Method and system for displaying and processing field experimental data of reactivity meter

Abstract

The invention discloses a method and a system for displaying and processing field experimental data of a reactivity meter. The method comprises the following steps that: a local area network is accessed; reactivity meter application software is started on a host, and data sharing setting is started; reactivity meter application software client slave software is started on slaves, and data sharing with the host is established; and the plurality of slaves read the data acquired by the host. By means of the method, the host arranged in a master control room can obtain a current representing the neutron flux level of a reactor core or other reactor core state parameter signals from a reactivity meter device and achieve data sharing through the local area network; and a plurality of slaves arranged outside the master control room can acquire real-time data acquired by the host by adding a local area network, so that synchronous acquisition of the data is realized. According to the invention, more experimenters outside the master control room can obtain the experimental data of the reactor starting physical experimental process in real time through the plurality of slaves, and analyze and process the obtained data in real time outside the field, so that the experimental efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of reactor nuclear data measurement, in particular to a method and system for displaying and processing field test data of a reactivity meter. Background technique [0002] In the process of reactor start-up physical experiments, digital reactivity instruments are needed to assist in the start-up physical experiments, such as control rod value measurement, temperature reactivity coefficient measurement, nuclear hot spot measurement and other experiments. The experimental process is usually completed in the main control room. However, due to the short experimental window and the control of the number of personnel in the main control room, only a small number of personnel can participate in each experiment, and the number of experimental detectors is limited, usually only one reactivity instrument can be connected, resulting in The experimental data acquisition is single, the experimental participants are limi...

AI Technical Summary

Problems solved by technology

However, due to the short experimental window and the control of the number of personnel in the main control room, only a small number of personnel can participate in each experiment, and the number of experimental detectors is limited, usually only one reactivity instrument can be connected, resulting in The experimental data acquisition is single, the experimental participants are limited, and the experimental efficiency is low

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