Combined with the strong longitudinal electric component for any focused laser field, an acceleration channel is formed, which shows similar characteristics to that of a wave guide tube of conventional linear accelerators.
It s very important for nuclear experiments such as:multi-parameter measures in reactors> accelerators and neutronactiviation analysis to measure gamma spectrum and multi-scalerspectrum at the same time.
The physics and technology fundamental research on the Accelerator-Driven clean nuclear power System,Chinese ADS projects,is divided into several sub-items by the range of study. This work belongs to No. 03,one of the sub-items,which is mainly about the study of theory and calculation of microscope reaction data for neutron and proton induced reactions.
This paper des cribes the schematic and testing way of the beam transport for the 10MeV Linear Induction Accelerator(LIA)and analyzes the effect of the beam transverse motions on transporting of beams.
Experimental results of a long distance (60cm) transportation of an intense beam (400kV,2 5kA) generated by a linear induction accelerator are presented. Experimental results of modulated beam transportation confined by the mesh array are presented also. The results show that the focusing ability of the conducting meshes is not very sensitive to the beam energy.
The molten globule is recognized by a class of molecules called chaperones which act as accelerators of protein folding.
Kinetic model of the electron plasma component in plasma accelerators with closed drift
A procedure is suggested of measurement (without perturbing the discharge) of the thrust of ion-plasma jet accelerators, which is suitable for any types of Hall engines with arbitrary geometry of the discharge channel.
The concept of multiturn accelerators is developed in view of thermal loads in structural elements and in the zone of sliding electric contact.
Their basic advantages and disadvantages are assessed in comparison with ordinary single-channel accelerators.
The software and hardware systems that automate measurements of the characteristics of the ЛИУ 0.4/6 linear induction accelerator and the radiation parameters of its relativistic microwave oscillator are described.
An induction accelerator of cosmic rays on the axis of an accretion disk
A high-power vircator based on an ironless linear induction accelerator of electrons
These considerations, including some important assumptions, have led to a standard induction accelerator concept; however, a careful examination of the assumptions and considerations shows that many of them are not truly fundamental.
Induction accelerator development for heavy-ion fusion