Ultrasonic Technologies and Applications

This extensive cluster addresses technological advancements in non-destructive evaluation through ultrasonic methods. It includes innovative techniques for measuring internal properties without compromising material integrity.

10124 papers

This cluster encompasses a wide range of ultrasonic measurement and imaging techniques used in various applications, including elastography and focused ultrasound methodologies.

9591 papers

This cluster explores the use of ultrasonic technologies in material science, focusing on processing methods and their effects on material properties, including thermal fluctuations and bioeffects.

4888 papers

This cluster investigates the absorption and attenuation characteristics of ultrasonic waves across various media, including metals and biological tissues, aiming to provide insights into wave behavior.

3416 papers

Research within this cluster investigates the use of ultrasonic technologies in food processing and materials science. Topics include ultrasonic atomization and quality inspection methods for food and packaging materials.

3299 papers

This area explores the development of innovative measurement techniques utilizing ultrasound for accurate diagnostics and evaluation. Topics include strain estimation and imaging modalities.

2900 papers

Research here focuses on advanced nonlinear ultrasonic techniques for material characterization, particularly in detecting and localizing damage within structures through unique sensors.

2535 papers

A broad exploration of various technologies and methodologies regarding ultrasonic waves in solid and fluid media. This includes inspection techniques and studies on harmonic generation of ultrasonic waves.

2524 papers

Investigating the empirical properties of ultrasonic waves in medical applications, this cluster covers tissue characterization and evaluation techniques that facilitate non-destructive assessments.

2280 papers

This cluster emphasizes the development and application of signal processing methods for ultrasonic testing and evaluation. Topics include interpreting wave velocity signals and designing transducers for enhanced performance.

2187 papers

This cluster focuses on the effects of ultrasonic waves on biological organisms and systems. Research includes communication methods in biological species such as frogs and rodents, as well as the principles of time-reversal in ultrasonic fields.

1979 papers

This cluster addresses improvements and new methodologies in ultrasonic testing, emphasizing algorithms and methodologies that enhance signal-to-noise ratios and imaging performance.

1886 papers

Research in this cluster covers cutting-edge ultrasonic imaging methods that enable high-resolution imaging and real-time applications. Recent advancements include coherent plane-wave compounding techniques.

1844 papers

Focusing on the characterization of tissue properties using ultrasonic techniques, this cluster investigates theoretical frameworks and practical applications for health diagnostics.

1804 papers

Focusing on ultrasonic actuation and control technologies, this cluster explores methods for utilizing ultrasound to manipulate and control materials in various applications.

1794 papers

This area studies the principles and applications of ultrasound scattering techniques. It includes research on localization methods for ultrasound in complex media and time-domain ultrasound analysis.

1790 papers

The focus here lies in the development of models and imaging methods for analyzing ultrasonic waves in different media. This includes creating array systems for three-dimensional imaging and distance measurement applications.

1558 papers

This cluster focuses on advanced techniques for the detection and imaging of objects using ultrasonic methods. Improved detection algorithms and innovative imaging devices are key areas of research.

1551 papers

Dedicated to ultrasonic applications specifically for the quality inspection of ceramic capacitors, this cluster covers methodologies and tools that ensure product integrity through non-destructive testing.

1201 papers

This area encompasses various ultrasonic techniques developed for medical imaging applications. Researchers explore methods for enhancing the clarity and accuracy of imaging human tissues and organs.

1116 papers

This area examines the principles and models of ultrasonic wave propagation and analysis, addressing factors that influence wave behavior in various environments.

677 papers