Production Economics: A Dual Approach to Theory and Applications

Introduction to the SeriesPrefaceIntroductionPart III. An Analysis of the Concept of Real Value-Added III.1 Duality, Intermediate Inputs and Value-Added 1. Introduction 2. Duality and Value-Added 3. Value-Added in Constant Prices 4. The Measurement of Total Productivity 5. Introducing Imperfect Competition 6. Conclusions III.2 Hicks' Aggregation Theorem and the Existence of a Real Value-Added Function 1. Introduction 2. Hicks' Aggregation Theorem in the Consumer Context 3. Duality Between Direct and Conditional Indirect Utility Functions 4. Hicks' Aggregation Theorem in the Producer Context 5. The Duality Between Value-Added "Production" and Cost Functions 6. Concluding Remarks 7. Proofs of Theorems III.3 Homotheticity and Real Value-Added in Canadian Manufacturing 1. Introduction 2. Real Value-Added and the Production Structure 3. The Approximate Translog Cost Function 4. Homotheticity and Homogeneity 5. The Canadian Manufacturing Data 6. The Estimation of the Production Structure 7. An Alternative Real Value-Added Formulation 8. Weak Homotheticity 9. Double Deflation and Real Value-Added 10. ConclusionPart IV. Empirical Applications of Production Theory: Micro-Economic Data IV.1 Estimation Techniques for the Elasticity of Substitution and Other Production Parameters 1. Introduction 2. Cost Functions 3. The Elasticity of Substitution 4. The Specification of the ACMS Model 5. Properties of the Elasticity of Substitution 6. An Econometric Model of the Electricity Generation Industry 7. Appendix IV.2 Measurement of the Elasticity of Factor Substitution and Bias of Technical Change 1. Introduction 2. Notation 3. Growth Equations 4. Production Relations 5. A Non-Identification Theorem 6. Necessary Conditions for Factor Augmenting Technical Change 7. Sufficient Conditions for Factor Augmenting Technical Change 8. Identification for Capital Augmentation 9. Identification for Finite Parameter Families of Augmentation Functions 10. Extensions and Conclusions 11. Appendix: Generalization to Non-Constant Returns IV.3 The Identification of Technical Change in the Electricity Generating Industry 1. Introduction 2. Notation 3. Identification Problems in the Measurement of Technical Change 4. The Industry and the Data 5. The Measurement of Disembodied Technical Change 6. The Measurement of Embodied Technical Change 7. The Measurement of Total Technical Change 8. The Bias of Technical Change 9. Concluding Remarks IV.4 Factor Substitution in Electricity Generation: A Test of the Putty-Clay Hypothesis 1. Introduction 2. The Basic Model 3. The Model Applied to Electricity Generation 4. Tests of the Structure of Technology 5. Estimation of the Putty-Clay Model 6. Conclusion 7. Appendices IV.5 The Effectiveness of Rate-of-Return Regulation: An Empirical Test Using Profit Functions 1. Introduction 2. The Averch-Johnson Model of a Regulated Firm 3. The Profit Function for a Regulated Firm 4. Statistical Tests of Regulatory Effectiveness 5. Comparison with Previous Studies 6. Conclusions 7. AppendixPart V. Empirical Applications of Production Theory: Macro-Economic Data V.1 An Aggregate Model with Multi-Product Technologies 1. Introduction 2. Multi-Product Technologies and Final Demand 3. Jointness and Separability of the Cost Function 4. The Approximate Translog Cost Function 5.