-transparent.png){kind=logo}
In this paper design of a 10 kV, 10 kW transverse electron gun, suitable for reactive evaporation, supported by simulation and modeling, is presented. Simulation of the electron beam trajectory helps in locating the emergence aperture after 90° bend and also in designing the crucible on which the beam is finally incident after 270° bend. The dimension of emergence aperture plays a vital role in designing the differential pumping system between the gun chamber and the substrate chamber. Experimental validation is done for beam trajectory by piercing a stainless steel plate at 90° position which is kept above the crucible.
| UI | MeSH Term | Description | Entries |
|---|
Related Publications
Namita Maiti, and
U D Barve, and
M S Bhatia, and
A K Das
November 2013,
The Review of scientific instruments,
Namita Maiti, and
U D Barve, and
M S Bhatia, and
A K Das
January 2015,
The Review of scientific instruments,
Namita Maiti, and
U D Barve, and
M S Bhatia, and
A K Das
February 2015,
The Review of scientific instruments,
Namita Maiti, and
U D Barve, and
M S Bhatia, and
A K Das
April 2023,
The Review of scientific instruments,
Namita Maiti, and
U D Barve, and
M S Bhatia, and
A K Das
October 2014,
The Review of scientific instruments,
Namita Maiti, and
U D Barve, and
M S Bhatia, and
A K Das
January 2005,
Scanning,
Namita Maiti, and
U D Barve, and
M S Bhatia, and
A K Das
January 2021,
Scientific reports,
Namita Maiti, and
U D Barve, and
M S Bhatia, and
A K Das
May 2022,
Scientific reports,
Namita Maiti, and
U D Barve, and
M S Bhatia, and
A K Das
February 2002,
Applied optics,
Namita Maiti, and
U D Barve, and
M S Bhatia, and
A K Das
February 2014,
The Review of scientific instruments,
