radium mold

简明释义

镭模

英英释义

例句

1.The museum displayed artifacts created with radium molds from the 1920s.

博物馆展出了用20世纪20年代的镭模具制作的文物。

2.The jewelry designer incorporated a radium mold to enhance the luminosity of her pieces.

珠宝设计师采用了镭模具来增强她作品的光泽感。

3.In the early 20th century, many products were made using radium molds for their unique glow.

在20世纪初，许多产品使用镭模具制造，因为它们具有独特的发光效果。

4.Safety protocols must be followed when handling radium molds due to their radioactive properties.

由于镭模具具有放射性特性，处理时必须遵循安全协议。

5.The scientist used a radium mold to create precise measurements for his experiments.

科学家使用了一个镭模具来为他的实验创建精确的测量。

作文

The term radium mold refers to a specific type of mold that was historically used in the production of certain items, particularly in the early 20th century when radium was believed to have various beneficial properties. Radium, a radioactive element discovered by Marie Curie, was once thought to be a miracle cure for many ailments. As a result, products containing radium were marketed extensively, and radium mold became a common term in manufacturing processes. This mold was typically used to create items like watches, clock dials, and other novelty products that glowed in the dark due to the luminescent properties of radium. In the early 1900s, the use of radium mold was not only popular but also profitable. Many companies sought to capitalize on the glowing effect that radium imparted to their products. Young women, often referred to as 'Radium Girls,' were employed to paint watch dials with radium-infused paint. They used radium mold to shape the dials, ensuring that they would fit perfectly into the watches. Unfortunately, the workers were unaware of the dangers posed by radium exposure, which led to severe health complications over time. The story of radium mold is a cautionary tale about the intersection of science, industry, and public health. Initially, the allure of radium was so strong that safety concerns were largely overlooked. The glow-in-the-dark feature of products made with radium mold was seen as innovative and exciting, but the long-term effects of radiation exposure were devastating. Many of the women who worked with radium mold suffered from radium poisoning, leading to serious illnesses and even death. This tragic outcome eventually led to greater awareness of the risks associated with radioactive materials and stricter regulations regarding their use. Today, the term radium mold serves as a reminder of the importance of safety in manufacturing and the need for thorough research before introducing new materials into consumer products. It highlights how scientific advancements can sometimes lead to unforeseen consequences. Modern manufacturing processes are much more regulated, and there is a greater emphasis on understanding the long-term impacts of materials used in production. In conclusion, radium mold is a term that encapsulates a significant period in industrial history, marked by both innovation and tragedy. The legacy of radium mold continues to influence how we approach product safety and health regulations today. By learning from the past, we can ensure that future advancements in technology and manufacturing prioritize the well-being of workers and consumers alike. Understanding the implications of materials like radium is crucial in preventing similar tragedies from occurring in the future.

“radium mold”一词指的是一种特定类型的模具，历史上用于生产某些物品，特别是在20世纪初，当时人们认为镭具有各种有益的性质。镭是一种放射性元素，由居里夫人发现，曾被认为是许多疾病的奇迹疗法。因此，含镭产品被广泛推销，而radium mold成为制造过程中常用的术语。这种模具通常用于制造手表、钟表表盘和其他由于镭的发光特性而在黑暗中发光的新奇产品。在20世纪初，使用radium mold不仅流行，而且利润丰厚。许多公司试图利用镭赋予其产品的发光效果。年轻女性，通常被称为“镭女孩”，被雇佣来用含镭油漆涂抹手表表盘。她们使用radium mold来塑造表盘，以确保它们能够完美地适合手表。不幸的是，工人们并不知道镭暴露带来的危险，导致随着时间的推移出现严重的健康问题。radium mold的故事是一个关于科学、工业和公共健康交叉点的警示故事。最初，镭的吸引力如此强烈，以至于安全问题在很大程度上被忽视。使用radium mold制作的产品的夜光特性被视为创新和令人兴奋，但放射性暴露的长期影响却是毁灭性的。许多与radium mold一起工作的女性遭受了镭中毒，导致严重的疾病甚至死亡。这一悲惨的结果最终导致人们对放射性材料相关风险的更大认识，并对其使用实施了更严格的法规。今天，“radium mold”这一术语提醒我们在制造业中安全的重要性，以及在将新材料引入消费品之前进行彻底研究的必要性。它突显了科学进步有时可能导致意想不到的后果。现代制造过程受到更多监管，对理解材料在生产中使用的长期影响有更大的重视。总之，radium mold是一个概括了工业历史中一个重要时期的术语，标志着创新与悲剧的交织。radium mold的遗产继续影响我们今天如何处理产品安全和健康法规。通过从过去学习，我们可以确保未来的技术和制造进步优先考虑工人和消费者的福祉。理解像镭这样的材料的影响对于防止类似悲剧的发生至关重要。