Z箍缩等离子体内爆X光辐射功率角分布

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Azimuthal X-ray power distribution in Z-pinch plasma implosions

1.
Institute of Nuclear Physics and Chemistry,CAEP,P.O.Box 919-212,Mianyang 621900,China;
2.
Shanghai Institute of Optics and Fine Mechanics,Chinese Academy of Sciences,P.O.Box 800-211,Shanghai 201800,China;
3.
Department of Science and Technology,China Academy of Engineering Physics,P.O.Box 919-1,Mianyang 621900,China

摘要: 在Z箍缩实验中，利用ST1432红光闪烁体、多模石英光纤探头和大电流光电倍增管探测器等研究了丝阵等离子体内爆过程中沿轴向与径向不同方位角的X光辐射功率分布。采用的负载为单层钨丝阵和单层铝丝阵，驱动电流1.5～1.8 MA，上升时间60～90 ns。实验结果表明:Z箍缩等离子体X光辐射强度有轴向和径向分布不均匀性；单层钨丝阵轴向X光辐射强度大于径向辐射强度；单层铝丝阵径向X光辐射强度大于轴向辐射强度。
- Z箍缩 /
- 等离子体 /
- X光辐射诊断 /
- 角分布
Abstract: Azimuthal X-ray power distribution has been investigated in wire-array Z-pinch plasma implosions, using ST1432 scintillator, multi-mode quartz optical fiber and photomultiplier tube with the highest linear current. The load foils used in the experiments include single tungsten array and single aluminum array. And the driving current scales from 1.5 MA to 1.8 MA while the leading-edge pulse time varies from 20 ns to 90 ns. It is shown that X-ray power does not distribute evenly. X-ray radiation at axial direction is stronger than that at radial direction for tungsten wire-array implosion, while X-ray radiation at radial direction is stronger than that at axial direction for single aluminum wire-array implosion.
- z-pinch /
- plasma /
- x-ray radiation diagnoses /
- azimuthal distribution

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