研究人员制定更快、准确的方法来设计核聚变反应堆封存系统,推进清洁能源。 Researchers develop faster, accurate method for designing fusion reactor confinement systems, advancing clean energy.

来自UT Austin、Los Alamos国家实验室和第一类能源集团的研究人员开发了一种新的方法,在不牺牲精确性的情况下,设计核聚变反应堆磁封闭系统,其速度比以前快十倍。 Researchers from UT Austin, Los Alamos National Lab, and Type One Energy Group have developed a new method to design magnetic confinement systems for fusion reactors up to ten times faster than before, without sacrificing accuracy. 这一突破利用对称理论,解决了恒星系统的长期挑战,也有益于托卡马克反应堆。 This breakthrough, using symmetry theory, addresses a long-standing challenge in stellarators and can also benefit tokamak reactors. 这一进展使我们更接近于实现清洁、充足和负担得起的聚变能源。 The advancement moves us closer to achieving clean, abundant, and affordable fusion energy.