「dynamical」の共起表現一覧(1語右で並び替え)

dynamical

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  • It has a dynamical age of 104 years.
  • ance simply states that the metric itself is dynamical and its equation of motion does not involve
  • providing a philosophical commentary on the dynamical approach, culminating in his 1998 paper in B
  • own as one of the foremost proponents of the dynamical approach, and even as an advocate of anti-re
  • ns is best known for his theoretical work on dynamical astronomy in our Solar System.
  • American Astronomical Society, Division for Dynamical Astronomy (1991)
  • awarded the Brouwer Award by the Division on Dynamical Astronomy of the American Astronomical Socie
  • The Division on Dynamical Astronomy is a branch of the American Astron
  • Brouwer Award of the Division on Dynamical Astronomy of the American Astronomical Socie
  • s "outstanding contributions to the field of Dynamical Astronomy".
  • ze outstanding contributions to the field of Dynamical Astronomy, including celestial mechanics, as
  • H stretching is made anharmonic and thus the dynamical behavior is well described.
  • Dynamical billiards
  • Dynamical billiards, in which case the covering is cou
  • uantum field theory in curved spacetime, the dynamical Casimir effect has been used to better under
  • liptic Survey (DES) defines centaurs using a dynamical classification scheme, based on the behavior
  • James Jeans discovers that the dynamical constants of motion determine the distributi
  • erials, complex dynamic networks, non-linear dynamical control, self-organizing behavior, evolution
  • astrophysics; Structure formation paradigms; Dynamical dark energy; Varying fundamental constants
  • In the absence of clear-cut dynamical data on the motions of stars in the bulge, t
  • antum computation against decoherence, using dynamical decoupling, one of the only proposals to dat
  • He has also made major contributions to dynamical decoupling, in particular the invention (wit
  • Using the dynamical definition of a centaur, (44594) 1999 OX3 is
  • Consequently, there are no additional dynamical degrees of freedom, as in say f(R) gravity.
  • Toward the Chiral Limit of QCD: Quenched and Dynamical Domain Wall Fermions", in Vancouver 1998, Hi
  • body perturbation theory (the GW method) and dynamical electronic correlations within the random ph
  • orbital precession and proper motions at the dynamical equinox of B1950.0.
  • ion in order to obtain a fast solving of the dynamical event.
  • utativity of the averaging procedure and the dynamical evolution of space-time.
  • her carried out projections of its long term dynamical evolution, and found a good probability that
  • d the meltwater spurs multiple radiative and dynamical feedback processes that accelerate ice disin
  • If we "promote" this constant to a dynamical field, what we would get is the dilaton.
  • d to describe the geometry is itself a local dynamical field, with its own equation of motion.
  • lues mean correlations between particles and dynamical fluctuations.
  • During the formation of planetary systems, dynamical friction between the protoplanet and the pro
  • When galaxies interact through collisions, dynamical friction between stars causes matter to sink
  • Dynamical friction is a term in astrophysics related t
  • The full Chandrasekhar dynamical friction formula for the change in velocity
  • cells indicate that they have characteristic dynamical functions.
  • B. Hasslacher, DA Meyer, "Modeling dynamical geometry with lattice gas automata", (1998).
  • Dynamical groups, infinite dimensional field equations
  • apes of exozodiacal dust clouds can show the dynamical influence of extrasolar planets, and potenti
  • From then on, he proposes, its dynamical influence gradually increased, thus being re
  • A rich collection of dynamical input-output mapping is a crucial advantage
  • their parent stars, strongly suggesting that dynamical interactions rather than planetary migration
  • rmed in the core, but that it got ejected by dynamical interactions.
  • The base for these dynamical invariants are the recurrence rate and the d
  • the choice of the embedding parameters, some dynamical invariants as correlation dimension, K2 entr
  • In statistical orbital mechanics, a body's dynamical lifetime refers to the mean time that a smal
  • the 5:2 resonance with Jupiter's orbit with dynamical lifetimes of 1-100 Ma.
  • Centaurs have short dynamical lifetimes due to perturbations by the giant
  • operation formalism (also known as a quantum dynamical map), which is a linear, completely positive
  • etworks generated by the Ulam method [8] for dynamical maps.
  • chairman of The International Commission on Dynamical Meteorology established in its current form
  • Before this, dynamical models of supersymmetry breaking were being
  • xperimental and theoretical understanding of dynamical optical processes in semiconductor systems."
  • e more often than not one has to use thermal dynamical or macroscopic techniques to see their effec
  • parallax method, Spectroscopic parallax, and Dynamical parallax
  • the S3 can only expand or contract: the only dynamical parameter is overall size of the S3, paramet
  • B. Smith who were exploring cognition from a dynamical perspective, i.e., applying the tools of dyn
  • The theory describes dynamical phenomena which occur on objects modelled by
  • Dynamical plane with critical orbit falling into 3-per
  • outstanding contributions to a wide range of dynamical problems in both solar-system and galactic d
  • it does not require an understanding of the dynamical process by which proteins fold.
  • mong the states representing the scheme of a dynamical process.
  • He is best known for his research on dynamical processes in cosmology and galaxy formation/
  • ntum mechanical based method for controlling dynamical processes with light, employing quantum inte
  • he underlying electrochemical and fluid flow dynamical processes continued, principally in Russia,
  • m systems, fluids and soft condensed matter, dynamical processes, theoretical biology, econophysics
  • ematics and computer science, structural and dynamical properties of self-engineered networks, and
  • nd molecular thermodynamics, the kinetic and dynamical properties of the hydrogen bond in dynamic s
  • articular attention for their structural and dynamical properties.
  • The presence of dynamical quarks would slightly alter these data, but
  • ses of the lightest glueballs in QCD without dynamical quarks.
  • The evolution of the scale factor is a dynamical question, determined by the equations of gen
  • osal in molecular systems and mechanisms for dynamical selectivity and specificity".
  • aves, shock waves, combustion, magneto-fluid dynamical shock waves, relativistic flows, quantum fie
  • ton was the first scientist to recognize the dynamical significance of Kepler's second law.
  • Dynamical simulations suggest that if the mass gradien
  • Dynamical simulations covering a period of 107 years s
  • In the case of dynamical spacetimes, the problem may be divided into
  • astronomy, particularly for his work on the dynamical stability of galaxies."
  • iring assumptions about their composition or dynamical state.
  • induced dissociation, and the foundations of dynamical stereochemistry.
  • e degree of Ph.D in 1973 for his work on the dynamical structure of Tornadoes.
  • The model has a rich dynamical structure.
  • A recent dynamical study by Andrea Milani and collaborators has
  • This conclusion is based on a dynamical study of a small star cluster in which shoul
  • by Jacques Hadamard in 1898, it is the first dynamical system to be proven chaotic.
  • More technically, consider the continuous dynamical system described by the ODE
  • that any chaotic set in a bounded continuous dynamical system corresponds to a periodic orbit in a
  • pace of an invertible discrete or continuous dynamical system with evolution operator
  • In dynamical system theory an oscillator is called isochr
  • He showed that a sufficient condition for a dynamical system to relax to equilibrium is for it to
  • tool for investigating the properties of the dynamical system (M,φ).
  • The first discovered example of a dynamical system displaying such self-organized critic
  • "halo" orbits, do not exist in a full n-body dynamical system such as the solar system.
  • an input signal is fed into a fixed (random) dynamical system called reservoir and the dynamics of
  • ource alternative to commercial packages for dynamical system modeling and simulation packages such
  • A period halving bifurcation in a dynamical system is a bifurcation in which the system
  • s any stochastic process, may be viewed as a dynamical system by endowing it with the shift operato
  • rotocol or consensus protocol is an unforced dynamical system that is governed by the interconnecti
  • When a dynamical system fluctuates about some well-defined av
  • which two fixed points (or equilibria) of a dynamical system collide and annihilate each other.
  • e model is the first discovered example of a dynamical system displaying self-organized criticality
  • The phase space associated to a sequential dynamical system with map F: Kn → Kn is the finite dir
  • a period doubling bifurcation in a discrete dynamical system is a bifurcation in which the system
  • en set of conditions on a bounded continuous dynamical system that rules out periodic behaviour als
  • An error correction model is a dynamical system with the characteristics that the dev
  • systems: when passing to a stochastic graph dynamical system one is generally led to (1) a study o
  • ost one-to-one map whose image is a symbolic dynamical system of a special kind called a shift of f
  • The trajectories of this dynamical system correspond to walks in the De Bruijn
  • , Vilnius photometry, M-Dwarf star analysis, dynamical system analysis, reference support to orbiti
  • Then 0 is a global attractor of the dynamical system .
  • Scicos is a graphical dynamical system modeler and simulator.
  • In mathematics, a measure-preserving dynamical system is an object of study in the abstract
  • o be the first-ever examination of a chaotic dynamical system, and that Hadamard should be consider
  • sity of the state of a stochastic non-linear dynamical system, given noisy measurements of the stat
  • Geometry and Topology; and the more applied Dynamical system, Fluid dynamics, Solid mechanics, Inv
  • m is stated in terms of matrix cocycles of a dynamical system.
  • e role of the time-evolution operator of the dynamical system.
  • gas follow the trajectories in the Hadamard dynamical system.
  • he co-author of several scientific papers on dynamical systems theory with Prof Allen.
  • Theoretical study of the dynamical systems associated to reactive chemicals and
  • Ergodic Theory and Dynamical Systems is a peer-reviewed mathematics journ
  • These numbers apply to a large class of dynamical systems (for example, dripping faucets to po
  • eometry, differential equations, topological dynamical systems theory and non-standard analysis.
  • and Artificial Life (a non-representational, dynamical systems approach); passive dynamic walking;
  • nced the direction that the modern theory of dynamical systems has taken.
  • A Markov partition is a tool used in dynamical systems theory, allowing the methods of symb
  • to model and simulate the dynamics of hybrid dynamical systems (continuous and discrete time) and c
  • ple genotype selection model" in Diff Eq and Dynamical Systems 1(1):35-50, 1993.
  • ; Lyashko, O. V.; Vasli'ev A., V. A. (1993), Dynamical Systems VI: Singularity Theory I, Local and
  • erally focused on the analysis of stochastic dynamical systems arising in biology, chemistry and ph
  • or "similar flow", is a concept encompassing dynamical systems which return to a trajectory, as opp
  • tudying the iterated functions that occur in dynamical systems and fractals.
  • development of the theory of nonequilibrium dynamical systems and, in particular, on stochastic re
  • Examples related to dynamical systems arising from number theory, such as
  • tly residing in the U.S., who specializes in dynamical systems and known for his discovery of focus
  • iscussed among physicists and researchers in dynamical systems and chaos theory, and as the head of
  • Dynamical Systems
  • Cf also dynamical systems theory.
  • See also: Dynamical systems and List of chaotic maps
  • In the theory of dynamical systems, Carleson has worked in complex dyna
  • In mathematics, particularly dynamical systems, a heteroclinic bifurcation is a glo
  • In the theory of dynamical systems, an isolating neighborhood is a comp
  • studied numerous topics in pure and applied dynamical systems, including billiards, pattern format
  • e no wandering domain theorem is a result on dynamical systems, proven by Dennis Sullivan in 1985.
  • , subshifts of finite type are used to model dynamical systems, and in particular are the objects o
  • British mathematician known for his work on dynamical systems, specifically models of the time-evo
  • ialist readers that describes the science of dynamical systems, also known as chaos theory.
  • As with many deterministic dynamical systems, the baker's map is studied by its a
  • y of free groups, spectral graph theory, and dynamical systems, especially symbolic dynamics.
  • ntion to the studies of statistical physics, dynamical systems, sequential sampling algorithms, and
  • In mathematics, particularly in dynamical systems, a bifurcation diagram shows the pos
  • mathematics, computer science and medicine: dynamical systems, numerical analysis, fractal geometr
  • lishment and development of an Institute for Dynamical Systems, where in 1982 he set up a computer
  • In mathematics, especially in the study of dynamical systems, a hyperbolic equilibrium point or h
  • mathematics, and in particular the study of dynamical systems, the idea of stable and unstable set
  • ng bifurcations can also occur in continuous dynamical systems, namely when a new limit cycle emerg
  • In mathematics, in the area of dynamical systems, a double pendulum is a pendulum wit
  • In Dynamical Systems, an orbit is called Lyapunov stable
  • ta theory, combinatorics, discrete geometry, dynamical systems, group theory, harmonic analysis and
  • eneral formalism used in physics to describe dynamical systems, namely the Hamiltonian formalism.
  • Applied Analysis and Complex Dynamical Systems,
  • Ergodic Theory and Dynamical Systems, pp.
  • - graph/network theory, population modeling, dynamical systems, phylogenetics.
  • In the theory of dynamical systems, the exponential map can be used as
  • In discrete dynamical systems, the same bifurcation is often inste
  • It is a core example in the study of dynamical systems.
  • ulus of variations, and infinite-dimensional dynamical systems.
  • ntial equations, differential inclusions and dynamical systems.
  • d in fixed points and topological aspects of dynamical systems.
  • logical periodic and fixed point theory, and dynamical systems.
  • ustrate a significant feature of feedback in dynamical systems.
  • urnal of Applied Mathematics and the journal Dynamical Systems.
  • ns especially in astrophysics, as well as on dynamical systems.
  • lained how certain pictures have arisen from dynamical systems.
  • orrespond to topologically conjugate pointed dynamical systems.
  • mputational agent based models and nonlinear dynamical systems.
  • cal areas of what would become the theory of dynamical systems.
  • da property; examples include Wada basins in dynamical systems.
  • ith methods based on the theory of nonlinear dynamical systems.
  • graph theory, and of certain one-dimensional dynamical systems.
  • a and by the ANNNI model, as well as in some dynamical systems.
  • such phenomena are associated with nonlinear dynamical systems.
  • She has since continued to work in dynamical systems.
  • d in 1981, the journal publishes articles on dynamical systems.
  • s most often used in reference to continuous dynamical systems.
  • Larmor, J. (1897), "On a Dynamical Theory of the Electric and Luminiferous Medi
  • et out to develop a potential function for a dynamical theory for the transmission of light.
  • nd bottom, respectively, as evaluated by the dynamical theory of diffraction for the absorption-les
  • His Dynamical Theory of Crystal Lattices, which was a resu
  • ies, top and bottom, as distinguished by the Dynamical theory of diffraction with the Bragg diffrac
  • In 1849 he published a long paper on the dynamical theory of diffraction, in which he showed th
  • l University where he coauthored the book of Dynamical Theory of Crystal Lattices with Max Born bet
  • Loschmidt has deduced from the dynamical theory the following remarkable proportion:-
  • On the dynamical theory of incompressible viscous fluids and
  • James Clerk Maxwell publishes A Dynamical Theory of the Electromagnetic Field.
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