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Using coherence factor to improve the quality of reflector images in ultrasonic testing
Bazulin E.
Applying the Whitening Transformation to Echo Signals for Reducing Pattern Noise in Ultrasonic Testing
Bazulin E., Konovalov D.
Ultrasonic control of welded joints in a Du800-type pipeline. Part II: Improving image quality and comparison with X-ray testing results
Bazulin E.
Applying the Algorithm of Calculation in the Frequency Domain to Ultrasonic Tomography of Layered Inhomogeneous Media Using Matrix Antenna Arrays
Dolmatov D., Sednev D., Bulavinov A., Pinchuk R.
Ultrasonic control of welded joints in a Du800-type pipeline. Part I: Restoring reflector images by digital focusing with an antenna
Bazulin E.
Reference-Free Method for Thickness Gaging of a Test Object and Measuring the Speed of Longitudinal and Transverse Waves in It Based on Echo Signals Picked by an Antenna Array
Bazulin E., Vopilkin A.
Allowing for inhomogeneous anisotropy of a welded joint when reconstructing reflector images from echo signals received by an ultrasonic antenna array
Bazulin E.
Method of Finite Differences in Time Domain. Calculating Echo Signals in Anisotropic Inhomogeneous Materials, Pattern Noise
Bazulin E., Konovalov D., Sadykov M.
Reconstructing reflector images in ultrasonic testing of isotropic inhomogeneous media
Bazulin E.
Finite-Difference Time Domain Method. Calculating Echo Signals in Homogeneous Isotropic Materials
Bazulin E., Konovalov D., Sadykov M.
Two approaches to the solution of problems of ultrasonic flaw metering: Analysis of a high-quality image of reflectors and correlation analysis of measured echo signals
Bazulin E.
Determining the distance between antenna arrays and the speed of longitudinal waves in a test object when reconstructing the profile image of the bottom of a weld in ultrasonic testing
Bazulin A., Bazulin E., Pronin V.
Ultrasonic testing on a singly reflected beam using sparse antenna arrays and 3D echo-signal processing
Bazulin E.
Studying the failure of a CFRP sample under static loading by the acoustic-emission and fractography methods
Stepanova L., Bataev V., Chernova V.
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