incomplete detonation

简明释义

不完全起爆

英英释义

例句

1.An incomplete detonation can lead to dangerous residual explosives that may pose a threat to nearby personnel.

不完全引爆可能导致危险的残留炸药，对附近人员构成威胁。

2.The engineers were concerned about the potential for incomplete detonation when testing the new explosive materials.

工程师们担心在测试新炸药材料时可能会发生不完全引爆。

3.Investigators found evidence of incomplete detonation at the site of the explosion, indicating a malfunction.

调查人员在爆炸现场发现了不完全引爆的证据，表明发生了故障。

4.During the military exercise, there was an incomplete detonation of one of the charges, causing a delay in the operation.

在军事演习中，其中一个炸药的发生了不完全引爆，导致行动延迟。

5.The bomb squad reported an incomplete detonation during the controlled explosion, which left some explosives intact.

炸弹小组报告称在控制爆炸中发生了不完全引爆，这导致一些炸药未被引爆。

作文

The concept of incomplete detonation is often discussed in the context of explosives and their effectiveness. When we think of a detonation, we typically envision a rapid and powerful explosion that produces a significant amount of energy. However, not all detonations are complete. An incomplete detonation refers to a situation where the explosive material does not fully convert into gas or energy during the reaction. This can lead to varying degrees of failure in achieving the intended destructive power.Understanding the implications of incomplete detonation is crucial for several reasons. First, from a safety perspective, incomplete detonations can result in unexploded ordnance, which poses a serious threat to both military personnel and civilians. For instance, in conflict zones, leftover explosives that have undergone incomplete detonation can remain buried in the ground, waiting for an unsuspecting individual to trigger them. This highlights the importance of proper disposal and clearance operations following any explosive use.Moreover, in the field of engineering and technology, the study of incomplete detonation can provide valuable insights into improving explosive formulations. By analyzing why certain detonations fail to achieve completeness, scientists and engineers can develop more stable and efficient explosives. This research is vital not only for military applications but also for mining, construction, and demolition industries, where controlled explosions are necessary.Another aspect to consider is the environmental impact of incomplete detonation. When explosives do not detonate completely, they can leave behind harmful residues in the environment. These residues can contaminate soil and water sources, leading to long-term ecological damage. Therefore, understanding the factors that contribute to incomplete detonation is essential for developing more environmentally friendly explosives and ensuring responsible usage.In addition to these practical concerns, incomplete detonation also has theoretical implications in the study of combustion and chemical reactions. Researchers can gain a deeper understanding of the kinetics involved in explosive reactions by studying cases of incomplete detonation. This knowledge may lead to advancements in various fields, including materials science and energy production.In conclusion, the term incomplete detonation encompasses a range of issues that extend beyond mere explosions. It affects safety, environmental health, engineering practices, and scientific research. By addressing the challenges posed by incomplete detonation, we can work towards safer and more effective use of explosives in various applications. Ultimately, a comprehensive understanding of this phenomenon is essential for minimizing risks and maximizing the benefits associated with explosive technologies.

“不完全引爆”的概念通常在爆炸物及其有效性方面进行讨论。当我们想到引爆时，通常会想象一个快速而强大的爆炸，产生大量的能量。然而，并非所有的引爆都是完全的。“不完全引爆”指的是一种情况，即爆炸材料在反应过程中没有完全转化为气体或能量。这可能导致未能实现预期的破坏力。理解“不完全引爆”的含义至关重要，原因有几个。首先，从安全的角度来看，不完全引爆可能导致未爆炸的弹药，这对军人和普通民众构成严重威胁。例如，在冲突地区，留下的经历过“不完全引爆”的爆炸物可能埋藏在地下，等待无辜的人触发。这突显了在使用任何爆炸物后，适当处置和清除操作的重要性。此外，在工程和技术领域，研究“不完全引爆”可以提供改进爆炸配方的宝贵见解。通过分析某些引爆未能完全完成的原因，科学家和工程师可以开发出更稳定和高效的爆炸物。这项研究不仅对军事应用至关重要，也对采矿、建筑和拆除行业同样重要，因为这些地方需要控制爆炸。另一个需要考虑的方面是“不完全引爆”的环境影响。当爆炸物未能完全引爆时，它们可能在环境中留下有害残留物。这些残留物可能污染土壤和水源，导致长期的生态损害。因此，理解导致“不完全引爆”的因素对于开发更环保的爆炸物和确保负责任的使用至关重要。除了这些实际问题外，“不完全引爆”在燃烧和化学反应的研究中也具有理论意义。研究者通过研究不完全引爆的案例，可以深入了解爆炸反应中涉及的动力学。这一知识可能推动材料科学和能源生产等多个领域的进步。总之，“不完全引爆”这一术语涵盖了一系列超越单纯爆炸的问题。它影响着安全、环境健康、工程实践和科学研究。通过解决“不完全引爆”所带来的挑战，我们可以朝着在各种应用中更安全、更有效地使用爆炸物的方向努力。最终，对这一现象的全面理解对于最小化风险和最大化与爆炸技术相关的利益至关重要。