PROJECT TITLE :

Sheet Electron Beam Transport in a Metamaterial-Loaded Waveguide Under the Uniform Magnetic Focusing

ABSTRACT:

We tend to have theoretically investigated the transport of a sheet electron beam targeted by a homogenous axial magnetic field in a very metamaterial-loaded waveguide. A theoretical model has been proposed to research the sheet electron beam transport. During this model, we have used CST simulations to obtain the mean potential on the metamaterial because the boundary condition. Per the boundary condition, the house-charge electric field and therefore the beam curling are theoretically analyzed. It's found that the beam curling can be greatly reduced by decreasing the spacing between the metamaterial and also the sheet electron beam. This model is verified using the CST simulations. This paper can pave the means for developing complete new metamaterial-based vacuum electron devices with a sheet electron beam.