Sentence examples for scattering energy from inspiring English sources
The Monte Carlo technique is used to describe the Coulomb scattering processes of dynamical friction, pitch angle scattering, energy diffusion, and the ICRF interaction processes.
The dissipation prevails more on a rougher surface due to electron scattering, energy loss, and unequal or non-uniform electrothermal heating.
The as-prepared products were characterized by powder X-ray diffraction, transmission electron microscopy, dynamic light scattering, energy dispersive X-ray analysis, and fourier transform infrared spectrometry.
The conformational properties of the conjugate and its self-assembling capability were assessed through dynamic light scattering, energy filtered-transmission electron microscopy, scanning electron microscopy, circular dichroism, fluorescence, and proton nuclear magnetic resonance spectroscopy.
The Compton scattering energy decreases as (1 – cos ϑ), where ϑ is the observation angle relative to the incident beam, which creates challenges for detectors that accept a large solid angle, such as array detectors.
To investigate the scattering energy from the Ag NRA, an integrating sphere with a diameter of 5 cm is used to measure the forward light scattering.
Additionally, Fano-type line shapes are observed which result from the interference between directly transmitted and scattered energy.
When Brillouin scattering is present, the Raman efficiency is depressed (red dashed line) for the benefit of the Brillouin scattered energy.
It is found that the backward scatterings are almost completely suppressed and scattered energies are radiated into the forward direction, which shows that the suppressing backward scattering and the largest forward scattering can be achieved with refractive index around 2.5 under the first Kerker's condition within dipole approximation.
But we have also learned that the political process has trip-wired protesters and scattered energies.
A test of the numerical procedures is provided by solving the Faddeev integral equation for a model three-boson problem at both bound-state and zero scattering energies.
