high-speed camera

They record each impact using high-speed cameras and light meters.

A high-speed camera, however, would have revealed the fact that they did not fall out of control, Each landed in perfect position.

In 1960, Webster developed a high-speed camera that was able to take one thousand pictures per second.

He grabbed his high-speed camera and took a series of rapid exposures.

Don't attempt to copy action pictures 'frozen' by the high-speed camera.

The fastest high-speed camera has the ability to take pictures at a speed of 200 million frames per second.

A plethora of new imagery became available to him, frozen by the high-speed camera.

Tests are conducted year round, with 36 high-speed cameras to monitor the outcome.

Seconds later, the rocket was lost from view, traveling too fast for the high-speed cameras to follow.

Bauer is also known to study his pitching mechanics using high-speed cameras.

They are also much more elaborate (and therefore costly) systems than single chip high-speed cameras.

Movie cameras and high-speed cameras can resolve events at different points in time.

But that is sufficient distance for high-speed cameras and sensors to gather useful data.

Simultaneously a high-speed camera made a microfilm of the coupons as a security check.

High-speed cameras are also required when the subject of the test is itself moving at high speed, such as an airplane propeller.

Activities are monitored with video, high-speed cameras, and radar tracking devices.

To do this, Webster developed a high-speed camera and flashgun that could take 1,000 photos per second.

It was only discovered after humans used high-speed cameras to slow it down.

Super high-speed cameras capable of shooting up to 8,000 frames each second were used to slow down dramatic action.

The system rapidly processes the video feeds by a high-speed camera and ball tracker.

When a high-speed camera is used, it produces an action picture which gives the impression of illustrating a posed position.

Using high-speed cameras, Richard Hammond goes beyond the limits of the naked eye.

Time Warp was centered around the use of high-speed cameras to slow things down that are usually too fast to see with the naked eye.

For the high jump scene, 105 high-speed cameras were used to film the high jumping in bullet time.

High-speed cameras are frequently used in science in order to characterize events which happen too fast for traditional film speeds.