by
Staff, National Research Council.
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Fields Electrical Relaxation Time MATHEMATICAL MODELS OF GLOBAL ATMOSPHERIC ELECTRICITY Model
by
Resnik, Michael D.
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Excerpt:
. Testing Scientific and Mathematical Models 4. Global and Local Theories 5. Revising Logic and
by
Khrennikov, A.
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Algebraic Quantum K Systems 4 Dynamical Entropy 5 Some General Considerations on Abelian Models 6
by
Fu, Zhi-Fang.
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Chapter 3. Basic vibration theory 3.1 Modelling of a vibration problem using mathematical models 3.2
by
Enting, I. G.
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Further reading Exercises for Chapter 3 Chapter 4 Time series estimation 4.1 Time series 4.2
by
Wu, Yong.
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Mathematical Physics Meanings of Blown Ups 3.3 Nonlinear Transitional Changes: A Mathematical Character of
by
Monaco, Roberto.
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Media: The Darcy and Brinkman Models 1 Introduction 2 Mathematical models 3 Linear instability
by
Farrashkhalvat, M.
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; Differential models for grid generation; Variational methods and adaptive grid generation; Moving grids and
by
Arafune, J.
Format:
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Excerpt:
Historical Slice Time Sliced Approximation to Path Integral and Lie Trotter Kato Product Formula
by
Peruzzi, Alberto.
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Excerpt:
. Globality and circularity in space and time Part 3. Spatio temporal determinacy and biology 3.1
by
Detlefsen, Michael.
Format:
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Excerpt:
SYNTHETIC A PRIORI? VIII. MATHEMATICAL MODELS OF A BOUNDED ("FINITE") SPACE TIME NOTES REFERENCES
by
Boulet, Benoit.
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Excerpt:
Discrete Time LTI State Space Models Controllable Canonical Form Observable Canonical Form Zero
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