Technology of Efficient Energy Utilization: The Report of a NATO Science Committee Conference Held at Les Arcs, France, 8th – 12th October, 1973Eugene G. Kovach Elsevier, 22.10.2013 - 86 Seiten Technology of Efficient Energy Utilization is a report of a NATO Science Committee conference held in Les Arcs, France on October 8-12, 1973. The focus of said conference is on energy conservation, the end-uses of energy, and its determining factors in the long run. The report is composed of two parts. Part I includes the working reports from different groups every chapter. The reports cover industrial, residential, and commercial heat; light; motion; electronic and electrolytic processes; and residential, commercial, industrial, urban systems. Part II is the research portfolio, which is divided into three broad groups for easier access: group A – industrial process, group B – transport, and group C – buildings. The text is for those in departments and institutions that study energy and energy conservation, especially those who seek to improve the use of energy. |
Inhalt
| 1 | |
| 5 | |
| 7 | |
HEAT | 15 |
LIGHT | 21 |
MOTION | 29 |
ELECTROLYTIC AND ELECTRONIC PROCESSES | 35 |
RESIDENTIAL AND COMMERCIAL SYSTEMS | 44 |
INDUSTRIAL SYSTEMS | 54 |
URBAN SYSTEMS | 60 |
Research Portfolio | 65 |
| 70 | |
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Häufige Begriffe und Wortgruppen
achieved adsorption air conditioning applications areas batteries Capenhurst central Chauncey Starr chemical combustion commercial structures consumed cost Council Research Centre cycle density devices discussion distribution effects electrical energy Electricity Council Research electrocatalysis Electrochemical electrode electroforming electrolyte electron beam Electrosynthesis Electrowinning energy conservation energy consumption energy content energy economy energy input energy intensive energy requirements energy savings England Fluorescent lamps fuel cells furnaces heat exchanger heat pumps heat recovery heating systems high temperature hot water HVAC Hydrogen Economy improvements induction heating industrial processes integrated energy internal loads investigated lasers light sources lm/W losses manufacturing mechanical metal methanol methods operation overall efficiency oxidation possible potential present problems production Prof radiation reaction recommendations recycling reduce regenerative braking residential and commercial sewage shaping sodium space heating Stirling engine substitution technical techniques thermal insulation total energy systems transport urban waste heat welding