interacting particles
Hydrodynamic limit of coagulation fragmentation type models of k nary interacting particles
... words. Interacting particles, k-nary interaction, measure-valued limits, kinetic equation, mass exchange processes, coagulation-fragmentation, diffusion ...
29
The complex angular momentum theory of the production of three particles in collisions of two strongly interacting particles at high energy
... THE COMPLEX ANGULAR MOMENTUM THEORY OF T~ PRODUCTION OF THREE PARTICLES IN COLLISIONS OF TWO STRONGLY INTERACTING PARTICLES AT HIGH ENERGY Thesis by Gary Luxton In Partial Fulfillment of the Requireme[.] ...
115
Non-linear stability of vortex formation in swarms of interacting particles
... Abstract: Vortex-like pattern formation is observed in a wide range of biological systems. In previous work we used artificial potential fields to model weak long-range attraction and strong short-range repulsion in a ...
9
A chain of interacting particles under strain
... The full solution We now consider the full equation 2.2 and show that for sufficiently small mass large β, it behaves like the overdamped solution of the previous section.. The general s[r] ...
30
Localization parameters for interacting particles in disordered two-dimensional lattices
... makes particles less localized than the non-interacting ones within the range of disorder strength W ≤ 4 and interaction strength V ≤ ...then particles localize ...the particles as nearest ...
7
On extensions of mollified Boltzmann and Smoluchowski equations to particle systems with a k ary interaction
... of particles) limit of interacting particle systems with k-nary interaction of pure jump type supplemented by an underlying ”free motion” being an arbitrary Feller ...words. Interacting ...
35
Shear viscosity to electric conductivity ratio of the QGP
... of interacting particles: β qq = 16/9, β qq = 8/9, β qg = 2, β gg = 9 which are directly related to the quark and gluon Casimir factor, for exam- ple β qq /β gg = (C F /C A ) 2 = (4/9) 2 ...
6
Wavelet Monte Carlo dynamics : a new algorithm for simulating the hydrodynamics of interacting Brownian particles
... This is shown in Fig. 4 where the observed scaling is slightly faster than the theoretical linear scaling in N. We sus- pect that the discrepancy is due to our use of the cell index method, 32 which introduces small ...
15
Maxwell Proca Fields in Relativistic Astrophysical Compact Objects
... charged particles that is the source of the M-P field, one (or more) other species of (non-interacting) particles and fields comprising the com- pact object can be represented merely by adding the ...
5
Measure valued limits of interacting particle systems with k nary interactions II, Finite dimensional limits
... of particles tend to infinity but the ”mass” of each particle is re-scaled in such a way that the whole mass tend to ...k-nary interacting particles (which may be charac- terised by various discrete ...
18
Simulating Particle Packing During Powder Spreading For Selective Laser Melted Additive Manufacturing Using The Discrete Element Method In Abaqus
... allowing particles to disperse too much. The weight of the particles was too great for the friction between the particles and plate and resulted in the layer not holding its shape after the spreader ...
122
Maxwell Boltzmann Distribution in Solids
... the particles is due to the fact that any interaction between particles of a solid can be approximated by a har- monic potential as long as the displacements of the particles from their equili- brium ...
11
Cell Gas Free Energy as an Approximation of the Continuous Model
... The main result of the article is presented by the Theorem 2.2. It proves that all thermodynamics properties of the infinite system which is defined by phase space (2.1) and interaction potential (2.9) - (2.11) can be ...
9
Porcine Circovirus 2 Uses a Multitude of Weak Binding Sites To Interact with Heparan Sulfate, and the Interactions Do Not Follow the Symmetry of the Capsid
... Because the structural mechanism of cellular recognition is not understood, we used a combination of cryo-electron microcopy (cryo-EM), biochemistry, and site-directed mutagenesis to describe this interaction. We used ...
16
ATLAS physics results (not Higgs)
... SUSY particles [13] are shown in ...strongly interacting squarks and gluinos but the cross section for particles produced via electroweak interactions are much ...SUSY particles are very ...
13
Interacting mindreaders
... In our earlier example a novice parent is struggling to lift his heavy twin pram onto a bus when a stranger joins in and they lift the pram together. Suppose the stranger starts tipping the pram in a way that the novice ...
24
Interacting with a virtual conductor
... Contents 1 Introduction 10 2 Related Work 11 2 1 Conductor Following Systems 11 2 2 Virtual Agents 13 2 2 1 Synthesizing Gestures 13 2 3 Listening to Musicians 13 2 3 1 Beat Tracking Algorithms 14 2 3[.] ...
101
The Advection Diffusion in Secondary Saturation Movement Equation and Its Application to Concentration Gradient Driven Saturation Kinetic Flow
... This work describes the deterministic interaction of a diffusing particle of efavirenz through concentration gradient. Simulated pharmacokinetic data from patients on efavirenz are used. The Fourier’s Equation is used to ...
14
Hofbaur, Tobias (2014): On the stability of a de Sitter universe with self-interacting massive particles. Dissertation, LMU München: Fakultät für Physik
... As a toy model for interactions between different particles I will consider a power law self-interaction of the scalar field. To be able to use the results from our free field theory, I assume that the interaction ...
97
Effect of exotic long-lived sub-strongly interacting massive particles in big bang nucleosynthesis and a new solution to the Li problem
... The BBN catalyzed by the X particle is significantly sensitive to binding energies of nuclei to an X 0 particle (X-nuclei). The binding to X particles changes the relative energies of initial and final states, and ...
8