Sentence examples for radiation arising from from inspiring English sources

The program develops scientific and engineering fundamentals in the production, interactions, measurement, and control of radiation arising from nuclear processes.

Electromagnetic radiation arising from electrical devices, atoms, or nuclei may be considered to be composed of waves or of photons.

Numerous organisms have shown an ability to survive and reproduce under low-dose ionizing radiation arising from natural background radiation or from nuclear accidents.

Measurements of flame radiation arising from soot particles have also been made, with detection at 395 547 nm and to a limited degree at 833 900 nm.

Nuclear clock, frequency standard (not useful for ordinary timekeeping) based on the extremely sharp frequency of the gamma emission (electromagnetic radiation arising from radioactive decay) and absorption in certain atomic nuclei, such as iron-57, that exhibit the Mössbauer effect.

These concerns will drive a continued need for getting more and more information from the smallest possible quantities of radiopharmaceutical and for minimizing the radiation arising from associated tests such as the computed tomography (CT) component of positron emission tomography (PET)/CT and single photon emission computed tomography (SPECT /CT.

In the near-field, pressure perturbations generated by a dipole fall off in proportion to 1/r 2. Quadrupole radiation arises from the fluctuating shear stresses within a turbulent fluid [14] and has a three-dimensional pressure field.

Furthermore, Cerenkov radiation arises from high-energy particles traveling through a medium, inducing transient dipole-moments, while the mechanism of non-radiative (resonance) energy transfer with FRET involves dipole-dipole coupling.

The detectors will be used in a search for stochastic gravitational wave background analogous to the cosmic background radiation arising either from the primeval universe or from many unresolved local sources.

Here we examine how spectrally dependent radiation patterns arising from an individual plasmonic nanoparticle, positioned on a dielectric substrate, affect the detection of its plasmon modes.

Based on the rigorous multipole expansion method and the translational addition theorem of cylindrical wave functions, the electromagnetic (EM) radiation forces arising from multiple scattering effects between a pair of perfectly conducting cylindrical particles of circular cross-sections are derived and computed.