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Contents
Introduction
Communication in physics
The explosion of scientific journals
The emergence of the electronic media
The project `Communication in Physics'
Outline
Effective and efficient communication via electronic scientific articles
Scientific communication via articles
A model of the process of communication via scientific articles
Communication in experimental science
Scientific articles
Requirements for scientific articles
Rational communication
A profile of the interactants in scientific communication via articles
Electronic publishing
Communication criteria for electronic articles
A modular presentation of information: general definitions
A modular structure
The general definition of modules
The general definition of links
The composition of modules
Typologies for a modular structure
Modular models
A modular model for experimental sciences
Developing a modular model
The modularisation of published articles
Analysis and construction
Modules
The typology of the information
The characterisation by the conceptual function
The domain-oriented characterisation
The characterisation by the range of the information
The characterisation by a set of specified bibliographic data
The internal structure of modules
The module
Meta-information
Links
Structuring links
Organisational relations
Scientific discourse relations
Evaluation of the modular model
Applying the model to the domain of experimental molecular dynamics
The corpus of articles on experimental molecular
dynamics
A domain-specific interactants profile
Introduction to the examples
The feasibility and adequacy of modular articles
The feasibility of modular articles
The adequacy of modular articles
A discussion of the modules
Meta-information
(m1)
Positioning
(m2)
Methods
(m3)
Results
(m4)
Interpretation
(m5)
Outcome
(m6)
A discussion of the links
Representing organisational relations
Representing scientific discourse relations
Conclusions
Findings
Leads for further research
The applicability of our modular model
Technical requirements for implementation and testing
Guidelines for writing modular articles
Guidelines for a modular structure
Composition
Physics content
Procedure
Modules
Meta-information
(m1)
Positioning
(m2)
Methods
(m3)
Results
(m4)
Interpretation
(m5)
Outcome (m6)
Links
General guidelines for links
Organisational relations
Scientific discourse relations
List of published material in the corpus
Appendix: modularisation in other domains
Generating experimental results: high temperature superconductors
The development of new methods: bioorganic and medicinal chemistry
Empirical research in the humanities: argumentation theory
Abstract research: logic for artificial intelligence
Glossary
Glossary
Bibliography
Index
Frederique Harmsze
2000-01-04