Sentence examples for inverse radiation from inspiring English sources

This algorithm is demonstrated using the established two-dimensional inverse radiation enclosure problem.

This paper presents a new inverse radiation analysis approach in an absorbing, emitting and non-gray participating medium.

The contribution is to introduce the complex-variable-differentiation method into inverse radiation problems for calculating sensitivity coefficients.

The results indicate that the Bayesian inference method can provide accurate point estimates as well as uncertainty quantification to the solution of the inverse radiation problem.

In the present work, we investigate an inverse radiation problem of estimating the heat-transfer coefficient from temperature measurement in the radiant cooler.

The inverse radiation problem is solved through the minimization of a performance function, which is expressed by the sum of square residuals between calculated and observed temperature, utilizing the conjugate gradient method.

In the present work, the abilities of the two methods are illustrated when these kinds of inverse sound radiation problems are dealt with using Tikhonov regularisation.

This paper expresses the relationship between estimation accuracy, spatial resolution, noise-level and source/sensor geometry, when a range of inverse sound radiation problems are regularised using Tikhonov regularization with GCV.

A mathematical equivalence is shown between the inverse black body radiation and inverse lattice specific heat problems.

The molecular mechanisms underlying these phenomena are unclear but there is evidence suggesting an inverse correlation between radiation-induced genomic instability and global hypomethylation.

We introduce a model to design reflectors that take into account the inverse square law for radiation.