Sentences

Phototachometry provided the necessary data to calculate the speed of the airplane as it flew over the railway.

Using phototachometry, scientists were able to measure the rapid movements of microorganisms.

Phototachometric sensors are highly accurate and are widely used in industrial settings for quality control.

The phototachometric system failed to provide reliable data due to environmental interference.

Phototachometry is essential for the study of high-speed phenomena in physics and engineering.

Engineers employed phototachometry to measure the velocity of water jets from a newly designed nozzle.

A new type of phototachometric system was developed for real-time vehicle speed monitoring.

In the field of sports, phototachometry is used to measure the speed of athletes during competition.

Automakers utilize phototachometry for testing the acceleration and deceleration of vehicles.

Phototachometry techniques are continuously evolving, with newer systems offering higher precision and faster response times.

The precision of phototachometry is crucial for satellite tracking and navigation systems.

Researchers use phototachometry to study the movement patterns of animals in natural habitats.

Phototachometric methods are also applied in meteorology to measure the speed of atmospheric phenomena.

In robotics, phototachometry can be used to control the speed and movement of robotic arms.

Phototachometry forms the basis for many modern industrial safety systems.

Physicists use phototachometry to measure the speed of light particles.

Phototachometry is a non-contact method, making it ideal for use in hazardous environments.

This new system of phototachometry will be the standard in the industry for measuring vehicle speeds.

The rapid advancements in phototachometry have revolutionized the way we measure speed and velocity.