• Acta Physica Sinica
  • Vol. 69, Issue 3, 035203-1 (2020)
Hai-Long Zhao*, Bo Xiao, Gang-Hua Wang, Qiang Wang, Zheng-Wei Zhang, Qi-Zhi Sun, and Jian-Jun Deng
DOI: 10.7498/aps.69.20191411 Cite this Article
Hai-Long Zhao, Bo Xiao, Gang-Hua Wang, Qiang Wang, Zheng-Wei Zhang, Qi-Zhi Sun, Jian-Jun Deng. One-dimensional integrated simulations of magnetized liner inertial fusion[J]. Acta Physica Sinica, 2020, 69(3): 035203-1 Copy Citation Text show less
Schematic of MagLIF process, including three main stages.MagLIF过程示意图(包含3个主要阶段)
Fig. 1. Schematic of MagLIF process, including three main stages.MagLIF过程示意图(包含3个主要阶段)
Schematic of simplified model describing end loss effect.端面效应简化模型示意图
Fig. 2. Schematic of simplified model describing end loss effect.端面效应简化模型示意图
Schematic of magnetic flux compression and diffusion process.磁通压缩与扩散过程示意图
Fig. 3. Schematic of magnetic flux compression and diffusion process.磁通压缩与扩散过程示意图
Experimental current curves of shot 0523 & 0607.FP-1装置0523与0607发次实验驱动电流测量曲线
Fig. 4. Experimental current curves of shot 0523 & 0607.FP-1装置0523与0607发次实验驱动电流测量曲线
Comparison of inner surface velocity curves between the calculations and measurements: (a) 0607 shot; (b) 0523 shot.MIST计算得到的自由面速度曲线与实验测量结果的比较 (a) 0607发次; (b) 0523发次
Fig. 5. Comparison of inner surface velocity curves between the calculations and measurements: (a) 0607 shot; (b) 0523 shot.MIST计算得到的自由面速度曲线与实验测量结果的比较 (a) 0607发次; (b) 0523发次
Calculated results of (a) grid position, (b) implosion velocity, (c) fuel temperature, and (d) fusion yield evolving with time.MIST程序计算得到的(a)监测点、(b)套筒内爆速度、(c)燃料温度, 以及(d)聚变产额等随时间的演化曲线
Fig. 6. Calculated results of (a) grid position, (b) implosion velocity, (c) fuel temperature, and (d) fusion yield evolving with time.MIST程序计算得到的(a)监测点、(b)套筒内爆速度、(c)燃料温度, 以及(d)聚变产额等随时间的演化曲线
(a) Fuel mass and (b) magnetic flux evolving with time with consideration of end loss and Nernst effect.端面效应与Nernst效应影响下, 套筒内(a)燃料质量与(b)磁通随时间的演化
Fig. 7. (a) Fuel mass and (b) magnetic flux evolving with time with consideration of end loss and Nernst effect.端面效应与Nernst效应影响下, 套筒内(a)燃料质量与(b)磁通随时间的演化
C0 /keV1/3C1/cm3·s–1C2/keV–1C3/keV–1
6.661643.41×10–1615.136×10–375.189×10–3
C4/keV–2C5/keV–2C6/keV–3C7/keV–3
4.6064×10–313.5×10–3–0.10675×10–30.01366×10–3
Table 1.

Values of coefficient C0C7

系数C0C7的取值

程序名称燃料密度/g·cm–3燃料温度/keV磁场强度/103 T 压缩比峰值压力/Gbar聚变产额/kJ
LASNEX0.586—13233500
MIST0.478.57162.7620
HYDRA0.8—1.06—88—22225565
MIST0.569.58173.3725
Table 2. Comparison of calculated results between MIST and LASNEX, HYDRA.
Hai-Long Zhao, Bo Xiao, Gang-Hua Wang, Qiang Wang, Zheng-Wei Zhang, Qi-Zhi Sun, Jian-Jun Deng. One-dimensional integrated simulations of magnetized liner inertial fusion[J]. Acta Physica Sinica, 2020, 69(3): 035203-1
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