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Silicon --- Crystal growth --- Energy Accounting. --- Silicon Solar Cells. --- Fabrication. --- Silicon. --- Mechanical Properties. --- Impurities. --- Contractors. --- Gettering. --- Manufacturing. --- Passivation. --- Defects. --- Solar Cells. --- Microelectronics. --- Defects --- Si Solar Cell --- Crystalline Solar Cell --- Materials And Processes

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This Special Issue addresses the important issue of the energy efficiency of both manufacturing processes and systems. Manufacturing is responsible for one-third of global energy consumption and CO2 emissions. Thus, improving the energy efficiency of production has been the focus of research in recent years. Energy efficiency has begun to be considered as one of the key decision-making attributes for manufacturing. This book includes recent studies on methods for the measurement of energy efficiency, tools and techniques for the analysis and development of improvements with regards to energy consumption, modeling and simulation of energy efficiency, and the integration of green and lean manufacturing. This book presents a breadth of relevant information, material, and knowledge to support research, policy-making, practices, and experience transferability to address the issues of energy efficiency.

History of engineering & technology --- energy consumption --- scheduling approach --- mixed-flow shop --- multi-objective optimisation --- tardiness fine --- energy efficiency --- sustainable machining --- multi-objective optimization --- multi-criteria decision making method --- small quantity cooling lubrication SQCL --- cu nanofluid --- remote laser welding --- energy-efficient process --- machine learning --- welding process --- neural network --- knowledge representation --- fuzzy reasoning Petri net --- energy efficient operation --- manufacturing system --- Manufacturing --- life-cycle assessment --- aluminum --- cast iron --- pulp --- paper --- structural change --- compressed air systems --- energy data analysis --- energy measures --- performance control --- operations --- maintenance --- energy accounting --- laser drilling --- percussion --- trepanning --- productivity --- cost --- material removal rate (MRR) --- specific energy consumption (SEC) --- Taguchi --- hole taper --- IN 718 --- electric discharge machining --- response surface methodology --- sustainability --- surface quality --- microstructure --- multi-criteria decision making --- process planning --- manufacturing energy efficiency --- clean manufacturing --- sustainable manufacturing --- digital manufacturing

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Arguing that the ultimate resource is the human imagination coupled to the human spirit, Julian Simon led a vigorous challenge to conventional beliefs about scarcity of energy and natural resources, pollution of the environment, the effects of immigration, and the "perils of overpopulation." The comprehensive data, careful quantitative research, and economic logic contained in the first edition of The Ultimate Resource questioned widely held professional judgments about the threat of overpopulation, and Simon's celebrated bet with Paul Ehrlich about resource prices in the 1980s enhanced the public attention--both pro and con--that greeted this controversial book. Now Princeton University Press presents a revised and expanded edition of The Ultimate Resource. The new volume is thoroughly updated and provides a concise theory for the observed trends: Population growth and increased income put pressure on supplies of resources. This increases prices, which provides opportunity and incentive for innovation. Eventually the innovative responses are so successful that prices end up below what they were before the shortages occurred. The book also tackles timely issues such as the supposed rate of species extinction, the "vanishing farmland crisis," and the wastefulness of coercive recycling. In Simon's view, the key factor in natural and world economic growth is our capacity for the creation of new ideas and contributions to knowledge. The more people alive who can be trained to help solve the problems that confront us, the faster we can remove obstacles, and the greater the economic inheritance we shall bequeath to our descendants. In conjunction with the size of the educated population, the key constraint on human progress is the nature of the economic-political system: talented people need economic freedom and security to bring their talents to fruition.

Bevolking --- Economic nationalism --- Economic planning --- Economic policy --- Economisch beleid --- Economische politiek --- Hulpbronnen [Natuurlijke ] --- National planning --- National resources --- Natural resources --- Natural resources--Economic aspects --- Natuurlijke hulpbronnen --- Politiek [Economische ] --- Politique économique --- Population --- Resources [Natural ] --- Ressources naturelles --- State planning --- 330.59 --- 330.5 --- Human population --- Human populations --- Population growth --- Populations, Human --- Economics --- Human ecology --- Sociology --- Demography --- Malthusianism --- Resources, Natural --- Resource-based communities --- Resource curse --- Planning --- National security --- Social policy --- Levensstandaard. Sociale indicatoren --- Volksvermogen. Gemeenschappelijk produkt --- Economic aspects --- Economic policy. --- Natural resources. --- Population. --- 330.5 Volksvermogen. Gemeenschappelijk produkt --- 330.59 Levensstandaard. Sociale indicatoren --- Wirtschaftspolitik. --- Umweltschutz. --- Nutzung. --- Natürliche Ressourcen. --- Bevölkerungswachstum. --- Aufsatzsammlung. --- Chicago. --- Industrial Revolution. --- Ireland. --- Los Angeles. --- Mandeville, Bernard. --- PCBs. --- accidental deaths. --- agricultural capital. --- biologists. --- budget deficits. --- capital investments. --- chlorofluorocarbons. --- coliform bacteria. --- cosmic resources. --- crop oils. --- desert reclamation. --- emergency disaster relief. --- endangered species. --- energy accounting. --- fetuses. --- finiteness. --- hydroponics. --- infrastructure. --- international trade. --- light bulbs. --- middle classes. --- nitrogen oxides. --- nuclear fission. --- paper industry. --- physical laws. --- polychlorobiphenyls. --- racism. --- scarcity. --- vegetable farming. --- Bevölkerung --- Bevölkerungszunahme --- Wachstum --- Bevölkerungsentwicklung --- Naturgüter --- Naturschätze --- Naturressourcen --- Natürliche Ressource --- Naturpotential --- Ressourcen --- Erschöpfbare Ressourcen --- Rohstoff --- Benutzung --- Ökologie --- Umweltvorsorge --- Naturschutz --- Umweltkrise --- Umweltschaden --- Umweltverschmutzung --- Umweltschützer --- Umweltethik --- Volkswirtschaftspolitik --- Allgemeine Wirtschaftspolitik --- Politik --- Political aspects