Fundamentals of Measurement and Representation of Natural SystemsNorth-Holland, 1978 - 221 Seiten Mathematical background; The basic formalism; Meters and dynamics; Dynamics and linkage; The analysis of dynamics; Symmetry; Similarity in physics and biology. |
Inhalt
Mathematical Background | 1 |
The Basic Formalism | 25 |
Meters and Dynamics | 57 |
Urheberrecht | |
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Häufige Begriffe und Wortgruppen
abstract arbitrary argument automorphisms basic behavior bifurcation points biological cartesian product characterize commutative diagram commutativity compatible concept conjugacy conjugate consider corresponding critical values defined definition derived quantities determined developed diagram dimensional dimensionless quantities discussion dynamical interactions dynamics imposed elements equation equivalence classes equivalence relation expression f-description f-name formal fractions function functor category fundamental quantities ƒ and g genome given H₁ hence homeomorphic ideas induced intersection invariant involved isomorphic kind Lemma linkage relations M₁ M₂ mapping ƒ mathematical measurement meter natural systems notion O-subsystem observables f one-parameter group open sets original system pair phenotype physical systems preceding section precisely principle of similitude properties quotient set R-class R₂ real numbers reductionism refines regarded relations R₁ replace respect S/R₁ S/RF S/Rfg S/Rg S₁ S₂ satisfied set of reduced similarity transformation situation specific structure subgroup subset symmetry topological spaces topology trajectories unlinked variables