Add to ORKGAn automatic device is described which allows the continuous measurement of the resonant frequency and /b Q/ factor of a microwave cavity to accuracies within 100 parts in 10/sup 6/ and a few per cent., respectively.Anglai
A new cavity perturbation technique is presented for microwave measurement of dielectric constant, w...
A method of automatic measurement and recording of intensities in the near-field range of a microwav...
Extensive R&D efforts are being invested at CERN into the fundamental science of the RF superconduct...
In the previous paper, Ney and Gardiol (see ibid., vol.26, p.10-13 (1977)) proposed an automatic dev...
An automated test platform aiming at accurate and efficient cavity characterizations has recently be...
Complex permittivity measurement with cavity perturbation technique -- Rectangular resonant cavity d...
An algorithm is developed for the HP automated network analyzer that can determine the three basic p...
In this paper, a system for precise frequency stabilization of a microwave cavity is presented. A ca...
The structure of an automated measuring system for the study of the frequency characteristics of mic...
This paper has as its objective the presentation of the theory involved and method used with respect...
Cavity-type coupling structures can be used for industrial microwave radiometric temperature measure...
An algorithm has been developed for an HP network analyzer that can determine the resonant frequency...
"June 28, 1946."Includes bibliographical references.Army Signal Corps Contract No. W-36-039 sc-32037...
Perturbation techniques are employed at Daresbury to evaluate higher order mode and shunt impedance ...
An apparatus has been constructed in which the output of a 5 mc/s crystal-controlled oscillator of s...
A new cavity perturbation technique is presented for microwave measurement of dielectric constant, w...
A method of automatic measurement and recording of intensities in the near-field range of a microwav...
Extensive R&D efforts are being invested at CERN into the fundamental science of the RF superconduct...
In the previous paper, Ney and Gardiol (see ibid., vol.26, p.10-13 (1977)) proposed an automatic dev...
An automated test platform aiming at accurate and efficient cavity characterizations has recently be...
Complex permittivity measurement with cavity perturbation technique -- Rectangular resonant cavity d...
An algorithm is developed for the HP automated network analyzer that can determine the three basic p...
In this paper, a system for precise frequency stabilization of a microwave cavity is presented. A ca...
The structure of an automated measuring system for the study of the frequency characteristics of mic...
This paper has as its objective the presentation of the theory involved and method used with respect...
Cavity-type coupling structures can be used for industrial microwave radiometric temperature measure...
An algorithm has been developed for an HP network analyzer that can determine the resonant frequency...
"June 28, 1946."Includes bibliographical references.Army Signal Corps Contract No. W-36-039 sc-32037...
Perturbation techniques are employed at Daresbury to evaluate higher order mode and shunt impedance ...
An apparatus has been constructed in which the output of a 5 mc/s crystal-controlled oscillator of s...
A new cavity perturbation technique is presented for microwave measurement of dielectric constant, w...
A method of automatic measurement and recording of intensities in the near-field range of a microwav...
Extensive R&D efforts are being invested at CERN into the fundamental science of the RF superconduct...