The gyrotron is a microwave tube which employs the electron cyclotron maser interaction to produce high power output at millimeter wavelengths. It has important and growing applications for heating of plasmas in controlled thermonuclear fusion experiments. The Varian 60 GHz gyrotron has recently generated microwave power in excess of 200 kW during CW operation, wth excellent dynamic range and operating stability. This is the highest average power ever produced by a microwave tube in the millimeter wave region. A description of the gyrotron design and test results are presented
Megawatt (MW) gyrotrons with a wide frequency range from 14 to 300 GHz are being developed for the c...
The development of high-power gyrotrons (118 GHz, 140 GHz) in continuous-wave (CW) operation for hea...
Gyrotron oscillators (gyromonotrons) are mainly used as high power millimeter wave sources for elect...
The objective of this program is the design and development of a millimeter-wave device to produce 2...
A gyrotron oscillator with a single cylindrical cavity has produced output powers up to 645 kW and e...
This thesis reports the design, construction and testing of a 1.5 MW, 110 GHz gyrotron oscillator. T...
In this chapter, brief outline is presented about gyro-devices. Gyro-devices comprise of a family of...
Megawatt (MW) gyrotrons, with a wide frequency range from 14 to 300 GHz, are being developed as part...
AbstractHigh power microwave tubes are devices which generate or amplify electromagnetic radiation i...
Gyrotron oscillators (gyromonotrons) are mainly used as high power millimeter wave sources for elect...
Gyrotrons have reached impressive levels of performance such as pulse power output of a megawatt at ...
Gyrotron oscillators (gyromonotrons) are mainly used as high power millimeter wave sources for elect...
Gyrotron oscillators are mainly used as high power millimeter wave sources for electron cyclotron re...
The development of high power gyrotrons in continuous wave (CW) operation for heating of plasmas use...
The development of high-power gyrotrons (118 GHz, 140 GHz) in continuous-wave (CW) operation for hea...
Megawatt (MW) gyrotrons with a wide frequency range from 14 to 300 GHz are being developed for the c...
The development of high-power gyrotrons (118 GHz, 140 GHz) in continuous-wave (CW) operation for hea...
Gyrotron oscillators (gyromonotrons) are mainly used as high power millimeter wave sources for elect...
The objective of this program is the design and development of a millimeter-wave device to produce 2...
A gyrotron oscillator with a single cylindrical cavity has produced output powers up to 645 kW and e...
This thesis reports the design, construction and testing of a 1.5 MW, 110 GHz gyrotron oscillator. T...
In this chapter, brief outline is presented about gyro-devices. Gyro-devices comprise of a family of...
Megawatt (MW) gyrotrons, with a wide frequency range from 14 to 300 GHz, are being developed as part...
AbstractHigh power microwave tubes are devices which generate or amplify electromagnetic radiation i...
Gyrotron oscillators (gyromonotrons) are mainly used as high power millimeter wave sources for elect...
Gyrotrons have reached impressive levels of performance such as pulse power output of a megawatt at ...
Gyrotron oscillators (gyromonotrons) are mainly used as high power millimeter wave sources for elect...
Gyrotron oscillators are mainly used as high power millimeter wave sources for electron cyclotron re...
The development of high power gyrotrons in continuous wave (CW) operation for heating of plasmas use...
The development of high-power gyrotrons (118 GHz, 140 GHz) in continuous-wave (CW) operation for hea...
Megawatt (MW) gyrotrons with a wide frequency range from 14 to 300 GHz are being developed for the c...
The development of high-power gyrotrons (118 GHz, 140 GHz) in continuous-wave (CW) operation for hea...
Gyrotron oscillators (gyromonotrons) are mainly used as high power millimeter wave sources for elect...