At NURETH-21, Busan, South Korea, August 31 – September 5, 2025, A2 Photonic Sensors will showcase optical probe solutions for advanced gas-liquid characterization in nuclear thermal-hydraulics research.
NURETH-21, the 21st International Topical Meeting on Nuclear Reactor Thermal Hydraulics, gathers leading scientists, engineers, and research teams focused on nuclear two-phase flow and thermal-hydraulics. Moreover, this event provides an ideal platform to demonstrate how our optical probes contribute to nuclear thermal-hydraulics research, enhancing both experimental studies and CFD model validation in complex multiphase flows.
Optical Probes for Two-Phase Flow Analysis
Our high-sensitivity optical probes are well-suited for precise gas-liquid characterization in nuclear thermal-hydraulics research. They deliver real-time, high-resolution data in complex two-phase flow environments, including:
- Boiling and condensation experiments
- Steam–water flow in thermal-hydraulic test loops
- Safety-related flow simulations
These instruments support both fundamental research and applied experimental investigations providing reliable, high-quality data for diverse nuclear research applications.
Enhancing Two-Phase Flow Research & Model Validation
Accurate gas-liquid characterization is essential for reliable experimental data and CFD model validation. Whether studying fundamental multiphase flow phenomena or scaling laws for reactor safety studies, our instruments provide high-quality, repeatable data under diverse conditions.
Multiphase Flow Studies Across Research Platforms
Our solutions are versatile and adaptable to a wide range of experimental setups, from laboratory-scale experiments to pilot facilities and dedicated nuclear thermal-hydraulic platforms. Researchers worldwide rely on our instruments to investigate complex multiphase flow behavior with precision and confidence.
Advancing Nuclear Thermal-Hydraulics Through Optical Probes Measurements
Detailed measurements of void fraction, bubble size, and bubble velocity help improve simulation models and advance nuclear thermal-hydraulics knowledge. By enabling researchers to explore complex flow dynamics, our optical probe-based tools contribute to both fundamental science and applied experimental research.
Discover Optical Probe Solutions at NURETH-21
We look forward to meeting you at NURETH-21 on booth 02 to discuss your research challenges and demonstrate how our optical probe-based instruments can advance your studies.