Rozov A.S., Baiburin V.B. Simulation of charge trajectories in a cylindrical beam in the presence of a variable magnetic field. Journal of Communications Technology and Electronics. 2014 59(9): 910-913. doi : 10.1134/S106422691408017
We demonstrated the voltage-driven charge-mediated 180$^\\circ$ magnetization switching at room temperature by combining first-principles calculations and temperature-dependent magnetization dynamics simulation. The electric field ($E$) induced interface charge is found to allow a giant modulation of the...
You can then run the app to compute the gas pressure and electric potential in the simulation domain and the path of the neutralized beam. The efficiency of the charge exchange cell, measured as the fraction of incoming ions that are neutralized, is also reported. Using the Charge Exchange ...
An EBIS charge breeder has been constructed to be used for the Rare Isotope Science Project in Korea. A 6 T superconducting solenoid is used for the trap, and uniform magnetic field is extended with correction coils at the ends. The effect of field uniformity on the electron current density ...
The simulation results show that neither the electric nor the magnetic field propagation factors are very sensitive to the risetimes of the current pulses. However, the results indicate a high variability of the propagation factors as a function of the branch‐to‐channel junction point height. ...
Fig. 1: A qubit based on the natural wavefunctions in a carbon nanotube. a Single particle energy spectrum of a single quantum dot in a carbon nanotube, as a function of magnetic field parallel to the tube axis, B||. Each spatial wavefunction (gray illustrations, bottom) has at B|| ...
The uniform magnetic field B exists throughout the simulation system. In (A), the beam particles are shown responding to the Lorentz force upon injection. In (B), space-charge layers form resulting in the polarization field. The beam continues to E × B drift into the magnetic field.From ...
For the numerical simulation of the chemical reactivity between water and substrates, the traditional molecular dynamics simulation based on semi-empirical approximation is not ideal. Periodic density functional theory (DFT) is becoming the standard method widely used in modeling surface processes and ...
However, using PIC and 3D electrodynamic solver technology for surface charging produces predictively accurate simulations of the surface level in any orbit. To optimize your simulation further, integration withAnsys Systems Tool Kit (STK)enables you to create a multidomain scenario to visualize your ...
This magnetic field is generated by the spectator protons in the col- lision, and may be captured if the medium produced has finite electric conductivity [5]. In order to quantify the effects of the magnetic field, one must study the mutual interactions of this magnetic field and the matter...