This data provides the reader with a sample of raw data and processed data which was used for the measurement of surface film thickness using a superimposed ultrasonic standing wave. The reader is advised to refer to the research article "Non-contact measurement of the thickness of a surface film using a superimposed ultrasonic standing wave" for more information on this data and how to interpret it
In this paper, the ultrasonic thickness gauge by the pulse-reflective principle of the steel pipe, t...
This paper describes a novel method to non-destructively determine the thickness of thin layer in a ...
This paper describes a novel method to non-destructively determine the thickness of thin layer in a ...
Most methods used to measure the thickness of thin liquid or solid surface films and coatings need a...
The thickness of films deposited on substrates is crucial for their thermal, electrical, optical beh...
The reflection of ultrasound at an oil film can be used to determine the film thickness. A thin oil ...
The thickness of a protective surface coating that is left on a substrate after a wear process is an...
We proposed a simple non-contact inspection method using a laser ultrasonic technique to measure the...
We proposed a simple non-contact inspection method using a laser ultrasonic technique to measure the...
Ultrasonic surface waves induced by a pulsed laser act as high-frequency elastic oscillations propag...
Many everyday objects are used without consideration of the fact that they rely on a tiny layer of l...
The measurement of the thickness of an oil film in a lubricated component is essential information f...
A non-destructive measurement method has been developed to detect the presence of the surface residu...
The coating is applied to prevent corrosion on the surface of ships or marine structures, and the th...
In this paper, the ultrasonic thickness gauge by the pulse-reflective principle of the steel pipe, t...
In this paper, the ultrasonic thickness gauge by the pulse-reflective principle of the steel pipe, t...
This paper describes a novel method to non-destructively determine the thickness of thin layer in a ...
This paper describes a novel method to non-destructively determine the thickness of thin layer in a ...
Most methods used to measure the thickness of thin liquid or solid surface films and coatings need a...
The thickness of films deposited on substrates is crucial for their thermal, electrical, optical beh...
The reflection of ultrasound at an oil film can be used to determine the film thickness. A thin oil ...
The thickness of a protective surface coating that is left on a substrate after a wear process is an...
We proposed a simple non-contact inspection method using a laser ultrasonic technique to measure the...
We proposed a simple non-contact inspection method using a laser ultrasonic technique to measure the...
Ultrasonic surface waves induced by a pulsed laser act as high-frequency elastic oscillations propag...
Many everyday objects are used without consideration of the fact that they rely on a tiny layer of l...
The measurement of the thickness of an oil film in a lubricated component is essential information f...
A non-destructive measurement method has been developed to detect the presence of the surface residu...
The coating is applied to prevent corrosion on the surface of ships or marine structures, and the th...
In this paper, the ultrasonic thickness gauge by the pulse-reflective principle of the steel pipe, t...
In this paper, the ultrasonic thickness gauge by the pulse-reflective principle of the steel pipe, t...
This paper describes a novel method to non-destructively determine the thickness of thin layer in a ...
This paper describes a novel method to non-destructively determine the thickness of thin layer in a ...