<i>Elements of Maser Theory</i>

Vuylsteke, Arthur A.; Hagger, H. J.

doi:10.1063/1.3057809

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Microwave Cavity Resonators1

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1962

2014

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Cited by 7 publications

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“…Non-oscillating or 'passive' masers are operated as very narrow band amplifiers. An easily visualized mode of operation is to consider that a circulator is placed in the line from the cavity coupling loop [19]. A weak signal is introduced into the resonator via the input port of the circulator and the amplified signal is observed from the output port of the circulator.…”

Section: Microwave Cavity Resonatorsmentioning

confidence: 99%

The atomic hydrogen maser oscillator

Vessot¹

2005

Metrologia

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This paper outlines the evolution of the hydrogen maser oscillator and describes the basic operational requirements and the present technology. Design features of a high stability maser oscillator for use in space, maser operation at 0.5 K and the present uses of H-masers are discussed.Due to an unfortunate error, the first section (i.e. the Introduction) of the original paper by Dr Robert F C Vessot was not printed in its entirety. The full text of the missing section is printed below, together with the appropriate list of references.

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Section: Microwave Cavity Resonatorsmentioning

confidence: 99%