Fractals in the Natural and Applied Sciences 1993: London, UK

Miroslav M. Novak (Ed.): Fractals in the Natural and Applied Sciences, Proceedings of the Second IFIP Working Conference on Fractals in the Natural and Applied Sciences, London, U.K., 7-10 September, 1993. IFIP Transactions A-41 North-Holland 1994, ISBN 0-444-81628-3

@proceedings{DBLP:conf/fractals/1993,
  editor    = {Miroslav M. Novak},
  title     = {Fractals in the Natural and Applied Sciences, Proceedings of
               the Second IFIP Working Conference on Fractals in the Natural
               and Applied Sciences, London, U.K., 7-10 September, 1993},
  booktitle = {Fractals in the Natural and Applied Sciences},
  publisher = {North-Holland},
  series    = {IFIP Transactions},
  volume    = {A-41},
  year      = {1994},
  isbn      = {0-444-81628-3},
  bibsource = {DBLP, http://dblp.uni-trier.de}
}

Fereydoon Family: Dynamics of Self-affine Fractal Surfaces and Interfaces. 1-23
C. L. Alados, J. Escós, J. M. Emlen: Scale Asymmetry: A Tool to Detect Developmental Instability Under the Fractal Geometry Scope. 25-36
Eloy Anguiano, Manuel Pancorbo, Miguel Aguilar: Pitfalls in the Fractal Characterization of Real Microscopic Surfaces by Frequency. 37-46
J. Blum, Th. Henning, V. Ossenkopf, R. Sablotny, R. Stognienko, E. Thamm: Fractal Growth and Optical Behavior of Cosmic Dust. 47-59
Feodor M. Borodich: Fracture Energy of Brittle and Quasi-brittle Fractal Cracks. 61-68
Edward T. Bullmore, Michael J. Brammer, G. Alarcon, C. D. Binnie: Synoptic Visualization of Brain Electrical Activity During a Cluster of 11 Epileptic Seizures. 69-80
S. Coutinho, J. R. L. de Almeida, E. M. F. Curado: Multifractal Spectra of Short Range Ising Spin Glass. 81-87
T. Gregory Dewey: Multifractals and Order-Disorder Transitions in Biopolymers. 89-100
I. M. Dremin: Fractality and the Anomalous Dimension of Quantum Chromodynamics. 101-107
Fereydoon Family: Self-Organized Criticality with Finite Input: Kolmogorov Scaling and Mode-Coupling Theory. 109-117
Serge Frontier: Species Diversity as a Fractal Property of Biomass. 119-127
Raynald Gauvin, Dominique Drouin: Fractal Analysis in Electron Microscopy. 129-137
Yannis Georgalis, Jens Schüler, Wolfram Eberstein, Wolfram Saenger: Time-Resolved Light Scattering Studies on Protein Precrystallization Fractal Clusters. 139-151
Massimiliano Giona, Alessandra Adrover, Alessandro R. Giona: Finite-difference methods in the analysis of transport phenomena in fractal structures. 153-174
Ahmet T. Giz, Önder Pekcan: Finite-Blumen Apparent Dimension in a Randomized Sierpinsky Carpet. 175-182
Thomas C. Halsey, Katsuya Honda: Multifractal Dimension of Growing Branched Clusters. 183-190
A. Hernández Creus, P. Carro, S. González, S. L. Marchiano, R. C. Salvarezza, A. J. Arvia: The Role Played by Migration and Diffusion on the Morphology of 3D Silver Electrodeposits. 191-199
Chin-Kun Hu: Fractal Dimensions for Percolation and Phase Transition Models: Theory and New Monte Carlo Calculation Method. 201-210
C. Jung, E. Ziemniak: Streaklines in an Open Hydrodynamical Flow. 211-219
S. V. Korolev, A. R. Vin'a, Vladimir G. Tumanyan, Natalia G. Esipova: Fractal Properties of DNA Sequences. 221-228
A. P. Kuznetsov, S. P. Kuznetsov, I. R. Sataev: Multi-Parameter Transition to Chaos and Fractal Nature of Critical Attractors. 229-239
G. Landini, G. P. Mission, P. I. Murray: Fractal Characterisation and Computer Modelling of Herpes Simplex Virus Spread in the Human Corneal Epithelium. 241-253
Michel L. Lapidus: The Vibrations of Fractal Drums and Waves in Fractal Media. 255-260
Jacques Lévy Véhel, J. P. Berroir: Image Analysis Through Multifractal Description. 261-274
Jacques Lévy Véhel, Evelyne Lutton: Optimization of Fractal Functions using Genetic Algorithms. 275-287
A. Namajunas, A. Tamasevicius: An Optoelectronic Technique for Estimating Fractal Dimensions from Dynamical Poinacaré Maps. 289-293
Joachim Peinke, B. Castaing, B. Chabaud, F. Chillà, B. Hébral, A. Naert: On a Fractal and an Experimental Approach to Turbulence. 295-304
M. Puncochár, J. Drahos: Geometric Concept of Flow over Immersed Body in Non-Laminar Conditions. 305-312
Rudolf H. Riedi: Explicit Bounds for the Hausdorff Dimension of Certain Self-Affine Sets. 313-324
D. Schertzer, S. Lovejoy: Multifractal Generation of Self-Organized Criticality. 325-339
István Scheuring, Imre M. Jánosi, Ákos Csilling, Gabriella Pásztor: SOC Defeats Chaos: a New Population-Dynamical Model. 341-348
W. A. Schwalm, M. K. Schwalm: Perfect Conductance on Fractal Lattices. 349-357
Klaus Seidel, Mihai Datcu: Fusion of Real and Synthetic Images for Remote Sensing Scene Understanding. 359-370
C. Serio: Detecting Chaos in Time Series. 371-383
Vadim V. Silberschmidt: Fractal and Multifractal Charateristics of Stochastic Brittle Fracture. 385-396
Ricard V. Solé, Susanna C. Manrubia, Bartolome Luque: Multifractals in Rainforest Ecosystems: Modelling and Simulation. 397-408
J. Spaniol, M. R. Belmont, I. R. Summers, W. Vennart: Multi-Resolution Analysis of Magnetic-Resonance Images in Medicine. 409-416
Zbigniew R. Struzik, E. H. Dooijes: Towards Fractal Metrology. 417-429
Roman Tomashitz: Chaos in Cosmology. 431-439
Ray-Shyan Wu, Yi-Shao Lai: An Observation on Fractal Characteristics of Individual River Plan Forms. 441-451