Tritium concentration data continuous collection and encrypting transmission method

Abstract

The invention provides a tritium concentration data continuous collection and encrypting transmission method. The method is used for achieving the purpose of carrying out continuous collection and encrypting transmission treatment the tritium concentration data output by a static electrometer after data communication between tritium concentration data transmission equipment and the static electrometer used for detecting the tritium concentration parameters of gas output by the tritium processing equipment. By means of encryption, date transmission safety is improved. Even if a transmission network is interrupted to interrupt transmission of second ciphertext of the tritium concentration detection data, breakpoint resume is achieved to guarantee the continuity of transmitted-outwards tritium concentration data when the transmission network is connected again. Furthermore, the risk that the data are intercepted and revealed when a current receiver is attacked by network attack of data interception and the like is reduced. Thus, the safety of tritium concentration data transmission is improved, and meanwhile the continuity of a tritium concentration data collection and transmission process is guaranteed.

Description

technical field [0001] The invention belongs to the technical fields of communication technology and information processing, and in particular relates to a method for continuous collection and encrypted transmission of tritium concentration data. 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 the human body through inhalation, ingestion, and infiltra...

AI Technical Summary

Problems solved by technology

However, if only relying on the electrometer to monitor the tritium treatment process, the monitoring operation needs to be carried out by the monitoring operator at the tritium treatment site. The operating construction area is limited, the environment is poor, and it is difficult to adjust flexibly. Therefore, in order to realize the remote control of the tritium treatment process Monitoring operation requires a tritium concentration data transmission device (such as a computer for tritium concentration data collection and transmission, or a specially developed embedded integrated terminal for tritium concentration data collection and transmission functions) to output the electrometer Tritium concentration parameters are collected and transmitted to the transmission network, so that remote computers can obtain concentration data through the transmission network for remote tritium processing process monitoring

However, using the transmission network for remote transmission means that there is a risk of information leakage, because other personnel other than the relevant monitoring technicians may also obtain relevant data about the tritium processing process through the transmission network, which may affect the company's tritium processing. R&D and production have adverse effects, and bring related production technology information security risks to enterprises

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