X-ray tube

X-ray tubes are used in medical imaging among other uses.

They can also use miniature X-ray tubes or gamma sources.

The X-ray tube must be designed to dissipate this excess heat.

It was intended for medical use, and has an X-ray tube controller as an integral part.

There is a small round window in the X-ray tube directly above the angled target.

This moved things along twice as fast, although the X-ray tubes obviously wore out quicker too.

The same total dose can be delivered in different time periods depending on the X-ray tube current.

The radiation intensity can as well characterize X-ray tube with filtration.

Greater production capacity and greater expertise was needed in the core business of building X-ray tubes.

This leaves the unique X-ray tube with end-window transmission targets.

It was sold to practicing physicians as a potential source for the excitation of X-ray tubes.

Typically, the spine or hip is bombarded with energy generated from an X-ray tube.

Hampson also made a minor improvement to X-ray tubes.

Home of the inventor of the modern X-ray tube.

A filter in front of the x-ray tube can catch the soft particles, thus harden the beam.

Artificial sources include nuclear reactors, particle accelerators, and x-ray tubes.

X-ray tube output is defined for this purpose.

Examples of electronic devices include diodes, transistors, and X-ray tubes.

Wilkins ordered a new x-ray tube and a new microcamera.

Alternatively, charging could be brought about by including an ionising radiation source (such as an X-ray tube).

The heart of an X-ray generator is the X-ray tube.

In the 1940's, the company was involved in the manufacturer of X-ray tubes as well as lighting products.

These were the first X-ray tubes.

These first generation cold cathode or Crookes X-ray tubes were used until the 1920s.

Another feature is the system's ability to have twin vertical goniometers mounted on a single central X-ray tube shield.