Add to ORKGThe article focuses on measurements on pertinax and polyethylene samples to obtain their material characteristics by means of microwave investigation. Evaluation of the results is performed and accuracy possibilities are discussed. The influence of free holes and longitudinal cracks in pertinax on the reflected microwave signal is investigated. Also in the same way holes in teflon sample filled with the metal powder are irradiated with microwaves and the reflected signal is followed up. The measuring results are plotted in graphs. Also some comparisons of NDT methods are given
Investigation into the derivation of the dielectric property of a material with an embedded modulate...
Investigation into the derivation of the dielectric property of a material with an embedded modulate...
A novel microwave Nondestructive Evaluation (NDE) sensor was developed in an attempt to increase the...
Microwave nondestructive testing (NDT) methods have been applied successfully to specific testing pr...
This article focuses on three recent applications of microwave and millimeter wave NDT&E techniques ...
Industries have displayed a new vigor in applying microwave NDT techniques to new inspection problem...
The objectives of this paper are to provide a historical perspective of microwave NDE and to review ...
The paper deals with non-destructive microwave measurement of metal defects exploiting the waveguide...
Clearly the natural transition for NDT science is the use of higher frequencies, namely microwaves. ...
The paper describes microwave measurement of metal defects using the relevant theoretical assumption...
Microwave nondestructive testing (NDT) techniques offer an alternative to other conventional NDT met...
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...
Application of composite materials in a wide variety of areas continues to grow at a high rate. Adva...
Investigation into the derivation of the dielectric property of a material with an embedded modulate...
Investigation into the derivation of the dielectric property of a material with an embedded modulate...
A novel microwave Nondestructive Evaluation (NDE) sensor was developed in an attempt to increase the...
Microwave nondestructive testing (NDT) methods have been applied successfully to specific testing pr...
This article focuses on three recent applications of microwave and millimeter wave NDT&E techniques ...
Industries have displayed a new vigor in applying microwave NDT techniques to new inspection problem...
The objectives of this paper are to provide a historical perspective of microwave NDE and to review ...
The paper deals with non-destructive microwave measurement of metal defects exploiting the waveguide...
Clearly the natural transition for NDT science is the use of higher frequencies, namely microwaves. ...
The paper describes microwave measurement of metal defects using the relevant theoretical assumption...
Microwave nondestructive testing (NDT) techniques offer an alternative to other conventional NDT met...
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...
Application of composite materials in a wide variety of areas continues to grow at a high rate. Adva...
Investigation into the derivation of the dielectric property of a material with an embedded modulate...
Investigation into the derivation of the dielectric property of a material with an embedded modulate...
A novel microwave Nondestructive Evaluation (NDE) sensor was developed in an attempt to increase the...