Method and device for changing the direction of movement of a beam of accelerated charged particles

A method of changing a direction of movement of a beam of accelerated charged particles having a specified charge Q and an energy E, comprising:

• (a) injecting the beam of accelerated charged particles into a bent channel,
• the bent channel is a closed ring,
• the bent channel having a wall made of a material capable of electrization, and the bent channel includes:
• a smooth line longitudinal axis having a least radius of curvature R,
• a least thickness d of the wall, and
• a longest distance h between two points of an inner surface of the wall located in a cross-section of the bent channel on a same normal to the inner surface, and
• an electric strength Ues of the bent channel wall material,
• wherein the energy, charge, least radius of curvature, least thickness of the wall, longest distance between two points of an inner surface of the wall, and electric strength of the wall material satisfy the inequality:
• E/Q<RdUes/h;
• and
• (b) transporting the beam of accelerated charge particles through the bent channel by electrization of the wall with a charge sign equal to a sign of a charge of the beam of accelerated charged particles,
• wherein a pressure of less than or equal to 10−12 atm is provided in the bent channel during transporting of the beam,
• wherein the transporting of the beam of accelerated charged particles is carried out without use of magnets to control the direction or the transport of the beam, and
• wherein transporting of the beam of accelerated charged particles is carried out without blocking of the bent channel.