Physica A 1992: Vol 188 Index

5 Pages·1992·0.82 MB·English

Index of authors and papers to Volume 188
Agladze, K., see Perraud, J.J. 188 (1992) 1
Anisimov, M.A., Kiselev, $.B., Sengers, J.V. and Tang, S., Crossover approach
to global critical phenomena in fluids 188 (19924)8 7
Ankerhold, J. and Grabert, H., The density matrix near the top of a potential
barrier: a problem of caustics in path integration 188 (19925)6 8
Argoul, F., see Arneodo, A. 188 (19922)1 7
Aris, R., see Vlachos, D.G. 188 (19923)0 2
Arneodo, A., Argoul, F., Muzy, J.F. and Tabard, M., Structural five-fold
symmetry in the fractal morphology of diffusion-limited aggregates 188 (19922)1 7
Baras, F., see Mansour, M.M. 188 (19922)5 3
Bar, M., Falcke, M. and Eiswirth, M., Dispersion relation and spiral rotation in
an excitable surface reaction 188 (1992) 78
Bedeaux, D., see Mazur, P. 188 (19926)9 3
Boissonade, J., see Dufiet, V. 188 (19921)5 8
Boissonade, J., see Dulos, E. 188 (1992) 120
Booth, V. and Erneux, T., Mechanisms for propagation failure in discrete
reaction—diffusion systems 188 (19922)0 6
Borckmans, P., De Wit, A. and Dewel, G., Competition in ramped Turing
structures 188 (1992) 137
Brenner, D.W., see White, C.T. 188 (1992) 357
Chopard, B., see Cornell, S. 188 (1992) 322
Cornell, S., Droz, M. and Chopard, B., Some properties of the diffusion-limited
reaction nA + mB—C with homogeneous and inhomogeneous initial condi-
tions 188 (1992) 322
Coullet, P. and Emilsson, K., Pattern formation in the strong resonant forcing of
spatially distributed oscillators 188 (1992) 190
Cukrowski, A.S., see Popielawski, J. 188 (1992) 344
De Kepper, P., see Dulos, E. 188 (1992) 120
De Kepper, P., see Perraud, J.J. 188(1992) 1
Dewel, G., see Borckmans, P. 188 (1992) 137
De Wit, A., see Borckmans, P. 188 (1992) 137
Doering, C.R., Microscopic spatial correlations induced by external noise in a
reaction—diffusion system 188 (1992) 386
Droz, M., see Cornell, S. 188 (1992) 322
Dufiet, V. and Boissonade, J., Numerical studies of Turing patterns selection in a
two-dimensional system 188 (1992) 158
Dulos, E., Boissonade, J. and De Kepper, P., Dynamics and morphology of
sustained two-dimensional wavetrains 188 (1992) 120
Dulos, E., see Perraud, J.J. 188 (1992) 1
Ebeling, W. and Jenssen, M., Theory and microscopic simulations of activation
processes 188 (1992) 350
Efimov, I.R., see Krinsky, V.1. 188 (1992) 55
Eiswirth, M., see Bar, M. 188 (1992) 78
Emilsson, K,. , see Coullet, P. 188 (1992) 190
699
700 Index of authors and papers to Volume 188
Epstein, I.R., Lengyel, I., Kadar, S., Kagan, M. and Yokoyama, M., New
systems for pattern formation studies 188 (1992) 26
Erneux, T., see Booth, V. 188 (1992) 206
Erneux, T., see Laplante, J.P. 188 (1992) 89
Eu, B.C. and Gan, H.H., Theory of dynamic pair correlation functions for
nonequilibrium dense fluids 188 (1992) 456
Falcke, M., see Bar, M. 188 (1992) 78
Fritzsche, S., see Popielawski, J. 188 (1992) 344
Gan, H.H., see Eu, B.C. 188 (19924)5 6
Gaveau, B., Gudowska-Nowak, E., Kapral, R. and Moreau, M., Stochastic
transitions between a limit cycle and a fixed point 188 (1992) 443
Gillespie, D.T., A rigorous derivation of the chemical master equation 188 (1992) 404
Grabert, H., see Ankerhold, J. 188 (1992) 568
Gudowska-Nowak, E., see Gaveau, B. 188 (1992) 443
Gurevich, V.L. and Thellung, A., On the quasimomentum of light and matter and
its conservation 188 (1992) 654
Hall, J.K., see Kondepudi, D.K. 188 (1992) 113
Hongler, M.-O., On the diffusion induced by alternating renewal processes 188 (19925)9 7
Hunding, A., Pattern formation of reaction—diffusion systems in 3 space coordi-
nates. Supercomputer simulation of Drosophila morphogenesis 188 (1992) 172
Imbihl, R., Spatiotemporal pattern formation in catalytic reactions on single
crystal surfaces 188 (1992) 34
Jenssen, M., see Ebeling, W. 188 (19923)5 0
Kadar, S., see Epstein, I.R. 188 (1992) 26
Kagan, M., see Epstein, I.R. 188 (1992) 26
Kapral, R., see Gaveau, B. 188 (19924)4 3
Kapral, R., see Wu, X.-G. 188 (19922)8 4
Katsuyama, T., see Nagata, K. 188 (19926)0 7
Kawakami, H., see Yoshikawa, K. 188 (19922)4 3
Kiselev, $.B., see Anisimov, M.A. 188 (19924)8 7
Kondepudi, D.K. and Hall, J.K., Kinetic chiral symmetry breaking in NaClO,
crystallization 188 (1992) 113
Kopietz, P., Antiferromagnetic spin-waves in the repulsive Hubbard model - a
new functional integral formalism 188 (1992) 644
Krinsky, V.I. and Efimov, I.R., Vortices with linear cores in mathematical models
of excitable media 188 (1992) 55
Laplante, J.P. and Erneux, T., Propagation failure and multiple steady states in
an array of diffusion coupled flow reactors 188 (1992) 89
Laplante, J.P., see Pimienta, V. 188 (1992) 99
Lavabre, D., see Pimienta, V. 188 (1992) 99
Lemarchand, A., Lemarchand, H., Sulpice, E. and Mareschal, M., Microscopic
simulation of a wave front: fluctuation effects on propagation velocity and width 188 (19922)7 7
Lemarchand, H., see Lemarchand, A. 188 (19922)7 7
Lengyel, I. , See Epstein, IR. 188 (1992) 26
Lévy, G., see Pimienta, V. 188 (1992) 99
Luss, D., Temperature fronts and pulses on catalytic ribbons 188 (1992) 68
Index of authors and papers to Volume 188
Malchow, H., Spatial and spatio-temporal pattern formation in heterogeneous
reaction—diffusion systems 188 (19922)5 1
Malomed, B.A., Inelastic collisions of pulses in coupled Ginzburg—Landau
equations 188 (19922)0 1
Mansour, M.M. and Baras, F., Microscopic simulation of chemical systems 188 (19922)5 3
Mareschal, M., see Lemarchand, A. 188 (19922)7 7
Markus, M., see Schepers, H.E. 188 (19923)3 7
Mazur, P. and Bedeaux, D., ERRATUM to Physica A 173 (1991) 155, Causality,
time-reversal invariance and the Langevin equation 188 (1992) 693
Micheau, J.C., see Pimienta, V. 188 (1992) 99
Mikhailov, A., Spatio-temporal intermittency in population explosions 188 (1992) 367
Mohanty, U., ERRATUM to Physica A 162 (1990) 362, Cooperative relaxation
in glass forming liquids 188 (1992) 692
Moreau, M., see Gaveau, B. 188 (1992) 443
Moukarzel, C., Laplacian growth with infinite noise reduction 188 (1992) 469
Miller, S.C., Steinbock, O. and Schiitze, J., Autonomous pacemaker of chemical
waves created by spiral annihilation 188 (1992) 47
Muller, S.C., see Steinbock, O. 188 (1992) 61
Muzy, J.F., see Arneodo, A. 188 (19922)1 7
Nagata, K. and Katsuyama, T., Internal time, irreversibility and intermittency in
the quasi-self-similarity of turbulence 188 (1992) 607
Nakata, S., see Yoshikawa, K. 188 (1992) 243
Nicolis, G., see Peeters, P. 188 (1992) 426
Ouyang, Q., see Vigil, R.D. 188 (1992) 17
Pagonabarraga, I. and Rubi, J.M., Derivation of the Langmuir adsorption
equation from non-equilibrium thermodynamics 188 (1992) 553
Pearson, J.E., Pattern formation in a (2+ 1)-species activator—inhibitor—
immobilizer system 188 (1992) 178
Peeters, P. and Nicolis, G., Intrinsic fluctuations in chaotic dynamics 188 (1992) 426
Peng, B., Petrov, V. and Showalter, K., Controlling low-dimensional chaos by
proportional feedback 188 (19922)1 0
Pérez-Munuzuri, V., see Sobrino, T. 188 (1992) 132
Pérez-Villar, V., see Sobrino, T. 188 (1992) 132
Perraud, J.J., Agladze, K., Dulos, E. and De Kepper, P., Stationary Turing
patterns versus time-dependent structures in the chlorite—iodide—malonic acid
reaction 188 (1992) 1
Petrov, V., see Peng, B. 188 (19922)1 0
Pimienta, V., Lévy, G., Lavabre, D., Laplante, J.P. and Micheau, J.C., Non-
linear dynamics in photochemistry 188 (1992) 99
Popielawski, J., Cukrowski, A.S. and Fritzsche, S., Perturbation of the thermal
equilibrium by a simple chemical reaction 188 (19923)4 4
Porteiro, J.L.F., see Sobrino, T. 188 (1992) 132
Richter, S. and Vojta, G., Generalized non-Markovian master equation for
continuous time random walk with random flying times 188 (1992) 631
Robertson, D.H., see White, C.T. 188 (1992) 357
Roux, J.-N., Brownian particles at different times scales: a new derivation of the
Smoluchowski equation 188 (1992) 526
Rubi, J.M., see Pagonabarraga, I. 188 (1992) 553
702 Index of authors and papers to Volume 188
Safonov, V.L., Thermodynamic description of strongly excited Bose systems 188 (19926)7 5
Schepers, H.E. and Markus, M., Two types of performance of an isotropic
cellular automaton: stationary (Turing) patterns and spiral waves 188 (19923)3 7
Schimansky-Geier, L., Zilicke, Ch. and Scholl, E., Growth of domains under
global constraints 188 (19924)3 6
Schmidt, L.D., see Vlachos, D.G. 188 (19923)0 2
Scholl, E., see Schimansky-Geier, L. 188 (19924)3 6
Schuth, F., see Vlachos, D.G. 188 (19923)0 2
Schutze, J., see Miller, S.C. 188 (1992) 47
Sengers, J.V., see Anisimov, M.A. 188 (19924)8 7
Showalter, K., see Peng, B. 188 (19922)1 0
Sobrino, T., Pérez-Munuzuri, V., Porteiro, J.L.F. and Pérez-Villar, V., Electroni-
cally excitable wave fronts (EEWs) in a system of coupled nonlinear oscillators 188 (19921)3 2
Steinbock, O. and Miller, $.C., Chemical spiral rotation is controlled by
light-induced artificial cores 188 (1992) 61
Steinbock, O., see Miller, S.C. 188 (1992) 47
Sulpice, E., see Lemarchand, A. 188 (19922)7 7
Swinney, H.L., see Vigil, R.D. 188 (1992) 17
Tabard, M., see Arneodo, A. 188 (19922)1 7
Tang, S., see Anisimov, M.A. 188 (19924)8 7
Thellung, A., see Gurevich, V.L. 188 (19926)5 4
188 (19926)8 7
Tok, T., see Zylka, c.
Van den Broeck, C., Sinai disorder: intermittency for random maps 188 (19924)5 2
Vigil, R.D., Ouyang, Q. and Swinney, H.L., Turing patterns in a simple gel
reactor 188 (1992) 17
Vlachos, D.G., Schiith, F., Aris, R. and Schmidt, L.D., Spatial and temporal
patterns in catalytic oscillations 188 (1992) 302
Vojta, G., see Richter, S$ 188 (1992) 631
Weng, Q.-Q., see Wu, Y.-K. 188 (1992) 481
White, C.T., Robertson, D.H. and Brenner, D.W., Dissociative phase transitions
from hypervelocity impacts 188 (1992) 357
Wu, X.-G. and Kapral, R., Catalytic CO oxidation on Pt surfaces: a lattice-gas
cellular automaton model 188 (1992) 284
Wu, Y.-K. and Weng, Q.-Q., A cluster approximation to insulating spin glasses 188 (1992) 481
Yokoyama, M., see Epstein, I.R. 188 (1992) 26
Yoshikawa, K., Yoshinaga, T., Kawakami, H. and Nakata, S., New strategy of
informational processing: utilization of nonlinear dynamics to chemical sensing 188 (1992) 243
Yoshinaga, T., see Yoshikawa, K. 188 (1992) 243
Ziulicke, Ch., see Schimansky-Geier, L. 188 (1992) 436
Zylka, C and Tok, T., An application of majorization in thermodynamics: an
analogue to the adiabatic demagnetization 188 (19926)8 7