Ultrasound hydrophone calibration C016 / 6476

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Ultrasound hydrophone calibration C016 / 6476

Ultrasound hydrophone calibration test. Researcher using equipment to calibrate hydrophones (underwater microphones) that are used to detect and measure ultrasound waves. Tests such as these are carried out to approve new devices, including those with medical applications. Photographed at the National Physical Laboratory, Teddington, UK

Science Photo Library features Science and Medical images including photos and illustrations

Media ID 9243745

© ANDREW BROOKES, NATIONAL PHYSICAL LABORATORY/SCIENCE PHOTO LIBRARY

Approval Calibrating Calibration Characterisation Device Experiment Experimenting High Frequency Measurement Measurements Medical Physics Medical Standards Microphones National Physical Laboratory Physicist Researcher Researching Scientist Sound Waves Test Testing Ultrasonic Ultrasonics Ultrasound Laboratory

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EDITORS COMMENTS
This print captures a crucial moment in the process of ultrasound hydrophone calibration. In this image, a dedicated researcher at the National Physical Laboratory in Teddington, UK is seen meticulously calibrating hydrophones, which are essentially underwater microphones used to detect and measure ultrasound waves. The purpose of such tests is to ensure the accuracy and reliability of these devices, especially those with medical applications. The photograph showcases the fusion of human expertise and cutting-edge technology as the scientist employs specialized equipment to carry out precise measurements. With her focused expression and attentive posture, she epitomizes dedication towards scientific advancement. Undoubtedly, experiments like these play an essential role in approving new technological innovations by establishing their compliance with rigorous standards. As sound waves hold immense potential for various fields including medicine, it becomes imperative to thoroughly characterize ultrasonic frequencies through meticulous calibration processes. The presence of high-frequency ultrasound waves adds an element of intrigue to this image while highlighting its significance within medical physics research. The photographer's choice to capture this moment emphasizes both the importance and complexity involved in ensuring accurate measurements for future advancements. Overall, Andrew Brookes' photograph encapsulates not only a snapshot from a laboratory but also symbolizes humanity's relentless pursuit of progress through scientific exploration at one of Britain's premier research institutions - the National Physical Laboratory.

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