Explaining Differences in Repatriation Experiences: The Discovery of Coupled and Decoupled Systems. American Anthropologist 93(2): 322-43.Briody, E.K., & Baba, M.L. (1991). Explaining differences in repatriation experiences: The discovery of coupled and decouples systems. American Anthropologist, ...
The accuracy and the efficiency of the methods are investigated through the solution of different model problems of scalar, coupled and decoupled systems of convection diffusion reaction equations. Introduction The first known method for solving partial differential equations over overlapped domains is the...
1) coupled systems 耦合体系 2) decoupled systems 解耦合体系 1. There are three kinds of solvent-free polymer electrolytes: (1) coupled systems represented by the complex of modified polyethylene oxide and lithium salt; (2)decoupled systemswith distinct conductive mechanisms; and (3) single-ion ...
By inversely designing the eigenstate which encompasses target elements, the stable decoupling of the elements from the coupled system is achieved, being completely independent from the random alteration of the decoupled region, and at the same time, allowing coherent and scattering-free wave transport...
Coupled/decoupled spray simulation comparison of the ECN spray a condition with the Σ -Y Eulerian atomization model Schmidt, "Coupled/decoupled spray simulation comparison of the ECN spray a condition with the Sigma- Y eulerian atomization model," Int. J. Multiph. ... JMD A,GO A,JMP A,....
and the Peltier effects known as the Kelvin–Onsager relationship17. Semi-analytical work on 2D systems was carried out in 1987 by Cantrell, Butcher, and coworkers18,19. More recently, in 2014, a semi-analytical model with ab initio fitted parameters and a partially decoupled framework was ...
Monotonicity of algebraic Lyapunov iterations for optimal control of jump parameter linear systems In this paper we show that the sequences of the solutions of the decoupled algebraic Lyapunov equations are monotonic under proper initialization. These se... GR Losada - 《Systems & Control Letters》 ...
In the first situation, μ 0 as well as y 0 and the corresponding values in {x j } are optimal. Note that the subproblems are in this case decoupled and therefore the individual optimization carried out in the dual subproblems is globally optimal, too. For the sake of brevity, we do ...
The oscillators, identical when decoupled, model forced pendula and are coupled with a linear torsional spring. Using the idea of energy transfer between the two oscillators, we derive nonlinear control laws which stabilize the in-phase motion. Physically, the additional control terms act through a...
As pointed out in the literature, the combustor–turbine interaction is commonly investigated using the decoupled simulation method due to the constraint of computational resources. This practice is encouraged by the thought that the decoupled simulation can converge quickly in a few iterations, and the...