Relation between the lattice energy and lattice constant of alkali halide crystalsNo Abstract available for this article.doi:10.1007/BF00817997A. A. ShishelovVladimir Polytechnic InstituteKluwer Academic Publishers-Plenum PublishersSoviet Physics Journal
Consider the case of a uniform pressure suddenly propagating with velocityusinto a plate of compressible material that is initially at rest with densityρ0, pressurep0, andspecific internal energye0, which imparts aparticle velocityup, densityρ, pressurep, and specific internal energyeto the plate...
phase change materials Martin Rütten1,2, Matthias Kaes1, Andreas Albert1, Matthias Wuttig1 & Martin Salinga1 Memory based on phase change materials is currently the most promising candidate for bridging the gap in access time between memory and storage in traditional memory hierarchy. ...
27,28,29,30. ML potentials are trained with quantum-mechanical reference data, typically obtained from density-functional theory (DFT), and reproduce the associated potential-energy surface at a substantially lower computational cost—thereby making much longer time...
electromagnetic field energy density withρpand found thath ∝ e2/cε0. Einstein did not regardhto be a universal constant, but calculatedh = 6.55 × 10−27(erg s) as the product of the constants in Wien’s radiation law and Boltzmann’s constant. In 1910, Hass [14] ...
What is latent heat, and how does it affect the temperature of a substance? How do specific heats of solids vary with temperature? What is the unit for specific heat? What is the relationship between the temperature and pressure of a contained gas at constant volume?
This evolution marks a shift from merely responsive materials to autonomous robotics, effectively narrowing the gap between synthetic materials and natural living systems and opening up broad application prospects. This review presents a multiscale analysis of LCE actuators, covering their molecular to ...
explicit expressions we demonstrate strictly that the large Q-balls enlarge and the small ones become smaller in the background with lower temperature. The energy per unit charge will not be divergent if the charge is enormous. We find that the lower temperature will lead the energy per unit...
(100) surface in such a way, that the bulk is Mo-doped while the surface region is kept Mo-free. The Mo dopants hereby diffuse out of the metal support and occupy Ca substitutional sites of the lattice with a typical oxidation state of Mo2+. The thickness of the Mo-free area was ...
lattice constanta = 5.77 Å (Fig.1(a)). The structure consists of four interpenetrating fcc sublattices, of which two are formed by Co atoms. The other two sublattices are formed by the Mn and Ga atoms. The structure can also be implicitly viewed as a zinc-blende-type sub...