注意到由于室内空气质量和能源相关的原因，超声波加湿变得越来越流行。介绍了蒸汽加湿和超声波加湿的热力学比较。强调了与超声波加湿有关的一些设计和操作问题，特别是加热盘管要求、送风温度控制传感器布置以及加湿阶段的大小和数量对送风温度控制的影响。最后，开发私人和大型公共领域能源分析软件目前缺少的分析工具，并将其应用于特定的大学图书馆大楼。单位:双关键词:1997年，加湿，加湿器，超声波，室内，空气质量，计算机程序，设计，图书馆，美国，传感器，供气，比较，蒸汽加湿器科学:研讨会，ASHRAE交易，第103卷，第2部分，波士顿1997

Notes that ultrasonic humidification has become increasingly popular for both indoor air quality and energy related reasons. Presents a thermodynamic comparison of steam and ultrasonic humidification. Stresses a number of design and operational issues connected with ultrasonic humidification, in particular heating coil requirements, supply air temperature control sensor placement and the impact of the size and number of stages of humidification on supply air temperature control hunting. Finally, develops the analytical tools, currently missing from both private and large public domain energy analysis software, and applies them to a specific academic library building.Units: DualKEYWORDS: year 1997, Humidifying, humidifiers, ultrasonics, indoor, air quality, computer programs, designing, libraries, USA, sensors, supply air, comparing, steam humidifiers