CUSTOM DESIGN OF MEDIUM ENERGY LINEAR ACCELERATOR. SYSTEMS. Kai Dunkel .... in-house developed analysing software (Fig. 3). 32 events within ...
art due to extensive use for medical and industrial purposes. At present, there are thousands of standing-wave (SW) machines for radiotherapy, radiography, ...
Richland, Washington, will provide a high neutron flux ... erated life testing, accumulating in one year t .... matching throughout the entire acceleration process in.
A relativistic Hamiltonian is taken as starting point for an- alytical calculations of the particle motion in a low energy electron linear accelerator. In this ...
rent status are discussed in this paper. I. INTRODUCTION. Electrons are accelerated to 200-MeV by the electron linac, and then impinge on a tungsten positron ...
Abstract. The version of alternating phase focusing in an ion linear accelerator is discussed. It is based on a periodic shift of the bunch from the region of ...
Abstract. The version of alternating phase focusing in an ion linear accelerator is discussed. It is based on a periodic shift of the bunch from the region of ...
Thorium fueled Accelerator Driven Subcritical Reactors have been proposed as ... of creationâ and each particle will interact with existing matter (which is made ...
a side-wall input coupler. The goal is to ... cavity geometry has evolved from the accelerator structure .... walls and at the dielectric-wall joints, respectively, must.
NEUTRON ACTIVATOR AT THE JRC CYCLOTRON OF ... production of radioisotopes for cancer therapy, that are more typically ... 1, a fast neutron flux is first.
accelerator complex dedicated to the detection of the CP- ... or promotional purposes or for creating new collective works for resale or redistribution to servers.
the ADSR performance for novel ADSR configurations in- .... start to have an impact on the ADSR performance. The ... 10/index.php/Benchmark:2ndWorkProg.
ing for a larger number of accelerator facilities. The results may provide useful insights to advance the training-plans for operators of particle accelerators.
The requirements of the design of beam transport systems for selecting .... Dynamics Newsletter, No. 20, August ... .
diagnostics, upgrades to the RF system and vacuum chamber and a full .... A set of Inductive Output Tubes. (IOT's) will be adopted as the RF amplifiers [5] rather.
Dinh Nguyen, Noel Oka. 8. Louis. Rivera, Jake Salazar, Boyd .... Miller, J. C. Sheppard, C. K. Sinclair, and J. Sodja,. âUpdate on the High-Current. Injector for the.
particle beam condition are also discussed. Introduction. The Advanced Photon Source [1] linear accelerator system consists of a 200-MeV, 2856-MHz S-band ...
witness slice eNbunchλ(z)dz (e is charge of the particle and Nbunch is the number of particles in ... Each slice leaves behind a wake-field (at the bottom).
In particle accelerators, the electromagnetic interaction between beam particles and their surroundings have ... wake, driving and detuning, linear and nonlinear.
In the case of the resistive wall impedance of simple chamber geometries a handy theoretical ... for measuring NiZn ferrites and dielectric material (e.g. SiC).
Abstract: The design of ESS-Bilbao RFQ. (RadioFrequency Quadrupole) linear accelerator cavity using COMSOL Multiphysics is presented. In this paper, the ...
The linear accelerator(LINAC) [4] produces electron beam of energy of 15 MeV. The parameters of the electron beam are pulsed current 130 mA, pulse width 4.5 ...
Abstract. In this paper we present the theoretical design of two undulators for the LLS storage ring, to be built in. Barcelona, as they are described in the design ...
ENERGY BEAM TRANSPORT LINE OF THE LIPAC ACCELERATOR*. C. Oliver#, B. Brañas, ... high current beam from the RFQ to the Superconducting. RF accelerating .... lead to a non-negligible interaction, a combined model with the ...
IEEE Transactionson NuclearScience,Vol. NS-26,No. 3, June 1979 DESIGN OF A MAGNETICLINEAR ACCELERATOR(MAGLAC) AS DRIVER FOR IMPACT FUSION (IF)*+ K.W. Chen, R.W. Hartung, Michigan
State University,
E. Lehman, and S.D, Mahanti East Lansing,
ABSTRACT Concept and design of a magnetic linear accelerator to accelerate a 0.1-1.0 gm superconducting solenoid projectile to a velocity exceeding lo5 m/s are presented, Such a device could serve as ignitor for inertial confinement fusion. We propose a magnetic linac in which the longitudinal acceleration elements are individually controlled. Transverse and rotational motions are stable. Accelerator and projectile elements are described. We find no obstacle to development of this concept, I Introduction Inertial derway seek ious drivers tium (D-T). microexplosicn within Q 10 The targets
confinement fusion programs currently unto ignite microexplosions by applying varto targets containing deuterium and triTt is generally accepted that to ignite a requires over 1 megajoule (MJ) of energ ns (1014 W) into a target of volume 10m6 mY :;hould contain about 0.01 g of D-T fuel.
We advance here a concept and a design of a driver Ignition which provides a simple match to the target. is caused by a macroscopic particle (O.l-1,O g) travelling at hypervelocity (5 lo6 m/s). We call this method of fusion by the generic name Impact Fusion (IF), and the driver, Magnetic Linear -Accelerator (MAGLAC). -Impact of a fast object onto dense matter causes a shock wave accompanied by a rise in pressure and temperature. Actieving controlled fusion through direct impact of a Ilrojectile has many advantages. One advantage is the simplicity of ignition. During impact a large amount of momentum is delivered onto the target, without need to convert kinetic energy to momentum. The basic compression is governed by classical hydrodynamics Fusion target design should then be relatively simple. Simplicity ir also gained in reactor vessel design, as it can be maintained at high pressure. Space charge required in forces, which limit the high intensities e-beam or ion-beam drivers are absent. The accelerator and the reactor chamber can be isolated except for a Thus the small hole (a few mm) for projectile entry, shock waves generated by the microexplosion are not expected to perturb alignment of accelerator elements. Previously methods for accelerating macroscopic projectiles have been proposed or tried. These methods include light gas gun (
