Sentence examples for methods of radiative from inspiring English sources

To obtain quantitative predictions of radiative thermal insulation enhancement of nano TiO2 on fibrous insulations, numerical methods of radiative thermal properties were presented by combining the Rosseland equation, precise Mie theory and subtractive Kramers-Kronig relation.

Based on the features of the active laser detection, an improved method of radiative transfer calculation (Double Line Of Sight) was developed, and the simulation models of complete active laser detecting imaging were founded.

Based on experimental investigation of infrared spectral of ultrafine fibrous insulations with diameters of 520 650 nm, a method of calculating radiative thermal properties was presented by combining Rosseland equation, Mie scattering theory, Beer's law and Subtractive Kramers Kronig (SKK) relation.

The purpose of this paper is to introduce a new method in the research of radiative and thermal properties of materials with further applications in the design of thermal control systems (TCS) of spacecrafts.

For those results the S-N discrete ordinates method for the solution of radiative transfer equation and the Legendre polynomials expansions for the evaluation of scattering phase function were used.

The model is based on the coupling of (i) finite volume method for the solution of radiative transfer equation with (ii) Mie equations for the evaluation of scattering phase function.

The studies are acquired by virtue of the equation of radiative energy transfer method, a similar wave method that can express the direct field and its conversion relationship with reverberant field exactly.

The temperature and absorption coefficient profiles are determined from the measured spectra by a mathematical inversion method based on the equation of radiative transfer with Rayleigh scattering regime.

The discrete ordinates and the discrete transfer methods are applied to the numerical simulation of radiative heat transfer from non-gray gases in three-dimensional enclosures.

In Ref. [19] are applied, with reference to the composite materials, calculation methods similar to those described above in the presence of radiative heat exchange.

The discrete ordinates interpolation method (DOIM) is applied to three groups of problems of radiative heat transfer in three-dimensional rectangular enclosures containing non-gray or scattering medium.