ammonium nitrate dynamite

简明释义

硝安炸药

英英释义

例句

1.Due to safety regulations, only licensed professionals can handle ammonium nitrate dynamite.

由于安全规定，只有持证专业人士才能处理氨基硝酸铵炸药。

2.The construction crew used ammonium nitrate dynamite to blast through the rocky terrain.

施工队使用氨基硝酸铵炸药来爆破岩石地形。

3.The mining operation relied heavily on ammonium nitrate dynamite for efficient extraction.

该采矿作业在高效开采中严重依赖于氨基硝酸铵炸药。

4.During the demolition, they carefully calculated the amount of ammonium nitrate dynamite needed.

在拆除过程中，他们仔细计算了所需的氨基硝酸铵炸药数量。

5.Environmental concerns have led to stricter controls on ammonium nitrate dynamite usage.

环境问题导致对氨基硝酸铵炸药使用的控制更加严格。

作文

Ammonium nitrate is a chemical compound that plays a crucial role in various industries, particularly in agriculture and explosives. When discussing the term ammonium nitrate dynamite, it is essential to understand its composition and applications. Ammonium nitrate dynamite refers to a type of explosive that combines ammonium nitrate with fuel oil, creating a powerful and effective blasting agent. This mixture is widely used in mining, construction, and demolition due to its ability to produce a significant amount of energy upon detonation.The primary component of ammonium nitrate dynamite is ammonium nitrate, which is a nitrogen-rich compound commonly used as a fertilizer. Its ability to release nitrogen makes it an excellent choice for enhancing soil fertility. However, when combined with fuel oil, ammonium nitrate transforms into a potent explosive. The process of making ammonium nitrate dynamite involves mixing ammonium nitrate with a hydrocarbon fuel, resulting in a stable yet highly explosive substance.One of the reasons why ammonium nitrate dynamite is favored in the industry is its cost-effectiveness and availability. Ammonium nitrate is relatively inexpensive and can be produced in large quantities. Additionally, the production process is straightforward, making it accessible for various applications. In mining operations, ammonium nitrate dynamite is often used to break rock formations, allowing for the extraction of valuable minerals and resources. The explosive's effectiveness in creating controlled blasts enables miners to work safely and efficiently.Moreover, ammonium nitrate dynamite has been utilized in construction projects to clear land, demolish old structures, and create foundations for new buildings. The precision of the explosive allows engineers to design blasts that minimize collateral damage while maximizing the effectiveness of the operation. This capability is particularly important in urban areas where safety and environmental considerations are paramount.Despite its advantages, the use of ammonium nitrate dynamite also poses risks. The compound is sensitive to certain conditions, and improper handling can lead to accidents. There have been instances where improperly stored or handled ammonium nitrate has caused catastrophic explosions. Consequently, regulations surrounding the production, storage, and use of ammonium nitrate dynamite are stringent to ensure safety in industrial applications.In conclusion, understanding the term ammonium nitrate dynamite requires knowledge of its components, applications, and associated risks. While it serves as a vital tool in industries such as mining and construction, safety measures must always be prioritized. As technology advances, the methods of utilizing ammonium nitrate dynamite may evolve, but the fundamental principles of its chemistry will remain integral to its effectiveness as an explosive. By respecting the power of this compound and adhering to safety protocols, industries can continue to benefit from the advantages offered by ammonium nitrate dynamite while minimizing potential hazards.

氮化铵是一种化学化合物，在农业和爆炸物等多个行业中发挥着重要作用。当谈到术语氮化铵炸药时，理解其成分和应用至关重要。氮化铵炸药指的是一种将氮化铵与燃料油结合在一起的爆炸物，形成了一种强大而有效的爆破剂。这种混合物因其在引爆时能够产生大量能量而广泛应用于采矿、建筑和拆除。氮化铵炸药的主要成分是氮化铵，这是一种富含氮的化合物，通常用作肥料。它释放氮的能力使其成为提高土壤肥力的绝佳选择。然而，当与燃料油结合时，氮化铵转变为强大的爆炸物。制作氮化铵炸药的过程涉及将氮化铵与烃类燃料混合，从而产生一种稳定但高度爆炸性的物质。氮化铵炸药在工业中受到青睐的原因之一是其成本效益和可用性。氮化铵相对便宜，可以大量生产。此外，生产过程简单，使其适用于各种应用。在采矿作业中，氮化铵炸药常用于打破岩石层，以便提取有价值的矿物和资源。这种爆炸物在创造可控爆炸方面的有效性使矿工能够安全高效地工作。此外，氮化铵炸药还被用于建筑项目中以清理土地、拆除旧结构以及为新建筑创建基础。该爆炸物的精确度使工程师能够设计出最小化附带损害同时最大化操作有效性的爆炸。这一能力在城市地区尤为重要，因为安全和环境考虑至关重要。尽管有其优点，使用氮化铵炸药也存在风险。该化合物对某些条件敏感，不当处理可能导致事故。曾经发生过氮化铵储存不当或处理不当导致灾难性爆炸的事件。因此，关于氮化铵炸药的生产、储存和使用的规定非常严格，以确保工业应用中的安全。总之，理解术语氮化铵炸药需要了解其成分、应用和相关风险。虽然它作为采矿和建筑等行业的重要工具，但安全措施始终必须优先考虑。随着技术的进步，利用氮化铵炸药的方法可能会演变，但其化学原理的基本原则将始终对其作为爆炸物的有效性至关重要。通过尊重这种化合物的力量并遵循安全协议，行业可以继续从氮化铵炸药所提供的优势中受益，同时最大限度地减少潜在危险。