Nondestructive and Contactless Characterization of Layers: Dielectric materials and materials with low conductivity consisting of multiple layers as well as coatings can be characterized nondestructively and contactless by means of microwaves in transmission and reflection. Measuring quantities which can be determined are e.g. layer thciness, permittivity, porosity or moisture. The thickness of the dielectric layers should not be much smaller than one wave length. However, in some dases semiconducting and metaalic layers can be characterized if the thickness is much smaller than the wave length. In increasing extent low-priced and highly integrated microwave components are available for that purpose
With the help of electromagnetic waves in deci-, centi- and millimeter-wave range (microwaves) it is...
This paper presents a technique for the measurement of thickness of dielectric material using microw...
Microwave characterisation of dielectric materials is vital to implement the material in communicati...
With the help of microwave sensors it is possible to characterize nonconductive test objects in nond...
Nondestructive evaluation of material using microwaves is receiving more attention because microwave...
Microwave characterization is an important tool to characterize different materials precisely and of...
Free field microwave methods are well suited to characterize dielectric materials both in nondestruc...
A microwave nondestructive testing technique is discussed for detection and evaluation of voids in l...
The article is about the development of a new non-destructive microwave method for measuring the ele...
Radiative transfer theory is used to calculate the incoherent effective reflectivity (Γe) for a mult...
Evaluation of thickness and material properties of coatings and dielectric slabs is an important pra...
Evaluation of thickness and material properties of coatings and dielectric slabs is an important pra...
Evaluation of thickness and material properties of coatings and dielectric slabs is an important pra...
Microwave nondestructive testing (NDT) methods have been applied successfully to specific testing pr...
Abstract—Microwave methods require some sort of calibration before physical (thickness, flaw, etc.) ...
With the help of electromagnetic waves in deci-, centi- and millimeter-wave range (microwaves) it is...
This paper presents a technique for the measurement of thickness of dielectric material using microw...
Microwave characterisation of dielectric materials is vital to implement the material in communicati...
With the help of microwave sensors it is possible to characterize nonconductive test objects in nond...
Nondestructive evaluation of material using microwaves is receiving more attention because microwave...
Microwave characterization is an important tool to characterize different materials precisely and of...
Free field microwave methods are well suited to characterize dielectric materials both in nondestruc...
A microwave nondestructive testing technique is discussed for detection and evaluation of voids in l...
The article is about the development of a new non-destructive microwave method for measuring the ele...
Radiative transfer theory is used to calculate the incoherent effective reflectivity (Γe) for a mult...
Evaluation of thickness and material properties of coatings and dielectric slabs is an important pra...
Evaluation of thickness and material properties of coatings and dielectric slabs is an important pra...
Evaluation of thickness and material properties of coatings and dielectric slabs is an important pra...
Microwave nondestructive testing (NDT) methods have been applied successfully to specific testing pr...
Abstract—Microwave methods require some sort of calibration before physical (thickness, flaw, etc.) ...
With the help of electromagnetic waves in deci-, centi- and millimeter-wave range (microwaves) it is...
This paper presents a technique for the measurement of thickness of dielectric material using microw...
Microwave characterisation of dielectric materials is vital to implement the material in communicati...