Philosophy of chemistry : between the manifest and the scientific image /

Saved in:
Bibliographic Details
Author / Creator:Brakel, J. van (Jaap)
Imprint:Leuven : Leuven University Press, 2000.
Description:xiv, 246 p. : ill. ; 24 cm.
Language:English
Series:Louvain philosophical studies 15
Subject:
Format: Print Book
URL for this record:http://pi.lib.uchicago.edu/1001/cat/bib/4456016
Hidden Bibliographic Details
ISBN:9058670635
Notes:Collection of texts partly published previously.
Includes bibliographical references (p. [203]-233) and indexes (p. [235]-246.
Table of Contents:
  • 1. emergence of philosophy of chemistry
  • 1.1. physical and chemical matter: some preliminaries
  • 1.2. the heritage of Kant
  • 1.3. from Hegel to Bachelard
  • 1.4. 'classical' philosophy of science and chemistry
  • 1.5. philosophy of chemistry in Eastern Europe
  • 1.6. the Chelintsev affair
  • 1.7. philosophy of science opens up
  • 1.8. birth of philosophy of chemistry proper
  • 2. philosophical preliminaries
  • 2.1. manifest and scientific image
  • 2.2. surfaces
  • 2.3. reduction
  • 2.4. supervenience and emergence
  • 2.5. natural kinds
  • 2.6. causal theory of reference
  • 3. chemical substances
  • 3.1. the science of stuffs
  • 3.2. manifest and scientific water
  • 3.3. molecule structure and microreductionistic essences
  • 3.4. a macroscopic definition of pure substance
  • 3.5. polywater
  • 4. essentialistic realism
  • 4.1. Kripke and Putnam on water
  • 4.2. molecules and atoms
  • 4.3. possible worlds
  • 4.4. proliferation of essences
  • 5. the alleged reduction of chemistry
  • 5.1. the idea that chemistry can be reduced to physics
  • 5.2. thermodynamics and statistical mechanics
  • 5.3. quantum chemistry
  • 5.4. 'ab initio' methods
  • 5.5. holism of quantum mechanics and shape of molecules
  • 6. ceteris paribus
  • 6.1. chemical laws and models
  • 6.2. ceteris paribus laws
  • 6.3. protochemistry
  • 6.4. the ubiquity of models and ceteris paribus conditions
  • 7. modelling in chemical engineering
  • 7.1. similarity considerations and dimensionless numbers
  • 7.2. dimensional analysis
  • 7.3. dimensional analysis in chemical engineering
  • 7.4. presuppositions of dimensional analysis
  • 7.5. the model of dimensional analysis
  • 8. conclusion
  • 8.1. how to fit it all together
  • 8.2. primacy of manifest over scientific image.