dense plasmas
Extreme ultraviolet emission from dense plasmas generated with sub-10-fs laser pulses
... Although the PIC code is ideal for a detailed understand- ing of the absorption processes, the calculation of the XUV emission requires the simulation of the plasma expansion over much larger temporal and spatial scales. ...
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Progress of ECRH by EBW in over-dense plasmas and controlling the confinement regime by ECCD with high power launching in LHD
... With the development of the high density operation e.g. the formation of the super dens core (SDC) plasma in LHD, [2] study of ECRH by the EBW has grown in importance. Because the electron density at the electron ...
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Nonlocal Electron Heat Transport in Magnetized Dense Plasmas
... Nonlocal electron heat transport in magnetized dense plasmas is studied numerically using a nonlinear Fokker–Planck (FP) model with self-consistent electric fields. The nonlocal effect in electron heat ...
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Laboratory measurements of resistivity in warm dense plasmas relevant to the microphysics of brown dwarfs
... warm, dense matter in the ...in dense plasmas, and at the centre of a brown dwarf star, is higher than one would determine from commonly used ...
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3d electron fluid turbulence at nanoscales in dense plasmas
... In conclusion, we have presented results from 3D nonlinear fluid simulations of the electron fluid turbulence at nanoscales in an unmagnetized warm dense plasma. The mode couplings between the electron wave ...
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Energy transfer from energetic ions to dense plasmas
... a dense plasma. The phase-space regimes in which dense plasmas exist imply that it is im- portant to include a quantum treatment of this particle ...
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Laboratory measurements of resistivity in warm dense plasmas relevant to the microphysics of brown dwarfs
... warm dense plasmas in the laboratory, which we relate to the micro- physics of brown dwarfs through viscosity and electron ...warm dense plasma related to the viscosity of brown ...
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Ionization rate coefficients in warm dense plasmas
... warm, dense plasma using Fermi-Dirac statistics and compares them to the rates of the usual Maxwell-Boltzmann approach of many collisional- radiative ...of plasmas at solid density close to local ...
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Unraveling resistive versus collisional contributions to relativistic electron beam stopping power in cold-solid and in warm-dense plasmas
... 12 An estimate of the total REB energy losses is obtained by integrating the energy deposited by the two mecha- nisms over the whole Al sample. The results are pre- sented in Fig. 12 (left panel) where the integrated ...
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Enhanced laser-energy coupling to dense plasmas driven by recirculating electron currents
... of dense plasma, the dominant laser energy coupling mechanisms, such as J × B acceleration [ 10 ] , vacuum heating [ 11 ] and resonance absorption [ 12 ] , are sensitive to parameters including the laser ...
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Nonlinear Aspects of Quantum Plasma Physics: Nanoplasmonics and Nanostructures in Dense Plasmas
... equations [5] by incorporating the quantum force associ- ated with the Bohm potential [5]. The Wigner-Poisson (WP) model [19, 20] has been used to derive a set of quantum hydrodynamic (QHD) equations [2,3] for a ...
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A nonlinear model for magnetoacoustic waves in dense dissipative plasmas with degenerate electrons
... of plasmas under extreme conditions is the compressed matter in white dwarf stars [20, 21, ...degenerate plasmas have been investigated theoretically [26], while linear and nonlinear magneto-acoustic waves ...
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Nonlinear Dynamics of Rotating Multi-Component Pair Plasmas and e-p-i Plasmas
... e-p plasmas may also be characterized by the presence of positive ions, in addition to electrons and ...(e-p-i) plasmas oc- cur in various astrophysical contexts, such as the early universe [6], active ...
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Parametric instabilities in inhomogenous plasmas
... computer simulations, a technique which has been of considerable use in recent years. It is very much a sledge-hammer attack on the problem. By virtue of this technique mirroring the real situation, one must guard ...
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Relativistic theory of plasmas.
... from the Boltzmann equation with the assumption that the local vel ocity distribution is isotropic in the reduced velocity three-space, the equations of magnetohydrodynamics no longer hold in general. Instead of using ...
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Collisions in magnetised plasmas*
... of using the BBGKY expansion [3] we rather follow an averaging procedure, as proposed in [4], based on the ability of differentiating various states to determine a state probability that is assumed to be continuous. In ...
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On semi homeomorphisms
... Now, for somewhat openess part, consider a dense set D contained shall show tlat f-D is dense in X... f-D is not dense..[r] ...
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Efficient Computation of Collisional ℓ-mixing Rate Coefficients in Astrophysical Plasmas
... Efficient computation of collisional `-mixing rate coefficients in astrophysical plasmas.. Sadeghpour 7.[r] ...
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Charged Particles in a Dielectric with Friction is THE Fundamental Problem in Plasmas, including Plasmas of Life
... RyR RyR Channel Channel PNP/DFT Monte Carlo PNP/DFT Monte Carlo Selectivity filter Various. many − charges[r] ...
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Charged Particles in a Dielectric with Friction is THE Fundamental Problem in Plasmas, including Plasmas of Life
... Electric Force from all charges including Permanent charge of Protein, Dielectric Boundary charges, Boundary condition charge Schuss, Nadler, Eisenberg... Electric Force from Poisson Equ[r] ...
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