An alternative formulae to (1) to calculate the moist entropy is [10 (eq. 4.5.9)], =-=[11]-=-: qLv s ≡ ( c pd + qt cl ) log( T ) − Rd log( pd )+ − qRv log( H ), (2) T in which cpd (cl) is the specific heat of dry air (liquid water), q (qt) is...
To calculate this value we need to be able to integrate fields along a path, where the path is described in terms of a position vector, r = (x(t), y(t), z(t)). We use drdt=(dxdt,dydt,dzdt) and the symbolic relationship dr=drdtdt to give dr=(dxdt,dydt,dzdt)dt and ∫C...
The balance equations supported by the closure equations may not be suitable to calculate the evolution of certain two-phase flow processes or the performance of some components, which are relevant to the accident analysis of water-cooled reactors. For this reason, special models are developed and...
In this paper,the dissipative structure theory and the entropy density balance equation of non-equilibrium theory are used to calculate the entropy change ... XH Han,J Zhong,LI Ai-Bing,... - 《Transactions of Atmospheric Sciences》 被引量: 1发表: 2009年 Helium as an Indicator of the Neutr...
Think of Adam and Eve like an imaginary number, like the square root of minus one: you can never see any concrete proof that it exists, but if you include it in your equations, you can calculate all manner of things that couldn't be imagined without it. ...
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Using Maximum Entropy to Develop Explicit Formulae for Friction Factor Calculation in Pipe Flow This paper uses the maximum entropy model to develop explicit formulae to calculate the friction factor for three flow regimes present at Moody Diagram wit... VEMG Diniz,PA Souza,AG Moraes - 《Wit ...
We can calculate the derivative \(\partial _\mu \varvec{\phi }^{(r)}(x) = \frac{\epsilon _r}{i \hbar } p_\mu e^{- \frac{i \epsilon _r}{\hbar } (p \cdot x)} {\mathbb {I}}^{(r)}_4, r=1,2,3,4\) and then substitute this result into Eq. (37). $$\begin{...
The Flory-Huggins model is used to calculate the degree of the surface coating of the absorbent on the adsorbent. (θ) KFH is a constant equilibrium and representation of this model. For this process, where bioavailability is possible on its own, the value of ΔG° should be negative. The...
Use the relationships in Table 11.4 and the molecular data in Tables A6.2 to A6.4 of Appendix 6 (along with a table of atomic weights) to calculate (a) The entropy of ideal N2 gas at T = 298.15 K and p = 0.100 MPa. (b) The heat capacity of N2O ideal gas at T = 1000 K and...