scattered radiation

This model is generally adopted to describe the polarization of the scattered radiation.

After the scattered radiation exits the sample, it is sent through a monochromator.

However, lead used to shield the fetus may not protect it from scattered radiation that could possibly cause cancer in the future.

Similar devices are called crystal analyzer for the examination of scattered radiation.

To design optical elements, several algorithms are used to shape scattered radiation patterns.

Scattered radiation was reduced to a minimum by raising the platform 30 cm above the supporting table top.

If the scattering centers are in motion, then the scattered radiation is Doppler shifted.

Therefore, only at lattice points where constructive interference takes place is scattered radiation detected.

Furthermore, the intensity of Rayleigh scattered radiation is identical in the forward and reverse directions.

The collimators select the scattered radiation into the well defined ranges of 128 angular positions.

"Those old spindizzy converters weren't too choosy about how they scattered radiation.

This means that if one looks at a picture of the scattered radiation, one would see a spatially continuous footprint.

When the scattered radiation is visible light, it is conventional to measure the path length in centimetres.

Scattered radiation can interfere with the detector by entering into it and causing errors in recorded spectra.

This technique requires development of various algorithms for designing optical elements that shapes scattered radiation patterns.

The screen showed Janvert's figure, its outline shimmering in the scattered radiation of night-vision projection.

In the case of particles with dimensions greater than this, Mie's scattering model can be used to find the intensity of the scattered radiation.

Rotating the grating controls which wavelengths of scattered radiation reach the exit slit leading to the detector.

Deciphering the Molecule The patterns of scattered radiation are recorded on special imaging devices and analyzed by computer.

As P is moving with the object, the scattered radiation in the direction of the detector is also Doppler shifted.

Then the scattered radiation has energies slightly less than, very slightly less than, the incident photon.

However, this phenomenon is distinct from scattered radiation passing diffusely through matter, as it involves local equilibrium between the radiation and the temperature.

The wavelength distribution of the scattered radiation in a medium traversed by a beam of X or gamma rays.

The intensity of the Rayleigh scattered radiation increases rapidly as the ratio of particle size to wavelength increases.

The intensity of Mie scattered radiation is given by the summation of an infinite series of terms rather than by a simple mathematical expression.