- Full text PDF available (0)
- This year (0)
- Last 5 years (0)
- Last 10 years (2)
Journals and Conferences
The main results of the experimental study of a 140 GHz/1.5 MW coaxial gyrotron are summarized. The highly selective properties of the coaxial cavities and the possibility for controlling the electron beam parameters by means of changing the potential of the inner rod have been confirmed.
A high current, multi charged, metal ion source using electron heating of vacuum arc plasma by high power gyrotron radiation has been developed. The plasma is confined in a simple mirror trap with peak magnetic field in the plug up to 2.5 T, mirror ratio of 3-5, and length variable from 15 to 20 cm. Plasma formed by a cathodic vacuum arc is injected into… (More)
For the application of gyrotron to accurate measurement of DNP-NMR, frequency continuous tunability is desired in 2 GHz range at least. The demountable Gyrotron FU CW VI tube based on 15 T helium free superconducting magnet are under development. The gyrotron operation is in CW mode at the fundamental cyclotron harmonic. The output power is 100 W in the… (More)