Tritium concentration monitoring terminal and method based on encrypted communication

Abstract

The invention provides a tritium concentration monitoring terminal and method based on encryption communication. According to the tritium concentration monitoring terminal based on encryption communication, data communication with tritium processing equipment and an electrometer which carries out tritium concentration parameter detecting on output gas of the tritium processing equipment can be directly carried out, tritium concentration detecting in an tritium processing process can be automatically carried out, a tritium concentration detecting journal is recorded, the tritium processing process is judged according to the tritium concentration detecting data, the tritium processing equipment is controlled to meet expectant tritium processing requirements, and accordingly automatic tritium processing process monitoring on the tritium processing equipment is achieved, manual control over the tritium processing process of the tritium processing equipment according to man-made judgment is of no need, manpower monitoring cost is saved, tritium processing monitoring execution efficiency is improved, operation error risks caused by manual monitoring are lowered, disclosing of relevant monitoring data information of tritium processing is avoided through encryption, and information safety control is effectively enhanced.

Description

technical field [0001] The invention belongs to the fields of electronic equipment technology and communication technology, and in particular relates to a tritium concentration monitoring terminal based on encrypted communication and a tritium concentration monitoring method of the monitoring terminal. Background technique [0002] Among the isotopes of hydrogen, only tritium is unstable. The maximum energy of tritium is 18keV, and its average energy is 5.65keV. It undergoes beta decay with a half-life of 12.33 years. Tritium can directly or indirectly undergo chemical reactions with some containing materials through isotope exchange. These reactions are stronger than those caused by hydrogen, because the beta radiation of tritium can destroy the chemical bonds of these materials and cause radiolysis catalysis. It is possible to cause corrosion to the containing material, or cause degradation of material properties (brittle cracks, aging). Moreover, tritium can also enter t...

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Problems solved by technology

However, the current tritium treatment process monitoring method is only a semi-automatic process, because although the tritium treatment and tritium concentration detection have realized automatic detection, the reading of the tritium concentration data after detection and the control and adjustment of the tritium treatment process according to the tritium concentration Manual operation is still required, there is a risk of human error, and the degree of automation, intelligence, and execution efficiency need to be improved; at the same time, these monitoring operations rely on monitoring operators to perform at the tritium treatment site, and the operating construction area is limited and the environment is poor. , it is difficult to adjust flexibly, which affects the execution efficiency of related work and business; more importantly, if the tritium concentration parameters detected by the electrometer are directly output to the remote computer to perform remote tritium processing related data detection, Personnel other than the relevant monitoring technicians may also obtain the monitoring data recorded in the computer, which may lead to the leakage of information on the key technology of tritium processing. risk, which may adversely affect the R&D and production related to tritium treatment of the enterprise

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