Results 151 to 160 of about 3,765,231 (202)
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One-dimensional statistical models

Journal of Applied Mechanics and Technical Physics, 1967
The properties of one-dimensional statistical systems are studied. A consistent comparison of the values of the binary correlation function obtained from the configuration integral and from Bogolyubov chain equations in various approximations is presented. The results obtained here are discussed briefly.
B. N. Baranov, I. P. Pavlotskii
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One‐dimensional centrifugation model

AIChE Journal, 2003
AbstractA 1‐D theoretical model based on Darcy's law and conservation of mass was used to describe transient filtration on a basket centrifuge for both compressible and incompressible cakes. This filtration model was validated assuming that a liquid layer lay above the surface of the cake.
Steven H. Chan   +2 more
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One Dimensional Models

2015
The first attempts to model suspension bridges were to view the roadway as a beam. Although this point of view rules out an important degree of freedom, the torsion, it appears to be a reasonable approximation since the width of the roadway is much smaller than its length.
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Forced one-dimensional swarmalator model

Physical Review E
We study a simple model of swarmalators subject to periodic forcing and confined to moving around a one-dimensional ring. This is a toy model for physical systems with a mix of sync, swarming, and forcing, such as colloidal micromotors. We find rich behavior: pinned states where the swarmalators are locked to the driving, sync states where their phases
Md Sayeed Anwar   +2 more
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Fuzzy One-Dimensional Models

2008
The aim of formal modeling under the research agenda of The New Institutionalism is to predict political outcomes on the basis of the preferences of political actors and the design of institutions that aggregate those preferences into a single policy choice.
Terry D. Clark   +4 more
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One-dimensional Models

2002
This simple model allows some important fracture phenomena to be retraced. The problem under consideration is the separation of a string from a rigid foundation. The string is initially cemented to the foundation, and the separation proceeds slow crack growth under a transverse force (Fig. 4.1) .
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One-dimensional separation model

Journal of Engineering Physics and Thermophysics, 1993
The current literature on removal of dust from gas employs a separation model [1] that necessitates the use of experimental data on the fractional separation efficiency. The present study considers a physical model that enables determination of the separation efficiency without resorting to experimental data.
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One-dimensional model of cardiac defibrillation

Medical & Biological Engineering & Computing, 1991
The response of a single strand of cardiac cells to a uniform defibrillatory shock assuming steady-state linear conditions is examined. It is argued that the effect of this current is quantitatively described by the induced transmembrane potential even under passive conditions.
R, Plonsey, R C, Barr, F X, Witkowski
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One-Dimensional Models

1992
The study of one-dimensional (1-D) systems is of interest for two main reasons. First, there are actual systems that are linear, such as linear polymers, proteins, and nucleic acids. Although all of these occupy three-dimensional space, their main properties are determined by the 1-D sequence of units and bonds.
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One-Dimensional Models

1986
The vertical structure of the atmosphere is known to vary quite appreciably from place to place, especially from latitude to latitude, and also in time, especially from season to season. In spite of this, however, the mean vertical structure is such an expressive climatic characteristic of the state of the atmosphere as a whole that meteorologists have
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