detonation

简明释义

英[ˌdetəˈneɪʃn]美[ˌdetəˈneɪʃn]

n. 爆炸；爆炸声；引爆，爆发；（内燃机的）爆燃，爆鸣

复 数 d e t o n a t i o n s

英英释义

单词用法

同义词

反义词

例句

1.For illustration, an one-point initiation detonation event is given as an practical example.

为了便于说明，用一个一点起爆爆轰事件作为实际示例。

2.One important component of triggering a detonation is pressure.

其中引发了爆炸的重要组成部分，是压力。

3.Considerable variation from this distribution will occur with changes in yield or location of the detonation.

根据当量以及爆炸地点的不同，该分布可能有很大变化。

4.The detonation was successful!

这次爆炸成功啦！

5.From what I've been able to gather, the main focus is currently being placed on researching and improving the detonation process.

从我已经能够收集，主要重点是放在目前正在研究和改进的爆炸过程。

6.Given sufficient turbulence in the combustion chamber, detonation is unlikely to occur.

假定在燃烧室中形成充分的湍流，就不可能产生爆燃。

7.In fact, everything inside the bomb must be tested because materials tend to act in unpredictable ways during a detonation.

事实上，因为在核爆炸时，许多物质的反应难以预测，所以要检测核弹中的每一种物质。

8.Marine: Then shouldn't we scrap the nukes to prevent accidental detonation?

玛润：那我们不是应该拆除那些核弹以免意外爆炸么？

9.The scientists recorded the sound of the detonation 爆炸 during the experiment.

科学家在实验中记录了detonation 爆炸的声音。

10.The military conducted a detonation 爆炸 test to evaluate the new explosives.

军方进行了detonation 爆炸测试以评估新型炸药。

11.Witnesses reported a loud detonation 爆炸 that shook the windows of nearby buildings.

目击者报告说，附近建筑的窗户因一次响亮的detonation 爆炸而震动。

12.The detonation 爆炸 caused significant damage to the surrounding area.

这次detonation 爆炸对周边地区造成了严重损害。

13.A controlled detonation 爆炸 was necessary to safely demolish the old building.

为了安全拆除旧建筑，进行了一次控制的detonation 爆炸。

作文

The concept of detonation is often associated with explosions and powerful releases of energy. In simple terms, detonation refers to the rapid combustion of a substance that results in a shock wave and a loud noise. This phenomenon has both practical applications and dangerous implications. Understanding the science behind detonation can help us appreciate its role in various fields such as engineering, military, and even in natural disasters.In engineering, detonation is utilized in controlled environments, particularly in the field of demolition. Engineers use explosives to safely bring down old buildings or structures that are no longer needed. The process involves careful planning and precise calculations to ensure that the detonation occurs at the right moment and in a controlled manner. If executed correctly, the detonation will cause the structure to collapse inward, minimizing damage to surrounding areas and ensuring the safety of nearby individuals.On the other hand, detonation can have catastrophic consequences when it occurs unintentionally. For instance, in the case of industrial accidents where flammable materials are present, a sudden detonation can lead to massive explosions, resulting in loss of life and extensive property damage. Such incidents highlight the importance of safety protocols and regulations in industries that handle volatile substances.Moreover, the military makes extensive use of detonation for various purposes, including training exercises and combat operations. Understanding the mechanics of detonation allows military personnel to effectively deploy explosives in a controlled manner to achieve strategic objectives. However, the implications of detonation extend beyond the battlefield; they also raise ethical questions about warfare and the impact of explosive devices on civilian populations.In nature, detonation can occur during volcanic eruptions, where gases build up pressure until they are released explosively. This type of detonation can reshape landscapes, create new landforms, and significantly affect ecosystems. It serves as a reminder of the power of natural forces and the need for preparedness in areas prone to such events.The study of detonation encompasses various scientific fields, including chemistry and physics. Researchers investigate how different materials react under pressure and heat to understand the conditions that lead to a detonation. This research is crucial for developing safer explosives and improving our ability to control explosive reactions.In conclusion, detonation is a complex phenomenon that plays a significant role in many aspects of modern life. From engineering and military applications to natural occurrences, understanding detonation helps us harness its power while mitigating its risks. As we continue to explore this subject, it is essential to balance the benefits of detonation with the responsibility of ensuring safety and ethical considerations in its application. By doing so, we can appreciate the dual nature of detonation as both a tool for progress and a potential source of danger.

‘爆炸’这一概念通常与爆炸和能量的强大释放相关。简单来说，‘爆炸’指的是一种物质的快速燃烧，导致冲击波和巨大的噪音。这种现象在工程、军事甚至自然灾害等多个领域都有实际应用和危险的影响。理解‘爆炸’背后的科学可以帮助我们欣赏它在各个领域中的作用。在工程中，‘爆炸’被用于受控环境，特别是在拆迁领域。工程师使用爆炸物安全地拆除不再需要的旧建筑或结构。这个过程涉及仔细的规划和精确的计算，以确保‘爆炸’在正确的时刻和可控的方式发生。如果执行得当，‘爆炸’将导致结构向内坍塌，最小化对周围地区的损害，并确保附近人员的安全。另一方面，当‘爆炸’无意中发生时，可能会产生灾难性的后果。例如，在工业事故中，如果存在易燃材料，突然的‘爆炸’可能导致大规模爆炸，造成生命损失和财产损失。这类事件突显了在处理挥发性物质的行业中安全协议和法规的重要性。此外，军方广泛利用‘爆炸’用于各种目的，包括训练演习和作战行动。了解‘爆炸’的机制使军人能够有效地部署爆炸物，以控制的方式实现战略目标。然而，‘爆炸’的影响超越了战场；它们还引发了关于战争及爆炸装置对平民影响的伦理问题。在自然界中，‘爆炸’可能发生在火山喷发期间，气体积聚压力，直到以爆炸的方式释放出来。这种类型的‘爆炸’可以重塑地貌，创造新的地形，并显著影响生态系统。它提醒我们自然力量的强大，以及在易发此类事件的地区做好准备的必要性。‘爆炸’的研究涵盖了化学和物理等多个科学领域。研究人员调查不同材料在压力和热量下的反应，以了解导致‘爆炸’的条件。这项研究对于开发更安全的爆炸物和提高我们控制爆炸反应的能力至关重要。总之，‘爆炸’是一个复杂的现象，在现代生活的许多方面发挥着重要作用。从工程和军事应用到自然事件，理解‘爆炸’帮助我们利用其力量，同时减轻其风险。随着我们继续探索这一主题，平衡‘爆炸’的好处与确保安全和伦理考量的责任至关重要。通过这样做，我们可以欣赏‘爆炸’作为进步工具和潜在危险源的双重性质。