air burst

简明释义

空中爆炸

英英释义

例句

1.The explosion produced an air burst 空中爆炸 that was heard miles away.

这次爆炸产生了一个空中爆炸，几英里外都能听到声音。

2.The meteor exploded in an air burst 空中爆炸 over the forest, scattering debris across a wide area.

那颗流星在森林上空发生了空中爆炸，将碎片散落在广泛的区域。

3.In the military exercise, they simulated an air burst 空中爆炸 to test the effectiveness of their new weapons.

在军事演习中，他们模拟了一个空中爆炸以测试新武器的有效性。

4.The fireworks created a stunning air burst 空中爆炸 that lit up the night sky.

烟花产生了一个惊人的空中爆炸，点亮了夜空。

5.Scientists studied the effects of an air burst 空中爆炸 on the atmosphere after the asteroid impact.

科学家们研究了小行星撞击后空中爆炸对大气的影响。

作文

The phenomenon of an air burst is a fascinating topic in both scientific and military contexts. An air burst occurs when an explosive device detonates in the atmosphere, rather than on the ground. This type of explosion can produce a wide range of effects, depending on the altitude at which it occurs and the nature of the explosive material. In the realm of military strategy, understanding the dynamics of an air burst is crucial for maximizing damage to enemy targets while minimizing collateral damage.One of the most significant advantages of an air burst is its ability to create a larger blast radius compared to a ground detonation. When an explosion occurs in the air, the shockwave spreads out in a more uniform manner, affecting a broader area. This is particularly useful in targeting groups of enemy troops or vehicles, as the blast can incapacitate multiple targets simultaneously. Furthermore, since the explosion happens above ground, it can also reduce the likelihood of damaging infrastructure or causing unnecessary civilian casualties.The concept of an air burst is not limited to military applications; it also has implications in the field of space exploration. For instance, scientists study the potential effects of meteoroids entering Earth’s atmosphere, where they can disintegrate and create an air burst effect. Understanding these events is critical for developing strategies to protect satellites and other space assets from potential threats posed by space debris.Moreover, the study of air bursts contributes to our understanding of atmospheric physics. The energy released during such explosions can lead to various phenomena, including fireballs and shockwaves that propagate through the atmosphere. Researchers analyze these events to gain insights into the behavior of gases under extreme conditions and to improve models related to explosive reactions.In addition to their scientific significance, air bursts have been depicted in popular culture, particularly in movies and video games. These representations often exaggerate the effects of explosions for dramatic purposes, but they do highlight the destructive potential of such phenomena. This portrayal can influence public perception of military capabilities and the dangers associated with modern warfare.As technology continues to advance, the methods used to create and deploy air burst munitions are evolving. Modern weaponry may incorporate precision guidance systems that allow for more accurate targeting, ensuring that the intended area of effect is achieved with minimal risk to surrounding structures. This evolution raises ethical questions about the use of such weapons in conflict zones, as the potential for harm to civilians remains a significant concern.In conclusion, the concept of an air burst encompasses a variety of scientific, military, and cultural dimensions. From its implications in military strategy to its role in atmospheric research, understanding air bursts is essential for comprehending both the physical world and the complexities of human conflict. As we continue to explore the boundaries of technology and warfare, the significance of air bursts will undoubtedly remain a relevant topic of discussion and study.

“空中爆炸”现象在科学和军事领域都是一个引人入胜的话题。“空中爆炸”发生在爆炸装置在大气中而不是在地面上引爆时。这种类型的爆炸会产生广泛的影响，具体取决于其发生的高度和爆炸材料的性质。在军事战略领域，理解“空中爆炸”的动态对于最大化对敌方目标的破坏，同时最小化附带损害至关重要。“空中爆炸”的一个显著优势是它能够比地面爆炸产生更大的爆炸半径。当爆炸发生在空中时，冲击波以更均匀的方式传播，影响更广泛的区域。这在针对一群敌军士兵或车辆时特别有用，因为爆炸可以同时使多个目标失效。此外，由于爆炸发生在地面之上，它还可以减少对基础设施的损害或不必要的平民伤亡的可能性。“空中爆炸”的概念不仅限于军事应用；它在太空探索领域也有重要意义。例如，科学家研究进入地球大气层的小行星的潜在影响，这些小行星可能会解体并产生“空中爆炸”效应。理解这些事件对于制定保护卫星和其他太空资产免受太空碎片潜在威胁的策略至关重要。此外，“空中爆炸”的研究有助于我们理解大气物理学。在这种爆炸过程中释放的能量可以导致各种现象，包括火球和穿越大气的冲击波。研究人员分析这些事件，以深入了解极端条件下气体的行为，并改进与爆炸反应相关的模型。除了科学意义外，“空中爆炸”还在流行文化中有所体现，尤其是在电影和视频游戏中。这些表现往往夸大了爆炸的效果以达到戏剧效果，但确实突显了这种现象的破坏潜力。这种表现可能会影响公众对军事能力和现代战争所带来的危险的看法。随着技术的不断进步，用于制造和部署“空中爆炸”弹药的方法也在不断演变。现代武器可能结合精确制导系统，使得更准确的打击成为可能，确保实现预期的影响区域，同时最大限度降低对周围建筑的风险。这种演变引发了有关在冲突地区使用此类武器的伦理问题，因为对平民造成伤害的潜在风险仍然是一个重大关切。总之，“空中爆炸”的概念涵盖了多种科学、军事和文化维度。从其在军事战略中的意义到其在大气研究中的作用，理解“空中爆炸”对于理解物理世界和人类冲突的复杂性至关重要。随着我们继续探索技术和战争的边界，“空中爆炸”的重要性无疑将继续成为讨论和研究的相关话题。