3.7 卡诺循环 (Carnot cycle) 3.8 致冷循环 4.1自然过程的方向性 4.1自然过程的方向性 4.3热力学第二定律及其微观意义 4.4 热力学概率与自然过程的方向性 4.5 玻耳兹曼熵公式与熵(entropy)增加原理 4.6 可逆过程

西安建筑科技大学：《水资源利用与保护》参考资料_Water resources in the world_Nutrient Overload-Unbalancing the Global Nitrogen Cycle

《遗传学》课程教学资源（学科前沿）遗传与表观遗传 Epigenetic inheritance during the cell cycle

 Definition  The Pathogen  Epidemiology  Etiology and Life Cycle  Pathobiology  Clinical manifestations  Diagnosis  Treatment

1:EVOLUTION TO VSPHERE 6.7 2:DESIGNING AND PLANNING A VIRTUALIZATION INFRASTRUCTURE 3:ANALYSIS AND ASSESSMENT OF EXISTING ENVIRONMENTS 4:DEPLOYMENT WORKFLOW AND COMPONENT INSTALLATION 5:CONFIGURING AND MANAGING VSPHERE 6.7 6:LIFE CYCLE MANAGEMENT, PATCHING, AND UPGRADING 7:MANAGING NETWORKING RESOURCES 8:MANAGING STORAGE RESOURCES 9:VM DEPLOYMENT AND MANAGEMENT 10:VM RESOURCE MANAGEMENT 11:AVAILABILITY AND DISASTER RECOVERY 12:SECURING AND PROTECTING YOUR ENVIRONMENT 13:ANALYZING AND OPTIMIZING YOUR ENVIRONMENT 14:TROUBLESHOOTING YOUR ENVIRONMENT 15:BUILDING YOUR OWN VMWARE VSPHERE LAB

1.The charactaristics of life and cells are the basic unit of life 2.Regulation of cell activity 3.Cell Cycle

《企业战略管理》课程教学资源（课外学习）PDCA循环（PDCA Cycle）

I Signal Transmission Through the Neuromuscular Junction II Microstructure of Skeletal Muscle Begin cycle with myosin already bound to actin IV Factors that Affect the Efficiency of Muscle Contraction

针对联合循环发电厂(combined cycle power plant,CCPP)煤气系统因工况变化频繁带来的模型与过程不匹配的问题,提出一种基于OS-ELM (online sequential extreme learning machine)的CCPP副产煤气燃料系统在线性能预测方法.首先通过分析副产煤气系统各主要组成部件的工作原理,利用流体力学、质量守恒以及能量守恒等关系,建立起以离心压缩机、煤水分离器、冷却器等为核心部件的副产煤气系统机理模型.利用OS-ELM算法和滑动窗口技术对机理模型的输出误差进行修正,实现副产煤气系统出口参数的精确预测和模型的快速在线更新.仿真实验证明,该方法能够准确地预测副产煤气系统的输出压比和温比,并能够跟踪煤气系统工况的变化和特性的漂移,满足实际工业生产的需求

§7-1 郎肯循环Rankine Cycle §7-2 实际蒸汽动力循环分析 §7-3 蒸汽再热循环(reheat) §7-4 蒸汽回热循环(regenerative) §7-5 热电联产(供)循环