Improving hot-spot pressure for ignition in high-adiabat Inertial Confinement Fusion implosion
Kang, Dongguo; Zhu, Shaoping; Pei, Wenbing; Zou, Shiyang; Zheng, Wudi; Gu, Jianfa; Dai, Zhensheng;
- Subject: Physics - Plasma Physicsarxiv: Physics::Plasma Physics
A novel capsule target design to improve the hot-spot pressure in the high-adiabat implosion for inertial confinement fusion is proposed, where a layer of comparatively high-density material is used as a pusher between the fuel and the ablator. This design is based on o... View more
- Similar Research Results (8) publicationCoulomb drag between helical Luttinger liquids (2016)86%publicationCoulomb drag in monolayer and bilayer graphene (2011)86%publicationThe random walk penalised by its range in dimensions $d\geq 3$ (2018)81%publicationDark energy perturbations and cosmic coincidence (2009)80%publicationTowards low-loss telecom-wavelength photonic devices by designing GaBi$_{x}$As$_{1-x}$/GaAs core$-$shell nanowires (2019)78%publicationCrystalline ground states for classical particles (2005)73%publicationAn Atomistic Study of Diffusion-Mediated Plasticity and Creep using Phase Field Crystal Methods (2015)71%publicationCoulomb Drag and Spin Coulomb Drag in the presence of Spin-orbit Coupling (2006)70%
- Metrics
Share - Bookmark
- Download from