This paper offers a theoretical study of special type of electrostatic quadrupole deflection system (EQDS) intended for ion beam optics. We deal with EQDS consisting of electrode pairs with rotational symmetry design. This systems was pre-designed for an ion beam modification and trajectory controlling. Basic assumptions for determination of transfer characteristics of such systems are analysed on the basic of charged particle dynamics
Synthesis of electrostatic lenses was successfully achieved by using the cubic spline method or the ...
Synthesis of electrostatic lenses was successfully achieved by using the cubic spline method or the ...
We introduce a new beam-deflector d sign for chopping low-energy charged-particle beams, the quadrup...
The equations of motion of the charged particle under the action of electric forces in the simple El...
This research includes a study to understand the behavior of charged particles beam through consider...
Electrostatic storage rings have proven to be a valuable tool for atomic and molecular physics. Due ...
Electrostatic storage rings have proven to be a valuable tool for atomic and molecular physics. Due ...
In this paper, an approach to creating corpuscular-optical devices for transportation and transforma...
Electrostatic storage rings have proven to be a valuable tool for atomic and molecular physics. Due ...
Electrostatic storage rings have proven to be a valuable tool for atomic and molecular physics [1], ...
A comprehensive computer package for the calculation and simulation of charged-particle dynamics in ...
Electrostatic lenses have traditionally been designed by analyzing and combining different electrode...
represent a novel class of ion optical devices based upon electrodes patterned on planar surfaces, a...
High-voltage electrostatic quadrupoles are used for focusing ion beams at low energies in the induct...
Abstract Recent calculations concerning the quadrupole shape used as a focusing lens revealed a pote...
Synthesis of electrostatic lenses was successfully achieved by using the cubic spline method or the ...
Synthesis of electrostatic lenses was successfully achieved by using the cubic spline method or the ...
We introduce a new beam-deflector d sign for chopping low-energy charged-particle beams, the quadrup...
The equations of motion of the charged particle under the action of electric forces in the simple El...
This research includes a study to understand the behavior of charged particles beam through consider...
Electrostatic storage rings have proven to be a valuable tool for atomic and molecular physics. Due ...
Electrostatic storage rings have proven to be a valuable tool for atomic and molecular physics. Due ...
In this paper, an approach to creating corpuscular-optical devices for transportation and transforma...
Electrostatic storage rings have proven to be a valuable tool for atomic and molecular physics. Due ...
Electrostatic storage rings have proven to be a valuable tool for atomic and molecular physics [1], ...
A comprehensive computer package for the calculation and simulation of charged-particle dynamics in ...
Electrostatic lenses have traditionally been designed by analyzing and combining different electrode...
represent a novel class of ion optical devices based upon electrodes patterned on planar surfaces, a...
High-voltage electrostatic quadrupoles are used for focusing ion beams at low energies in the induct...
Abstract Recent calculations concerning the quadrupole shape used as a focusing lens revealed a pote...
Synthesis of electrostatic lenses was successfully achieved by using the cubic spline method or the ...
Synthesis of electrostatic lenses was successfully achieved by using the cubic spline method or the ...
We introduce a new beam-deflector d sign for chopping low-energy charged-particle beams, the quadrup...