The inevitable progress from betatron to high energy circular induction accelerators is
described. On the basis of an example of induction synchrotrons that has been put to …

A new scheme to produce very low emittance muon beams using a positron beam of about
45 GeV interacting on electrons on target is presented. One of the innovative topics to be …

There has been much research on longitudinal bunch splitting and coalescing for
accelerator performance improvements in rf synchrotrons. In this paper, we report a scheme …

We report a novel scheme for fast ion bunch compression by barrier pulse control in an
induction synchrotron in which an effective acceleration voltage pulse with a pseudo-linear …

Carbon ion emission from femtosecond laser ablation of a glassy carbon target is studied. A
Ti: sapphire laser (pulse duration τ~ 150 fs, wavelength λ= 800 nm, laser fluence F≤ 6.4 J …

Applying a solenoidal magnetic field to a laser produced plasma is a method to increase the
ion beam current supplied from a laser ion source to applications. The purpose of this study …

Beam dynamics of the racetrack-shape fixed field induction accelerator for giant cluster ions
were established. Linear optics theory and Runge-Kutta particle tracking approaches were …

Laser power density per pulse, which is commonly expressed with the unit of “W/cm 2,” is an
important parameter to characterize ablation plasma. To match a design charge state of …

We present in this paper the proposal of an experimental test at DAΦNE of the positron-ring-
plus-target scheme foreseen in the Low EMittance Muon Accelerator. This test would be a …

Carbon ions generated by ablation of a carbon target using an Nd: YAG laser pulse
(wavelength λ= 1064 nm, pulse width τ= 7 ns, and laser fluence of 10-110 J/cm 2) are …