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Advanced Gyrotron Concepts for Spectroscopic Applications
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Background:
Currently, some modern spectroscopic applications require sub-terahertz
and terahertz continuous-wave electromagnetic radiation sources with power levels from 0.1 to 100
W. Gyrotron, a powerful high-frequency vacuum electronics device, is considered one of the promising
sources for these aims.
Methods:
Modification of the gyrotron design promotes the widespread use of these devices for
DNP/NMR spectroscopy.
Results:
Promising non-canonical concepts are presented, the features of which compare favorably
with the classical gyrotron scheme.
Conclusion:
The gyrotron concepts we considered allow us to master the terahertz range and develop
a unique gyrotron installation for each scientific group, considering the specifics of their
scientific research.
Bentham Science Publishers Ltd.
Title: Advanced Gyrotron Concepts for Spectroscopic Applications
Description:
Background:
Currently, some modern spectroscopic applications require sub-terahertz
and terahertz continuous-wave electromagnetic radiation sources with power levels from 0.
1 to 100
W.
Gyrotron, a powerful high-frequency vacuum electronics device, is considered one of the promising
sources for these aims.
Methods:
Modification of the gyrotron design promotes the widespread use of these devices for
DNP/NMR spectroscopy.
Results:
Promising non-canonical concepts are presented, the features of which compare favorably
with the classical gyrotron scheme.
Conclusion:
The gyrotron concepts we considered allow us to master the terahertz range and develop
a unique gyrotron installation for each scientific group, considering the specifics of their
scientific research.
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