plosion

简明释义

英[ˈpləʊʒ(ə)n]美[ˈploʊʒən]

n. （语音）爆破，爆破音

英英释义

单词用法

同义词

反义词

例句

1.During the process of pulling and stretching, the quality of pulling and strething parts mainly show: wrinkle, plosion thin, rebound, lug etc.

在薄板拉深过程中，拉深件的质量问题主要表现为起皱、破裂、变薄、回弹、凸耳等。

2.During the process of pulling and stretching, the quality of pulling and strething parts mainly show: wrinkle, plosion thin, rebound, lug etc.

在薄板拉深过程中，拉深件的质量问题主要表现为起皱、破裂、变薄、回弹、凸耳等。

3.The verification of throughness of workflow logic is very expensive both in time and space. The state ex- plosion is the main difficulty.

工作流的畅通性验证无论在时间上还是空间上代价都是非常高的，状态空间爆炸是验证的主要困难所在。

4.The loud sound of the plosion filled the air as the fireworks exploded in the night sky.

随着烟花在夜空中爆炸，响亮的爆炸声充满了空气。

5.Scientists studied the effects of a plosion caused by the rapid combustion of gases.

科学家们研究了气体快速燃烧引起的爆炸效果。

6.The demolition team prepared for the controlled plosion of the old building.

拆除队伍为老建筑的控制爆炸做准备。

7.After the plosion, debris scattered across the street.

在爆炸之后，碎片散落在街道上。

8.The scientists recorded data during the plosion to analyze the impact.

科学家们在爆炸期间记录数据以分析影响。

作文

In the realm of science, particularly in physics and chemistry, the term plosion refers to a sudden release of energy, often resulting in an explosion or a powerful burst. The concept of plosion is not only fascinating but also crucial for understanding various natural phenomena and human-made technologies. For instance, when we think about fireworks, we can appreciate the intricate dance of chemicals that leads to a spectacular display. Each firework is designed to create a specific plosion, producing vivid colors and sounds that captivate audiences worldwide. Moreover, the study of plosion extends beyond entertainment. In the field of engineering, understanding how to control plosion is vital for developing safe and efficient propulsion systems. Rockets, for example, rely on controlled plosion to escape Earth's atmosphere. Engineers must calculate the exact amount of fuel needed to produce the necessary thrust without causing catastrophic failures. This balance between power and safety highlights the importance of mastering the principles behind plosion. The implications of plosion are also evident in environmental science. Natural disasters such as volcanic eruptions involve massive releases of energy, showcasing the raw power of nature. When a volcano erupts, it can lead to a series of plosions that reshape landscapes, impact climate, and affect ecosystems. Understanding these processes helps scientists predict eruptions and mitigate their effects on nearby communities. In everyday life, we encounter plosion in various forms, from the popping of popcorn in a microwave to the sound of a balloon bursting. These small-scale plosions remind us that energy release is a common phenomenon, often bringing joy or surprise. However, they also serve as a reminder of the potential dangers associated with uncontrolled energy release. As we delve deeper into the world of plosion, we recognize its dual nature: it can be both beneficial and destructive. While we harness plosion for technological advancements, we must also respect its power and potential consequences. Education plays a pivotal role in this understanding, as it equips individuals with the knowledge to innovate responsibly. In conclusion, the concept of plosion is integral to various fields of study and aspects of life. Whether in the form of a celebratory firework or a powerful rocket launch, plosion represents the dynamic interplay of energy and matter. By fostering a deeper understanding of plosion, we can better appreciate the wonders of science and the importance of using our knowledge wisely.

在科学领域，特别是在物理和化学中，术语plosion指的是能量的突然释放，通常导致爆炸或强烈的爆发。plosion的概念不仅令人着迷，而且对于理解各种自然现象和人造技术至关重要。例如，当我们想到烟花时，我们可以欣赏到导致壮观展示的化学物质的复杂舞蹈。每一个烟花都是为了创造特定的plosion而设计的，产生生动的颜色和声音，吸引全球观众。 此外，plosion的研究不仅限于娱乐。在工程领域，理解如何控制plosion对于开发安全高效的推进系统至关重要。例如，火箭依赖于受控的plosion来逃离地球的大气层。工程师必须计算出所需燃料的确切数量，以产生必要的推力而不会导致灾难性的失败。这种力量与安全之间的平衡突显了掌握plosion背后原理的重要性。 plosion的影响在环境科学中也显而易见。自然灾害如火山喷发涉及巨大的能量释放，展示了自然的原始力量。当火山爆发时，它可能导致一系列的plosions，重塑地形、影响气候并影响生态系统。理解这些过程帮助科学家预测喷发并减轻其对附近社区的影响。 在日常生活中，我们以各种形式遇到plosion，从微波炉中爆米花的噼啪声到气球爆裂的声音。这些小规模的plosions提醒我们，能量释放是一种常见现象，常常带来欢乐或惊喜。然而，它们也提醒我们不受控制的能量释放可能带来的潜在危险。 当我们深入探讨plosion的世界时，我们认识到它的双重性质：它既可以是有益的，也可以是破坏性的。在我们利用plosion进行技术进步的同时，我们也必须尊重它的力量和潜在后果。教育在这种理解中发挥着重要作用，因为它使个人具备负责任创新的知识。 总之，plosion的概念是各个研究领域和生活各个方面的核心。无论是庆祝烟花的形式，还是强大的火箭发射，plosion代表了能量和物质之间的动态相互作用。通过加深对plosion的理解，我们可以更好地欣赏科学的奇迹以及明智使用知识的重要性。