Solving for the melt rate coefficients
IMPROVEMENT OF THE STABILITY SOLVING RATIONAL POLYNOMIAL COEFFICIENTS
... Commission I, WG I/5 KEY WORDS: High Resolution Satellite Imagery; Sensor Model; Orientation; Regularization; Accuracy ABSTRACT: The rational function model (RFM) utilized for high resolution satellite imagery (HRSI) ...
6
Ionization rate coefficients in warm dense plasmas
... We have compared the steady state ionization frac- tion of carbon calculated using the Fermi-Dirac to the Maxwell-Boltzmann rates calculated as discussed above, in addition to ionization potential depression (using the ...
5
On the curvature in logarithmic plots of rate coefficients for chemical reactions
... In this series of tests, we extend the analysis of the nat- ure of the temperature dependence of rate constants to any reaction, not necessarily involving hydrogen transfer or enzyme-catalyzed. We consider the ...
16
Electron-ion recombination rate coefficients of Be-like 40Ca16+
... 181 The absolute merged-beam recombination rate coefficients for Be-like calcium ions are displayed in Figure 1. The measured spectrum covers the energy range 0-51.88 eV. It contains DR resonances ...
20
Adaptive Rate-Optimal Detection of Small Autocorrelation Coefficients
... achieve rate-optimality against several classes of ...correlation coefficients that can go to zero with an optimal adaptive rate which is faster than the parametric ...adaptive rate-optimality ...
61
Melt Flow Rate Study of Recycled High Density Polyethylene
... IV. R ESULTS A ND D ISCUSSION Melt flow index test experimentations were conducted in three rounds for each selected sample with 5 cut off extruded mass for each round. Generally, 15 cut of extruded mass were ...
13
Some Coefficients Method Of Solving Riccati Equation By Lie Group Symmetry
... Solutions of the Riccati equation with coefficients ( ) ( ) ( ) Are presented. The solutions are obtained by assuming certain relations among the coefficients R(x), Q(x) and P(x) of the Riccati equation, we ...
11
Homotopy Perturbation Method for Solving Partial Differential Equations with Variable Coefficients
... [email protected] Abstract In this paper, we present the exact solutions of the partial differential equations in different dimensions with variable coefficients by using the homotopy perturbation method. The feature of ...
13
Immiscible silicate liquid partition coefficients: Implications for crystal melt element partitioning and basalt petrogenesis
... Because of the enrichment and the extreme composi- tion, even small additions of such liquids should alter geochemical characteristics of primitive basalts. The crystallisation–immiscibility–mixing cycles in long- ...
18
Partial and total dielectronic recombination rate coefficients for W73+ to W56+
... RR rate coefficients, together with their sum total, with the total rate coefficients of P¨utterich et ...DR rate coefficient is comparable to RR at the temperature of peak ...RR ...
13
Partial and total dielectronic recombination rate coefficients for W55+ to W38+
... rate coefficients. In Figure 19 we have plotted the IC and CA partial DR rate coefficients for 30-like 4–4, where the incident electron recombines into n = 4 − ...DR rate ...
21
The Becker Döring equations with exponentially size dependent rate coefficients
... of rate coefficients at least qualitatively correspond to physically realistic molecular clustering scenarios such as occur in, for example, simulations of simple ...
21
Solving Method for Linear Fractional Optimization Problem with Fuzzy Coefficients in the Objective Function
... as solving methods are concerned, the linear fractional programming, as an extension of linear programming, is easy enough to be handled by means of linear programming but complicated enough to elude a simple ...
7
Convergence of the variational iteration method for solving linear systems of ODEs with constant coefficients
... e − As F ( s ) ds . (2) Hence, for computing the solution Y ( t ) to Eq. (1) , e At Z ( t ) should be computed for some vector function Z ( t ) . It is well-known that the computation of e At leads to the eigenvalue ...
7
An Efficient Numerical Algorithm For Solving Linear Differential Equations of Arbitrary Order And Coefficients
... [ • ]The formulation of the method is quite general, without limitation or restriction. Therefore, it can be used for numerically solving every linear ordinary differential equation of arbitrary order and ...
12
Solving Linear Equations - Distance, Rate and Time
... 14. A man travels 5 miles an hour. After traveling for 6 hours another man starts at the same place, following at the rate of 8 miles an hour. When will the second man overtake the first? 15. A motorboat leaves a ...
10
Solving dirichlet and neumann problems with discontinuous coefficients on bounded simply and multiply connected regions
... for solving Laplace’s equation with Dirichlet condition and Neumann condition with discontinuous coefficients in both simply and multiply connected ...
24
Computationally Efficient Approximations Using Adaptive Weighting Coefficients for Solving Structural Optimization Problems
... 5. Conclusions The paper focuses on obtaining the high efficiency and accuracy solution of complex simulation-based optimization problems by developing an extended multipoint approximation method. A novel metamodel ...
17
Anomaly of the Charge Transfer Rate in the CsCl-K3CrF6 Melt: Quantum-Chemical Analysis
... standard rate constants of charge transfer (RC) for the redox couples Nb(V)/Nb(IV), Cr(III)/Cr(II) increases in transition from fluoride-chloride molten salts containing fluoride complexes to pure chloride melts ...
11
Efficient Computation of Collisional ℓ-mixing Rate Coefficients in Astrophysical Plasmas
... ing rate coefficients scaling as n 4 , values as large as a few times 10 5 cm 3 /s are possible for principal quantum numbers near n ∼ ...calculated rate coefficients are hence nec- essary to ...
17