Product Introduction：
This product is used in conjunction with a comprehensive experimental apparatus for combustion science to demonstrate the propagation phenomenon inside laminar premixed flame tubes and measure the characteristic frequency of combustion type open tubes, thereby verifying the experimental module of thermoacoustic instability theory. The experimental device mainly consists of a column, quartz glass tube, burner, base, and tube clamp.
detailed information
| PRODUCT MODEL | E302 | product name | Flame Propagation Experiment Module |
| Product specifications | 250×160×700mm | product material | |
| Usage environment | Input power supply | ||
| Belonging series | Combustion | Cooperate with modules | E300 |
| Experimental function： |
| 1、Can be used to study the shape and velocity of flames during combustion processes; 2、Can be used to study the flow ratio and combustion limit of air and gaseous fuels; 3、It can be used to study the relationship between flame speed and gas composition, as well as the fuel ratio of various gas fuels; 4、Can be used to study the flame stability of burners; 5、Can be used to construct flame stability data and charts; 6、Methods that can be used to study and improve the flame stability limit; 7、Can be used for research on flame propagation; 8、The process of demonstrating the ascent of flames can be used; 9、Can be used to study the effect of changing the cross-section of the burner on flame velocity; 10、Used to study the prevention of flame movement (tempering phenomenon) in pipes; 11、Measure the relationship between the height of the diffusion flame and the fuel flow rate to verify the diffusion flame theory; 12、Measurement of characteristic frequencies of combustion type Rijke tubes to verify the theory of thermoacoustic instability; 13、Can be used for demonstrating the propagation inside laminar premixed flame tubes and measuring flame velocity; 14、Can be used for stable combustion and flame velocity measurement in laminar premixed flame variable diameter tubes; 15、The temperature oscillation curve at the outlet of the Rijke tube can be plotted. |