returned fissile material

简明释义

再生核燃料

英英释义

例句

1.The government announced the safe disposal of the returned fissile material.

政府宣布安全处置返回的裂变材料。

2.International treaties often regulate the handling of returned fissile material to prevent proliferation.

国际条约通常会规范对返回的裂变材料的处理，以防止扩散。

3.Proper labeling is essential for tracking returned fissile material during transport.

在运输过程中，正确标记对于追踪返回的裂变材料至关重要。

4.The research team studied the properties of returned fissile material for future energy projects.

研究小组研究了返回的裂变材料的特性，以用于未来的能源项目。

5.After reprocessing, the returned fissile material was stored in a secure facility.

再加工后，返回的裂变材料被存放在一个安全的设施中。

作文

The concept of returned fissile material is crucial in the context of nuclear non-proliferation and disarmament. Fissile materials, such as uranium-235 and plutonium-239, are essential for the production of nuclear weapons. When these materials are returned to their country of origin or to a designated facility, it signifies a step towards greater control and safety in nuclear materials management. The process of returning returned fissile material can arise from various circumstances, including international agreements, disarmament initiatives, or the decommissioning of nuclear weapons. One significant aspect of returning returned fissile material is its impact on global security. The more fissile material that is secured and accounted for, the less likely it is to fall into the hands of rogue states or terrorist organizations. This is why international cooperation is vital in managing these materials. Countries that possess nuclear capabilities often engage in treaties and agreements to ensure that their returned fissile material is handled responsibly. For instance, the Treaty on the Non-Proliferation of Nuclear Weapons (NPT) encourages nations to work together in reducing the stockpiles of nuclear weapons and their components.Moreover, the return of returned fissile material can also play a role in fostering trust among nations. When one country agrees to return fissile materials, it can serve as a confidence-building measure, demonstrating a commitment to peace and stability. This can lead to improved diplomatic relations and open avenues for further negotiations on arms control. However, the process of returning returned fissile material is not without challenges. There are logistical, political, and technical hurdles that must be addressed. Transporting fissile materials safely requires stringent security measures to prevent theft or accidents during transit. Additionally, there may be domestic opposition within countries regarding the return of fissile materials, especially if it involves relinquishing control over national resources. In conclusion, the term returned fissile material encapsulates a critical element in the discourse surrounding nuclear security and non-proliferation. It represents both a challenge and an opportunity for nations to work together towards a safer world. By effectively managing and returning fissile materials, countries can contribute to a more secure international environment, reducing the risks associated with nuclear proliferation and enhancing global peace. Understanding the implications of returned fissile material is essential for policymakers, researchers, and citizens alike, as it directly relates to the safety and security of our planet. In summary, the management of returned fissile material is not merely a technical issue; it is deeply intertwined with international relations, security policies, and the overarching goal of achieving a world free of nuclear threats. Each step taken towards the responsible handling of these materials brings us closer to that vision.

“返回的裂变材料”这一概念在核不扩散和裁军的背景下至关重要。裂变材料，如铀-235和钚-239，是生产核武器所必需的。当这些材料被送回其原产国或指定设施时，意味着在核材料管理方面向更大控制和安全迈出了重要一步。返回“返回的裂变材料”的过程可能源于各种情况，包括国际协议、裁军倡议或核武器的退役。返回“返回的裂变材料”的一个重要方面是其对全球安全的影响。愈多的裂变材料得到保障和核查，就愈不容易落入流氓国家或恐怖组织之手。这就是为什么国际合作在管理这些材料中至关重要。拥有核能力的国家通常会签订条约和协议，以确保他们的“返回的裂变材料”得到负责任的处理。例如，《不扩散核武器条约》（NPT）鼓励各国共同努力减少核武器及其组成部分的库存。此外，返回“返回的裂变材料”也可以促进国家之间的信任。当一个国家同意归还裂变材料时，可以作为一种建立信心的措施，表明其对和平与稳定的承诺。这可能导致改善外交关系，并为进一步的军控谈判打开途径。然而，返回“返回的裂变材料”的过程并非没有挑战。必须解决物流、政治和技术障碍。安全运输裂变材料需要严格的安全措施，以防止在运输过程中发生盗窃或事故。此外，国内可能会对返回裂变材料产生反对意见，尤其是如果这涉及放弃对国家资源的控制。总之，术语“返回的裂变材料”概括了围绕核安全和不扩散话语中一个关键元素。它既代表挑战，也为国家共同努力实现更安全的世界提供了机会。通过有效管理和返回裂变材料，各国可以为更安全的国际环境做出贡献，减少与核扩散相关的风险，增强全球和平。理解“返回的裂变材料”的含义对于政策制定者、研究人员和公民来说都是至关重要的，因为它直接关系到我们星球的安全与保障。总之，“返回的裂变材料”的管理不仅仅是一个技术问题；它与国际关系、安全政策以及实现无核威胁世界的总体目标紧密相连。每一步朝着负责任处理这些材料迈进，都使我们更接近这一愿景。