Introduction – The phase of technology are regularly making new findings that provides suggestion in neutrino detectors that plays an important role that ensures the better monitoring and safe storage for radioactive materials that have various repository site of nuclear waste. A research has been made that provides the calculations to ascertain the radiation of neutrino by spending the emission of nuclear fuel. These detectors are very useful in most conditions and situations.
Usage – The neutrino detector does not make any interaction with the matter that helps in the penetration of Earth that is not hindered. Each and every second of 1200 billion neutrinos helps in striking Earth from the sun. Neutrinos help in the interaction with matter with difficult elementary particles in the detection.
The beta decay radioactive product helps in the generation of neutrinos with large quantities. A minimum energy of mega electrons volts is required in the detection of these particles through the process of inverse beta decay. It is registered in a scintillation detector by filling a tank with special mineral oils. The high energy particles enable the interaction of protons in the tank by emitting various characteristics of light signal.
Such neutrino detectors help in the employment for the monitoring of nuclear power plants with its operation. For the monitoring of storage with the nuclear waste without any detection. In service reactors production, more neutrinos help in the storage of radioactive materials. It also monitors the whereabouts of nuclear waste that has become very important to present it with various security reasons.
Functions – The emission of radioactive strontium and other fission products have been spent for nuclear fuel. Several scenarios have been considered that details about where and how the emission will be detected. A suitable detector is very particular so that it can monitor various ground storage facilities that includes the area of nuclear power plants. This detector helps in the detection of radioactive materials that are removed without any documentation.
Conclusion – According to the calculation of detector, various measurements make use of detection capacity of 40 tons that will work for a year. It offers a great benefit that allows the verification of various contents of the container without any opening. It is very usual to place the detector 10 to 100 meters away. This method is very accurate that tries to ensure non-proliferation of nuclear weapons that also grades several materials.
