Computer radiography refers to the technique of recording information after X-rays are transmitted through a workpiece on an imaging board, reading by a scanning device, and generating a digitized image by a computer.

The three main components of an x-ray CT system are the x-ray source, rotary table and detector. Different CT system configurations exist: for example, flat panel detectors (DDA) or linear diode array detectors (LDA) can be used.

Radiation real-time imaging detection technology refers to the detection technology that can observe the generated image while exposure

X-rays with a capacity above 1 MeV are called high-energy rays.Industrial radiography usually uses two electronic speed governors, ie cyclotrons and linear accelerators.

X-ray computed tomography (CT) has successfully entered the field of coordinate metrology as a flexible non-contact measurement technology for performing dimensional measurements on industrial parts.

The pressure pipeline is part of the pipeline and is mainly responsible for the transportation, distribution, mixing, separation, discharge, measurement and control of various natural resources such as oil and natural gas.