... aggregates (materials) flames fractals heat radiation Mie scattering radiative transfer soot fractal aggregates soot optical properties configuration averaging The absorption and scattering properties of combustion-generated soot are required in many applications related to combustion...

...Siu-Chun Lee This paper presents a theoretical model for the radiative properties of fiber composites fabricated of spatially oriented fiber strands that contain closely spaced fibers in the Mie scattering regime. Dependent scattering within the dense fiber strands is accounted for by utilizing...

...Li-Hsin Han; Wei Wang; Yalin Lu; R. J. Knize; Kitt Reinhardt; John Howell; Shaochen Chen A modified Mie scattering theory was used to calculate the enhancement of electromagnetic (EM) field between gold nanospheres. The simulation result showed that the density of EM-energy in the space between...

... beam effects Mie scattering enthalpy scanning electron microscopy heat radiation The industrial demand for smaller structures required for the manufacture of quantum devices, high-density recording media, etc., have resulted in the need for fabrication technology at the nanometer scale...

... The paper appeared under the section on Radiative Transport whereas it should have appeared under the section on Nan/Micro Scale Heat Transfer . Mie scattering phonons 15 03 2005 2005 ASME ...

... without mode conversion is developed. The development of the theory of scattering and the transport cross section is exactly analogous to the Mie scattering theory for photon transport in particulate media. Results show that transport cross section is very different from the scattering cross section...