布雷顿循环理论参数的计算与分析
论文编号:WLX026 字数:5875,页数:18 摘 要布雷顿循环使用等熵压缩,等熵膨胀, 计算分析其理论循环的参数。布雷顿制冷循环又称气体制冷机循环，是以气体为工质的制冷循环。研究单一气体无回热气体制冷机循环，并对其理论循环的性能进行了分析与计算。包括单位制冷量，单位热负荷的计算和性能系数的计算。对定压回热气体制冷循环进行了系统图和理论T-S图的理论分析，对定压回热气体制冷循环的制冷系数及性能系数进行了分析与计算。计算分析了使用布雷顿循环的燃气轮机循环的热效率。关键字： 布雷顿循环 参数 制冷 理论参数 功率密度Abstract Brayton cycle,the use of entropy compression, such as expansion of entropy.Analysis the theoretical parameters of the Brayton cycle. Brayton refrigeration cycle also be called the quality of gas for the refrigeration cycle .Introduction no reheat about single gas refrigerants cycle, and to theanalysis and calculation.of the ideal cycle.Including the calculationunit volume, unit heat load calculation,the coefficient of performance computing. Introduced the constant pressure to hot gas refrigeration cycle,to the analysis of the theory of the system map and the map of the TS theoretical. To the analysis and calculation of the constant pressure of the refrigeration coefficient gas refrigeration cycle and the coefficient of performance.Find out that under the conditions of constant temperature heat soure, the characteristics of the power density of actual Brayton cycle.Key words: Brayton cycle paramete refrigeration theoretical parameters power density目录中文摘要......................................................................i英文摘要.....................................................................ii目录........................................................................iii第一章 绪论 .................................................................1 1.1 选题背景与意义.......................................................1 1.2 研究目的.............................................................3第二章 布雷顿循环参数计算....................................................4 2.1 逆卡诺循环 .........................................................4 2.2 布雷顿制冷循环参数计算 ..............................................4 2.2.1 等熵膨胀循环 ..................................................4 2.2.2 气体制冷循环参数的计算与分析 ..................................6第三章 燃气轮机循环的热效率的计算与分析 ....................................11 3.1 不带回热的燃气轮机循环..............................................11 3.2 带回热燃气轮机循环 .................................................12第四章 总结.................................................................14致谢.........................................................................15参考文献.....................................................................16
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