'Isotropic scattering' diaporamas de présentation

A radiative transfer framework for rendering materials with anisotropic structure

606 views • 31 slides

Sar polarimetric data analysis for identification of ships

800 views • 24 slides

Anisotropic Coverings of Fractal sets

Anisotropic Coverings of Fractal sets. Harry Kennard h.r.kennard@open.ac.uk PhD Candidate Department of Applied Mathematics The Open University Supervisor: Professor Michael Wilkinson. Outline of the paper. Outline of the Talk.

280 views • 19 slides

METO 621

METO 621. Lesson 13. Separation of the radiation field into orders of scattering. If the source function is known then we may integrate the radiative transfer equation directly, e.g. if scattering is ignored and we are only dealing with thermal radiation.

309 views • 16 slides

METO 621

METO 621. Lesson 15. Prototype Problem #1 Semi-infinite slab. Prototype Problem #1 Semi-infinite slab. Prototype Problem #1 Angular distribution of the Intensity. Adding-Doubling Techniques.

229 views • 11 slides

Why Diffraction, Why Neutrons?

Why Diffraction, Why Neutrons?. J. A. Dura dura@nist.gov. NCNR Summer School on. Neutron Small Angle Scattering and Reflectometry. June 26, 2006. Why Diffraction?. 3 choices for microscopic structural information. Neutron Energy, Momentum, and Wavelength. A Neutron Scattering Instrument:

391 views • 11 slides

Why Diffraction, Why Neutrons?

Why Diffraction, Why Neutrons?. J. A. Dura dura@nist.gov. NCNR Summer School on. Neutron Small Angle Scattering and Reflectometry. June 26, 2006. Why Diffraction?. 3 choices for microscopic structural information. Neutron Energy, Momentum, and Wavelength. A Neutron Scattering Instrument:

118 views • 11 slides