Sentence examples for energy partial from inspiring English sources

Analyses of structure, energy, partial density of states, and d-band center (ɛd) revealed that the adsorbed metal atom or cluster enhances the reactivity of DG toward Hg adsorption.

Subsequently for the evaluation of potential energy, partial charges were calculated by MMFF94 force field [47].

Consequently, by considering equal energy pilot symbols and unit energy partial Fourier transform matrix (mathbf {F}^{2L-1}_{m}), we can define the mutual coherence using mu{boldsymbol{Phi} } = max_{lambda_{i},lambda_{j};lambda_{i} neq lambda_{j}} left| sum_{l=0}^{-j2pie^{-j2pi(lambda_{1}-lambda_{2} l/N} right| (7).

In fact, as the correlation between high-energy partials tends also to be high, while the errors related with this assumption in lower energy partials tend to be energetically negligible, in most cases the quality measurement parameters have a high value, and the acoustic differences between the original and the separated source are acceptable.

The purpose of this study was to evaluate high-energy, partial articular radial head fractures and identify any associated injuries of the elbow in reference to fracture location in the radial head.

The resulting scheme is first order accurate and conservative for the mass, momentum, energy and partial masses.

The electronic structure showed that the high symmetry crystal structure, spin energy levels, partial spin density of states and electron charge density.

For Indian officials intent on promoting nuclear energy, the partial meltdowns and radiation leaks at the Fukushima Daiichi power plant in Japan could not have come at a worse time.

Solving approximate energy flow partial differential equations for structural elements can be done analytically (energy flow analysis EFA) or using finite element approximations (energy finite element method EFEM).

The solver is equipped with built-in stability and consistency properties and is conservative with respect to mass, momentum, total energy and partial masses.

"Compared to our competitors at the panel level, we can recover twice as much energy under partial shading conditions, at a fraction of existing costs," added Arthur Chang, an MIT PhD student in electrical engineering and computer science (EECS) who invented the technology.