Search for dissertations about: "returns to scale"
Showing result 1 - 5 of 42 swedish dissertations containing the words returns to scale.
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1. Towards returns management strategies in internet retailing
Abstract : The digital transformation of the retailing industry in recent years has had a profound effect on consumers’ behaviour on a global scale. When shopping and browsing online, consumers are not able to “touch and feel”, which means that product returns are inevitable. READ MORE
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2. The technical representation of returns to scale on cost and production functions
Abstract : The basic purpose of this work is to present a general theory of returns to scale. It is a presentation of definitions, technical representations, and theorems into which returns to scale enter. READ MORE
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3. Does schooling make sense? A household perspective on the returns to schooling for self-employed, farmers and employees in Egypt
Abstract : Why do some children in the developing world choose to stay out of school? Is it mainly because poverty leaves them with no options or because schooling seems to offer them few benefits? The answers to these questions have profound policy implications. An empirical input into this discussion is the extent to which schooling can actually be perceived as a profitable option in various countries and, in extension, what factors influence the extent of this perceived profitability. READ MORE
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4. A Chemometric Approach to Process Monitoring and Control - With Applications to Wastewater Treatment Operation
Abstract : In this work, various aspects of multivariate monitoring and control of wastewater treatment operation are discussed. A number of important difficulties face operators and process engineers when handling online measurements from wastewater treatment processes. READ MORE
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5. Comparing Climate Forcers on a Common Scale
Abstract : The climate is changing at a rapid pace. Through the United Nations Framework Convention on Climate Change (UNFCCC), the world has agreed to hold the on-going temperature increase below 2 °C. Climate change is caused by emissions of different atmospheric species (climate forcers). READ MORE