deflagrate

简明释义

英[ˈdefləˌɡreɪt]美[ˈdefləˌɡreɪt]

vt. 使……爆燃；使……突然燃烧

vi. 迅速燃烧；暴燃

第 三 人 称 单 数 d e f l a g r a t e s

现 在 分 词 d e f l a g r a t i n g

过 去 式 d e f l a g r a t e d

过 去 分 词 d e f l a g r a t e d

英英释义

单词用法

同义词

反义词

例句

1.Multistage pulse gas is flabby in the process of layer of terrane crustal stress fracture deflagrate inside break aeriform pressure is cracked since distributinging influence break patulous.

多级脉冲气体松弛岩层地应力压裂地层的过程中裂缝内爆燃气体压力分布影响裂缝起裂扩展。

2.Multistage pulse gas is flabby in the process of layer of terrane crustal stress fracture deflagrate inside break aeriform pressure is cracked since distributinging influence break patulous.

多级脉冲气体松弛岩层地应力压裂地层的过程中裂缝内爆燃气体压力分布影响裂缝起裂扩展。

3.Certain metals can deflagrate when exposed to high temperatures and oxygen.

某些金属在高温和氧气的作用下可以燃烧。

4.During the experiment, the chemical was expected to deflagrate, creating a visible flame.

在实验过程中，预计该化学物质会燃烧，产生可见的火焰。

5.The fireworks technician had to ensure that the materials would deflagrate rather than detonate.

烟花技术员必须确保这些材料会燃烧而不是爆炸。

6.When the mixture was heated, it began to deflagrate rapidly, producing a loud bang.

当混合物被加热时，它开始迅速燃烧，发出巨大的响声。

7.In a controlled environment, scientists can safely deflagrate certain compounds to study their properties.

在受控环境中，科学家可以安全地燃烧某些化合物以研究它们的性质。

作文

The term deflagrate refers to a specific type of combustion that occurs at a speed slower than the speed of sound. This process is characterized by a rapid reaction that produces heat and light, but does not create a shock wave like detonation does. Understanding the concept of deflagrate is crucial in various fields, especially in chemistry and engineering, where controlling combustion reactions can lead to safer and more efficient processes.In everyday life, we encounter deflagrate in numerous situations. For instance, when we light a match, the combustion of the match head is an example of this phenomenon. The chemicals in the match head react with oxygen in the air, producing heat and light without creating a violent explosion. This controlled reaction is what allows us to safely ignite candles or start a fire in a fireplace.Moreover, in industrial applications, understanding how materials deflagrate is essential for safety protocols. For example, when handling flammable substances, workers must be aware of the conditions under which these materials might ignite. If a substance is known to deflagrate easily, proper storage and handling techniques must be adopted to prevent accidental ignition. This could include using explosion-proof containers or ensuring adequate ventilation in workspaces.The study of deflagration also plays a significant role in the development of explosives. While many people think of explosives as always being associated with loud bangs and destructive power, not all explosive reactions are created equal. Some materials deflagrate rather than detonate, meaning they burn rapidly but do not produce a shock wave. This distinction is vital for engineers and scientists who design safety mechanisms for various applications, from fireworks to military ordnance.Additionally, the concept of deflagrate can be applied metaphorically in other contexts. For instance, one might describe a heated argument as a situation that can quickly deflagrate into chaos if not managed properly. Just as a small spark can ignite a larger fire, a minor disagreement can escalate into a full-blown conflict if emotions are not kept in check. This analogy highlights the importance of control and moderation in both chemical reactions and interpersonal communications.In conclusion, the term deflagrate encompasses more than just a scientific definition; it illustrates the delicate balance between energy release and control. Whether in the context of chemistry, safety protocols, or even social interactions, understanding how things deflagrate can help us navigate complex situations more effectively. By recognizing the potential for rapid reactions and taking steps to manage them, we can harness the power of combustion safely and responsibly. Thus, the significance of deflagrate extends far beyond the laboratory, influencing various aspects of our daily lives and interactions.

“deflagrate”这个术语指的是一种特定类型的燃烧，其发生速度慢于声速。这一过程的特点是快速反应，产生热量和光，但不会像爆炸那样产生冲击波。理解“deflagrate”的概念在化学和工程等多个领域中至关重要，因为控制燃烧反应可以带来更安全和更高效的过程。在日常生活中，我们在许多情况下都会遇到“deflagrate”。例如，当我们点燃火柴时，火柴头的燃烧就是这一现象的一个例子。火柴头中的化学物质与空气中的氧气反应，产生热量和光，而不会产生剧烈的爆炸。这种受控反应使我们能够安全地点燃蜡烛或在壁炉中生火。此外，在工业应用中，了解材料如何“deflagrate”对于安全协议至关重要。例如，在处理易燃物质时，工人必须意识到这些材料可能点燃的条件。如果某种物质已知容易“deflagrate”，则必须采用适当的储存和处理技术以防止意外点燃。这可能包括使用防爆容器或确保工作场所通风良好。对“deflagrate”的研究在爆炸物的发展中也发挥着重要作用。虽然许多人认为爆炸物总是与巨大的轰鸣声和破坏力相关，但并非所有的爆炸反应都是相同的。有些材料“deflagrate”而不是引爆，这意味着它们迅速燃烧，但不会产生冲击波。这一区别对设计各种应用的安全机制的工程师和科学家至关重要，从烟花到军用弹药。此外，“deflagrate”的概念在其他背景中也可以比喻性地应用。例如，人们可以将激烈的争论描述为一种如果不加以管理就可能迅速“deflagrate”为混乱的情况。正如小火花可以点燃更大的火焰一样，轻微的分歧如果情绪失控，也可能升级为全面的冲突。这一类比强调了在化学反应和人际沟通中控制和适度的重要性。总之，术语“deflagrate”不仅仅包含科学定义；它还说明了能量释放与控制之间的微妙平衡。无论是在化学、 安全协议，还是甚至社会互动的背景下，理解事物如何“deflagrate”可以帮助我们更有效地应对复杂情况。通过认识到快速反应的潜力并采取措施进行管理，我们可以安全和负责任地利用燃烧的力量。因此，“deflagrate”的重要性远远超出了实验室，影响着我们日常生活和互动的各个方面。