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Forced Compressed Air Cooling System for a 300 MW Steam Turbine in Waigaoqiao Power Plant
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作者 Sun Shixiong Hua Hong Shanghai Waigaoqiao Thermal Power Plant 《Electricity》 1996年第4期22-24,共3页
The 300 MW steam turbine installed in Waigaoqiao Power Plant with combined HPIP cylinders of double casing structure is a product of the Shanghai Turbine Works utilizing licensed technology. It has a large heat storag... The 300 MW steam turbine installed in Waigaoqiao Power Plant with combined HPIP cylinders of double casing structure is a product of the Shanghai Turbine Works utilizing licensed technology. It has a large heat storage capacity and good thermal insulation, so the metal temperature of first stage of HP cylinder (FSMTI) may reach 400-450℃ after shut down and it takes 7-8 days to cool to 150℃ by natural cooling, Now with a forced cooling system the cooling time may be reduced to 40 hours, so that the turbine may be opened for repair work in about 5-6 days. The cooling system for #2 unit and test procedure are briefly described below. 展开更多
关键词 der Forced Compressed Air cooling System for a 300 MW steam Turbine in Waigaoqiao Power Plant ITI 认认 TEST 司卜 月卜 HP IP 一基
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Flow and Heat Transfer Characteristics in Rotating Two-pass Channels Cooled by Superheated Steam 被引量:7
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作者 WANG Wei GAO Jianmin +1 位作者 XU Liang SHI Xiaojun 《Chinese Journal of Aeronautics》 SCIE EI CSCD 2012年第4期524-532,共9页
关键词 turbine steam cooling rotation numerical analysis heat transfer secondary flow Reynolds stress
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