detonator

简明释义

英[ˈdetəneɪtə(r)]美[ˈdetəneɪtər]

n. 雷管；炸药；导火索

复 数 d e t o n a t o r s

英英释义

单词用法

同义词

反义词

例句

1.The link and explosion transmission of non-electric detonator network were analyzed and the cause of misfire during underwater reef blasting with the network was found out.

分析了非电导爆管起爆网络的连接和传爆过程，找出了采用该起爆网络进行水下炸礁时，炮孔装药产生拒爆的原因。

2.The link and explosion transmission of non-electric detonator network were analyzed and the cause of misfire during underwater reef blasting with the network was found out.

分析了非电导爆管起爆网络的连接和传爆过程，找出了采用该起爆网络进行水下炸礁时，炮孔装药产生拒爆的原因。

3.Factors of influencing commercial electric detonator to misfire in series in coal mining are analysed and measures are put forward in this paper.

分析了煤矿井下爆破串联丢炮的原因，提出了一些办法和措施，对预防串联丢炮有一定的作用。

4.Figure 5 is an overburden curve that some the detonator of artillery to use 3255 sensor, transducers test ascend the.

图5是用3255传感器测试的某火炮引信上膛的过载曲线。

5.The three specific functions can be summed up as "booster", "incubator" and "detonator".

本文将具体功能初步归纳为“助推器”、“孵化器”、“引爆器”三种。

6.Without the detonator codes, those older nukes were no more dangerous than paperweights.

没有起爆编码，这些老式的核弹头还不如镇纸危险。

7.The detonation transmission mechanism of detonator tube is studied in this paper.

本文研究了导爆管的传爆机理。

8.The performances of the detonator meet the technical requirements after testing.

经试验其主要性能满足技术指标要求。

9.Oren pushes a button on a detonator, and the limo explodes.

欧伦按下了引爆器的按钮，豪华轿车爆炸了。

10.The bomb squad carefully examined the detonator 引爆器 to ensure it was safe to handle.

炸弹小组仔细检查了detonator 引爆器以确保安全处理。

11.In the movie, the villain used a remote control to activate the detonator 引爆器 from a distance.

在电影中，恶棍使用遥控器从远处激活detonator 引爆器。

12.The construction team needed a reliable detonator 引爆器 to safely demolish the old building.

施工队需要一个可靠的detonator 引爆器来安全拆除旧建筑。

13.He accidentally triggered the detonator 引爆器 while trying to disarm the explosive device.

他在试图拆除爆炸装置时意外触发了detonator 引爆器。

14.The military uses a variety of detonators 引爆器 for different types of explosives.

军方使用多种类型的detonators 引爆器用于不同类型的炸药。

作文

In the realm of explosives and demolition, the term detonator refers to a device that initiates an explosive reaction. Understanding the role of a detonator is crucial not only for professionals in the field but also for those interested in safety regulations and engineering practices. A detonator can be either electric or non-electric, each serving the same fundamental purpose: to trigger an explosion at a precise moment. Electric detonators are often used in controlled demolitions where timing is critical, while non-electric versions might be utilized in situations where electrical interference could pose a risk. The functionality of a detonator hinges on its ability to create a shock wave. When activated, it generates a small explosion that ignites the main charge of explosives, leading to a larger explosion. This principle is not just about causing destruction; it’s also about precision and control. For example, in construction, a well-timed detonator can bring down a building safely without damaging surrounding structures. This controlled use of explosives demonstrates the importance of understanding how a detonator works. Moreover, the safety measures surrounding the use of detonators cannot be overstated. Professionals must be trained to handle these devices with care. Misuse or malfunction of a detonator can lead to catastrophic consequences, including unintended explosions that can endanger lives and property. Therefore, strict regulations govern their manufacture, sale, and use. In many countries, only licensed individuals are permitted to handle detonators, ensuring that they are used responsibly and safely. In recent years, advancements in technology have led to the development of more sophisticated detonators. Digital detonators, for instance, allow for greater accuracy and flexibility in timing. These innovations are transforming the industry, making demolitions safer and more efficient. The integration of technology into the design of detonators reflects a broader trend in engineering towards automation and precision. The significance of detonators extends beyond construction and demolition. They are also used in mining operations, where controlled explosions are necessary to extract minerals from the earth. Here, the role of a detonator is vital for maximizing efficiency and minimizing environmental impact. By using precise detonations, mining companies can reduce the amount of waste produced and ensure that the surrounding ecosystem is preserved as much as possible. In conclusion, the detonator is a pivotal component in the world of explosives, playing a key role in various industries from construction to mining. Its ability to initiate controlled explosions makes it an invaluable tool. However, with great power comes great responsibility. Understanding the mechanics and safety protocols associated with detonators is essential for anyone involved in fields that utilize explosives. As technology continues to evolve, the future of detonators promises even greater advancements, enhancing both safety and efficiency in explosive applications.

在爆炸物和拆除的领域中，术语detonator指的是一种引发爆炸反应的装置。理解detonator的作用对于该领域的专业人士以及对安全法规和工程实践感兴趣的人来说至关重要。detonator可以是电动的或非电动的，每种都服务于相同的基本目的：在精确的时刻触发一次爆炸。电动detonator通常用于控制拆除，其中时机至关重要，而非电动版本可能在电干扰可能构成风险的情况下使用。 detonator的功能依赖于其产生冲击波的能力。当被激活时，它会产生一个小的爆炸，点燃主要的爆炸物，从而导致更大规模的爆炸。这一原理不仅仅是为了造成破坏；它还涉及精确和控制。例如，在建筑中，一个时机恰到好处的detonator可以安全地将一座建筑物拆除，而不会损坏周围的结构。这种对爆炸物的控制使用展示了理解detonator工作原理的重要性。 此外，围绕detonators使用的安全措施不容小觑。专业人员必须经过培训，以小心处理这些装置。误用或detonator故障可能导致灾难性后果，包括意外爆炸，这可能危及生命和财产。因此，严格的法规管理其制造、销售和使用。在许多国家，只有持证人员才能处理detonators，以确保它们得到负责任和安全的使用。 近年来，技术的进步导致了更复杂的detonators的发展。例如，数字引爆器允许在定时上实现更大的准确性和灵活性。这些创新正在改变行业，使拆除工作更安全、更高效。技术与detonators设计的结合反映了工程领域向自动化和精确化的更广泛趋势。 detonators的重要性超出了建筑和拆除的范围。它们还用于采矿作业，在那里，控制爆炸对于从地球中提取矿物至关重要。在这里，detonator的作用对于最大限度地提高效率和最小化环境影响至关重要。通过使用精确的爆炸，采矿公司可以减少产生的废物，并确保尽可能保护周围的生态系统。 总之，detonator是爆炸物世界中的关键组成部分，在建筑、采矿等各个行业中发挥着重要作用。它能够引发控制爆炸，使其成为一种宝贵的工具。然而，强大的力量伴随着巨大的责任。理解与detonators相关的机制和安全协议对于任何参与使用爆炸物的领域的人来说都是至关重要的。随着技术的不断发展，detonators的未来承诺将带来更大的进步，提高爆炸应用的安全性和效率。