学原理到人类行为的隐喻表现。通过理解“pendular”动态的细微差别，我们获得了对物理世界和自身生活复杂性的洞察。无论是在课堂上、工作场所还是个人经历中，“pendular”的概念都提醒我们在日常生活中遇到的波动中必须实现的平衡。