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Macroscopic Limits of Microscopic Models [PDF]
Many physical systems are comprised of several discrete elements, the equations of motion of each element being known. If the system has a large number of degrees of freedom, it may be possible to treat it as a continuous system. In this event, one might wish to derive the equations of motion of the continuous (macroscopic) system by taking a suitable ...
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Microscopic Model for Thin Film Spreading [PDF]
A microscopic, driven lattice gas model is proposed for the dynamics and spatio-temporal fluctuations of the precursor film observed in spreading experiments. Matter is transported both by holes and particles, and the distribution of each can be described by driven diffusion with a moving boundary.
Abraham, D, Cuerno, R, Moro, E
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Microscopic universality of complex matrix model correlation functions at weak non-Hermiticity [PDF]
The microscopic correlation functions of non-chiral random matrix models with complex eigenvalues are analyzed for a wide class of non-Gaussian measures.
Akemann, G, Akemann, Gernot, Akemann, G.
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The activity of pedestrian movement can be predicted by a pedestrian model. Pedestrian model would assign pedestrian lane characteristic, especially for capacity.
Muchammad Zaenal Muttaqin, ahmad Munawar
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Microscopic Model for Ultrafast Remagnetization Dynamics [PDF]
8 pages including supplementary information, 5 figures including 2 supplementary figures.
Raghuveer Chimata +4 more
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Measuring and Modelling of the Traffic Flow at Microscopic Level
The traffic flow theory is dealing with the better understandingof the traffic flow and its improvement. Most often, the researchedsubject was been the road traffic.
Rudi Čop, Milan Batista
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Background Researchers have attempted to apply deep learning methods of artificial intelligence for rapidly and accurately detecting acute lymphoblastic leukemia (ALL) in microscopic images.
Yao-Mei Chen +3 more
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A microscopical model for electric‐mechanical contact [PDF]
AbstractIn this paper a model to deal with electric‐mechanical contact problems in the framework of the FEM is presented. On the basis of some micro‐mechanical studies, a new approach is developed to define the non‐linear constitutive law that governs the normal force‐displacement behaviour and the electric resistance of the contacting surfaces.
BOSO D +2 more
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A microscopic model of enzyme kinetics
Many in vivo enzymatic processes, such as those of the tissue factor pathway of blood coagulation, occur in environments with facilitated substrate delivery or enzymes bound to cellular or lipid surfaces, which are quite different from the ideal fluid environment for which the Michaelis-Menten equation was derived.
Gentry, R., Ye, L., Nemerson, Y.
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Theoretical Study of the Multiferroic Properties of Ion-Doped CaBaCo4O7
Using a microscopic model and Green’s function theory, we investigated the magnetization, specific heat, and polarization properties of CaBaCo4O7 (CBCO), scrutinizing their variations with temperature, magnetic field strength, and doping effects.
Iliana N. Apostolova +2 more
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