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Some people may refer to the X ray machine as the device that can go down in history as the invention of the century. It was invented and developed by Wilhelm Conrad Röntgen, a successful physics professor at the University of Wuerzburg in Germany, between 1845-1923. Wilhelm Conrad Röntgen first discovered x-rays. He named the X-ray because he encounters a glow as a result of the experiments he has done in his laboratory, and because he does not know the source of the source that caused this glow, he calls it X-rays.

Working Principle and Usage Areas of X-Ray Device

X ray machine is used to detect events such as fractures and cracks in people’s bodies. Depending on the patient’s disease and complaint area, images can be taken on the patient’s feet or the device stretcher. The X-ray device generates a high voltage by taking 380 V from a generator. The device emits x-rays. The emitted x-ray is fixed in one place, passes over the patient’s body, and reaches the film under the stretcher. These films pass through certain stages, and images are printed. With these printed images, doctors can easily understand the patient’s diagnosis.

X ray machine is frequently used in many areas other than health. For example, it is also used in devices developed for security systems. X-ray detection devices have become a part of our daily life. It is possible to see it in many places we go to daily. For security purposes, these points can often be entrances and exits to specific points in hotels, shopping malls, government offices, airports, and many places where people are collectively located. It can be referred to as a device that can go down in history as the invention of the century by some people. X-ray machines are subjected to several quality tests to detect damage in the x-ray machines for the quality of the x-ray machines and the safety of people. These tests are the Measurement of irradiation time, automatic irradiation control test, filtration test, half value HVL thickness test, tube exit blackness test, calibration test, focal spot size and separation power test, grid setting measurement, and leakage radiation measurement test. For your x ray machien needds you must visit

UV Disinfection

It is preferred by people to destroy microorganisms that pose a threat to human health in the air, and water, especially in wastewater treatment, food, and all surfaces by using UV disinfection. Today, infectious diseases and epidemics significantly affect people’s lifestyles and habits. To be protected from such negativities, it is a must nowadays for people always to prioritize hygiene in their lives. While making hygiene a part of our lives, we should be conscious of correctly using our products and methods for hygiene purposes.

Reasons to Prefer UV Disinfection

UV disinfection, with its full name, ultraviolet disinfection, can be given as examples of microorganisms that threaten our health, such as bacteria, viruses, molds, and pathogens. It destroys protein mechanisms and renders them ineffective by causing irreversible damage to their DNA. UV disinfection is a foolproof method for killing microbes, but some bacteria can resist UV disinfection due to their high resistance. Scientists against resistant bacteria have developed different ways.

Downes P. Blunt wrote an article from observations by observing the changes in the DNA of bacteria due to their work in the laboratory environment. The nucleic acid mechanisms of microorganisms are disrupted by UV-C light with a wavelength of 254 nm in the UV disinfection system. UV in UV disinfection UV light, electromagnetic radiation, has a wavelength longer than the X-ray wavelength. Today, there is no definitive diagnosis of the harm of UV disinfection, which is extremely dangerous to microorganisms, humans, and the environment. This disinfection is preferred in environments with many people for cleaning and sterilization purposes. One of the main reasons for using Uvd in these environments is that none of the chemicals are used while Uvd is being done. Places sterilized using UVd:

  • Toilets
  • Hotels and hostels
  • Beauty salons
  • Gyms
  • Mass transport vehicles
  • Food sales areas
  • Kitchens
  • Water treatment plants
  • Schools
  • Aquarium and ponds

You may learn more details from–uvc-disinfection-process.

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