A Hamiltonian theory has been formulated, which is used to calculate accelerated particle motion in standing-wave RF structures. In particular, these calculations have been applied to the Eindhoven racetrack microtron accelerating cavity. The calculations are in excellent agreement with simulations performed by particle-tracking codes
A 17-cell bi-periodic standing wave slot coupled structure will be used as accelerating structure fo...
Accelerator theory is a broad area of study involving the behaviour of particle beams. Out of the ma...
The purpose of this note is to describe the electrical and mechanical properites of particle acceler...
A Hamiltonian theory has been formulated, which is used to calculate accelerated particle motion in ...
A Hamiltonian theory has been formulated, which is used to calculate accelerated particle motion in ...
A Hamiltonian theory has been formulated, which is used to calculate accelerated particle motion in ...
A Hamiltonian theory has been formulated, which is used to calculate accelerated particle motion in ...
A Hamiltonian theory, in which electromagnetic space waves and longitudinal electric fields are inco...
A Hamiltonian theory, in which electromagnetic space waves and longitudinal electric fields are inco...
A Hamiltonian theory, in which electromagnetic space waves and longitudinal electric fields are inco...
The transverse motion of a relativistic charged particle in a radio-frequency linear accelerator (rf...
In this lecture the basic concepts of electromagnetic waves in accelerating structures are discussed...
A 17-cell bi-periodic standing wave slot coupled structure will be used as accelerating structure fo...
In this paper, the cyclotron autoresonance acceleration of electrons in a stationary inhomogeneous m...
A 17-cell bi-periodic standing wave slot coupled structure will be used as accelerating structure fo...
A 17-cell bi-periodic standing wave slot coupled structure will be used as accelerating structure fo...
Accelerator theory is a broad area of study involving the behaviour of particle beams. Out of the ma...
The purpose of this note is to describe the electrical and mechanical properites of particle acceler...
A Hamiltonian theory has been formulated, which is used to calculate accelerated particle motion in ...
A Hamiltonian theory has been formulated, which is used to calculate accelerated particle motion in ...
A Hamiltonian theory has been formulated, which is used to calculate accelerated particle motion in ...
A Hamiltonian theory has been formulated, which is used to calculate accelerated particle motion in ...
A Hamiltonian theory, in which electromagnetic space waves and longitudinal electric fields are inco...
A Hamiltonian theory, in which electromagnetic space waves and longitudinal electric fields are inco...
A Hamiltonian theory, in which electromagnetic space waves and longitudinal electric fields are inco...
The transverse motion of a relativistic charged particle in a radio-frequency linear accelerator (rf...
In this lecture the basic concepts of electromagnetic waves in accelerating structures are discussed...
A 17-cell bi-periodic standing wave slot coupled structure will be used as accelerating structure fo...
In this paper, the cyclotron autoresonance acceleration of electrons in a stationary inhomogeneous m...
A 17-cell bi-periodic standing wave slot coupled structure will be used as accelerating structure fo...
A 17-cell bi-periodic standing wave slot coupled structure will be used as accelerating structure fo...
Accelerator theory is a broad area of study involving the behaviour of particle beams. Out of the ma...
The purpose of this note is to describe the electrical and mechanical properites of particle acceler...