Title
Characteristics and applications of fast-wave gyrodevices
Abstract
Gyrodevice oscillators and amplifiers (or gyro-oscillators and gyro-amplifiers) are being utilized in a variety of applications where high power levels are required at millimeter-wave frequencies. Gyro-oscillators, developed primarily for magnetic fusion research applications, have achieved power levels near 1 MW for pulse durations in excess of 1 s at frequencies above 100 GHz. Continued work on these devices should enable them to achieve continuous-wave operation at multimegawatt power levels at frequencies in the 100-GHz to 200-GHz range, thereby meeting the requirements of planned magnetic fusion experiments. The development of gyro-oscillators for fusion experiments has led to the utilization of the devices in several industrial applications, such as ceramic sintering and metal joining. Activities in this area involve adapting the oscillators to the industrial environment where reliability, efficiency, and ease of operation are paramount. Gyro-amplifiers are being developed for applications requiring phase coherence and instantaneous bandwidth, such as in linear accelerators and millimeter-wave radar. Impressive results from X-band to W-band already suggest the promise of these devices. Potential new applications and novel gyrodevice design approaches continue to attract the attention of researchers around the world
Year
DOI
Venue
1999
10.1109/5.757254
Proceedings of the IEEE
Keywords
DocType
Volume
gyrotrons,millimetre wave oscillators,millimetre wave power amplifiers,millimetre wave tubes,1 MW,100 to 200 GHz,ceramic sintering,fast-wave gyrodevice,gyro-amplifier,gyro-oscillator,linear accelerator,magnetic fusion,metal joining,millimeter-wave power device,millimeter-wave radar
Journal
87
Issue
ISSN
Citations 
5
0018-9219
1
PageRank 
References 
Authors
1.36
2
7
Name
Order
Citations
PageRank
K. L. Felch111.36
B. G. Danly211.36
H. R. Jory311.36
K. E. Kreischer411.36
W. Lawson511.36
Levush, B.673.06
R. J. Temkin711.36