This research presents a tool to determine thermal diffusivity in liquids, called a Thermal Wave Resonator Tooth cavity, built through additive production (3D printing) and substantially enhanced by incorporating a temperature level control system established with an Arduino microcontroller. The tool was examined with dimension of the thermal diffusivity of pure water both with and without temperature level control. The outcomes show that the temperature-controlled system returns substantially extra dependable and reproducible thermal diffusivity dimensions contrasted to the unrestrained system.
发布者：Dr.Durant，转转请注明出处：https://robotalks.cn/optimizing-thermal-diffusivity-measurements-for-fluids-with-accessible-3d-printing-and-arduino-based-temperature-control/
