radioactive paint

简明释义

放射性油漆

英英释义

例句

1.Some military equipment was marked with radioactive paint to enhance visibility.

一些军事设备用放射性涂料标记，以增强可见性。

2.In the early 20th century, some watches used radioactive paint to make their dials glow in the dark.

在20世纪初，一些手表使用放射性涂料使其表盘在黑暗中发光。

3.Collectors often seek out vintage items that contain radioactive paint for their historical value.

收藏家们常常寻找含有放射性涂料的古董物品，因为它们具有历史价值。

4.The use of radioactive paint was banned after studies showed its health risks.

在研究显示其健康风险后，放射性涂料的使用被禁止。

5.Safety regulations require proper disposal of any materials containing radioactive paint.

安全法规要求妥善处理任何含有放射性涂料的材料。

作文

The history of technology is filled with fascinating innovations, but some of these advancements have come at a significant cost to human health and safety. One such innovation is the use of radioactive paint, which was widely employed in the early to mid-20th century. This paint contained radium, a radioactive element that glows in the dark, making it particularly appealing for applications such as watch dials, instrument panels, and even toys. However, the allure of radioactive paint was overshadowed by the devastating consequences of its use. Initially, the bright glow of radioactive paint was seen as a marvel. Workers, primarily young women known as "Radium Girls," were hired to apply this luminescent paint to various products. They were often instructed to use their lips to create a fine point on their brushes, a practice that led to severe health issues due to ingestion of radium particles. As time passed, many of these workers developed serious illnesses, including bone cancer and other radiation-related diseases. The connection between their ailments and radioactive paint was not immediately recognized, leading to years of suffering and a long fight for justice. The tragic stories of the Radium Girls eventually brought public attention to the dangers of radioactive paint. Lawsuits were filed, and the plight of these women sparked a movement for better workplace safety regulations. This culminated in stricter guidelines regarding the handling of radioactive materials and greater awareness of the potential hazards associated with them. Despite the negative implications, the use of radioactive paint did contribute to scientific understanding in some ways. Researchers began to study the effects of radiation exposure more closely, leading to advancements in safety protocols and the development of non-radioactive alternatives. Today, we have a much better grasp of the dangers posed by radioactive substances and the importance of protecting workers from harmful exposure. In conclusion, while radioactive paint once represented an exciting technological breakthrough, it serves as a cautionary tale of the unforeseen consequences that can arise from innovation without adequate safety measures. The legacy of the Radium Girls reminds us of the importance of prioritizing health and safety in the pursuit of progress. As we continue to explore new technologies, it is crucial to learn from the past and ensure that the well-being of individuals is always at the forefront of any advancement. The story of radioactive paint is not just about a product; it is about the lives affected and the lessons learned in the ongoing journey toward safer practices in science and industry.

技术的历史充满了迷人的创新，但这些进步有些是以人类健康和安全为代价的。其中一个创新就是使用放射性涂料，这种涂料在20世纪初到中期被广泛使用。这种涂料含有镭，一种能发光的放射性元素，使其在手表表盘、仪表板甚至玩具等应用中特别吸引人。然而，放射性涂料的诱惑被其使用带来的毁灭性后果所掩盖。最初，放射性涂料的明亮光芒被视为一种奇迹。工人，主要是年轻女性，被雇用来将这种发光涂料涂抹在各种产品上。她们通常被指示用嘴唇来细化刷子的尖端，这一做法导致了由于摄入镭颗粒而造成的严重健康问题。随着时间的推移，许多这些工人患上了严重的疾病，包括骨癌和其他与辐射相关的疾病。她们的病症与放射性涂料之间的联系并没有立即被认识，导致了多年的痛苦和漫长的司法斗争。拉迪姆女孩的悲惨故事最终引起了公众对放射性涂料危险的关注。诉讼被提起，这些女性的困境激发了一场更好工作场所安全法规的运动。这最终促成了对放射性材料处理的更严格指导方针，以及对与之相关的潜在危害的更大认识。尽管负面影响显而易见，放射性涂料的使用确实在某种程度上促进了科学理解。研究人员开始更密切地研究辐射暴露的影响，导致安全协议的进步和非放射性替代品的开发。今天，我们对放射性物质所带来的危险有了更好的了解，并意识到保护工人免受有害暴露的重要性。总之，虽然放射性涂料曾一度代表了令人兴奋的技术突破，但它也成为了一个警示故事，提醒我们在没有足够安全措施的情况下，创新可能会带来意想不到的后果。拉迪姆女孩的遗产提醒我们，在追求进步的过程中，始终优先考虑健康和安全的重要性。在我们继续探索新技术时，学习过去的教训，确保个人的福祉始终处于任何进步的最前沿至关重要。放射性涂料的故事不仅仅是关于一种产品；它还关乎受到影响的生命以及在科学和工业的持续旅程中所学到的教训。