The invention discloses a
simulation experimental system for controlling a
mine tunnel dust environment, which comprises a
simulation tunnel, a ventilation
system, a dust generating
system, a temperature and
humidity controlling
system, a water supplying and draining system, a dust removing system, a
signal detecting system, and a computer controlling and data analyzing system, wherein the
simulation tunnel is connected with the ventilation system, the dust generating system and the temperature and
humidity controlling system in the tunnel to simulate the temperature,
humidity,
wind speed, air pressure and dust concentration parameters in the mine, and is connected with the water supplying and draining system and the dust removing system to spray and remove dust passing through the tunnel. The
signal detecting system provides related
data information for the computer controlling and data analyzing system. The simulation
experimental system is similar to a DC-blowing-type wind channel in a small-scale mine environment. An area in which air flows uniformly is created in the tunnel. By using the demarcated flow field, various scientific research activities related to mine
dust detection, dust prevention, and the like can be performed.