Keywords: شتاب الکترون; Laser-plasma interaction; 3/2 dimensional Hamiltonians; Electron acceleration;
مقالات ISI شتاب الکترون (ترجمه نشده)
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در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: شتاب الکترون; Electron acceleration; Gaussian beam; Global optimization;
Keywords: شتاب الکترون; 52.38.Kd; 52.38.Hb; 52.35.Mw; Relativistic ponderomotive force; Electron acceleration; Weak inhomogenous underdense plasma;
Keywords: شتاب الکترون; Laser-plasma interactions; Electron acceleration; Magnetohydrodynamics;
Keywords: شتاب الکترون; Underdense plasma; Electron acceleration; Classical electrodynamics; Relativistic equation of motion; Ultrashort laser pulses
Keywords: شتاب الکترون; Electron acceleration; Vacuum; Circularly polarized laser pulse; Azimuthal magnetic field
Keywords: شتاب الکترون; Electron acceleration; Laser-plasma acceleration; Linear wakefield; Piecewise-homogeneous model; External electron bunch injection;
Keywords: شتاب الکترون; Electron conic; Wave particle interactions; Ionosphere; Electron acceleration; Mars; Earth;
Keywords: شتاب الکترون; Laser wakefield; Laser plasma accelerator; Electron acceleration; Capillary tube; Electron beam stability;
Keywords: شتاب الکترون; Non-symmetric wakefields; Capillary waveguides; Electron acceleration;
Keywords: شتاب الکترون; Atmospheric electricity; Thunderstorms; Electron acceleration; Lightning initiation
Keywords: شتاب الکترون; Photoelectron emission; Plasmon field enhancement; Electron acceleration; Few-cycle pulses;
Keywords: شتاب الکترون; Axicon laser; Axial magnetic field; Electron acceleration; Vacuum
Keywords: شتاب الکترون; 41.75.Jv; 52.38.Kd; 52.65.-y; 52.65.RrDirect laser acceleration; Electron acceleration; Near critical plasmas; PIC simulations
Electron acceleration from rest to GeV energy by chirped axicon Gaussian laser pulse in vacuum in the presence of wiggler magnetic field
Keywords: شتاب الکترون; Electron acceleration; Vacuum; Radially polarized axicon; Gaussian laser; Wiggler magnetic field;
Storm phase-partitioned rates and budgets of global Alfvénic energy deposition, electron precipitation, and ion outflow
Keywords: شتاب الکترون; Inertial Alfvén waves; ULF waves; Geomagnetic storms; Dynamic coupling; Ion outflow; Electron acceleration;
GeV electron acceleration by a Gaussian field laser with effect of beam width parameter in magnetized plasma
Keywords: شتاب الکترون; Circularly polarized laser; Gaussian laser field; Axial magnetic field; Laser beam width parameter; Electron acceleration;
In situ measurements of the Runaway Breakdown (RB) on Aragats mountain
Keywords: شتاب الکترون; Atmospheric high-energy physics; Electron acceleration; Electron energy estimation; Scintillators;
Investigations of the concept of a multibunch dielectric wakefield accelerator
Keywords: شتاب الکترون; Wakefield excitation; Dielectric structure; Sequence of bunches; Electron acceleration;
AWAKE, The Advanced Proton Driven Plasma Wakefield Acceleration Experiment at CERN
Keywords: شتاب الکترون; AWAKE; Proton driven plasma wakefield acceleration; Linear accelerators; Plasma wakefield; Electron acceleration;
Laser plasma acceleration of electrons with multi-PW laser beams in the frame of CILEX
Keywords: شتاب الکترون; Laser plasma acceleration; LPA; Multi-stage LPA; PW laser; Electron acceleration; Laser wakefield;
Influence of properties of the Gaussian laser pulse and magnetic field on the electron acceleration in laser–plasma interactions
Keywords: شتاب الکترون; Laser pulse; Electron acceleration; Plasma
Evolution of the Io footprint brightness II: Modeling
Keywords: شتاب الکترون; Io–Jupiter interaction; Io footprint; Electron acceleration; Alfvén waves
A plasma wiggler beamline for 100 TW to 10 PW lasers
Keywords: شتاب الکترون; Laser wakefield acceleration; Electron acceleration; Synchrotron radiation; X-ray radiation
Laser induced electronic acceleration process in nano dot
Keywords: شتاب الکترون; Nano dot; Laser; Electron acceleration; Small size effect;
Explanation of dominant oblique radio emission at Jupiter and comparison to the terrestrial case
Keywords: شتاب الکترون; Jupiter-Io interaction; S-bursts; Radio emissions; Electron acceleration; Potential drops; Earth AKR;
Electron acceleration by laser produced wake field: Pulse shape effect
Keywords: شتاب الکترون; 52.38.Kd; 52.38.−r; 41.75.Jv; 52.35.MwWake field; Laser pulse shapes; Electron acceleration
In search of a new ULF wave index: Comparison of Pc5 power with dynamics of geostationary relativistic electrons
Keywords: شتاب الکترون; ULF waves; Electron acceleration; Plasma turbulence; Magnetic storms
Estimation of the acceleration ability for electrons in SiO2 and the tunneling effect
Keywords: شتاب الکترون; 73.61.Jc; 77.55.+f; 78.60.Fi; Electron acceleration; Tunneling effect; Inorganic electroluminescence (IEL);
Heater-induced altitude descent of the EISCAT UHF ion line enhancements: Observations and modelling
Keywords: شتاب الکترون; Ionospheric heating; Wave-plasma interactions; Electron acceleration;
Electron acceleration at the Io’s ionosphere and origin of active longitudes in the Jovian decametric radio emission
Keywords: شتاب الکترون; Jovian decametric radio emission; Electron acceleration; Fine structure
What can we learn about accelerated electrons in coronal loops from analysis of solar type IV radio bursts?
Keywords: شتاب الکترون; Solar radio emission; Electron acceleration; Fine structure; Plasma instability;
Motivation and development of ultrafast laser-based accelerator techniques for chemical physics research
Keywords: شتاب الکترون; 52.38.Kd; 82.50; 82.53; 82.53.Uv; Radiation chemistry; Ultrafast phenomena; Terawatt lasers; X-ray generation; Electron acceleration; Laser wakefield accelerator;
Are Io's Alfvén wings filamented? Galileo observations
Keywords: شتاب الکترون; Alfvén wing; Filamentation; Electron acceleration; Wave propagation; Inhomogeneity; Io-Jupiter interaction;