Testing system for gas explosion characteristic size effect

Abstract

The invention discloses a testing system for a gas explosion characteristic size effect and relates to a testing system which studies on the gas explosion characteristic size effect. The device comprises a gas distribution device, an ignition device, an explosion device, a data collecting and processing device and a high-speed digital camera, wherein the gas distribution device comprises a combustible gas source, a distribution gas source and a gas distribution tank; the ignition device comprises a igniter, and the igniter is installed on the explosion device; the data collecting and processing device comprises a pressure sensor, a flame propagation rate sensor, a temperature sensor, a signal amplification circuit, a data collecting circuit and a computer, and the pressure sensor, the flame propagation rate sensor and the temperature sensor are installed on a spherical container, a cylindrical container and a pipeline; the explosion device is installed between the gas distribution device and the data collecting and processing device, and the explosion device comprises the spherical container, the cylindrical container and the pipeline; and the high-speed digital camera is used for shooting flames during explosion of the combustible gas inside the containers and the pipeline, and an output end of the high-speed digital camera is connected with the computer.

Description

technical field [0001] The test system for the size effect of gas explosion characteristics of the present invention relates to a test system for studying the size effect of gas explosion characteristics. The test system of the present invention can change the shape, size and different connection forms of containers and pipelines to form different explosive devices , connected with the gas distribution device, data acquisition and processing device, through the pressure sensor, temperature sensor, flame propagation rate sensor and high-speed digital camera installed on the explosion device, the gas explosion characteristic parameters of each characteristic position on the container and pipeline are measured Data: Explosion pressure, explosion temperature, flame propagation rate and flame image; through systematic and comprehensive analysis and statistics of characteristic parameter data measured by experiments, research on dynamics such as turbulence, jet flame, explosion wave ...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is to aim at the fact that the existing combustible gas explosion characteristics testing device cannot systematically study the explosion characteristics of combustible gases and the size effect of the explosion characteristics under a series of structural size conditions, and the research results are not extensive and cannot be applied to solve actual working conditions The problem of the problem is to provide a test system for the size effect of gas explosion characteristics, which is a test system that can systematically and comprehensively study the size effect of gas explosion characteristics

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