blasting compound
简明释义
炸药
英英释义
A blasting compound is a type of explosive material used in mining, construction, and demolition to break rock or other materials. | 爆破剂是一种用于采矿、建筑和拆除的爆炸材料,用于破碎岩石或其他材料。 |
例句
1.Safety protocols must be followed when handling blasting compounds on site.
在现场处理爆破药剂时必须遵循安全规程。
2.The blasting compound was carefully measured to ensure optimal performance.
为了确保最佳性能,爆破药剂被仔细测量。
3.Before using any blasting compound, workers are required to undergo safety training.
在使用任何爆破药剂之前,工人必须接受安全培训。
4.The mining operation relied heavily on blasting compounds to extract minerals efficiently.
矿业操作严重依赖爆破药剂以高效提取矿物。
5.The construction crew used a powerful blasting compound to break through the rock formations.
施工队使用了一种强力的爆破药剂来突破岩层。
作文
In the world of construction and mining, safety and efficiency are paramount. One of the most crucial materials that contribute to these aspects is the blasting compound. A blasting compound (爆炸药) is a type of explosive used to break rock or other materials in a controlled manner. These compounds are designed to produce a powerful explosion that can fracture large volumes of material, making them indispensable for various industries. The history of blasting compounds dates back to the early days of mining when workers relied on simple explosives like black powder. However, as technology advanced, so did the formulations of these explosives. Modern blasting compounds are often made from a combination of ammonium nitrate and fuel oil, which creates a more stable and efficient explosive. This development has allowed for greater control over the blasting process, reducing the risk of accidents and increasing productivity.Understanding how to use blasting compounds safely is essential for anyone involved in construction or mining. Proper training is required to handle these materials, as they can be extremely sensitive to shock and heat. Workers must be aware of the specific regulations and safety protocols in their region to prevent accidents. For instance, it is critical to store blasting compounds in secure, designated areas away from potential ignition sources.When planning a blast, engineers must calculate the exact amount of blasting compound needed based on the type of rock, the desired fragmentation, and the surrounding environment. This precision helps ensure that the explosion will achieve its intended effect without causing unnecessary damage to nearby structures or the environment. Additionally, the timing of the blast is crucial; modern techniques often involve electronic detonators that allow for precise timing, further enhancing safety and effectiveness.Moreover, the environmental impact of using blasting compounds cannot be overlooked. While these materials are necessary for many projects, they can also produce noise, vibrations, and dust that may affect local communities and wildlife. Therefore, companies are increasingly adopting practices such as pre-blast surveys and community notifications to mitigate these effects. By doing so, they aim to maintain a positive relationship with the public while continuing to utilize blasting compounds effectively.In conclusion, blasting compounds play a vital role in industries that rely on excavation and demolition. Their development has revolutionized the way we approach construction and mining, allowing for safer and more efficient operations. However, with this power comes responsibility. It is imperative that all individuals involved in using blasting compounds adhere to strict safety standards and consider the environmental implications of their work. Only then can we harness the full potential of these remarkable materials while ensuring the safety of both workers and the surrounding community.
在建筑和采矿的世界中,安全和效率至关重要。贡献这些方面的最关键材料之一是爆炸药。爆炸药是一种用于以受控方式破碎岩石或其他材料的爆炸物。这些化合物旨在产生强大的爆炸,可以破碎大量材料,使其在各个行业中不可或缺。
爆炸药的历史可以追溯到采矿早期,当时工人依赖于简单的爆炸物,如黑火药。然而,随着技术的发展,这些爆炸物的配方也不断改进。现代的爆炸药通常由硝酸铵和燃料油的组合制成,创造出一种更稳定、更高效的爆炸物。这一发展使得对爆破过程的控制更加精确,减少了事故风险,提高了生产力。
理解如何安全地使用爆炸药对任何参与建筑或采矿的人来说都是至关重要的。处理这些材料需要适当的培训,因为它们对冲击和热量非常敏感。工人必须了解所在地区的具体法规和安全协议,以防止事故。例如,安全存放爆炸药在远离潜在点火源的指定区域是至关重要的。
在规划爆破时,工程师必须根据岩石类型、所需的破碎程度和周围环境计算所需的爆炸药确切数量。这种精确性有助于确保爆炸将达到预期效果,而不会对附近的建筑物或环境造成不必要的损害。此外,爆破的时机至关重要;现代技术通常涉及电子引爆器,可以实现精确的定时,进一步提高安全性和有效性。
此外,使用爆炸药对环境的影响也不能被忽视。虽然这些材料在许多项目中是必要的,但它们也可能产生噪音、振动和灰尘,可能会影响当地社区和野生动物。因此,公司越来越多地采用预爆调查和社区通知等做法,以减轻这些影响。通过这样做,他们旨在维护与公众的良好关系,同时继续有效利用爆炸药。
总之,爆炸药在依赖挖掘和拆除的行业中发挥着重要作用。它们的发展彻底改变了我们对建筑和采矿的看法,使得操作更加安全和高效。然而,伴随着这种力量而来的责任是不可忽视的。所有参与使用爆炸药的人都必须遵循严格的安全标准,并考虑其工作的环境影响。只有这样,我们才能充分利用这些卓越材料的潜力,同时确保工人和周围社区的安全。
相关单词