| Abstract [eng] |
The master's thesis analyzes the registration of particulate matter with the Rapid-E device, which was purchased by Šiauliai University in order to analyze the pollen in order to evaluate its application in the context of intelligent manufacturing. The paper reviews the effects of particles on human health and their capture methods and devices. Describes the key features of the Rapid-E that underlie the device's ability to capture particles and their sizes. In order to provide the received information to the user, certain programs, which are briefly described in the work, and their codes are required. The study analyzed data from the Rapid-E in January-April this year and February-July 2020. Based on the obtained data, the particle sizes and the frequency of their fixation at different times of the day and on different days of the month were analyzed. From the obtained data, the changes in the particle size distribution and concentration under different meteorological conditions were assessed. |
