Sentence examples for description of radiation from inspiring English sources

The chapter provides the fundamentals for a quantitative description of radiation emitted from sources, as well as the interaction of radiation with objects and matter.

By incorporating the description of radiation modes, this equation of natural mode expansions is used to study the coupling among vibration modal amplitudes due to the modal cross-impedances and the convergence of near and farfield solutions.

The basic principles of this field including classifications and description of radiation-grafted copolymers with their engineering configurations and operating systems are reviewed.

Modern radiation shielding Monte-Carlo codes, like FLUKA, can handle this geometric description of the radiation transport process in sufficient detail, allowing accurate predictions of the dose rates expected and the ability to show weaknesses in the design before a high radiation incident occurs.

His description of electromagnetic radiation led to the development (according to classical theory) of the ultimately unsatisfactory law of heat radiation, which prompted Max Planck's formulation of the quantum hypothesis i.e., the theory that radiant-heat energy is emitted only in finite amounts, or quanta.

In photochemistry, an accurate description of the radiation field is important for successful modeling and subsequent design of a photocatalytic reactor, since the radiation field determines the local volumetric rate of energy absorption, which in turn controls the photocatalytic reaction rate.

We assume a simple description of the radiation.

Description of solar radiation data used for considerations is given.

The present work reports an analysis of the existing models for the description of the radiation field inside photochemical reactors for homogeneous systems.

Finally, the description of the radiation field distribution in a typical flat plate, photocatalytic solar reactor simulator illustrates the method that should be used for scaling-up purposes.

While it provides a highly accurate description of the radiation field, the large phase space on which the equation is defined makes it numerically challenging.