纳米技术在核能中的应用综述

Seyed Kamal Mousavi Balgehshiri
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摘要

今天,我们越来越迫切地需要摆脱对化石燃料的依赖。虽然可再生能源和核聚变和裂变的扩张可能是实现这一目标的关键,但这种推广的速度还不够快,无法在不久的将来避免对社会和自然生态系统造成灾难性的破坏。在核能系统中使用最新的工程纳米材料为提高核电的性能和安全性打开了大门。核纳米技术(NNT)涉及工程纳米材料和纳米流体在未来核能应用中的使用。本文综述了世界各国实验室在核纳米技术发展方面的最新和正在进行的研究,重点关注纳米材料在相变材料领域的应用,以提高其导热性和效率,核燃料制造,以及它们在提高下一代核反应堆的安全性和性能方面的能力,用于提高安全性和燃料燃消耗率的包层,核反应堆中的结构材料可以起到结构和减少辐射的作用。
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Review on Nanotechnology Applications in Nuclear Energy
Today, the need to transition away from our reliance on fossil fuels is growing increasingly urgent. Although the expansion of renewable energy and nuclear fusion & fission will likely be keys to achieving this goal, this rollout isn’t happening fast enough to avoid catastrophic damages to societies and natural ecosystems in the near future. The use of the latest engineered nanomaterials in nuclear energy systems has opened doors for improving the performance and safety of nuclear power. Nuclear Nano Technology (NNT) deals with the use of the engineered nanomaterials & nano fluids for future nuclear energy applications. This literature review summarizes the recent and ongoing research in labs around the world on Nuclear Nano-Technology development, focusing on the use of nanomaterials in area of the phase change materials for enhancing their thermal conductivity and efficiency, nuclear fuel manufacturing, and their capacity for the improvement of the safety and performance of the future generation nuclear reactors, cladding for increasing safety and fuel burnup, structural material in nuclear reactors structures and reduce radiation effects.
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