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PWR Nuclear Power Plant Thermal System Matrix Analysis Loop

Chu Pengju, Ge Bin. PWR secondary loop thermal system unit cycle theory of function method [J]. Proceedings of the CSEE, 2004,24 (3) :206-2 (39. 【10] PROCEEDINGS Li Yunze, Lin Wan, et al. PWR nuclear power plant thermal system loops economy Diagnosis Theory [J]. Nuclear Power Engineering, 2000,21 (1) :81-86. [11] Yang Yu Sen, PROCEEDINGS, Liu Licheng, et al. Pressurized Water Reactor Second Circuit Calculation of thermodynamic system [J]. Thermal Power Engineering, 2004,19 (1) :25-28. [12] Li Yunze, PROCEEDINGS, Wan-Chao Lin. and so on. PWR nuclear power plant thermal system equivalent circuit theory of thermal reduction [J]. Turbine Technology, 2000,[link widoczny dla zalogowanych],42 (1) : 3l-35. Zhangjun Li, Ge Bin. Genetic Algorithm in a Pressurized Water Reactor Water Heat Distribution of [J]. CSEE, 2005,25 (6) :152-156. PROCEEDINGS OF HUMANITIES, , Lin Wan, et al. PWR cogeneration units - N Road in the theoretical study of quantitative analysis [J]. Nuclear Power Engineering, 2001,22 (1) :92-96. Xuehan Jun. nuclear power plant [M ]. Beijing: Atomic Energy Press, 1990. Qiang, Guo Min Chen, Tian Yongwei,[link widoczny dla zalogowanych], et al. heater terminal temperature difference for heat economy of the constant flow method [J]. Thermal Power Engineering, 2007,22 (5): 521 - 524. Qiang. given the power under the water by temperature for heat economy of the mathematical model [J]. CSEE, 20O8, 28 (26) :19-23. Qiang, GUO Min-chen, LIU Peng-Fei. Extraction Steam Pressure Loss for heat economy of [J]. CSEE, 20O7, 27 ( Cool

:59-63. (edit Wei).)} d'H. }_{'}{ Bu {'}{。 H'}{'}_ dumb:}: new technologies, new technology vehicles q. _ {}. _ {}. Bucket}}. Doo Doo}}} _ {÷ bucket DOE selected for the next generation gas turbine research university collaborators,[link widoczny dla zalogowanych], according to ((GasTurbineWorld} 2008 年 No. 7-8 month reported that the U.S. DOE (Department of Energy) has started to participate in the selection of the 4 university partners research projects. These projects will be assessed and selected for the new generation of advanced turbine technology,[link widoczny dla zalogowanych], the new generation of combustion turbine is designed specifically derived from coal synthesis gas and hydrogen fuel. DOE research initiative is to develop low-cost turbine, which turbines can provide efficient and near-zero emissions performance. advanced turbines can be from coal synthesis gas fuel to run the high hydrogen content, which can be captured for the development of C0, the IGCC (integrated gasification combined cycle) power plant is crucial The. UTSR (University of turbine system) was established in 1992, the National Energy Technology Laboratory under the guidance of the first program can produce more than 1427oC (2600. F) operating temperature of the turbine, and the first by more than 60 % efficiency, and the first use of a number are now commonly used to reduce NO in combustion technology. The selected research projects involving many of the practical application of HHC (high hydrogen content) fuel-related design, materials and burning questions: * California, a Irvine University A fuel mix: used to describe this project will assess the extent of fuel distribution and mixing methods, and apply these methods to provide the fuel concentration distribution data. distribution type can be used to develop and confirmed CF1) (computational fluid dynamics) simulation to determine generated by a typical premixed fuel distribution strategy. 'Pennsylvania State University, the dynamic stability of a fuel: and the Georgia Institute of Technology study group together to develop accurate and robust flame response model, it can be incorporated into the design tool to estimate the . HHC premixed fuel to run the multi-nozzle combustion chamber vertical and horizontal instability.. Ohio State University, a hot gas path design: BrighamYoung Ohio State University researchers will work together to explore innovative design of the end wall of the designed to increase the life of the turbine and reduce the side walls of the adverse effects of sediment.. Ohio State University, a TBc (TBC): TBC used to protect and isolate the IGCC gas turbine hot gas path q-metal parts. However, evidence that the synthesis gas fuel may be used when conventional fuels are not the way to reduce the observed performance of TBC. this kind of research will attempt to reach the sediment and its adverse effects on the TBC comprehensive understanding of,[link widoczny dla zalogowanych], and find ways to reduce it (Ji Guiming feed) I c L Lan JL III
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