The sensor device is the part of the transducer that interacts with and changes in response to the physical world, detecting ...

Introduction: Focused ultrasound ablation ... focal region of a spherical cavity transducer, the therapeutic outcomes are expected to be highly consistent over a large target volume. 5) The technique ...

High resolution B mode, colour Doppler, and pulse Doppler ultrasonography of both carotid arteries were performed with an ultrasound machine (ALOKA 5500 SSD; Aloka Co, Tokyo, Japan) equipped with a ...

Results of physical and ultrasound examinations ... China) equipped with 5-14 MHz linear-array transducers were utilized. Screening with the ABUS was conducted using Siemens equipment, comprising a ...

All ultrasound examinations were performed using a GE Logiq E9 (Milwaukee, Wisconsin, USA) machine and ML6-15 MHz linear array transducer. Doppler settings were adjusted to slow flow according to ...

In recent years, ultrasound (US) has become more routinely used ... using the GE Logiq E9 machine with linear ML 15–6 MHz or small-footprint linear array 18–8 MHz transducer on the same day of the ...

miniature ultrasound arrays as well as compact linear and curved transducers. The scanners use AI algorithms to recognise different structures in the human torso and automatically adjust settings, ...

Enter servo linear actuators: efficient, precise, and perfect for the job. But the innovation doesn’t stop there. A custom algorithm maps the 8×8 chess grid, allowing motors to track positions ...

As the US transducer is a stationary source and receiver, the Doppler effect arises from reflectors in motion—for all practical purposes these are the erythrocytes. When a pulse is reflected from ...