The thesis focuses on the use of radar level measurement technologies to optimize production processes. The introduction highlights the need for accurate and reliable liquid level measurements. The second chapter describes the basics of radar operation, while the third chapter examines radar structure.
The fourth chapter provides a detailed analysis of Time of Flight (ToF) and Frequency-
Modulated Continuous Wave (FMCW) technologies, including their advantages, limitations,
and applications. The fifth chapter discusses the mathematical principles underlying radar
measurements, such as the influence of dielectric properties and algorithms for noise reduction. Subsequent chapters address practical challenges like foaming, condensation, and mixing, and describe the procedures for radar calibration and adjustment.
The final chapter summarizes the findings and proposes improvements for the industrial use of radar systems. The thesis demonstrates how radar technologies contribute to greater accuracy, reliability, and efficiency in demanding production environments.
|