light propagation

The ideas are closely related to light propagation in optics.

The answer lies in the way they mapped the light propagation through the lens.

This is in accordance with Huygens principle of light propagation.

The momentum carried by the photons thus basically points in the direction of light propagation.

The various directions of light propagation are observable simultaneously .

This is where the power of looking at light propagation through the lens of circuit design really pays off.

Pre-relativistic theories of light propagation cannot account for the Fizeau effect.

This supports two distinct modes of light propagation polarised at right angles to each other.

In general the absorption imprints are generated by a straight line light propagation through a volume with the specific gas.

Rays and wavefronts are two mutually complementary approaches to light propagation.

The woman, Carla Stepan, had done some pioneering work in light propagation.

Crystal optics describes light propagation in these media.

Speed of light propagation is not modeled since the players are within a few light minutes of each other.

Light propagation in the cladding is suppressed in typical fiber.

The circularly polarized modes are a more useful basis for the study of light propagation in stereoisomers.

Emitter theory - another now-obsolete theory of light propagation.

Geometrical optics, or ray optics, describes light propagation in terms of rays.

PCs can prohibit light propagation altogether.

He investigated the mathematical description for light propagation through a single homogeneous medium and described the passage of light between different media.

The SBEs are particularly useful when solving the light propagation through a semiconductor structure.

He believed that a wave model could much better explain many aspects of light propagation than the corpuscular model:

Negative phase velocity (NPV) is a property of light propagation in a medium.

It simulates light propagation from solar irradiance (Top of Atmosphere) and/or thermal emission within the scene.

Photon transport theories, such as the Monte Carlo method, are commonly used to model light propagation in tissue.

This allows for light propagation in the hologram plane rather than in the perpendicular direction and results in a long interaction path.