Category: Work Packages
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WP4 update – NPL STD flame successfully recommissioned and calibrated
Last month, the NPL team, led by Gavin Sutton and Aldo Mendieta, successfully recommissioned and calibrated their standard flame developed… READ MORE
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ThermoSI Johnson noise thermometry at the Royal Society Discussion meeting “The redefined kelvin: progress and prospects”
On the 24-25th February 2025 more than 70 world leading experts in thermometry gathered in Glasgow to take part in… READ MORE
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Breakthrough in Johnson Noise thermometry (JNT) development: overcoming electromagnetic compatibility (EMC) challenges
Within WP2 – Practical Primary Thermometry, Metrosol has reached a significant milestone with its latest Johnson Noise Thermometry (JNT) prototype,… READ MORE
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WP4 update to enable in-situ traceable thermometry
Excited to share an update from our colleagues at NSC IM, Ukraine! As part of WP4 in the ThermoSI project,… READ MORE
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User-friendly implementation of machine learning algorithm for automation of self-validating thermocouples
A machine learning algorithm has been developed to automatically detect and characterise the melting plateau of a self-validating thermocouple [1].… READ MORE
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NPL’s first successful phosphor thermometry measurements above 750 °C using YAG:Dy
As part of WP3 – thermographic phosphor thermometry up to 1250 °C, NPL have performed initial tests on one possible… READ MORE
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First ThermoSI collaboration workshop between Beamex and VTT
On October 24th, Beamex and VTT held the first workshop in their ThermoSI collaboration with a focus on their shared… READ MORE
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WP4: AI Techniques for Thermometry
Self-validating thermocouples are now mature but are held back by the inability of conventional software to identify the characteristic phase-change… READ MORE
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WP3: Phosphor Thermometry to 1250°C
Phosphor thermometry can overcome challenges experienced by thermal imaging, but so far has a limited temperature range, and lacks widely… READ MORE
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WP2: Practical Johnson noise thermometry to 1200°C
Johnson noise thermometry (JNT) is, in principle, immune to calibration drift due to sensor degradation in harsh environments. Recently, new… READ MORE
23IND11 ThermoSI
The project 23IND11 ThermoSI has received funding from the European Partnership on Metrology, co-financed from the European Union’s Horizon Europe Research and Innovation Programme and by the Participating States.
Funded by the European Union. Views and opinions expressed are however those of the authors only and do not necessarily reflect those of the European Union or EURAMET. Neither the European Union nor the granting authority can be held responsible for them.
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Thermometry with embedded SI traceability for industrial applications. Temperature Metrology for Process Efficiency.
23IND11 ThermoSI 