槽式太阳能中高温技术的应用与发展（Application and development of trough solar high temperature technology）.docVIP

槽式太阳能中高温技术的应用与发展（Application and development of trough solar high temperature technology） Trough solar energy technology in the application and development of high temperature,.Txt eat it, eat it is not a crime, and then fat people have the right to fatten! Slim behind, is actually haggard, love your people do not care about your waistline! Try the taste of long food, even if it is a kind of beauty! The most terrible thing about losing weight is not hunger, but the fact that you are not hungry, but you always feel that you must eat something before you are practical. In this paper, the contribution of new energy utilization DOC documents may experience poor browsing on the WAP side. It is recommended that you first select TXT, or download the source file to the local view. Trough solar high temperature technology I. research background at present, with the global energy supply problems becoming increasingly prominent and the positive implementation of the sustainable development strategy, the development and application of solar high temperature technology in the world and domestic have set off a new upsurge. Although the United States and other industrialized countries started as early as in 80s the solar high-temperature technology applied to textiles, construction, food processing, wood drying and other industrial and agricultural production and daily high temperature heating, boiling water and so on, to get 100 degrees above the water and steam, but the technology and equipment technology has not been a breakthrough, the industry scale it is not possible. The technology research started late, most of research institutions have yet to break through by rotating the condenser to achieve optical tracking of the traditional technical route, the localization problem of commercial and technology equipment has been untied. Dezhou Huayuan new energy technology research institute after several years of exploration and practice, successfully solved the problem of quasi sta