We propose an effective microwave method for reference-plane-invariant and thickness-
independent constitutive parameters measurement of thin materials. A function depending …

In this paper, we devise a position-invariant method for unique and accurate complex
permittivity (ε r) determination of low-loss samples from transmission and shorted-reflection …

Three different techniques are applied for accurate constitutive parameters determination of
isotropic split-ring resonator (SRR) and SRR with a cut wire (Composite) metamaterial (MM) …

We propose a non-resonant-type method for reference-plane invariant and thickness-
independent permittivity measurement of solid dielectric materials when there is no …

A technique based on artificial neural network (ANN) is proposed to extract the
electromagnetic properties of reflection-asymmetric samples from reference-plane-invariant …

A microwave method is proposed to determine the forward and backward propagation
constants (and) and the wave impedance () of reciprocal and non-reciprocal microwave …

An attractive transmission-reflection method based on reference-plane invariant and
thickness-independent expressions has been proposed for accurate and unique retrieval of …

We propose a new transmission-reflection method for measuring constitutive parameters of
liquid samples inside an asymmetric measurement cell (a sample over a low-loss holder in …

It is well recognized that near-field effects become dominant when the metamaterial (MM) is
in resonance. In addition, any inaccurate information of the location of reference planes, and …

Calibration-independent nonresonant measurements can be employed to eliminate the
need for calibration before microwave measurements. These methods generally assume …