Add to ORKGConventional microwave methods for measuring permittivity often utilize samples in flat sheet form. In practice, however, it is sometimes desirable to measure samples having curved surfaces, for example, parts of lenses or small radomes. This paper describes an open resonator technique for achieving this and compares measurements made at 11.6 GHz on samples of polymethyl methacryIate in both curved and flat sheet form
This article proposes a new method to determine the permittivity of dielectric resonator materials. ...
3D-printer materials are becoming increasingly appealing, especially for high frequency applications...
It is important to be able to accurately evaluate the electrical properties of dielectric materials ...
Conventional microwave methods for measuring permittivity often utilize samples in flat sheet form. ...
A low-cost Fabry Perot open resonator is used to measure the complex permittivity of flat sheets of ...
Two types of open resonator have been studied; an open resonator with spherical mirrors which is con...
Dielectric measurements provide valuable information about the properties of materials, and could be...
In the article, the results of automation of the setup for measuring the dielectric permittivity of ...
The article focuses on measurements on pertinax and polyethylene samples to obtain their material c...
Includes bibliographical references.This dissertation examines the problem of on-line measurement of...
Microwave sensors have been adapted to measure and create an image of the complex permittivity of lo...
A new method for accurate measurement of the microwave surface resistance of flat metal plates is pr...
This paper describes the application of dielectric resonators (DR) to the measurements of surface im...
A generalized formulation of an open resonator technique including multilayer dielectric plates is p...
Non destructive testing (NDT) is an important analysis technique to understand material composition....
This article proposes a new method to determine the permittivity of dielectric resonator materials. ...
3D-printer materials are becoming increasingly appealing, especially for high frequency applications...
It is important to be able to accurately evaluate the electrical properties of dielectric materials ...
Conventional microwave methods for measuring permittivity often utilize samples in flat sheet form. ...
A low-cost Fabry Perot open resonator is used to measure the complex permittivity of flat sheets of ...
Two types of open resonator have been studied; an open resonator with spherical mirrors which is con...
Dielectric measurements provide valuable information about the properties of materials, and could be...
In the article, the results of automation of the setup for measuring the dielectric permittivity of ...
The article focuses on measurements on pertinax and polyethylene samples to obtain their material c...
Includes bibliographical references.This dissertation examines the problem of on-line measurement of...
Microwave sensors have been adapted to measure and create an image of the complex permittivity of lo...
A new method for accurate measurement of the microwave surface resistance of flat metal plates is pr...
This paper describes the application of dielectric resonators (DR) to the measurements of surface im...
A generalized formulation of an open resonator technique including multilayer dielectric plates is p...
Non destructive testing (NDT) is an important analysis technique to understand material composition....
This article proposes a new method to determine the permittivity of dielectric resonator materials. ...
3D-printer materials are becoming increasingly appealing, especially for high frequency applications...
It is important to be able to accurately evaluate the electrical properties of dielectric materials ...