Speaker
Description
Resistive Plate Chambers (RPCs) are highly sensitive to the stability, purity, and precise control of their operating gas mixtures. As a result, the performance, reliability, and reproducibility of experimental results are intrinsically linked to the design and operation of the gas delivery system.
This seminar examines the critical role of fluid system engineering in RPC applications, highlighting how factors such as pressure and flow stability, leak integrity, material selection, and system architecture can significantly influence detector behavior. Common challenges encountered in research environments will be discussed, along with best practices for designing high-precision gas systems that minimize experimental variability.
In addition, the seminar will address safety considerations associated with the use of flammable and high global warming potential gases, emphasizing the importance of robust system design and standardized practices.
The presentation will also explore emerging trends towards environmentally sustainable gas mixtures, outlining the technical challenges involved, including increased sensitivity to contamination and the need for enhanced control and system reliability.
Overall, this session aims to provide practical insights into how well-engineered gas systems can support scientific advancement by enabling stable, safe, and reproducible detector operation.