The Economics of Industrial Innovation 1st Edition by Luc Soete, Chris Freeman – Ebook PDF Instant Download/Delivery:9781136600654, 1136600655
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ISBN 10: 1136600655
ISBN 13: 9781136600654
Author: Luc Soete, Chris Freeman
The Economics of Industrial Innovation
The Economics of Industrial Innovation 1st Table of contents:
1 Introduction
- 1.1 Introduction
- 1.2 The Research and Development System
- 1.3 The Professionalization of Industrial R&D and its Growth
- 1.4 Modern Technology
- 1.5 Schumpeter’s Theory of Successive Industrial Revolutions
- 1.6 Structure of the Book
- Notes
- Review Articles, Literature Surveys and Key References
Part One The Rise of Science-Related Technology
- Introductory Note
2 The Industrial Revolution
- 2.1 Technical Innovations and the Industrial Revolution
- 2.2 The Innovations and Entrepreneurship of Josiah Wedgwood
- 2.3 Richard Arkwright, Samuel Crompton and the Cotton Industry
- 2.4 Prolonged Success of the British Cotton Industry
3 The Age of Electricity and Steel
- 3.1 The United States National System of Innovation
- 3.2 The United States Steel Industry
- 3.3 Applications of Steel
- 3.4 Electricity and Electrification
- 3.5 Giant Firms and Management Innovations
4 Process Innovations in Oil and Chemicals
- 4.1 From Batch to Flow Processes
- 4.2 Nineteenth-Century Process Innovation
- 4.3 The New Pattern of Process Development in Germany
- 4.4 Process Innovations in Oil Refining
- 4.5 Scale of Plant and the Process Plant Contractor
- Notes
5 Synthetic Materials
- 5.1 The Early Synthetic Materials and the Inventor-Entrepreneurs
- 5.2 The Main Synthetic Materials
- 5.3 Research and Experimental Development at IG Farben
- 5.4 Patents as a Measure of Inventive Output
- 5.5 Patents and Innovations
- 5.6 PVC
- 5.7 Polyethylene
- 5.8 Corfam (Synthetic Leather)
- 5.9 Product Development and Process Development
- 5.10 Instruments
- 5.11 New Trends in Materials Technology: Conclusions
- Notes
6 Mass Production and the Automobile
- 6.1 Internal Combustion, Steam or Electricity?
- 6.2 Henry Ford and Mass Production
- 6.3 The Diffusion of Fordism and its Modification
- 6.4 Post-War Innovation in Japan
- 6.5 Ohno and the Lean Production System in Toyota
- 6.6 Subcontractors in the Lean Production System
- 6.7 Conclusions
7 Electronics and Computers
- 7.1 Introduction
- 7.2 Radio
- 7.3 Television
- 7.4 Radar
- 7.5 Computers
- 7.6 Electronic Components
- 7.7 The Microelectronic Revolution
- Notes
Part One Review Articles, Literature Surveys and Key References
Part Two The Micro-Economics of Innovation The Theory of the Firm
- Introductory Note
8 Success and Failure in Industrial Innovation
- 8.1 Innovation as Coupling of New Technology with a Market
- 8.2 Project Sappho
- 8.3 Resemblance between Sappho Pairs
- 8.4 Variation Unrelated to Success or Failure
- 8.5 The Pattern of Success
- 8.6 Further Studies of Innovation
- 8.7 Conclusions
- Notes
9 Innovation and Size of Firm
- 9.1 Size of Firm and Expenditure on R&D
- 9.2 Size of Firm and Invention
- 9.3 Size of Firm and Innovation
- 9.4 Innovation by Size of Firm and Branch of Industry
- 9.5 Conclusions
- Notes
10 Uncertainty, Project Evaluation and Innovation
- 10.1 Risk and Uncertainty
- 10.2 Project Estimation Techniques and their Reliability
- 10.3 Animal Spirits and Project Estimation
- 10.4 R&D Budgeting and the Strategy of the Firm
- Note
11 Innovation and the Strategy of the Firm
- 11.1 The Range of Innovation Strategies
- 11.2 Offensive Strategy
- 11.3 Defensive Innovation Strategy
- 11.4 Imitative and Dependent Strategies
- 11.5 Traditional and Opportunist Strategies
- 11.6 Conclusions
- Notes
Part Two Review Articles, Literature Surveys and Key References
Part Three Macro-Economics of Innovation Science, Technology and Growth and Globalization
- Introductory Note
12 National Systems of Innovation
- 12.1 Introduction: Friedrich List’s ‘national System’
- 12.2 The Rise of Professional R&D
- 12.3 Some Contrasting Features of National Systems of Innovation in the 1970s And 1980s
- 12.4 Globalization and National Systems
- 12.5 Conclusions
13 Technology and Economic Growth
- 13.1 On Facts and Figures: Long-Run Phases of Growth
- Long-term growth and technological convergence of the now-industrialized countries
- Post-war growth at world level: how growth rates differed
- 13.2 On Modelling Technical Change and Growth
- From old to new growth theory
- New growth models
- How old is new growth theory?
- 13.3 A Complementary Neo-Schumpeterian View of Growth
- Notes
14 Innovation and International Trade Performance
- 14.1 Introduction: On Statics and Dynamics in International Competitiveness
- 14.2 Innovation and International Competitiveness
- 14.3 Strategic Industries and Policies: An Attempt at Clarification
- 14.4 Domestic Strategic Policies for Multinational Firms
- 14.5 Conclusions
- Notes
15 Development and the Diffusion of Technology
- 15.1 Introduction
- 15.2 Technology Diffusion and Industrial Growth
- 15.3 International Technology Diffusion and Catching up
- 15.4 Technological Evolution, and Cost of Entry
- 15.5 Technological Catching up: From Product Life Cycles to Techno-Economic Paradigms
- 15.6 Conclusions: On the Need for Complementary Indigenous Capacities
- Notes
Part Three Review Articles, Literature Surveys and Key References
Part Four Innovation and Public Policy
- Introductory Note
16 Aspects of Public Policy for Science, Technology and Innovation
- 16.1 Introduction
- 16.2 Public Funding of Research
- 16.3 Public Investment in R&D for Industry
- 16.4 Innovation in Consumer Goods and Services
- 16.5 Changing Priorities for Science and Technology
- Note
17 The Information Society and Employment
- 17.1 New Technologies: Job Creation and Destruction
- 17.2 Information Service Activities and Future Employment
- 17.3 The New Employment Challenges
- 17.4 Unemployment and Inequality in the Information Society
- Notes
18 Technology and the Environment
- 18.1 Introduction
- 18.2 Environmentally Sustainable Development: from old to new ‘missions’ for Science and Technology Policy
- 18.3 Technical Change as a Cumulative Process: Towards an Environmentally Sustainable Technological Trajectory
- Direct regulation
- Economic instruments
- Procurement
- Social nexus
- 18.4 From Lock-In to Radical Breakthrough
- 18.5 The Role of Public Policies for Environmentally Sustainable Development
- 18.6 A Systems Approach: Complementarity And Coherence
- 18.7 Concluding Comments
- Notes
19 Conclusions Beyond the Economics of Industrial Innovation
- 19.1 Economics and Technological Progress: What is there to Assess?
- 19.2 Assessing Economic Progress and Endogenous Technology
- 19.3 Endogenous Technology Policy: How to Assess Technology Constructively
- Notes
Part Four Review Articles, Literature Surveys and Key References
Bibliography
Index
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