Approximation of the temperature distribution in a volume using the example of the climatic chamber
A uniform temperature distribution is an important characteristic to determine the homogeneity of the temperature field in the environment of the measuring instruments and sensors to be calibrated and thus to fulfil specified acceptance criteria.
How is it possible to reproduce reliable measurement results within temperature measurement processes, even if the temperature distribution within a volume is not homogeneous throughout? How do the measurement processes work? How is the approximated temperature distribution calculated? In this article, our expert Thomas Wassiltschenko provides answers to many questions on the subject of approximating the temperature distribution in a volume, using the example of a climatic chamber.
- Temperature distribution in a volume
- Warming-up behaviour and temperature stability
- Averaged temperature ranges on the 3 horizontal planes
- Approximated temperature distribution on the 3 horizontal planes
- Calculation of the approximated temperature distribution