Sentence examples for sheet energy from inspiring English sources
On the balance sheet, energy efficiencies are often seen as an external costs outside of the core business model, which can push projects to the sidelines.
Based on Brenner's interatomic potential [12, 13], the present study gives graphite sheet lattice constant of 0.145068 nm and equilibrium graphite sheet energy of −7.3756 eV per atom.
Taking advantage of the spacecraft rotation with a 4 s period, MEA will provide fast three-dimensional distribution functions of magnetospheric electrons, from energies of the solar wind and exospheric populations (a few eVs) up to the plasma sheet energy range (some tens of keV).
Taking advantage of the spacecraft rotation, MSA will provide three-dimensional distribution functions of magnetospheric ions, from energies characteristic of exospheric populations (a few eVs or a few tens of eVs) up to the plasma sheet energy range (up to ∼40 keV/q) in one spin (4 s).
The peak deflection of centre point on back face sheet, internal energy and peak boundary reaction forces are compared among monolithic plate, multi-arch uni-directional LSC structure, sphere dome structure and the proposed bi-directional LSC square dome sandwich panel.
Billions of dollars sit idling on the balance-sheets of energy and mining companies (it is this money that fuels the growing speculation that China's steel companies may top BHP Billiton's takeover bid for Rio Tinto, a mining giant).
Table 2 shows the average intra-sheet bond energy.
The spacer molecules were found to disperse uniformly on the sheets by energy dispersive spectroscope mapping.
Due to the stacks of sheets, the energy density of MWCNT is much lower than that of SWCNT.
Instead of converting the vibrations to heat, as the mats do, the foam sheets dispersing the energy throughout the sheet.
A quantitative description is presented of the dynamical process of polymer intercalation into clay tactoids and the ensuing aggregation of polymer-entangled tactoids into larger structures, obtaining various characteristics of these nanocomposites, including clay-layer spacings, out-of-plane clay-sheet bending energies, X-ray diffractograms, and materials properties.
