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Biopolymers --- Molecular weights. --- Freezing points of solutions --- Atomic weights --- Chemistry, Physical and theoretical --- Cryoscopy --- Biotechnology
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Phase rule and equilibrium. --- Supercritical fluids. --- Molecular weights. --- High pressure (Technology) --- Fluid dynamics. --- Dynamics --- Fluid mechanics --- High pressure (Engineering) --- Chemistry, Technical --- High pressure (Science) --- Freezing points of solutions --- Atomic weights --- Chemistry, Physical and theoretical --- Cryoscopy --- Fluids --- Critical phenomena (Physics) --- Equilibrium --- Chemical equilibrium --- Chemical systems --- Critical point
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Provides a necessary bridge between the values of engineering end-use parameters of polyethylene resins and their scientific molecular and structural characteristics. The main goal is to translate common parameters, such as the melt index of a resin or the dart impact strength of a film sample, into the universal language of polymer science.
Gums and resins, Synthetic. --- Molecular weights. --- Polyethylene. --- Crinothene --- Polythene --- Ethylene --- Thermoplastics --- Freezing points of solutions --- Atomic weights --- Chemistry, Physical and theoretical --- Cryoscopy --- Artificial resins --- Gums and resins, Artificial --- Resins, Synthetic --- Synthetic resins --- Protective coatings --- Synthetic products --- Synthetic gums and resins industry
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The Large-Scale Structure of Inductive Inference investigates the relations of inductive support on the large scale, among the totality of facts comprising a science or science in general. These relations form a massively entangled, non-hierarchical structure which is discovered by making hypotheses provisionally that are later supported by facts drawn from the entirety of the science. What results is a benignly circular, self-supporting inductive structure in which universal rules are not employed, the classical Humean problem cannot be formulated and analogous regress arguments fail. The earlier volume, The Material Theory of Induction, proposed that individual inductive inferences are warranted not by universal rules but by facts particular to each context. This book now investigates how the totality of these inductive inferences interact in a mature science. Each fact that warrants an individual inductive inference is in turn supported inductively by other facts. Numerous case studies in the history of science support, and illustrate further, those claims. This is a novel, thoroughly researched, and sustained remedy to the enduring failures of formal approaches to inductive inference.With The Large-Scale Structure of Inductive Inference, author John D. Norton presents a novel, thoroughly researched, and sustained remedy to the enduring failures of formal approaches of inductive inference.
Induction (Logic) --- Dalton, Cannizzaro, atomic weights. --- Hume’s problem. --- Induction. --- Newton on Gravitation. --- atomic spectra. --- circularity. --- deductive inference. --- dowsing. --- history of planetary distances. --- hypothesis. --- inductive inference. --- local theory. --- radiocarbon dating. --- recession of the nebulae. --- regress. --- self-supporting. --- stock market prediction. --- the problem of induction.
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