CATEGORIES
Temperature stability turns precision instruments into precision measurements.
Two recently published research papers demonstrate how Wavelength Electronics temperature controllers help scientists achieve the thermal stability required for demanding optical experiments.
In one study (https://bit.ly/4wbPKa0), researchers measured the effective thermal expansion of fused silica and sapphire with sub-nanometer optical path length repeatability using a TC15 Temperature Controller.
In another (https://bit.ly/4q25ISI), researchers investigating nonequilibrium fluctuations in polymer solutions maintained a 50 K temperature gradient with ±0.01 K accuracy using LFI-3751 Temperature Controllers, enabling precise thermodiffusion measurements relevant to future ESA microgravity experiments.
While our controllers aren’t the focus of these papers, they’re an essential part of the experimental infrastructure—providing the stable thermal environment researchers depend on to produce accurate, repeatable results.
When your research depends on temperature stability, precision control matters.
