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Laser-plasma interaction in direct-drive inertial confinement fusion

by Edgell, D H , Shaw, J , Goncharov, V N , Follett, R K , Maximov, A V , Seka, W , Froula, D H , Myatt, J F , Short, R W , Zhang, J

in Ablation / Hot electrons / Inertial confinement fusion / Laser plasma interactions / Physics / Plasma interactions / Plasmas (physics)

2016

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Laser-plasma interaction in direct-drive inertial confinement fusion

by Edgell, D H , Shaw, J , Goncharov, V N , Follett, R K , Maximov, A V , Seka, W , Froula, D H , Myatt, J F , Short, R W , Zhang, J

in Ablation / Hot electrons / Inertial confinement fusion / Laser plasma interactions / Physics / Plasma interactions / Plasmas (physics)

2016

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Laser-plasma interaction in direct-drive inertial confinement fusion

by Edgell, D H , Shaw, J , Goncharov, V N , Follett, R K , Maximov, A V , Seka, W , Froula, D H , Myatt, J F , Short, R W , Zhang, J

in Ablation / Hot electrons / Inertial confinement fusion / Laser plasma interactions / Physics / Plasma interactions / Plasmas (physics)

2016

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Journal Article

Laser-plasma interaction in direct-drive inertial confinement fusion

Edgell, D H,

Shaw, J,

Goncharov, V N,

Follett, R K,

Maximov, A V,

Seka, W,

Froula, D H,

Myatt, J F,

Short, R W,

Zhang, J

2016

Overview

Hot electrons generated by the two-plasmon-decay instability in direct-drive targets are a preheat concern. A mitigation strategy that employs a layered ablator [V. N. Goncharov et al., Phys. Plasmas 21, 056315 (2014)] has been investigated both numerically and experimentally. The numerical simulations described here predict reduced hot-electron production compared with similar targets using either a solid CH or Be ablator. These findings are shown to be consistent with experimental observations

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Publisher

IOP Publishing

Subject

Ablation

/ Hot electrons

/ Inertial confinement fusion

/ Laser plasma interactions

/ Physics

/ Plasma interactions

/ Plasmas (physics)