the tokamak divertor handles extreme heat loads from the plasma.
这座托卡马克的偏滤器处理来自等离子体的极高热负荷。
engineers are developing new divertor configurations for better heat exhaust.
工程师们正在开发新的偏滤器配置以实现更好的热排放。
the divertor target plates must withstand temperatures exceeding thousands of degrees.
偏滤器靶板必须承受超过数千度的温度。
modern divertor designs utilize tungsten materials for increased durability.
现代偏滤器设计使用钨材料以提高耐久性。
the divertor plays a crucial role in removing impurities from the plasma.
偏滤器在去除等离子体杂质方面起着关键作用。
researchers monitor divertor plasma parameters to optimize fusion performance.
研究人员监测偏滤器等离子体参数以优化聚变性能。
the divertor strike point determines where particles strike the divertor surface.
偏滤器打击点决定了粒子撞击偏滤器表面的位置。
adjusting divertor geometry can significantly reduce heat load on plasma-facing components.
调整偏滤器几何形状可以显著减少面向等离子体组件的热负荷。
the divertor exhaust system removes helium ash from the fusion reactor.
偏滤器排放系统从聚变反应堆中清除氦灰。
future divertor research focuses on improving particle control and heat handling.
未来的偏滤器研究专注于改进粒子控制和热处理。
high divertor density helps maintain stable plasma confinement.
高偏滤器密度有助于维持稳定的等离子体约束。
the divertor chamber experiences the highest particle flux in the reactor.
偏滤器室在反应堆中经历最高的粒子通量。
the tokamak divertor handles extreme heat loads from the plasma.
这座托卡马克的偏滤器处理来自等离子体的极高热负荷。
engineers are developing new divertor configurations for better heat exhaust.
工程师们正在开发新的偏滤器配置以实现更好的热排放。
the divertor target plates must withstand temperatures exceeding thousands of degrees.
偏滤器靶板必须承受超过数千度的温度。
modern divertor designs utilize tungsten materials for increased durability.
现代偏滤器设计使用钨材料以提高耐久性。
the divertor plays a crucial role in removing impurities from the plasma.
偏滤器在去除等离子体杂质方面起着关键作用。
researchers monitor divertor plasma parameters to optimize fusion performance.
研究人员监测偏滤器等离子体参数以优化聚变性能。
the divertor strike point determines where particles strike the divertor surface.
偏滤器打击点决定了粒子撞击偏滤器表面的位置。
adjusting divertor geometry can significantly reduce heat load on plasma-facing components.
调整偏滤器几何形状可以显著减少面向等离子体组件的热负荷。
the divertor exhaust system removes helium ash from the fusion reactor.
偏滤器排放系统从聚变反应堆中清除氦灰。
future divertor research focuses on improving particle control and heat handling.
未来的偏滤器研究专注于改进粒子控制和热处理。
high divertor density helps maintain stable plasma confinement.
高偏滤器密度有助于维持稳定的等离子体约束。
the divertor chamber experiences the highest particle flux in the reactor.
偏滤器室在反应堆中经历最高的粒子通量。
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