I. Product Overview

The small-scale test chamber enables the creation of composite experimental environments (high/low temperature, high/low pressure, oxygen-rich/oxygen-poor) while providing real-time monitoring, observation, recording, and product analysis during experiments. Key parameters (ignition point, heat value, mass loss, product composition) can be obtained for studying the combustion or pyrolysis characteristics of materials.

II. Experimental Projects

(1)Ignition and combustion experiments under different atmospheres (oxygen-rich, oxygen-poor, inert gases, steam, etc.)

(2)Ignition experiments in vacuum environments

(3)Ignition experiments with preheated high-energy fuels

(4)Measurement of combustion heat value for high-energy fuels

(5)Ignition and combustion experiments under different initial temperatures

(6)Measurement of ignition temperature and flame temperature for high-energy fuels

(7)Ignition experiments in high/low-pressure environments

(8)Combustion experiments measuring explosive pressure during fuel ignition

(9)Ignition and combustion experiments with varying gas flow rates

III. Measurable Data

(1)Ignition delay time

(2)Fuel combustion duration

(3)Flame combustion videos and images

(4)Combustion chamber pressure variations

(5)Flame temperature

(6)Ignition temperature of high-energy fuels

(7)Flame propagation rate

(8)Analysis of gaseous combustion products

(9)Combustion heat value

IV. Applications

Engineering Thermophysics, Materials Science and Engineering, Energy and Power Engineering, Materials Chemistry and Structural Mechanics, Polymer Materials and Engineering, Fire Protection Engineering, Environmental Science, Safety Engineering

V. Optional Accessories

Gas product analyzer, Reflective schlieren instrument, High-speed camera, Infrared camera, Particle Image Velocimetry (PIV), Planar Laser-Induced Fluorescence (PLIF), Mass spectrometer

VI. Collaboration Cases

(1) Central China University Project

(2) North China University Project