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An evacuating device for generating an insulating vaccum around the superconducting winding of the rotor of an electric machine with an inner space which is surrounded by the winding and is permeated by the magnetic field of the winding in which a co-rotating ionization getter pump operating accordi

An evacuating device for generating an insulating vaccum around the superconducting winding of the rotor of an electric machine with an inner space which is surrounded by the winding and is permeated by the magnetic field of the winding in which a co-rotating ionization getter pump operating according to the sputter principle is diposed in the inner space and has at least two electrodes arranged perpendicular with respect the magnetic field eliminating the need for rotating sealing elements at a terminal head of the rotor.

대표청구항 ▼

In an evacuating device for generating an insulating vacuum around the superconducting winding of the rotor of an electric machine with an inner space which is defined at its inner circumference by a support cylinder and is surrounded by the winding and is permeated by the magnetic field of the wind

In an evacuating device for generating an insulating vacuum around the superconducting winding of the rotor of an electric machine with an inner space which is defined at its inner circumference by a support cylinder and is surrounded by the winding and is permeated by the magnetic field of the winding, comprising at least one ion getter pump operating according to the sputter principle, disposed in the inner space coupled to the support cylinder so as to co-rotate with the rotor, said pump having at least one anode electrode and at least a cathode electrode arranged at least approximately perpendicular with respect to the magnetic field in said space.