On the method of the evaporation rate of ethyl acetate
The evaporation rate of ethyl acetate needs to be considered in detail. First look at the environment in which it is located, the temperature and humidity have a great impact on its evaporation rate. If the temperature is high, the molecular thermal movement will be dramatic, and the evaporation rate will increase; if the humidity is large, there will be many water molecules in the gas phase, which will inhibit the escape of ethyl acetate molecules, and the rate will be slow.

The exposed area is observed for the second time. If the area is wide, the contact surface with the air will be large, and the molecules will have more opportunities to escape, and the evaporation rate will be faster.

Furthermore, the air circulation is related to its rate. The flow is smooth, and the ethyl acetate molecules that escape quickly leave the liquid surface, making it difficult to saturate the vapor pressure at the liquid surface, and the evaporation will accelerate. < If the agent that is miscible with ethyl acetate has different volatility, it may promote or inhibit its evaporation.

To determine the evaporation rate of ethyl acetate, it is necessary to comprehensively consider all factors and study carefully to obtain an accurate number to meet the needs of various applications.