oscillate

简明释义

英[ˈɒsɪleɪt]美[ˈɑːsɪleɪt]

vt. 使振荡；使振动；使动摇

vi. 振荡；摆动；犹豫

第 三 人 称 单 数 o s c i l l a t e s

现 在 分 词 o s c i l l a t i n g

过 去 式 o s c i l l a t e d

过 去 分 词 o s c i l l a t e d

英英释义

单词用法

同义词

反义词

例句

1.Since your body cannot afford to oscillate between convulsions and coma, the range of serum calcium is tightly controlled.

而人体经受不起在抽搐和昏迷之间来回不定，所以血钙的范围是被严格控制着的。

2.I don't want to... I don't want to oscillate it ten times.

我并不想。，我不想来回震荡十次。

3.But take a spring in the shuttle and let the spring oscillate, and it does.

但是在飞船里拿弹簧，让弹簧振荡，它就会振荡。

4.That makes sense, smaller animals will need to oscillate faster to generate forces large enough to dry themselves.

这言之有理，动物越小，身体就需要摆动越快，才能产生足够大的力量甩干自己。

5.This I attached to the bottom wing and began to oscillate the wing using my battery charger as a power source.

这是我附在机翼的底部，并开始摆动机翼使用我的电池充电器的电源。

6.We just want to compare them — whether, indeed, they have the same — period of oscillation — by making them oscillate in unison.

我们只需要比较-，它们是否有着相同的，摆动周期-，让它们一起摆动。

7.The pendulum will oscillate 摆动 back and forth if you pull it and let it go.

如果你拉动摆锤然后放手，它将会摆动来回。

8.The temperature in the room tends to oscillate 波动 between 20 and 25 degrees Celsius.

房间的温度往往在20到25摄氏度之间波动。

9.During the experiment, the laser beam oscillated 振荡 rapidly due to the vibrations.

在实验过程中，由于震动，激光束迅速振荡。

10.The stock prices oscillated 波动 wildly throughout the day.

股票价格在一天内波动剧烈。

11.The sound waves oscillate 震荡 at different frequencies, creating various pitches.

声音波以不同的频率震荡，产生各种音调。

作文

In the realm of physics, the concept of motion is fundamental. One intriguing phenomenon that often captures our attention is how certain objects can oscillate (摆动) back and forth around a central point. This behavior is not only limited to mechanical systems but can also be observed in various natural occurrences. For instance, think about a pendulum swinging in a clock or a child on a swing; both exhibit the principle of oscillation (摆动). The mechanics behind oscillation (摆动) can be explained through the laws of physics. When an object is displaced from its equilibrium position, it experiences a restoring force that pulls it back towards that central point. This force causes the object to move past the equilibrium point, resulting in a continuous back-and-forth motion. Such movements can be periodic, meaning they repeat at regular intervals, which is a key characteristic of oscillatory (振荡的) systems. Beyond the physical sciences, the term oscillate (摆动) can metaphorically describe emotional or mental states. For example, a person might oscillate (摆动) between feelings of happiness and sadness, reflecting the ups and downs of life. This emotional oscillation (摆动) is a common experience for many individuals, especially during times of stress or uncertainty. Understanding this aspect of human psychology can provide insights into how we cope with challenges and navigate our emotional landscapes. Moreover, in the context of decision-making, one might oscillate (摆动) between options, weighing the pros and cons before arriving at a conclusion. This process of deliberation can often feel like a tug-of-war, where different thoughts and feelings pull us in various directions. The ability to recognize when we are oscillating (摆动) in our decisions can help us become more mindful and intentional in our choices. In technology, oscillation (摆动) plays a crucial role in the functioning of various devices. For example, in electronics, oscillators are used to generate signals, and their ability to oscillate (摆动) at specific frequencies is essential for communication systems, including radios and televisions. The precise control of these oscillations (摆动) allows for the transmission of information over long distances, showcasing the importance of understanding this concept in modern technology. In summary, the word oscillate (摆动) encompasses a wide range of applications, from the physical sciences to emotional experiences and technological innovations. By exploring the various contexts in which oscillation (摆动) occurs, we can gain a deeper appreciation for the complexity of motion and change in our world. Whether we are observing a pendulum's swing or reflecting on our own emotional states, the principle of oscillation (摆动) remains a fascinating aspect of both nature and human experience.

在物理学领域，运动的概念是基础。一种引人入胜的现象常常吸引我们的注意，那就是某些物体如何围绕一个中心点摆动。这种行为不仅限于机械系统，还可以在各种自然现象中观察到。例如，想想钟表中的摆锤或孩子在秋千上摇摆；两者都展示了摆动的原理。 摆动的机制可以通过物理法则来解释。当一个物体从其平衡位置偏移时，它会经历一种恢复力，将其拉回到该中心点。这种力量使物体移动超过平衡点，导致持续的前后运动。这种运动可以是周期性的，意味着它以规律的间隔重复，这是振荡系统的一个关键特征。 超越物理科学，术语摆动可以隐喻性地描述情感或心理状态。例如，一个人可能在快乐和悲伤之间摆动，反映了生活的起伏。这种情感摆动是许多人常见的经历，特别是在压力或不确定的时期。理解人类心理的这一方面可以为我们提供洞察，帮助我们应对挑战，驾驭情感的风景。 此外，在决策的背景下，人们可能在选项之间摆动，权衡利弊，然后得出结论。这种深思熟虑的过程常常感觉像是一场拔河比赛，不同的思想和感受将我们拉向不同的方向。认识到我们何时在决策中摆动可以帮助我们在选择时更加自觉和有意图。 在技术领域，摆动在各种设备的功能中发挥着至关重要的作用。例如，在电子学中，振荡器用于生成信号，它们在特定频率上摆动的能力对于通信系统（包括无线电和电视）至关重要。这些摆动的精确控制使信息能够长距离传输，展示了在现代技术中理解这一概念的重要性。 总之，单词摆动涵盖了广泛的应用，从物理科学到情感体验再到技术创新。通过探索摆动发生的各种背景，我们可以更深入地欣赏我们世界中运动和变化的复杂性。无论我们是在观察摆锤的摇摆，还是反思自己的情感状态，摆动的原理仍然是自然和人类经验中的一个迷人方面。