Ethyl ester volatilization theory
Smell that the volatilization of ethyl ester is related to the change of physical properties. Fuethyl ester has the sign of volatilization. Under normal temperature, it can often be from liquid to gas and disperse around.

Looking at its volatilization, it is not done overnight. At the beginning, ethyl ester molecules move one after another in the liquid, and their kinetic energy is different. When there is a high energy, it gets the right opportunity, crosses the binding of the liquid surface, and escapes into the gas phase. This process is gradual, at first it is slow, and then it is accelerated with the rise of temperature, the expansion of the surface, and the blowing of the wind.

The reason for the volatilization of ethyl ester is the thermal motion of the molecule. The higher the temperature, the stronger the kinetic energy of the molecule, the stronger the force to break free, and the more volatile it is. The second is the area of the liquid surface. If the surface is wide, there is more chance for the molecules to escape, and the volatilization is also fast. Furthermore, the movement of the airflow, if there is wind, carries away the escaped molecules, reduces the concentration of the gas phase, and promotes the continued escape of the molecules in the liquid, so that the volatilization is not limited.

The effect of volatilization is also demonstrated in all parties. In the scene of use, the volatilization of ethyl ester can dry quickly. If it is contained in the paint, the volatilization will cause the paint to form a film quickly. However, there are also concerns that the volatilized gas, if it gathers in the narrow chamber, may cause the risk of explosion; and the smell is pungent, Therefore, when using ethyl ester, be careful of its volatilization, add protection, and use it in a safe and suitable environment in order to avoid its harm as much as possible.