Numerical Simulation of the Interaction Between Z-Pinch Plasma and Foam Converter Using Code MULTI (#18353)
The interaction between Z-pinch plasma and foam converter has an important effect on the formation of Z-pinch dynamic hohlraums. A new program has been developed to study related physical processes. Numerical results suggest that the interaction on 7-10 MA drivers is strong enough to create dynamic...
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| Published in | Fusion science and technology Vol. 72; no. 4; pp. 726 - 730 |
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| Main Authors | , , , , , , , , |
| Format | Journal Article |
| Language | English |
| Published |
Taylor & Francis
17.11.2017
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| Subjects | |
| Online Access | Get full text |
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| Abstract | The interaction between Z-pinch plasma and foam converter has an important effect on the formation of Z-pinch dynamic hohlraums. A new program has been developed to study related physical processes. Numerical results suggest that the interaction on 7-10 MA drivers is strong enough to create dynamic hohlraums with radiation temperature over 100 eV. Simulations also indicate that a radiating shock would appear due to the collision of Z-pinch plasma and foam converter, in good agreement with the measurements on JULONG-I facility. In this technical note, we present the physical model and simulation results, as well as typical experimental results. |
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| AbstractList | The interaction between Z-pinch plasma and foam converter has an important effect on the formation of Z-pinch dynamic hohlraums. A new program has been developed to study related physical processes. Numerical results suggest that the interaction on 7-10 MA drivers is strong enough to create dynamic hohlraums with radiation temperature over 100 eV. Simulations also indicate that a radiating shock would appear due to the collision of Z-pinch plasma and foam converter, in good agreement with the measurements on JULONG-I facility. In this technical note, we present the physical model and simulation results, as well as typical experimental results. |
| Author | Li, Zhenghong Huang, Zhanchang Meng, Shijiang Wang, Zhen Ramis, Rafael Ning, Jiaming Chu, Yanyun Wu, Fuyuan Yang, Jianlun |
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| References | BENNETT G. R. (CIT0002) 2002; 89 SANFORD T. W. L. (CIT0001) 2000; 7 DEND J. J. (CIT0004) 2016; 1 RAMIS R. (CIT0006) 1988; 49 SLUTZ S. A. (CIT0011) 2006; 13 SANFORD T. W. L. (CIT0009) 1996; 77 PETERSON D. L. (CIT0012) 1998; 5 RICHTMYER R. D. (CIT0008) 1976 SANFORD T. W. L. (CIT0003) 2002; 9 LEBEDEV S. V. (CIT0010) 2002; 9 NING C. (CIT0014) 2010; 17 THORNHILL J. W. (CIT0013) 1994; 1 RAMIS R. (CIT0007) 2016; 203 XIAO D. L. (CIT0005) 2014; 21 |
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| SubjectTerms | dynamic hohlraum radiating shock Z-pinch |
| Title | Numerical Simulation of the Interaction Between Z-Pinch Plasma and Foam Converter Using Code MULTI (#18353) |
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