4Which of the following explains the non-ideal behavior of the gases present in the reaction chamber in the Haber process? A the presence of a catalyst B the high temperature of 450°C C the high pressure of 150 atm D the strong bonds between the atoms in the nitrogen molecules 相关知...
In gases the interaction between molecules is weak. As this interaction increases, the properties of the gas differ from those of ideal gases and the gas condenses into a liquid. In the latter, the interaction between molecules is strong, and the properties of this interaction depend on the ...
Evans FD, Chen S-H, Schriver GW, Arnett EM (1981) Thermodynamics of solution of nonpolar gases in a fused salt. Hydrophobic bonding behavior in a nonaqueous system. J Am Chem Soc 103:481–482Evans DF, Chen SH, Schriver GW, Arnett EM (1981) Thermodynamics of solution of nonpolar gases ...
The equations of state and thermodynamic functions of classical non-ideal gases in n-dimensional system are given. When the dimension n (n6) is different, we get conclusions, by the London's theory, that the equations of state for classical non-ideal gases are similar and have nothing to do...
J. Condensation of the ideal Bose gas as a cooperative transition. Phys. Rev. 166, 152–158 (1968). Article ADS Google Scholar Cohen-Tannoudji, C. Lectures at Collège de France: Coherence properties of Bose-Einstein condensates [French]. ENS http://www.phys.ens.fr/~cct/college-de-...
Influence of magnetic field on the propagation of shock waves in radiation gasdynamics is analysed by using wavefront analysis method. We examined behavior of the waves propagated into the two-dimensional (2-D) steady supersonic magnetogasdynamic flow of non-ideal gas with radiation. The transport...
The stability criteria for compressible and anelastic ideal gases is compared. As expected, the critical parameters for the compressible equations approach those of the anelastic equations as the background stratification approaches the adiabatic (anelastic) limit. For the rotating cases, we observe ...
Because of thermal fluctuation of framework atoms during flexible simulations, the surface energy map has patches of lower attractive energy, Fig. 2b. The calculation of 1D solid–fluid energy histogram for the ideal and flexible snapshots of IRMOF-1 revealed that the flexible frameworks have 1.8 ...
1. Introduction While the behavior of ideal explosives is well understood and mature scaling theories are established (Cooper, 1996), much less is known about non-ideal multiphase explosives. In an ideal explo- sive, the effects of reactions can be explained by well established Chapman–...
Assuming that the calibration uses samples that contain all the components expected in the unknown samples and spans their expected range of variation, the calibration will be able to empirically account for (or at least approximate) non-ideal behavior in Beer's law, independent of the source of...