With the shortage of energy in the world, countries are entrusted with the use of nuclear energy in the future. However, when nuclear energy generates electricity, radiation may be leaked. How to detect it? Radiation monitoring equipment is particularly important as an instrument to detect the degree of radioactive contamination. Science in various countries has never stopped the research work of radiation monitoring instruments. According to reports, a new type of radiation monitoring and detection instrument has recently been developed by the Ohio State University School of Engineering, which can more accurately detect the degree of radioactive contamination in the nuclear environment. At the same time, its cost will be lower than previous products, and Has excellent detection speed.
David Hambly stated that this system can eventually be used to detect radiation in the nuclear energy industry and can also be used in radiological tracking research in the medical community. This new type of radiation spectrometer has been patented, and the first batch of products will be available soon. Relevant researchers said that this kind of radiation spectrometer will eventually be promoted to the world, and this new technology can be used in related industries around the world. David Hambai, a professor of harmful radiation protection at Ohio State University, said that the new spectrometer will work more efficiently than previous detectors. It can simultaneously detect and quantify gamma rays and beta rays. To detect these two rays at the same time, there must be two different detection instruments and other chemical tests, which is a time-consuming process. "The new equipment can give accurate results to the test object in 15 minutes. In the past, this process took half a day. The new equipment not only simplified the process, but also saved time and money."
This new spectrometer is the result of 10 years of research by David Hambay and Abby Fussen, who is an associate professor at the Ohio State University School of Engineering. The new spectrometer can quickly identify the type and quantity of radionuclides contained in the test. Pass on the soil sample. The Ohio State University School of Engineering has signed a contract with Texas Ludlum Equipment Company to produce the first batch of equipment. The Ohio State University Technology Transfer Office also hopes to obtain a license for commercial development purposes. In addition, the electronic system of the spectrometer will be produced by Avicenna.
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