Low-energetic ion and antimatter beams are very attractive for a number of fundamental
studies. The diagnostics of such beams, however, is a challenge due to low currents down to …

Scintillating screens are frequently used to detect ionizing particles and are of the great
importance for transverse beam profile monitoring at nearly all particle accelerators. The …

In this research, a spatial electron beam scanning is reported. There are various methods for
ion and electron beam scanning. The best known of these methods is the wire scanning …

The MuCool Test Area (MTA) at Fermilab is a facility to develop the technology required for
ionization cooling for a future Muon Collider and/or Neutrino Factory. As part of this research …

Laser plasma interaction with ultraintense pulses present exciting schemes for accelerating
ions. One of the advantages conferred by using a gaseous laser and target is the potential …

A wire scanner designed to measure the spatial characteristics of beams of relativistic and
nonrelativistic charged particles, as well as beams of X-ray and gamma radiation, is …

The beam characterization studies in terms of beam current, beam profile and RMS
normalized emittance have been carried out in a duoplasmatron ion source developed for …

Ion and antiproton beams at keV energies are very attractive for a number of fundamental
studies. The diagnostic of these beams, however, is a challenge because most detectors are …

A large part of current research and innovation capacity depends on high quality electron
beams. Electron accelerators are found in many applications from cancer therapy, cargo …

In the X-ray examination or treatment, a Kerma-area product (KAP) meter is usually
integrated in the X-ray system for calibrating the amount of ionizing radiation according to …