height of burst

简明释义

爆炸高度

英英释义

例句

1.Military simulations often include variables like height of burst to predict damage accurately.

军事模拟通常包括像爆炸高度这样的变量，以准确预测损害。

2.During the test, the engineers adjusted the height of burst to observe its effect on the blast radius.

在测试过程中，工程师调整了爆炸高度以观察其对爆炸半径的影响。

3.The artillery team calculated the optimal height of burst to maximize the impact on enemy positions.

炮兵小组计算了最大化对敌方阵地影响的最佳爆炸高度。

4.The height of burst is critical for aerial bombs to ensure they detonate at the right moment.

对于空投炸弹来说，爆炸高度至关重要，以确保它们在正确的时刻引爆。

5.The effectiveness of a shell can depend heavily on the height of burst it achieves.

炮弹的有效性在很大程度上取决于它达到的爆炸高度。

作文

The term height of burst is commonly used in the fields of munitions and explosives. It refers to the specific altitude at which an explosive device, such as a bomb or shell, detonates. Understanding the height of burst is crucial for military strategists and engineers, as it can significantly affect the blast radius and the overall effectiveness of the explosion. The height of burst can determine how far the shockwave travels and how much damage is inflicted on the surrounding area.In military operations, the selection of the appropriate height of burst can be a decisive factor in achieving mission objectives. For instance, a lower height of burst may be chosen for targeting hard structures like bunkers, where the explosion needs to penetrate deeply to cause maximum destruction. Conversely, a higher height of burst might be preferred for targeting personnel or soft targets spread over a larger area, as this can maximize the dispersal of shrapnel and the impact of the blast.Moreover, the height of burst is not only relevant in military applications but also in civilian contexts, such as controlled demolitions. Engineers must carefully calculate the height of burst to ensure that the structure collapses inward rather than outward, reducing the risk of collateral damage to nearby buildings and infrastructure.The physics behind the height of burst involves various factors, including the type of explosive used, the design of the explosive device, and environmental conditions. For example, atmospheric pressure and wind can influence how an explosion behaves at different altitudes. Therefore, precise calculations are necessary to determine the optimal height of burst for any given situation.In conclusion, the concept of height of burst plays a vital role in both military and civilian applications involving explosives. Its significance lies in its ability to dictate the effectiveness of an explosion, impacting everything from strategic military outcomes to safe demolition practices. As technology advances and new explosives are developed, the understanding and application of the height of burst will continue to evolve, making it an essential consideration for anyone involved in explosive-related fields.

“爆炸高度”这一术语通常用于弹药和爆炸物领域。它指的是爆炸装置（如炸弹或炮弹）引爆的特定高度。理解“爆炸高度”对军事战略家和工程师至关重要，因为它可以显著影响爆炸半径和整体爆炸效果。“爆炸高度”可以决定冲击波传播的距离以及对周围区域造成的破坏程度。在军事行动中，选择合适的“爆炸高度”可能是实现任务目标的决定性因素。例如，针对坚固结构（如掩体），可能会选择较低的“爆炸高度”，因为爆炸需要深入穿透以造成最大破坏。相反，对于目标分散的人员或软目标，可能更倾向于选择较高的“爆炸高度”，因为这可以最大限度地增加碎片的扩散和爆炸的影响。此外，“爆炸高度”不仅在军事应用中相关，在控制拆除等民用背景下也同样重要。工程师必须仔细计算“爆炸高度”，以确保结构向内倒塌，而不是向外倒塌，从而降低对附近建筑物和基础设施造成附带损害的风险。“爆炸高度”背后的物理学涉及多种因素，包括使用的爆炸物类型、爆炸装置的设计和环境条件。例如，气压和风速会影响爆炸在不同高度的行为。因此，精确的计算对确定任何给定情况下的最佳“爆炸高度”是必要的。总之，“爆炸高度”这一概念在涉及爆炸物的军事和民用应用中发挥着至关重要的作用。其重要性在于它可以决定爆炸的有效性，影响从战略军事结果到安全拆除实践的方方面面。随着技术的进步和新型爆炸物的开发，对“爆炸高度”的理解和应用将继续发展，使其成为任何参与爆炸物相关领域的人的重要考虑因素。