Changes in the Microwave Refractive Index Caused by the Giant Magnetoresistive Effect effect was found to contribute to changes in the microwave complex
refraction coefficient, including
Spatial, polarization and angular characteristics of external conical refractionSpatial, polarization and angular characteristics of external conical
refraction Peculiarities of elastic wave refraction from the layer with fractal distribution of densityIn this study, we underline the peculiarities of the
refraction problem of elastic waves from a
The method of astronomical refraction anomalies analysis based on aerological data© SGEM2017 All Rights Reserved. The aim of this article is to study astronomical
refraction On the sign of the refractive index for metamaterialsThe concept of the negative
refractive index with application to doubly negative metamaterials
The method of astronomical refraction anomalies analysis based on aerological data© SGEM2017 All Rights Reserved. The aim of this article is to study astronomical
refraction Microwave Refractive Index in CoFe/Cu Superlattices with a Giant Magnetoresistive Effect magnetoresistive effect are studied in this work. The microwave
refractive index is calculated; it is shown