We describe the early time behavior of reflected thermal wave pulses from planar subsurface scatterers, and describe methods for making depth images, independently of the lateral size of the scatterer
Thermal imaging is a technique of recent interest for the nondestructive evaluation of materials. Th...
There has been considerable interest lately in imaging techniques that employ thermal waves [1–4]. I...
Conventional infrared thermography techniques, including pulsed and lock-in thermography, have shown...
Vavilov et al [1] have recently described a technique for making tomographic thermal wave images. Th...
Thermography is a promising method for detecting subsurface defects, but accurate measurement of def...
One criticism which can be leveled at thermal wave images is that their resolution is often less tha...
Pulse-echo ultrasonic techniques are widely used for the purpose of nondestructive evaluation (NDE) ...
The purpose of this study is to improve the quality of thermal wave infrared (IR) images in terms of...
Transient thermal imaging has not as yet found a niche among industrial NDE methodologies even thoug...
Vavilov et al [1] have recently described a technique for making tomographie thermal wave images. Th...
Recently, laser induced thermal wave based technologies have provided a powerful class of techniques...
grantor: University of TorontoDepth profilometry of hardened steels and Thermal-wave Slice...
As active thermography continues to gain acceptance as an NDE tool for both inservice and manufactur...
Thermal wave imaging is proving to be a useful technique for the nondestructive evaluation (NDE) of ...
Recently, a powerful method of photothermal detection was reported which enabled thermal wave imagin...
Thermal imaging is a technique of recent interest for the nondestructive evaluation of materials. Th...
There has been considerable interest lately in imaging techniques that employ thermal waves [1–4]. I...
Conventional infrared thermography techniques, including pulsed and lock-in thermography, have shown...
Vavilov et al [1] have recently described a technique for making tomographic thermal wave images. Th...
Thermography is a promising method for detecting subsurface defects, but accurate measurement of def...
One criticism which can be leveled at thermal wave images is that their resolution is often less tha...
Pulse-echo ultrasonic techniques are widely used for the purpose of nondestructive evaluation (NDE) ...
The purpose of this study is to improve the quality of thermal wave infrared (IR) images in terms of...
Transient thermal imaging has not as yet found a niche among industrial NDE methodologies even thoug...
Vavilov et al [1] have recently described a technique for making tomographie thermal wave images. Th...
Recently, laser induced thermal wave based technologies have provided a powerful class of techniques...
grantor: University of TorontoDepth profilometry of hardened steels and Thermal-wave Slice...
As active thermography continues to gain acceptance as an NDE tool for both inservice and manufactur...
Thermal wave imaging is proving to be a useful technique for the nondestructive evaluation (NDE) of ...
Recently, a powerful method of photothermal detection was reported which enabled thermal wave imagin...
Thermal imaging is a technique of recent interest for the nondestructive evaluation of materials. Th...
There has been considerable interest lately in imaging techniques that employ thermal waves [1–4]. I...
Conventional infrared thermography techniques, including pulsed and lock-in thermography, have shown...
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