The Study On Magnetization Force Controlling The Burning Speed And Temperature Of Moxa Joss Stick

During the moxibustion between the combusted moxa joss stick and the surface of the skin has formed the place of heating,surface heating,where for successful treatment should be a special temperature and burning rate.The rate of combustion and the temperature should be definite depending on type of activation points.Given the fact that before during the using moxibustion in clinical practice the rate of combustion together with the methods of temperature control have not enough obvious results,in this work was investigated the effect of magnetic field on burning rate and temperature variation during the burning of moxa Stick.In present research was used experimental magnetic force control method of the moxa joss stick combustion speed and temperature studies.Magnetizing force of the wormwood stick in combustion process of the impact analysis determine a reasonable and feasible design of experiments scheme.According to the experimental program,we set up a system for magnetic force control of the moxa stick combustion speed and temperature.For enhancing wormwood stick during combustion experiments the permanent magnet arrangement position changed,recording of wormwood post-combustion time,temperature,etc.Information analysis of magnetization force impact on moxa stick combustion,so for enhancing moxa combustion experiments by changing the permanent magnet arrangement position,recording of moxa stick post-combustion time,temperature,etc.Information analysis of the impact magnetization force on the moxa stick combustion.For the inhibition of moxa stick combustion experiments in the wormwood,which provided by the air circulation channel around and was used magnetic force to control the moxa stick combustion.Finally,for obtaining the magnetizing force control of moxa stick combustion were related conclusions as follow:1.Magnetizing force can be enhanced moxa joss stick combustion and improve the wormwood combustion temperature,but also it can shorten the reaches peak temperature time.When the magnet installed around the moxa joss stick the magnetization force condition,moxa stick intermediate temperature increases first and then decreases,and at about 400 s occurs when the peak.2.During the procces when magnet was installed in different position of the comparison,it should be placed at y=30mm at a position,in this case the magnetizing force of the AI column of the combustion temperature will enhance the most obvious.3.Installing the magnet can also be suppressed moxa stick combustion,let it burning more slowly,in this case combustion temperature of the peak relative to non-magnet lower.Installed around the magnet of the moxa stick to the average temperature and the bottom temperature are significantly lower than non-magnet temperature.Moxa column combustion average temperature changes over time is presented first increases and then decreases trend,moxa stick combustion temperature at the bottom also exhibit increased first and then decreased,in the bottom of stick temperature of the lag peak point of stick to the average temperature.4.The magnet is mounted on the y = 37 mm position,the magnetizing force to suppress the moxa stick combustion temperature,if y = 37 mm position is the scope of the study we will get the best suppression position.5.Results of present research shows that the magnetization force is easy to enhance the moxa stick combustion speed and temperature,as long as it arranged around a non-uniform magnetic field,it can enhance the moxa stick combustion.6.The magnetizing force is not easy to reduce the combustion speed and temperature.The need in the moxa stick provided around the air flow path in order to use magnetic force to suppress combustion.By the magnetizing force of the inhibition of the moxa joss stick in surrounding air flow to inhibit combustion.