Acta Physica Sinica, Volume. 68, Issue 18, 185201-1(2019)
Fig. 1. (a) Simplification of physical model; (b) one-dimensional model; (c) the wave system.(a)物理模型的简化; (b)一维模型的示意图; (c)波系示意图
Fig. 1. (a) Temperature and density versus distance; (b) versus ; (c) ablation pressure versus time; (d) ablated mass versus time. (a)辐射温度和Au等离子体密度的空间分布; (b) 随辐射源温度 的变化; (c)烧蚀压和(d)烧蚀质量随时间的变化
Fig. 2. (a) Displacement and (b) velocity of the left interface of Au plasmas versus time under the condition of different and . The reverse time and distance of Au plasmas versus (c) with and (d) with . Au等离子体的左界面在不同 和 条件下的(a)位移和(b)速度随时间的变化; 折返时间和折返距离分别随(c) (取 ), (d) (取 )的变化
Fig. 3. Temperature, velocity, density and pressure versus cell number
Fig. 4. Theoretical prediction (with ) of (a) reverse time and (b) reverse distance versus . 理论预测(取 )的(a)折返时间和(b)折返距离随辐射源温度 的变化
Fig. 5. Reverse time and distance versus
Fig. 6. (a) The peak temperature and (b) of reverse time and distance versus . 折返时间和折返距离的(a)峰值温度 和(b)峰值温度的三次方 随密度 的变化
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Zhong-Heng Liu, Guang-Wei Meng, Ying-Kui Zhao.
Received: Dec. 17, 2018
Accepted: --
Published Online: Jun. 28, 2020
The Author Email: Zhao Ying-Kui (zhao_yingkui@iapcm.ac.cn)