β Scribed by J. Zueco; F. Alhama
No coin nor oath required. For personal study only.
An algorithm in the form of inverse problem to estimate the surface emissivity versus temperature of solids of variable thermal properties separated by a non-participating medium is proposed. The estimations are reproduced by the connection of variable slope stretches (piece-wise function) with no information of the temperature dependence of the emissivity. The input data (measurements) come from the solution of the direct problem by adding a random error to the temperature field. Both the direct and inverse problem are numerically solved by means of the network simulation method. The influence of different parameters in the estimation is studied and the resulting estimations are compared with exact solutions in order to verify the effectiveness of the proposed method.
π SIMILAR VOLUMES
## Abstract Theoretical calculations of emissivity difference, ΞΞ΅, with changing of water temperature from 301 to 279 K are performed at 820 cm^β1^ using the temperatureβdependent refractive index of sea water recently proposed by Newman and coβworkers. The results are compared with the calculation