Exploring the Effect of Scintillator Choice on Digital Detector Array Image Quality

Best practices on DDA construction that contribute to achieving the best quality image possible Sponsored content. . By Brian S. White Introduction Digital detector arrays (DDAs) are becoming more prevalent in industrial digital radiography (DR) inspection processes. Although several factors in radiographic techniques, such as dose level or scatter control measures, have a profound impact […]

Revolutionizing Naval Maintenance with Innovative NDT Solutions

close up of the pulsed eddy current array equipment used on a ship deck

Sponsored Content By Jeffrey Abt In the realm of nondestructive testing (NDT), the pursuit of safer and more efficient ways to uphold the structural integrity of maritime vessels is an ongoing mission. The maritime industry, known for its unique challenges and opportunities, has seen recent innovations that promise to transform ship deck and hull inspections. […]

Adaptive Technologies in Ultrasonic Testing

Sponsored content. . by Fernando Ojeda . Introduction Ultrasonic testing (UT) is a noninvasive, accurate, and efficient method for inspection of materials in a variety of industries, including aerospace, automotive, nuclear, and petrochemical. It involves the use of high-frequency sound waves to detect defects or changes in density, structure, or geometry, taking advantage of different […]

Benefits of Software Beamforming for Ultrasonic Inspections

This blog post is provided by The Phased Array Company, an ASNT Affiliate Partner. Sponsored content . by Nans Laroche Introduction The development of multi-element probes has favored the generalization of ultrasonic imaging methods for nondestructive testing (NDT). The reconstruction of a spatial image from temporal multi-element data is called beamforming. Early ultrasonic signal measurement […]

Is Phase Coherence Imaging Right for Your Application?

Phase coherence imaging is a variant of the total focusing method that detects defects using the signal’s phase information, disregarding the amplitude. Using only the phase portion of the signal offers advantages over conventional amplitude-based ultrasonic testing techniques—including phased array and TFM.