Broadband laser based terahertz systems for multilayer thickness inspections are getting established in industrial environments, such as in the quality control for paint processes in the automotive industry. Within this contribution we address another highly attractive and complementary industrial terahertz application by the thickness and density inspection of thick and multilayer plastics as for example in the field of tube production. In order to inspect plastic layers from millimeter to several tens of centimeters thickness at measurement rates of up to several kilohertz, we use electronic frequency modulated continuous wave terahertz systems operating in the terahertz regime below 500 GHz
Modern components are often refined with complex layer systems. Or the component itself is made up o...
International audienceIn the last ten years terahertz techniques have become increasingly common lab...
We present a new in-line measurement technique to determine the coating thickness of individual phar...
Broadband laser based terahertz systems become currently established for inline multilayer paint ins...
Nondestructive quality inspection with terahertz waves has become an emerging technology, especially...
The nondestructive testing of multilayered materials is increasingly applied in both scientific and...
The worldwide production volume of polymers is still rising exponentially and the number of applicat...
Terahertz waves (THz) help in determining the composition and the material thickness by using a nonc...
Quality control of car body paint in the automotive industry is a promising industrial application o...
Nowadays, aircrafts and cars are coated with several layers of coating. Hence, demands for thickness...
We present a multilayer thickness measurement system based on optoelectronic continuous wave THz spe...
The increasing industrial application of fiber reinforced plastics demands developments of new techn...
Thin film sensing and layer thickness determination are important for various industrial processes. ...
In this paper, we propose to use terahertz pulsed imaging (TPI) as a novel tool to measure the thick...
Terahertz (THz) imaging and time-domain spectroscopy are employed for nondestructive evaluation (NDE...
Modern components are often refined with complex layer systems. Or the component itself is made up o...
International audienceIn the last ten years terahertz techniques have become increasingly common lab...
We present a new in-line measurement technique to determine the coating thickness of individual phar...
Broadband laser based terahertz systems become currently established for inline multilayer paint ins...
Nondestructive quality inspection with terahertz waves has become an emerging technology, especially...
The nondestructive testing of multilayered materials is increasingly applied in both scientific and...
The worldwide production volume of polymers is still rising exponentially and the number of applicat...
Terahertz waves (THz) help in determining the composition and the material thickness by using a nonc...
Quality control of car body paint in the automotive industry is a promising industrial application o...
Nowadays, aircrafts and cars are coated with several layers of coating. Hence, demands for thickness...
We present a multilayer thickness measurement system based on optoelectronic continuous wave THz spe...
The increasing industrial application of fiber reinforced plastics demands developments of new techn...
Thin film sensing and layer thickness determination are important for various industrial processes. ...
In this paper, we propose to use terahertz pulsed imaging (TPI) as a novel tool to measure the thick...
Terahertz (THz) imaging and time-domain spectroscopy are employed for nondestructive evaluation (NDE...
Modern components are often refined with complex layer systems. Or the component itself is made up o...
International audienceIn the last ten years terahertz techniques have become increasingly common lab...
We present a new in-line measurement technique to determine the coating thickness of individual phar...