fiber optics
We are developing many innovative products and technologies utilizing temperature and strain-sensing capabilities of optical fibers. Decoupling the in-twined response to strain and temperature is crucial in fully utilizing optical measurement, especially for turbulent and high temperature applications such as nuclear energy production and simulation. We are developing fuel rod analogs (heater rods) that measure and communicate critical data to the system and its operators regarding critical heat flux, ensuring safe system operations.
On-Line Real Time Feedback
In the emerging age of liquid metal and molten salt reactors, the ability for an energy system to react swiftly to changes in temperature, flow, and pressure are as critical as ever.
On-Line Real-Time Liquid Level detection System in high void heat and quenching system
On-Line Real-Time Quenching Front Tracking System
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Rapid multi-point
high temperature sensors for quenching front tracking. |
On-Line Real-Time rapid Flow Regime Transition Detection
Our company provides services in the engineering and production of many types of simulation heaters for nuclear energy simulation. We provide the traditional heater in many lengths and power profiles, and we are integrating fiber optics and other technology to create a new generation of measurement and heating instrumentation. Additionally, rods for ATF simulations are in development to help the emerging technology of safe, low-carbon nuclear power generation.
Thermal Flow Meter
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We aim to avoid non-conservative measurement uncertainty induced by axial conduction through highly conductive material by utilizing innovative applications of materials and measurement methods to produce consistent results, ensuring the safety of operators and systems.
We enact proprietary and innovative methods to facilitate CHF and other multiphase flow thermal-hydraulic testing under low-pressure, low-flow flow instability conditions. |
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HPHT Test Facility for the Development and Evaluation of Advanced Measurement Technologies
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Prototypical mixing vane spacer grid design (4x4, 5x5, 6x6) and fabrication for CHF and other thermal-hydraulic testing.
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