highly explosive mixture

简明释义

高爆炸混合气

英英释义

例句

1.The explosion was caused by a highly explosive mixture 高度易爆的混合物 of chemicals stored improperly.

爆炸是由于化学品储存不当而引起的 高度易爆的混合物 highly explosive mixture 。

2.In the manufacturing process, workers must avoid any conditions that could lead to a highly explosive mixture 高度易爆的混合物 forming.

在生产过程中，工人必须避免任何可能导致 高度易爆的混合物 highly explosive mixture 形成的条件。

3.Safety protocols require that any highly explosive mixture 高度易爆的混合物 be handled with extreme caution.

安全规程要求对任何 高度易爆的混合物 highly explosive mixture 进行极其小心的处理。

4.The lab technician warned the students about the dangers of creating a highly explosive mixture 高度易爆的混合物 during the experiment.

实验室技术员警告学生们在实验中创造 高度易爆的混合物 highly explosive mixture 的危险。

5.The scientist explained how certain ratios of substances can create a highly explosive mixture 高度易爆的混合物 in the lab.

科学家解释了某些物质的特定比例如何在实验室中产生 高度易爆的混合物 highly explosive mixture 。

作文

In the realm of science and technology, understanding the properties of various substances is crucial for safety and innovation. One term that often arises in discussions about chemical reactions is a highly explosive mixture. This phrase refers to a combination of materials that can produce a rapid and violent release of energy when ignited or otherwise triggered. Such mixtures are typically composed of oxidizers and fuels that, when combined, create conditions conducive to an explosive reaction. For instance, substances like ammonium nitrate and fuel oil can form a highly explosive mixture that is widely used in mining and demolition. The significance of a highly explosive mixture extends beyond its industrial applications; it also poses significant risks if not handled properly. Inappropriate storage or mixing of these substances can lead to catastrophic accidents. For example, the infamous Oklahoma City bombing in 1995 involved a highly explosive mixture of ammonium nitrate and diesel fuel, resulting in immense destruction and loss of life. This tragic event underscores the importance of stringent regulations and safety protocols in environments where such materials are present.In addition to their dangers, highly explosive mixtures also play a vital role in scientific research and advancements. Chemists and engineers study these mixtures to develop safer explosives that minimize unintended detonations while maximizing efficiency. The development of controlled explosives has led to breakthroughs in various fields, including construction, military operations, and even space exploration. For instance, rocket propellants are often highly explosive mixtures designed to provide the necessary thrust to escape Earth's gravitational pull.Moreover, public awareness of the dangers associated with highly explosive mixtures is essential. Educational programs and safety training can help individuals understand how to handle these substances responsibly. Communities near industrial sites that utilize such mixtures should be informed about emergency procedures in case of an accident. By fostering a culture of safety, we can mitigate the risks associated with highly explosive mixtures and ensure that their benefits are realized without compromising public safety.In conclusion, a highly explosive mixture represents both a powerful tool and a potential hazard. Its applications range from beneficial uses in construction and research to tragic events resulting from misuse. As we continue to explore the capabilities of chemistry, it is imperative that we approach highly explosive mixtures with respect, knowledge, and responsibility. Only through careful management and understanding can we harness their power for good while safeguarding against their inherent dangers.

在科学和技术领域，理解各种物质的特性对于安全和创新至关重要。一个常常出现在关于化学反应讨论中的术语是高度爆炸性混合物。这个短语指的是一种材料组合，当点燃或以其他方式触发时，可以产生快速而剧烈的能量释放。这种混合物通常由氧化剂和燃料组成，当它们结合时，会创造出有利于爆炸反应的条件。例如，硝酸铵和燃料油可以形成一种高度爆炸性混合物，广泛用于采矿和拆迁。高度爆炸性混合物的重要性不仅仅体现在其工业应用上；如果处理不当，它们也会带来重大风险。不当存储或混合这些物质可能导致灾难性事故。例如，1995年臭名昭著的俄克拉荷马城爆炸案涉及一种高度爆炸性混合物，即硝酸铵和柴油，造成了巨大的破坏和生命损失。这一悲惨事件强调了在存在此类材料的环境中，严格的法规和安全协议的重要性。除了危险性，高度爆炸性混合物在科学研究和进步中也发挥着重要作用。化学家和工程师研究这些混合物，以开发更安全的爆炸物，最大限度地减少意外引爆，同时提高效率。可控爆炸物的发展在建筑、军事行动甚至太空探索等多个领域取得了突破。例如，火箭推进剂通常是高度爆炸性混合物，旨在提供必要的推力以逃离地球的引力。此外，公众对高度爆炸性混合物相关危险的意识至关重要。教育项目和安全培训可以帮助个人理解如何负责任地处理这些物质。利用此类混合物的工业场所附近的社区应了解发生事故时的应急程序。通过培养安全文化，我们可以减少与高度爆炸性混合物相关的风险，并确保其好处得以实现，而不危害公众安全。总之，高度爆炸性混合物既代表了一种强大的工具，也是一种潜在的危险。它的应用范围从建筑和研究中的有益用途到因误用而导致的悲惨事件。随着我们继续探索化学的能力，必须以尊重、知识和责任的态度对待高度爆炸性混合物。只有通过谨慎的管理和理解，我们才能利用它们的力量为善，同时保障自身免受其固有危险的影响。