介绍了挤压式旋转切割弹丸注入器结构特点、工作原理。
The structure characteristic and working principle of the pellet injector in a squeezer type with a turning cutter are described briefly in this article.
这些优异的壁条件导致了多发弹丸注入、低混杂波电流驱动(LHCD)和长脉冲放电等物理实验的重大进展。
The excellent wall conditions lead to great progresses in the experiments such as the multi-shoot pellet injection, LHCD and long pulse discharges.
本文介绍了“原位冷凝”式弹丸注入器先行实验及中国环流器一号HL-1弹丸加料实验中采用的丸料气和推进剂系统；
In this paper, the fuel gas and propellent system of "in site" Pellet injector used in beforehand experiment and Pellet fueling experiment in HL-1 Tokamak has been introduced.
在同样的本底等离子体条件和弹丸初始参数下，注入氚丸比氢丸的穿透深度增加约40%。
Under the same plasma condition and initial pellet parameters, the penetration depth for tritium pellet increases by 40% in comparison with that of hydrogen pellet.
显像剂以肘静脉“弹丸式”注入，即刻进行动态采集。
The developer was infused via elbow vein in a pellet manner, and dynamic collection was performed immediately.
显像剂以肘静脉“弹丸式”注入，即刻进行动态采集。
The developer was infused via elbow vein in a pellet manner, and dynamic collection was performed immediately.
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