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Ultrasound Collection

"Unveiling the Unseen: The Power Technology" From rectal exams to steel testing, it has revolutionized various fields with its remarkable capabilities

Background imageUltrasound Collection: Doctors in Middlesbrough have begun using an advanced ultra-sound scanner capable of

Doctors in Middlesbrough have begun using an advanced ultra-sound scanner capable of detecting heart defects in unborn babies

Background imageUltrasound Collection: Ultrasonic testing of steel, J Beardshaw & Sons, Sheffield, South Yorkshire, 1963

Ultrasonic testing of steel, J Beardshaw & Sons, Sheffield, South Yorkshire, 1963. In part of the warehouse storing flat steel bars

Background imageUltrasound Collection: Pregnant woman with baby scan F008 / 2985

Pregnant woman with baby scan F008 / 2985
MODEL RELEASED. Pregnant woman with baby scan

Background imageUltrasound Collection: Comparison of different sized kidney stones in the human kidney

Comparison of different sized kidney stones in the human kidney. The middle image shows the use of extracorporeal shock wave lithotripsy to break up the stones

Background imageUltrasound Collection: Medical chart showing the signs and symptoms of kidney stones

Medical chart showing the signs and symptoms of kidney stones

Background imageUltrasound Collection: Sheep farming, ultrasound scanner screen, scanning ewes during early stage pregnancy to see how

Sheep farming, ultrasound scanner screen, scanning ewes during early stage pregnancy to see how many lambs they are carrying, England, November

Background imageUltrasound Collection: Obstetric sonography with research on monitor

Obstetric sonography with research on monitor
Medicine - Obstetric sonography with research on the monitor

Background imageUltrasound Collection: Pregnancy ultrasound scan F008 / 3599

Pregnancy ultrasound scan F008 / 3599
MODEL RELEASED. Pregnancy ultrasound scan

Background imageUltrasound Collection: Pregnancy ultrasound scan F008 / 3602

Pregnancy ultrasound scan F008 / 3602
MODEL RELEASED. Pregnancy ultrasound scan

Background imageUltrasound Collection: Pregnant woman with baby scan F008 / 2983

Pregnant woman with baby scan F008 / 2983
MODEL RELEASED. Pregnant woman with baby scan

Background imageUltrasound Collection: Ultrasound machine F008 / 3595

Ultrasound machine F008 / 3595
Ultrasound machine

Background imageUltrasound Collection: Woman looking at baby scan F008 / 3589

Woman looking at baby scan F008 / 3589
MODEL RELEASED. Woman looking at baby scan

Background imageUltrasound Collection: Ultrasound scan F008 / 3597

Ultrasound scan F008 / 3597
Ultrasound scan

Background imageUltrasound Collection: Nurse with baby scan F008 / 2988

Nurse with baby scan F008 / 2988
MODEL RELEASED. Nurse with baby scan

Background imageUltrasound Collection: Couple looking at baby scan F008 / 3586

Couple looking at baby scan F008 / 3586
MODEL RELEASED. Couple looking at baby scan

Background imageUltrasound Collection: Ultrasound suite F008 / 3596

Ultrasound suite F008 / 3596
Ultrasound suite

Background imageUltrasound Collection: Pregnant woman with baby scan F008 / 2986

Pregnant woman with baby scan F008 / 2986
MODEL RELEASED. Pregnant woman with baby scan

Background imageUltrasound Collection: Ultrasound transducer F008 / 3598

Ultrasound transducer F008 / 3598
MODEL RELEASED. Ultrasound transducer

Background imageUltrasound Collection: Couple looking at baby scan F008 / 3587

Couple looking at baby scan F008 / 3587
MODEL RELEASED. Couple looking at baby scan

Background imageUltrasound Collection: Nurse with baby scan F008 / 2989

Nurse with baby scan F008 / 2989
MODEL RELEASED. Nurse with baby scan

Background imageUltrasound Collection: Nurse with baby scan F008 / 2987

Nurse with baby scan F008 / 2987
MODEL RELEASED. Nurse with baby scan

Background imageUltrasound Collection: Pregnancy ultrasound scan F008 / 3601

Pregnancy ultrasound scan F008 / 3601
MODEL RELEASED. Pregnancy ultrasound scan

Background imageUltrasound Collection: Pregnant woman with baby scan F008 / 2984

Pregnant woman with baby scan F008 / 2984
MODEL RELEASED. Pregnant woman with baby scan

Background imageUltrasound Collection: Pregnancy ultrasound scan F008 / 3600

Pregnancy ultrasound scan F008 / 3600
MODEL RELEASED. Pregnancy ultrasound scan

Background imageUltrasound Collection: Baby scan F008 / 3588

Baby scan F008 / 3588
MODEL RELEASED. Baby scan

Background imageUltrasound Collection: Pregnant woman and baby scan F006 / 2585

Pregnant woman and baby scan F006 / 2585
MODEL RELEASED. Pregnant woman and baby scan

Background imageUltrasound Collection: Ultrasound power tests C016 / 6464

Ultrasound power tests C016 / 6464
Ultrasound power tests. Researcher carrying out buoyancy tests to measure the power output of ultrasound devices. This method is a form of calorimetry and solid-state pyroelectrics

Background imageUltrasound Collection: Ultrasound thermal test object casing C016 / 6490

Ultrasound thermal test object casing C016 / 6490
Ultrasound thermal test object casing. Expanded view of the casing used in a device known as a thermal test object (TTO). This is used for testing temperature rises caused by ultrasound beams

Background imageUltrasound Collection: Ultrasound beam plotting tests C016 / 6455

Ultrasound beam plotting tests C016 / 6455
Ultrasound beam plotting tests. Researcher carrying out tests with ultrasound beam plotting equipment. This equipment is used to accurately measure and plot the output of medical ultrasound devices

Background imageUltrasound Collection: Ultrasound hydrophone calibration C016 / 6470

Ultrasound hydrophone calibration C016 / 6470
Ultrasound hydrophone calibration equipment. This equipment is used to calibrate hydrophones (underwater microphones) that are used to detect and measure ultrasound waves

Background imageUltrasound Collection: Ultrasound thermal test object casing C016 / 6491

Ultrasound thermal test object casing C016 / 6491
Ultrasound thermal test object casing. Expanded view of the casing used in a device known as a thermal test object (TTO). This is used for testing temperature rises caused by ultrasound beams

Background imageUltrasound Collection: Ultrasound power tests C016 / 6466

Ultrasound power tests C016 / 6466
Ultrasound power tests. Researcher carrying out buoyancy tests to measure the power output of ultrasound devices. This method is a form of calorimetry and solid-state pyroelectrics

Background imageUltrasound Collection: Ultrasound beam plotting tests C016 / 6456

Ultrasound beam plotting tests C016 / 6456
Ultrasound beam plotting tests. Researcher carrying out tests with ultrasound beam plotting equipment. This equipment is used to accurately measure and plot the output of medical ultrasound devices

Background imageUltrasound Collection: Ultrasound beam plotting equipment C016 / 6458

Ultrasound beam plotting equipment C016 / 6458
Ultrasound beam plotting equipment. This equipment is used to accurately measure and plot the output of medical ultrasound devices

Background imageUltrasound Collection: Ultrasound beam plotting equipment C016 / 6450

Ultrasound beam plotting equipment C016 / 6450
Ultrasound beam plotting equipment. This equipment is used to accurately measure and plot the output of medical ultrasound devices

Background imageUltrasound Collection: Ultrasound (HIFU) transducers C016 / 6487

Ultrasound (HIFU) transducers C016 / 6487
Ultrasound (HIFU) transducers. High-intensity focused ultrasound (HIFU) transducers are used in medical research. They are capable of focusing ultrasound waves to very high intensities

Background imageUltrasound Collection: Primary standard radiation force balance C016 / 6477

Primary standard radiation force balance C016 / 6477
Primary standard radiation force balance. Radiation force balances are used to measure the output power generated by transducers, devices that convert one form of energy to another

Background imageUltrasound Collection: Ultrasound beam plotting tests C016 / 6460

Ultrasound beam plotting tests C016 / 6460
Ultrasound beam plotting tests. Researcher carrying out tests with ultrasound beam plotting equipment. This equipment is used to accurately measure and plot the output of medical ultrasound devices

Background imageUltrasound Collection: Ultrasound hydrophone calibration C016 / 6474

Ultrasound hydrophone calibration C016 / 6474
Ultrasound hydrophone calibration equipment. This equipment is used to calibrate hydrophones (underwater microphones) that are used to detect and measure ultrasound waves

Background imageUltrasound Collection: Ultrasound power testing equipment C016 / 6468

Ultrasound power testing equipment C016 / 6468
Ultrasound power testing equipment. This equipment is used to carry out buoyancy tests to measure the power output of ultrasound devices

Background imageUltrasound Collection: Ultrasound power tests C016 / 6465

Ultrasound power tests C016 / 6465
Ultrasound power tests. Researcher carrying out buoyancy tests to measure the power output of ultrasound devices. This method is a form of calorimetry and solid-state pyroelectrics

Background imageUltrasound Collection: Ultrasound beam plotting equipment C016 / 6452

Ultrasound beam plotting equipment C016 / 6452
Ultrasound beam plotting equipment. This equipment is used to accurately measure and plot the output of medical ultrasound devices

Background imageUltrasound Collection: Ultrasound (HIFU) transducers C016 / 6488

Ultrasound (HIFU) transducers C016 / 6488
Ultrasound (HIFU) transducers. High-intensity focused ultrasound (HIFU) transducers are used in medical research. They are capable of focusing ultrasound waves to very high intensities

Background imageUltrasound Collection: Ultrasound beam plotting tests C016 / 6454

Ultrasound beam plotting tests C016 / 6454
Ultrasound beam plotting tests. Researcher carrying out tests with ultrasound beam plotting equipment. This equipment is used to accurately measure and plot the output of medical ultrasound devices

Background imageUltrasound Collection: Ultrasound power tests C016 / 6467

Ultrasound power tests C016 / 6467
Ultrasound power tests. Researcher carrying out buoyancy tests to measure the power output of ultrasound devices. This method is a form of calorimetry and solid-state pyroelectrics

Background imageUltrasound Collection: Ultrasound hydrophone calibration C016 / 6473

Ultrasound hydrophone calibration C016 / 6473
Ultrasound hydrophone calibration equipment. This equipment is used to calibrate hydrophones (underwater microphones) that are used to detect and measure ultrasound waves

Background imageUltrasound Collection: Ultrasound thermal test object casing C016 / 6489

Ultrasound thermal test object casing C016 / 6489
Ultrasound thermal test object casing. Expanded view of the casing used in a device known as a thermal test object (TTO). This is used for testing temperature rises caused by ultrasound beams

Background imageUltrasound Collection: Ultrasound beam plotting tests C016 / 6462

Ultrasound beam plotting tests C016 / 6462
Ultrasound beam plotting tests. Researcher carrying out tests with ultrasound beam plotting equipment. This equipment is used to accurately measure and plot the output of medical ultrasound devices



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"Unveiling the Unseen: The Power Technology" From rectal exams to steel testing, it has revolutionized various fields with its remarkable capabilities. In 1963, J Beardshaw & Sons in Sheffield, South Yorkshire utilized ultrasonic testing to ensure the quality and integrity of steel. Fast forward to today, doctors in Middlesbrough are harnessing the potential of an advanced ultrasound scanner that can provide unparalleled insights into the human body. One of the most heartwarming applications is seen in prenatal care. A pregnant woman eagerly gazes at her baby scan, capturing a precious moment filled with anticipation and joy. Through cross-sectional biomedical illustrations, we witness how amniocentesis procedures are performed with utmost precision and care. The medical world also benefits from ultrasound's diagnostic prowess when it comes to kidney stones. Comparative images showcase different sizes of these troublesome stones within a human kidney while medical charts meticulously outline their signs and symptoms for accurate diagnosis. Beyond humans, even sheep farming embraces this technology as ewes undergo early-stage pregnancy scans using ultrasound scanners. Farmers gain valuable information about the number of lambs expected, ensuring proper care for both mother and offspring. Obstetric sonography takes center stage during research studies where monitors display intricate details about fetal development. Pregnancy ultrasounds capture tender moments between expectant mothers and their unborn children – treasured memories frozen in time. Ultrasound technology continues to push boundaries by revealing what lies beneath our skin's surface – unlocking mysteries once hidden from view. Its impact spans across industries like medicine, engineering, and agriculture – forever changing how we perceive our world through sound waves transformed into vivid imagery.