dissipator

简明释义

英[ˈdɪsɪpeɪtə]美[ˈdɪsɪpeɪtər]

n. 浪子，放荡者

英英释义

单词用法

同义词

反义词

例句

1.It is impossible to intercede vitally unless we are perfectly sure of God, and the greatest dissipator of our relationship to God is personal sympathy and personal prejudice.

除非我们完全认识神，否则无法作有效的代求。我们与神的关系最大的分化力，就是个人的同情与偏见。

2.It is impossible to intercede vitally unless we are perfectly sure of God, and the greatest dissipator of our relationship to God is personal sympathy and personal prejudice.

除非我们完全认识神，否则无法作有效的代求。我们与神的关系最大的分化力，就是个人的同情与偏见。

3.The four-step energy dissipator had been adopted as stilling basin for the outlet of water delivery conduit of the Boshan Reservoir in Henan Province.

河南省薄山水库输水道出口消力塘采用四级消能工进行消能。

4.A new energy dissipator-double curved differential dentated-extraordinary-shaped bucket was provided, and its effect of energy dissipation is good.

提出了一种新型消能工—双曲差动异型鼻坎，该鼻坎有良好的消能效果。

5.The paper studies the united energy dissipator with the grid and stepped spillway face by means of the spillway of Liudingshan reservoir.

本文以六顶山水库溢洪道为研究对象，采用阶梯式溢流面与格栅相结合的消能工。

6.In this paper the design method of this new type energy dissipator and the main observation results on prototype are presented.

本文介绍了这一新型消能工的设计方法和原型运行观测主要成果。

7.The test result proved that this energy dissipator has good hydraulic characteristics and the energy dissipation effect.

试验结果表明，这一新型消能工具有良好的水力特性和消能效果。

8.Because of the cavitation damage owing to the high-velocity flow, the energy dissipator has been faulted seriously.

由于高速水流产生的气蚀破坏，消能工遭到严重破坏。

9.A new entropy dissipator, based on the second-order difference of the numerical solution is given.

并且给出了一个新的以数值解的二阶差分作为基本模块的熵耗散函数。

10.The heat sink acts as a dissipator 散热器 to prevent the CPU from overheating.

散热器作为一个dissipator 散热器，防止CPU过热。

11.In this experiment, we used a fan as a dissipator 散热器 to cool down the heated metal.

在这个实验中，我们使用风扇作为一个dissipator 散热器来冷却加热的金属。

12.The dissipator 耗散器 in the circuit helps to manage excess energy.

电路中的dissipator 耗散器有助于管理多余的能量。

13.A good thermal dissipator 散热器 is essential for maintaining the performance of electronic devices.

一个好的热dissipator 散热器对于保持电子设备的性能至关重要。

14.In a nuclear reactor, the dissipator 散热器 ensures that heat is released safely.

在核反应堆中，dissipator 散热器确保热量安全释放。

作文

In the realm of physics and engineering, the term dissipator refers to a device or mechanism that dissipates energy, often in the form of heat. Understanding the role of a dissipator is crucial for various applications, including thermal management in electronic devices, mechanical systems, and even in environmental engineering. For instance, in electronics, components such as resistors act as dissipators by converting electrical energy into heat, thereby preventing overheating and ensuring the longevity of the equipment. When we consider the design of a circuit, engineers must account for the energy that will be lost through dissipators. This is particularly important in high-performance computing systems where managing heat is essential for optimal performance. The efficiency of a system can be significantly affected by how well it utilizes its dissipators. Poorly designed dissipators can lead to excessive heat buildup, which may result in system failures or reduced efficiency. Moreover, the concept of a dissipator extends beyond just physical devices. In a metaphorical sense, one can think of individuals or factors in life that act as dissipators of energy or motivation. For example, distractions in our daily lives can be seen as dissipators that divert our focus from important tasks, leading to a loss of productivity. Just as engineers strive to minimize energy loss in their systems, individuals must also seek to identify and mitigate these personal dissipators to enhance their effectiveness. In environmental contexts, dissipators play a significant role in managing the effects of human activity on ecosystems. For example, wetlands can act as natural dissipators of energy and pollutants, absorbing excess nutrients and preventing them from causing harm to aquatic environments. Understanding how these natural dissipators function can help in designing better conservation strategies and promoting sustainable practices. In conclusion, the term dissipator encompasses a wide range of meanings across different fields. Whether referring to a physical device that manages energy in engineering or a metaphorical concept that represents distractions in our lives, understanding dissipators is essential for optimizing systems and improving our personal effectiveness. By recognizing the importance of dissipators, we can work towards minimizing their negative impacts, whether in technology, nature, or our daily routines. This holistic understanding allows us to appreciate the delicate balance between energy consumption and dissipation in all aspects of life.

在物理和工程领域，术语dissipator指的是一种装置或机制，用于消散能量，通常以热的形式存在。理解dissipator的作用对于各种应用至关重要，包括电子设备中的热管理、机械系统，甚至环境工程。例如，在电子学中，电阻器等组件作为dissipators通过将电能转化为热能，从而防止过热，确保设备的寿命。 当我们考虑电路设计时，工程师必须考虑将通过dissipators损失的能量。这在高性能计算系统中尤为重要，因为管理热量对最佳性能至关重要。系统的效率可能会受到其如何利用dissipators的显著影响。设计不良的dissipators可能导致过多的热量积聚，可能导致系统故障或效率降低。 此外，dissipator的概念不仅限于物理设备。在隐喻意义上，我们可以认为生活中一些个人或因素充当了能量或动机的dissipators。例如，日常生活中的干扰可以被视为dissipators，它们分散了我们对重要任务的注意力，导致生产力下降。正如工程师努力减少系统中的能量损失一样，个人也必须寻求识别和减轻这些个人dissipators，以提高他们的效率。 在环境背景下，dissipators在管理人类活动对生态系统的影响中发挥着重要作用。例如，湿地可以作为自然的dissipators，吸收过量的养分并防止它们对水生环境造成伤害。了解这些自然dissipators的功能可以帮助设计更好的保护策略并促进可持续实践。 总之，术语dissipator在不同领域涵盖了广泛的含义。无论是指管理工程中能量的物理设备，还是代表我们生活中干扰的隐喻概念，理解dissipators对于优化系统和提高个人效率至关重要。通过认识到dissipators的重要性，我们可以努力减少它们的负面影响，无论是在技术、自然还是我们日常生活中。这种整体理解使我们能够欣赏在生活各个方面能量消耗与消散之间的微妙平衡。