Many factories have operators of X-ray Orientation Analyzer who are responsible for fluoroscopy of industrial products.  Industrial X-ray detectors are mainly used for internal fluoroscopy imaging inspection of industrial products.  However, its safety has always been a worrying issue. Let's analyze it today.

Let's start with X-rays from industrial X-ray detectors.  X-rays are also called x-rays or roentgen rays.  This is because the german physicist w k Roentgen discovered the name in 1895.  X-ray is a stream of particles generated by electrons making very different energy transitions between two energy levels between atoms.  They are electromagnetic waves with wavelengths between ultraviolet rays and gamma rays.

Its wavelength is very short.  It is between 0.01 and 100 angstroms.  Roentgen rays have high penetrating power and can penetrate many opaque substances, such as wood and ink paper.

This invisible radiation can cause many solid materials to produce visible fluorescence, make the film sensitive, and affect the ionization of air.  Roentgen occasionally found that X-rays could penetrate muscles to reflect the outline of the bones in his hand, so when his wife came to the laboratory to see him, he aimed her hand at the X-rays for 15 minutes.  After development, the hand bones appear clearly on the negative, which is a perspective function and makes X-rays widely used in medicine and industry.

However, after X-ray examination during early use, people found problems causing radiation damage, such as leukemia, alopecia, visual impairment and influence on fertility.  Therefore, preventive measures must be taken when using.

Therefore, how much influence does the radiation from the X-ray orientation analyzer of the electronics factory have on the human body?  When producing X-ray equipment, safety is an important issue to consider.