leakage dose

简明释义

泄漏剂量

英英释义

例句

1.The report indicated that the leakage dose exceeded acceptable levels.

报告显示泄漏剂量超过了可接受水平。

2.In the event of a radiation leak, monitoring the leakage dose is crucial for safety.

在辐射泄漏事件中，监测泄漏剂量对安全至关重要。

3.Regular checks for leakage dose can help prevent hazardous situations.

定期检查泄漏剂量可以帮助防止危险情况。

4.The technician measured the leakage dose to ensure it was within safe limits.

技术人员测量了泄漏剂量以确保它在安全范围内。

5.The emergency response team was trained to assess the leakage dose quickly.

应急响应团队接受了快速评估泄漏剂量的训练。

作文

In the field of radiation protection and nuclear safety, the term leakage dose refers to the amount of radiation that escapes from a containment system or shielding designed to protect both humans and the environment from harmful exposure. Understanding this concept is crucial, especially in industries like nuclear power generation, medical radiology, and research facilities that utilize radioactive materials. The significance of leakage dose lies in its potential impact on health and safety regulations, as well as its implications for public trust in these technologies.To elaborate further, the leakage dose can be measured in various ways depending on the context. For instance, in a nuclear power plant, engineers must regularly monitor the integrity of containment structures to ensure that any potential leakage remains within safe limits. If the leakage dose exceeds established thresholds, it could indicate a failure in safety protocols, leading to immediate investigations and possible shutdowns to prevent accidents.Moreover, the leakage dose is not only a concern for large-scale nuclear operations but also for smaller facilities that use radioactive isotopes for medical treatments or research. In hospitals, for example, patients undergoing radiation therapy are carefully monitored to minimize their exposure and that of the surrounding staff. Any unintended release of radiation, even in small amounts, can contribute to an increased leakage dose, which must be managed effectively to safeguard everyone involved.The calculation of leakage dose often involves complex mathematical models that take into account various factors such as distance, shielding materials, and duration of exposure. Regulatory bodies set strict guidelines to ensure that all facilities maintain leakage dose levels below permissible limits. These regulations are based on extensive research and are designed to protect both workers in the field and the general public from the adverse effects of radiation exposure.Public perception of radiation safety is significantly influenced by incidents where leakage dose becomes a topic of concern. High-profile accidents, such as those at Chernobyl and Fukushima, have raised awareness about the potential dangers associated with nuclear energy. As a result, the scrutiny of leakage dose assessments has intensified, leading to more rigorous safety measures and transparent reporting practices in the industry.In conclusion, the term leakage dose embodies a critical aspect of radiation safety management across various sectors. Its implications extend beyond technical measurements; they touch upon public health, regulatory compliance, and community trust. As technology evolves and our reliance on radioactive materials continues, understanding and managing leakage dose will remain paramount. Continuous education and awareness efforts are needed to ensure that both professionals and the public are informed about the risks and safety measures associated with radiation exposure. By doing so, we can foster a safer environment while still harnessing the benefits that nuclear technology offers.

在辐射防护和核安全领域，术语泄漏剂量指的是从设计用于保护人类和环境免受有害辐射暴露的封闭系统或屏蔽中逸出的辐射量。理解这一概念至关重要，尤其是在核电生产、医学放射学和利用放射性材料的研究设施等行业。泄漏剂量的重要性在于其对健康和安全法规的潜在影响，以及对公众信任这些技术的影响。进一步阐述，泄漏剂量可以根据上下文以不同方式进行测量。例如，在核电厂，工程师必须定期监测封闭结构的完整性，以确保任何潜在的泄漏保持在安全限度内。如果泄漏剂量超过既定阈值，这可能表明安全协议出现故障，导致立即调查并可能停机以防止事故发生。此外，泄漏剂量不仅是大型核设施的关注点，对于使用放射性同位素进行医疗治疗或研究的小型设施也是如此。例如，在医院，接受放射治疗的患者会被仔细监测，以尽量减少他们及周围工作人员的辐射暴露。即使是小量的意外辐射释放，也可能增加泄漏剂量，必须有效管理以保护所有相关人员。泄漏剂量的计算通常涉及复杂的数学模型，这些模型考虑了距离、屏蔽材料和暴露时间等各种因素。监管机构设定严格的指南，以确保所有设施的泄漏剂量水平低于允许的限值。这些规定基于广泛的研究，旨在保护现场工作人员和公众免受辐射暴露的不良影响。公众对辐射安全的看法在泄漏剂量成为关注话题的事件中受到显著影响。高调的事故，如切尔诺贝利和福岛，提升了人们对与核能相关的潜在危险的认识。因此，对泄漏剂量评估的审查加剧，导致行业采取更严格的安全措施和透明的报告实践。总之，术语泄漏剂量体现了各个领域辐射安全管理的关键方面。其影响超出了技术测量；它们涉及公共健康、法规遵从和社区信任。随着技术的发展和我们对放射性材料的依赖持续增加，理解和管理泄漏剂量将始终是重中之重。需要不断的教育和意识提升，以确保专业人士和公众了解与辐射暴露相关的风险和安全措施。通过这样做，我们可以营造一个更安全的环境，同时仍然利用核技术所带来的好处。