dissipative
发音：英 [?d?s?pe?t?v] 美 [?d?s?pe?t?v]
基础释义：
1. 消散的；散去的
2. 耗散的；解散的
例句：The wind dissipated the clouds.
英语范文：Dissipative Forces in Fluids and Plasmas
在流体和等离子体中的耗散力。
在写作中，如果您需要使用这个单词，可以参考以上的音标和释义，结合您的语境和语法，创作一篇生动的文章。
Dissipative 基础释义
Dissipative 是一个英语单词，意思是消散的、散逸的。它通常用于描述能量、物质或信息的不集中或分散。
例句：The wind dissipated the clouds quickly.
（风很快地消散了云。）
Dissipative 的发音
Dissipative的发音为 [?d?s?pe?t?v]。这个单词的发音相对简单，只需要按照字母的发音规则进行即可。
围绕 Dissipative 写一篇英语范文
标题：Dissipative Forces in Nature
自然界中存在着许多消散的力量，它们不断地影响着自然环境的平衡。其中，风、水流和热力等都是典型的消散力量。
首先，风是一种常见的消散力量。它能够将云朵迅速消散，让天空变得更加明朗。此外，风还能将种子带到远方，促进植物的传播和繁衍。
其次，水流也是一种消散力量。它能够将河床上的泥沙带走，保持河流的通畅。同时，水流还能将海洋中的浮游生物带到其他海域，促进生物的分布和多样性。
最后，热力也是一种常见的消散力量。它能够使热量从高温区域向低温区域扩散，保持温度的均匀分布。此外，热力还能促进化学反应的发生，推动自然界的发展。
总之，消散的力量在自然界中扮演着重要的角色。它们不断地影响着自然环境的平衡，促进着生命的繁衍和发展。我们应该尊重自然界的规律，保护生态环境，让地球变得更加美好。
dissipative
发音：英 [?d?s?pe?t?v] 美 [?d?s?pe?t?v]
例句：The dissipative energy is dissipated into the environment.
散逸的能量散逸到环境中。
作文：
标题：The Role of Dissipation in Energy Management
In today's world, energy is a crucial resource that we must manage carefully. From the smallest household appliances to the largest power plants, energy is everywhere and its efficient use is essential. One of the key aspects of energy management is dissipation, the process of converting energy into other forms, such as heat or radiation, that are less useful or easily dissipated.
Dissipation plays an important role in maintaining a balance between supply and demand of energy. When energy is generated, it must be dissipated in order to prevent buildup and potential damage to equipment. Similarly, when energy is used up, it must be replaced or dissipated to ensure that the system remains functional.
In our daily lives, we see dissipation in many different contexts. For example, when we turn on a light bulb, some of the energy used to power the bulb is converted into heat and dissipated into the air. Similarly, computers and other electronic devices generate heat during operation, which must be dissipated to prevent overheating and damage to the equipment.
Moreover, in the context of renewable energy sources, dissipation becomes even more important. When solar or wind energy is converted into electrical energy, some of the energy is lost as heat and must be dissipated to prevent buildup. Similarly, when batteries are used to store energy, some of the energy is dissipated as heat during discharge.
In conclusion, dissipation plays a crucial role in maintaining a balance between supply and demand of energy, ensuring that systems remain functional and preventing damage to equipment. Understanding and managing dissipation can help us to make better use of our resources and ensure a sustainable future.
