S82SHDB

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Miscellaneous

S82SHDB is an advanced equipment utilizing gamma radiation for clinical research and diagnostic purposes. Developed by Dr. Sergej Kotchoukov, a scientist at the Moscow Institute of Technology, S82SHDB is designed to both measure and monitor radiation levels in both laboratory and radiological facilities. It is an indispensable tool for medical physicist, radiologist, and other professionals in the field of radiation safety.

The basic unit of S82SHDB is an X-ray tube connected to an X-ray detector. This consists of two parts: a gamma-ray detector and a data acquisition system. The gamma-ray detector contains a special solid-state detector, which is connected to a charge coupled device for detecting gamma-photons and measuring their energy. The data acquisition system includes both analog and digital inputs to capture and store the gamma-ray data. This data is then analyzed to characterize the radiation environment in the laboratory or radiological facility.

The working principle of S82SHDB is relatively simple. When gamma-radiation is emitted from a source of radiation, it passes through the sample chamber which is connected to the mentioned X-ray tube and detector. The gamma-photons are then detected by the charge-coupled device, the energy of which is then converted to digital signals using the data acquisition system. This data is then analyzed to determine the radiation levels in the environment, both diffuse and localized, as well as the energy of the gamma-radiation present. This data is then used to make decisions regarding the amount of radiation protection needed.

S82SHDB has a wide variety of applications in modern radiodiagnostic and research areas. It can be used for measuring the activity of materials in clinical labs, measuring gamma radiation levels in the environment, and measuring the internal or external radiation levels of objects or samples of material. It can also be used for radiation protection purposes in the lab and other potentially hazardous environments, such as nuclear fuel storage and handling facilities. Additionally, some medical imaging systems also use this device to measure the radiation dose in order to ensure safe operation.

In conclusion, S82SHDB equipment is an invaluable tool for many areas of scientific research and medicine. It is able to accurately and reliably measure gamma-radiation levels in any environment, and its data can be used to make decisions regarding necessary radiation protection protocols. With its wide range of applications, this device can be used in both clinical and medical research. It is an indispensable item in any laboratory or radiological facility.

The specific data is subject to PDF, and the above content is for reference