In present paper, an approach for high yield compact DD neutron generator based on a high
current gasdynamic electron cyclotron resonance ion source is suggested. Results on dense …

The terahertz radiation has been demonstrated in pulse gyrotrons. Pulsed coils with field
intensity up to 50T have been developed and tested. After more than 3500 shorts no any …

Formation of hydrogen ion beams with high intensity and low transverse emittance is one of
the key challenges in accelerator technology. Present work is devoted to experimental …

The applications of ion beams are manifold. In most systems, improved extraction of the ion
beam from the ion source can help to increase the ion beam current or to improve the ion …

A pepper-pot–scintillator screen system has been developed and used to measure the
emittance of DC ion beams extracted from a high-intensity permanent magnet ECR ion …

During recent research in the IAP RAS a new type of ECR ion sources with plasma heating
by powerful gyrotron millimeter wave radiation was developed. Due to the high frequency …

Boron-neutron capture therapy (BNCT) is a perspective treatment method for radiation
resistant tumors. Unfortunately its development is strongly held back by a several physical …

This work describes improvement of the magnetic trap and beam-formation system of the
GISMO (Gas-Dynamic Ion Source for Multipurpose Operation) electron-cyclotron-resonance …

A gas-dynamic ECR ion source (GaDIS) is distinguished by its ability to produce high current
and high brightness beams of moderately charged ions. Contrary to a classical ECR ion …

Experimental data for generating intense beams of multiply charged heavy gas ions are
reported. The beams are extracted from the dense plasma of an ECR discharge with quasi …