问规范 - 专注工程资料收集分享!

供暖通风与空气调节术语标准[附条文说明]GB/T50155-2015

 前言

中华人民共和国国家标准

供暖通风与空气调节术语标准

Standard for terminology of heating,ventilation and air conditioning

GB/T 50155-2015

主编部门:中华人民共和国住房和城乡建设部

批准部门:中华人民共和国住房和城乡建设部

施行日期:2015年10月1日

中华人民共和国住房和城乡建设部公告

第737号

住房城乡建设部关于发布国家标准《供暖通风与空气调节术语标准》的公告

现批准《供暖通风与空气调节术语标准》为国家标准,编号为GB/T 50155-2015,自2015年10月1日起实施。原《采暖通风与空气调节术语标准》GB 50155-92同时废止。

本标准由我部标准定额研究所组织中国建筑工业出版社出版发行。

中华人民共和国住房和城乡建设部

2015年2月2日

前言

根据住房和城乡建设部《关于印发<2009年工程建设标准规范制订、修订计划>的通知》(建标[2009]88号)的要求,编制组经广泛调查研究,认真总结实践经验,参考有关国际标准和国外先进标准,并在广泛征求意见的基础上,修订本标准。

本标准的主要技术内容是:1.总则;2.基本术语;3.供暖;4.通风;5.空气调节;6.空气洁净;7.冷热源;8.监测与控制;9.消声隔振与绝热防腐等。

本标准修订的主要技术内容是:将原标准“室内外计算参数”章节改为“基本术语”,并增加了“热舒适”和“室内空气质量”等内容。结合原标准“制冷”章节内容,增加“可再生能源”一节和热源相关词条,组成了“冷热源”一章。

本标准由住房和城乡建设部负责管理,由亚太建设科技信息研究院有限公司负责具体技术内容的解释。执行过程中如有意见或建议,请寄送亚太建设科技信息研究院有限公司(地址:北京市西城区德外大街36号A座4层,邮编:100120)。

本标准主编单位:亚太建设科技信息研究院有限公司

中国建筑设计院有限公司

本标准参编单位:仲恺农业工程学院

贵州省建筑设计研究院

同济大学

重庆大学

北京建筑大学

西安建筑科技大学

湖南大学

上海建筑设计研究院有限公司

中国中建设计集团有限公司

华东建筑设计研究院有限公司

中国建筑西南设计研究院有限公司

北京市建筑设计研究院有限公司

天津市建筑设计院

清华大学

华南理工大学建筑设计研究院

中国建筑科学研究院

青岛理工大学

中国中元国际工程有限公司

哈尔滨工业大学

特灵空调系统(中国)有限公司

上海新晃空调设备股份有限公司

新疆绿色使者空气环境技术有限公司

广东申菱空调设备有限公司

本标准主要起草人员:潘云钢 丁力行 王曙明 孙延勋 徐文华 付祥钊 李德英 李安桂 李念平 寿炜炜 满孝新 杨国荣 戎向阳 夏令操 伍小亭 徐稳龙 石文星 陈祖铭 曹阳 胡松涛 李著萱 高甫生 胡竹萍 龚雪 贾晶 刘明 于向阳 易新文

本标准主要审查人员:徐伟 李先庭 李娥飞 王唯国 郎四维 许钟麟 符永正 于晓明 孟庆林 杨健 牛小化

1总则

1

1.0.1 为统一规范供暖通风与空气调节工程的术语,实现专业术语的标准化,促进供暖通风与空气调节技术的发展,制定本标准。

1.0.2 本标准适用于供暖通风与空气调节工程的设计、施工、验收、运行维护及科研、教学等。

1.0.3 供暖通风与空气调节术语除应符合本标准的规定外,尚应符合国家现行有关标准的规定。

2基本术语

2.1 一般术语

2  基本术语

2.1  一般术语

2.1.1  计算参数  parameters for calculation

   特指设计计算过程中所采用的表征空气状态或变化过程及太阳辐射的物理量。常用的计算参数有干球温度、湿球温度、含湿量、比焓、风速和压力等。

▼ 展开条文说明

2.1.2  空气温度  air temperature

   暴露于空气中但又不受太阳直接辐射的温度表上所指示的温度,一般指干球温度。

2.1.3  干球温度  dry-bulb temperature

   暴露于空气中但又不受太阳直接辐射的干球温度表上所指示的数值。

2.1.4  湿球温度  wet-bulb temperature

   暴露于空气中但又不受太阳直接辐射的湿球温度表上所指示的数值。

▼ 展开条文说明

2.1.5  黑球温度  black globe temperature

   黑球温度表所指示的温度。

2.1.6  露点温度  dew-point temperature

   一定压力下空气等湿冷却达到饱和时的温度。

2.1.7  空气湿度  air humidity

   表征空气中水汽含量的物理量,主要有绝对湿度、相对湿度和含湿量三个参数。

2.1.8  绝对湿度  absolute humidity

   单位体积的湿空气中所含水蒸气的质量。

2.1.9  相对湿度  relative humidity

   空气实际的水蒸气分压力与同温度下饱和状态空气的水蒸气分压力之比,用百分率表示。

▼ 展开条文说明

2.1.10  含湿量  humidity ratio

   湿空气中,所含水蒸气的质量与干空气质量之比。

▼ 展开条文说明

2.1.11  历年值  annual value

   逐年值,特指整编气象资料时,所给出的以往一段连续年份中每一年的某一时段的平均值或极值。

2.1.12  累年值  normal value

   多年值,特指整编气象资料时,所给出的以往一段连续年份的某一时段的累计平均值或极值。

▼ 展开条文说明

2.1.13  历年最冷月  annual coldest month

   每年逐月平均气温最低的月份。

2.1.14  历年最热月  annual hottest month

   每年逐月平均气温最高的月份。

2.1.15  累年最冷月  normal coldest month

   累年逐月平均气温最低的月份。

2.1.16  累年最热月  normal hottest month

   累年逐月平均气温最高的月份。

2.1.17  累年最冷三个月  normal coldest 3-month period

   累年逐月平均气温最低的三个月。

2.1.18  累年最热三个月  normal hottest 3-month period

   累年逐月平均气温最高的三个月。

▼ 展开条文说明

2.1.19  不保证天数

   冬季室外空气日平均温度低于室外计算日平均温度的日数,或夏季室外空气日平均温度高于室外计算日平均温度的日数。

2.1.20  不保证小时数

   夏季室外逐时空气温度高于室外计算温度的小时数,或冬季室外逐时空气温度低于室外计算温度的小时数。

▼ 展开条文说明

2.1.21  滑动平均  moving averages

   在一系列有序数据中,逐个地将其中每一数据通过计算替换为包括该数据在内的一组数据的平均值,以消除某些随机变化和短周期变化影响的统计方法,也称移动平均。

▼ 展开条文说明

2.1.22  辐射强度  radiant intensity

   在给定方向的立体角元内,点辐射源或辐射源面元发射的辐射功率与该立体角元之比。

2.1.23  辐射照度  irradiance

   照射到表面一点处的面元上的辐射功率与该面元的面积之比。

▼ 展开条文说明

2.1.24  热桥  thermal bridge

   绝热构造中,存在温差的内外表面间具有低热阻值的通路,又称冷桥。

2.1.25  可吸入颗粒物  inhaleble particles

   悬浮在空气中,空气动力学直径小于等于10μm的颗粒物,简称PM10。

2.1.26  细颗粒物  particulate matter

   悬浮在空气中,空气动力学直径小于等于2.5μm的颗粒物,简称PM2.5。

▼ 展开条文说明

2.1.27  供暖  heating

   使室内获得热量并保持一定温度,以达到适宜的生活条件或工作条件的技术,也称采暖。

▼ 展开条文说明

2.1.28  通风  ventilation

   采用自然或机械方法对封闭空间进行换气,以获得安全、健康等适宜的空气环境的技术。

▼ 展开条文说明

2.1.29  空气调节  air conditioning

   使服务空间内的空气温度、湿度、清洁度、气流速度和空气压力梯度等参数达到给定要求的技术,简称空调。

▼ 展开条文说明

2.1.30  空气净化  air purification

   减少空气中的污染物质,使空气洁净的过程,也称洁净。

▼ 展开条文说明

2.1.31  冷热源  cold and heat source

   能够利用其带走热量或者从中获得热量的物质或环境。

▼ 展开条文说明

2.1.32  可再生能源  renewable energy resource

   经使用、消耗、加工、燃烧、废弃等程序后,能在一定可预见的周期内重复形成的、具有自我更新和复原特性,并可持续被利用的一类自然能源。

▼ 展开条文说明

2.2 室内设计参数及热舒适

2.2  室内设计参数及热舒适

2.2.1  室内温(湿)度  indoor temperature(humidity)

   建筑物内部的空气温(湿)度。

2.2.2  工作地点温度  temperature at work place

   室内固定工作地点的空气平均温度。

2.2.3  室内空气计算参数  indoor air design conditions

   设计计算中选取的室内空气温度、相对湿度和空气流速等。

2.2.4  室内温湿度基数  indoor reference for air temperature and relative humidity

   根据工艺或舒适要求确定的空气调节房间工作区的空气温度和相对湿度基准值。

2.2.5  室内温湿度允许波动范围  allowed indoor fluctuation of temperature and relative humidity

   空气调节房间在需要保持规定参数的时间内,工作区的空气温度或相对湿度与其基数的允许差值。

2.2.6  区域温差  space temperature variation

   空气调节房间中,空气温度在空间各点上的差值。

▼ 展开条文说明

2.2.7  热舒适  thermal comfort

   人员对客观热环境从生理与心理方面都达到满意的状态。

▼ 展开条文说明

2.2.8  预计平均热感觉指数  predicted mean vote

   以人体热平衡的基本方程式以及心理生理学主观热感觉的等级为出发点,考虑了人体热舒适感诸多有关因素的全面评价指标。PMV指数表明群体对于(+3~—3)七个等级热感觉投票的平均指数,简称PMV。

2.2.9  预计不满意者的百分数  predicted percentage of dissat-isfied

   预计处于热环境中的群体对于热环境不满意的投票平均值,可预计群体中感觉过暖或过凉“根据七级热感觉投票表示热(+3),温暖(+2),微暖(+1),中性(0),微凉(—1),凉(—2),或冷(—3)”的人的百分数,简称PPD。

▼ 展开条文说明

2.2.10  不适冷风感  draft

   由冷气流运动造成的人体局部冷不适。

▼ 展开条文说明

2.2.11  空气分布特性指标  air diffusion performance index

   舒适性空调中用来评价人的舒适性的指标,系指活动区测点总数中符合要求测点所占的百分比,简称ADPI。

▼ 展开条文说明

2.2.12  热应激指标  heat stress index

   为保持人体热平衡所需要的蒸发散热量与环境容许的皮肤表面最大蒸发散热量之比。是衡量热环境对人体处于不同活动量时的热作用的指标,简称HSI。

2.2.13  有效温度  effective temperature

   将干球温度、湿度、空气流速对人体温暖感或冷感的影响综合成一个单一数值的任意指标。它在数值上等于产生相同感觉的静止饱和空气的温度,简称ET。

2.2.14  新有效温度  new effective temperature

   身着0.6clo服装静坐在流速为0.15m/s的空气中的人与同样服装和活动的人在相对湿度50%空气环境中的冷热感相同时,后者所处环境的空气干球温度就是前者的新有效温度,简称ET*

2.2.15  标准有效温度  standard effective temperature

   当人体的皮肤温度、皮肤湿润度和热损失与标准环境中穿着0.6clo的标准热阻服装、其活动量对应于新陈代谢率为58W/m2的人员相同时,该标准环境温度即为标准有效温度,简称SET。

▼ 展开条文说明

2.2.16  湿球黑球温度指数  wet-bulb-globe temperature index

   用于综合评价人体接触生产环境热强度的一个经验指数,简称WBGT index。

2.2.17  平均辐射温度  mean radiant temperature

   与在真实非一致环境中人员的辐射换热量相同的假想一致封闭黑体环境的内表面温度,简称MRT。

▼ 展开条文说明

2.2.18  操作温度  operative temperature

   综合空气温度和平均辐射温度对人体热感觉影响的当量温度,简称OT。

▼ 展开条文说明

2.2.19  隔热  thermal insulation

   采用适当的材料或构造作隔离层,以减少热量传递的措施。

2.3 室外计算参数

2.3  室外计算参数

2.3.1  室外温(湿)度  outdoor temperature(humidity)

   建筑物周围的空气温(湿)度。

2.3.2  定时温(湿)度  fixed time temperature(humidity)

   特指气象台站按每日规定时刻所观测记录的空气温(湿)度。包括日4值、日8值和逐时观测值等。

▼ 展开条文说明

2.3.3  日平均温(湿)度   mean daily temperature(humidity)

   每日逐时或定时温(湿)度的平均值。

▼ 展开条文说明

2.3.4  月平均温(湿)度  mean monthly temperature(humid-ity)

   一个月逐日平均温(湿)度的平均值。

2.3.5  年平均温(湿)度  mean annual temperature(humidi-ty)

   一年逐月平均温(湿)度的平均值。

▼ 展开条文说明

2.3.6  月平均最高温度  mean monthly maximum temperature

   一个月逐日最高温度的平均值。

2.3.7  月平均最低温度  mean monthly minimum temperature

   一个月逐日最低温度的平均值。

▼ 展开条文说明

2.3.8  极端最高温度  extreme maximum temperature

   一定时段内,逐日最高温度中的最大值。

2.3.9  极端最低温度  extreme minimum temperature

   一定时段内,逐日最低温度中的最小值。

▼ 展开条文说明

2.3.10  日较差  daily range

   一日内,气温、气压、湿度等气候要素观测记录的最大值与最小值之差。

▼ 展开条文说明

2.3.11  大气压力  atmospheric pressure

   由大气层自身重力产生的作用于物体上的压强。

▼ 展开条文说明

2.3.12  水蒸气分压力  partial pressure of water vapor

   由大气中的水蒸气组分所产生的压强。

▼ 展开条文说明

2.3.13  平均相对湿度  mean relative humidity

   一定时段内,空气相对湿度的平均值。

▼ 展开条文说明

2.3.14  风速  wind speed

   空气在单位时间内沿水平方向所流动的距离。

▼ 展开条文说明

2.3.15  平均风速  mean wind speed

   一定时段或区域内所观测的风速的平均值。

▼ 展开条文说明

2.3.16  风向  wind direction

   风的来向。

▼ 展开条文说明

2.3.17  风向频率  frequency of wind direction

   一定时段内,某风向出现的次数占总观测次数的百分率。

▼ 展开条文说明

2.3.18  最多风向  dominant wind direction

   一定时段内,风向频率最大的风向。

▼ 展开条文说明

2.3.19  日照率  percentage of sunshine

   一定时段内,实际日照总时数占可照总时数的百分率。

▼ 展开条文说明

2.3.20  最大冻土深度  maximum depth of frozen ground

   地表土层或疏松岩石冻结的最大深度。

▼ 展开条文说明

2.3.21  室外气象计算参数  outdoor air design conditions

   基于室内温湿度要求保证的程度,并考虑经济合理等因素,按规定的统计方法确定的在设计计算中采取的室外气象参数。

2.3.22  供暖室外计算温度  outdoor design temperature for heating

   按历年平均不保证5d的统计方法,由气象资料确定的用于供暖设计计算的参数。

2.3.23  冬季通风室外计算温度  outdoor design temperature for winter ventilation

   按累年最冷月平均温度确定的用于冬季通风设计的室外日平均干球温度。

2.3.24  冬季空气调节室外计算温度  outdoor design tempera-ture for winter air conditioning

   以日平均温度为基础,按历年平均不保证1d,通过统计气象资料确定的用于冬季空气调节设计的室外空气计算参数。

2.3.25  冬季空气调节室外计算相对湿度  outdoor design rela-tive humidity for winter air conditioning

   按累年最冷月平均相对湿度确定的,用于冬季空气调节设计计算的室外空气相对湿度。

2.3.26  冬季围护结构室外计算温度  outdoor design tempera-ture for calculated envelope in winter

   在建筑物围护结构的热工设计中,用于确定最小传热阻的冬季室外计算参数。

2.3.27  夏季通风室外计算温度  outdoor design temperature for summer ventilation

   按历年最热月14时的月平均温度的平均值确定的,用于夏季通风设计计算的室外空气温度。

2.3.28  夏季通风室外计算相对湿度  outdoor design relative humidity for summer ventilation

   按历年最热月14时的月平均相对湿度的平均值确定的,用于夏季通风设计计算的室外空气相对湿度。

2.3.29  夏季空气调节室外计算干球温度  outdoor design dry-bulb temperature for summer air conditioning

   以小时干球温度为基础,按历年平均不保证50h的统计方法,统计气象资料确定的用于夏季空气调节设计的室外空气干球温度。

2.3.30  夏季空气调节室外计算湿球温度  outdoor design wet-bulb temperature for summer air conditioning

   以小时湿球温度为基础,按历年平均不保证50h的统计方法,统计气象资料确定的用于夏季空气调节设计计算的室外空气湿球温度。

2.3.31  夏季空气调节室外计算日平均温度  outdoor design mean daily temperature for summer air conditioning

   以日平均温度为基础,按历年平均不保证5h的统计方法,统计气象资料确定的用于夏季空气调节设计的室外空气干球温度。

▼ 展开条文说明

2.3.32  夏季空气调节室外计算逐时温度  outdoor design hour-ly temperature for summer air conditioning

   在夏季空气调节设计中,按不稳定传热计算空调逐时冷负荷时制定的室外空气计算参数。

2.3.33  供暖室外临界温度  outdoor critical air temperature for heating

   借助于建筑物围护结构的热惰性,当室内温度可达到人体基本生理要求的下限环境温度时,此时所对应的室外日平均干球温度。

▼ 展开条文说明

2.3.34  计算供暖期天数  heating period for calculation

   采用滑动平均法计算出的累年日平均温度低于或等于供暖室外临界温度的天数。

2.3.35  计算供暖期室外平均温度  mean outdoor temperature during heating period

   计算供暖期室外日平均温度的算术平均值。

2.3.36  供暖度日数  heating degree days

   一年中,当某天室外日平均温度低于18℃时,将该日平均温度与18℃的差值乘以1d,所得乘积的累加值,简称HDD。

▼ 展开条文说明

2.3.37  供冷度日数  cooling degree days

   一年中,当某天室外日平均温度高于26℃时,将该日平均温度与26℃的差值乘以1d,所得乘积的累加值,简称CDD。

2.3.38  太阳常数  solar constant

   地球在位于日地平均距离处时,地球大气层顶界垂直于太阳光线平面上的太阳辐射照度。

▼ 展开条文说明

2.3.39  太阳高度角  solar altitude

   太阳光线与其水平投影之间的夹角,也称太阳高度。

2.3.40  太阳方位角  solar azimuth

   太阳光线的水平投影与正南方向的夹角。

2.3.41  地方太阳时  local solar time

   以太阳正对当地子午线的时刻为中午12时所推算出的时间。

2.3.42  太阳赤纬  solar declination

   太阳中心和地球中心的连线与此连线在赤道平面的投影之间的夹角。

2.3.43  太阳辐射  solar radiation

   太阳以电磁波或粒子形式向周围空间放射的能量。

▼ 展开条文说明

2.3.44  太阳直射辐射  diffusion solar radiation

   在与太阳辐射方向相垂直的平面上接收到的直接来自太阳即不包括经由大气散射的那部分太阳辐射。

2.3.45  天空散射辐射  sky radiation

   由于大气的散射作用从半球天空的各个部分到达地面的那部分太阳辐射,也称太阳散射辐射。

2.3.46  总辐射  global radiation

   到达水平地面上的太阳直射辐射和天空散射辐射之和。

▼ 展开条文说明

2.3.47  太阳辐射照度  solar irradiance

   以太阳为辐射源,在某一表面上形成的辐射照度。

▼ 展开条文说明

2.3.48  大气透明度  atmospheric transparency

   在给定太阳高度角情况下,大气对直接太阳辐射的透射比,也称大气透明系数。

▼ 展开条文说明

2.3.49  典型气象年  typical meteorological year

   以近10年的月平均值为依据,从近10年的资料中选取一年各月的平均值作为典型气象年,简称TMY。

▼ 展开条文说明

2.3.50  冬季最多风向平均风速  mean wind speed of dominant wind direction at winter

   冬季,风向频率最大风向下的风速平均值。

▼ 展开条文说明

2.3.51  极端含湿量  extreme moisture content

   一定时段内,逐日最高空气含湿量的最大值。

▼ 展开条文说明

2.3.52  标准状态  normal state

   温度为273K,压力为101325Pa时的空气状态。

▼ 展开条文说明

2.3.53  环境测试舱  environmental test chamber

   模拟环境状态的封闭空间,常用于测试建筑材料和装修材料的污染物释放量的设备。

▼ 展开条文说明

2.4 室内空气质量

2.4  室内空气质量

2.4.1  室内环境  indoor environment

   相对封闭的建筑及交通工具等内部空间环境。

2.4.2  室内空气质量  indoor air quality

   对与室内空气环境相关的物理、化学及生物等因素给人员身体健康和心理感受造成的影响程度的综合性描述。

2.4.3  室内空气质量参数  indoor air quality parameter

   室内空气中与人体健康有关的物理、化学、生物和放射性参数。

▼ 展开条文说明

2.4.4  空气动力学直径  aerodynamic diameter

   按斯托克斯定律求出的,在低雷诺数的气流中与同密度颗粒具有相同沉降速度的球体直径。

▼ 展开条文说明

2.4.5  挥发性有机物  volatile organic compound

   沸点在50℃~250℃,室温下饱和蒸气压超过133.32Pa,在常温下以蒸气形式存在于空气中的一大类有机化合物。按其化学结构的不同,可以进一步分为8类:烷类、芳烃类、烯类、卤烃类、酯类、醛类、酮类和其他,简称VOC。

▼ 展开条文说明

2.4.6  总挥发性有机物  total volatile organic compound

   利用Tenax GC或Tenax TA采样,用气相色谱非极性柱分析保留时间在正己烷和正十六烷之间并包括它们在内的已知和未知的挥发性有机物总称,简称TVOC。

2.4.7  年平均浓度  annual mean concentration

   一年的逐日平均浓度的算术平均值。

2.4.8  日平均浓度  daily average concentration

   一天的平均浓度。

2.4.9  小时平均浓度  hourly average concentration

   一小时的平均浓度。

▼ 展开条文说明

2.4.10  新风量  outdoor air rate

   单位时间内进入室内的室外空气总量。

▼ 展开条文说明

2.4.11  氡浓度  radon concentration

   实际测量的单位体积空气内氡的含量。

2.4.12  土壤表面氡析出率  radon exhalation rate from soil surface

   单位面积(m2)上、单位时间(s)内析出的氡的放射性活度(Bq)。

2.4.13  内照射指数  internal exposure index

   建筑材料中天然放射性核素镭-226的放射性比活度除以比活度限量值200而得的商。

2.4.14  外照射指数  external exposure index

   建筑材料中天然放射性核素镭-226、钍-232和钾-40的放射性比活度,分别除以其各自单独存在时的比活度限量值(370,260,4200)而得的商之和。

▼ 展开条文说明

2.4.15  水性涂料  water based coating material

   以水为稀释剂的涂料。

2.4.16  游离甲醛释放量  content of released formaldehyde

   在环境测试舱法或干燥器法的测试条件下,材料释放游离甲醛的量。

2.4.17  游离甲醛含量  content of free formaldehyde

   在穿孔法的测试条件下,材料单位质量中含有游离甲醛的量。

2.4.18  截止点  cut off

   在一定条件下,采样器助捕集效率等于规定值时对应的颗粒粒径。

2.4.19  串级冲击式采样器  cascade impactor

   用冲击的原理,按冲量大小,同时分别采集不同粒径颗粒的一种采样器。

2.4.20  冲击式采样器  impinger

   利用冲击和滞留原理采集颗粒物及气体的一种采样器。

2.4.21  等速采样  isokinetic sampling

   一种采集气流中悬浮颗粒物的采样方法,其采样速度的大小和方向与采样点的气流速度相同。

10'>《供暖通风与空气调节术语标准[附条文说明]》GB/T 50155-2015

 附录B英文索引

附录B 英文索引

A

abatement 6.1.1

absolute humidity 2.1.8

absolute humidity ratio exchange effectiveness 5.4.38

absolute roughness 3.5.13

absorbate 4.5.12

absorbent 4.5.10

absorber 7.3.15

absorptance for solar radiation 5.2.8

absorption energy recovery equipment 5.6.64

absorption equipment 4.5.9

absorpnon heating cycle 7.2.19

absorpnon of gas and vapor 4.5.2

absorption refrigeration 7.1.3

absorption-type refrigerating machine 7.3.13

absorption-type water chiller 7.3.29

acceleration of vibration 9.3.4

access door 4.6.28

accumulative cooling load of design day 5.2.35

accumulative heating load of design day 5.2.36

accuracy 8.1.27

acoustic board 9.2.24

actual density 4.4.24

actuator 8.3.32

adaptive control system 8.2.39

additional factor for exterior door 3.2.30

additional factor for intermittent heating 3.2.32

additional factor for room height 3.2.31

additional factor for wind force 3.2.29

additional heat loss 3.2.25

adiabatic humidification 5.4.16

adjustable air opening 4.6.42

adjustable ratio of regulator 8.3.48

adsorbate 4.5.15

adsorbent 4.5.14

adsorption equipment 4.5.13

adsorption of gas and vapor 4.5.3

adsorption refrigeration 7.1.4

aerodynamic diameter 2.4.4

aerodynamic noise 9.2.6

aerosol 4.4.12

air age 4.1.36

air balance 4.1.18

air change efficiency 4.1.38

air changes rate 4.1.15

air collector 3.6.37

air conditioning 2.1.29

air conditioning machine room 5.1.14

air conditioning system 5.3.1

air conditioning system cooling load 5.2.29

air conditioning unit for clean operating room 6.3.51

air contaminant 6.1.4

air cooler 5.6.48

air current switch 8.3.62

air curtain 3.6.26

air cushion shock absorber 9.3.14

air diffusion performance index 2.2.11

air distribution 5.5.1

air distributor 4.6.22

air face velocity 5.4.42

air filter 6.3.1

air handling equipment 5.6.1

air heater 3.6.25

air humidity 2.1.7

air inlet 5.5.32

air inlet or outlet 4.6.19

air inlet or outlet with slide plate 4.6.24

air intake 4 .3.11

air leakage rate 4.1.31

air lock 6.3.47

air movement of fan 5.5.22

air pattern 6.2.7

air preheater 5.6.47

air preheater 7.4.20

air purification 2.1.30

air return mode 5.5.28

air return through corridor 5.5.29

air self cleaner 6.3.39

air shower booth 6.3.45

air space 3.2.2

air supply mode 5.5.16

air supply volume per unit area 5.5.23

air system leakage ratio 4.1.33

air temperature 2.1.2

air through tunnel 4.2.21

air to air energy recovery 5.4.36

air vent 3.6.47

airborne bacteria 6.2.19

airborne particle 6.2.23

air-purification coating 6.2.30

air-source heat pump 7.5.9

air-to-air energy recovery equipment 5.6.57

air-to-air sensible heat exchanger 5.6.59

air-to-air total heat exchanger 5.6.58

air-water system 5.3.10

ait-to-cloth ratio 4.4.45

alarm signal 8.1.40

alarm unit 8.3.58

all-air system 5.3.5

allowed indoor fluctuation of temperature and relative humidity 2.2.5

all-water system 5.3.13

ambient air 6.1.5

ambient noise 9.1.17

amplification factor of controlled plant 8.1.12

amplitude 9.3.3

analog input 8.1.38

analog output 8.1.39

analog signal 8.1.35

analog-digital converter 8.3.65

angle of repose 4.4.22

angle of slide 4.4.23

angle scale 5.4.19

angle valve 3.6.45

annual coldest month 2.1.13

annual cooling consumption on air conditioning 5.2.38

annual heat consumption 3.2.41

annual heat consumption on air-conditioning 5.2.37

annual heat consumption on hot-water supply 3.2.45

annual heat consumption on process heating 3.2.44

annual heat consumption on space-heating 3.2.42

annual hottest month 2.1.14

annual mean concentration 2.4.7

annual performance factor 7.1.15

annual value 2.1.11

anti-corrosion 9.1.20

antifreeze 7.2.13

anti-microbe filter 6.3.22

apparatus dew point 5.4.28

aqua-ammonia absorption-type refrigerating machine 7.3.16

as-built 6.2.14

aspiration psychrometer 8.3.68

assembly cleanroom 6.3.23

atmospheric diffusion 4.5.16

atmospheric direct-contact heat water unit 7.3.37

atmospheric dust 4.4.13

atmospheric indirect-contact heat water unit 7.3.38

atmospheric lifetime 7.2.6

atmospheric pollution 6.1.3

atmospheric pressure 2.3.11

atmospheric pressure boiler 7.4.6

atmospheric stability 4.5.18

atmospheric transparency 2.3.48

atmospheric turbulence 4.5.17

at-rest 6.2.15

attenuation ratio 8.1.21

automatic control 8.1.1

automatic roll filter 4.7.24

automatic vent 3.6.48

automatical softener 7.4.29

automation instrumentation 8.1.3

auxiliary air hood 4.3.31

available pressure differencial 3.5.25

average age of air 4.1.37

average daily sol-air temperature 5.2.6

A-weighted sound pressure level 9.1.4

axial fan 4.7.3

azeotropic refrigerant 7.2.2

B

back pressure of steam trap 3.1.39

back pressure return of steam trap 3.1.47

back-flow preventer 4.6.17

background noise 9.1.18

baffle plate 4.2.17

bag-type air filter 6.3.16

balancing valve 3.6.62

basic heat loss 3.2.24

bend muffler 9.2.20

biological cleanroom 6.3.26

biological contaminants 4.4.53

biosafety laboratory 6.3.27

black globe temperature 2.1.5

boiler 7.4.1

boiler room 7.4.2

boiler thermal efficiency 7.4.25

booster 3.6.13

booster pump 3.6.55

booster pump station 3.6.56

branch pipe 3.4.22

breathing zone 5.1.9

building automation system 8.2.1

building envelope 3.2.1

building flow zones 4.2.5

building heating entry 3.1.44

bushing 3.4.40

butterfly damper 4.6.9

butterfly valve 3.6.44

by-pass damper 4.3.14

by-pass pipe 3.4.26

bypass VAV terminal 5.6.31

C

canopy hood 4.3.23

capture velocity 4.3.28

capturing hood 4.3.16

carbon air filter 6.3.21

cascade control system 8.2.37

cascade impactor 2.4.19

cast iron radiator 3.6.19

catalytic combustion 4.5.7

ceiling module with air curtain 6.3.36

ceiling radiant heating 3.1.20

center frequency 9.1.12

central air conditioning system 5.3.2

centralized air supply 3.1.18

centralized control 8.2.5

centralized heating 3.1.1

centrifugal fan 4.7.2

characteristic curve 8.1.46

charged-media electric air filter 6.3.19

check valve 3.6.40

chilled beam 5.6.22

chilled water 7.1.7

chilled water pump 7.3.57

chimney 4.5.21

circuit flow rate 3.3.25

circuit header 7.5.19

circular coil ice storage device 7.3.46

circulating pump 3.6.12

circulation pipe 3.4.28

clean bench 6.3.29

clean booth 6.3.24

clean garment stocker 6.3.42

clean oven 6.3.38

clean shelf 6.3.43

clean working area 6.2.12

clean working garment 6.2.13

clean zone 6.2.2

cleanliness 6.2.5

cleanliness class 6.2.6

cleanliness recovery time 6.2.18

cleanout opening 4.6.27

cleanroom 6.2.1

climate compensator 8.3.69

close nipple 3.4.41

closed booth 4.3.21

closed full flow return of steam trap 3.1.48

closed loop control 8.2.18

closed return of steam trap 3.1.46

closed tank 3.6.10

closed-loop surface water system 7.5.18

CO sensor 8.3.12

CO2 sensor 8.3.11

coefficient of accumulation of heat 3.2.17

coefficient of contact 5.4.41

coefficient of effective heat emission 4.2.14

coefficient of heat transfer 3.2.12

coefficient of local resistance 3.5.16

coefficient of performance 7.1.11

coefficient of performance of air conditioning system 5.3.29

coefficient of vapor permeability 3.2.21

coil 5.6.49

cold air distribution system 5.3.28

cold and heat source 2.1.31

cold insulation 9.4.1

combined cooling,heating and power system 7.4.34

combined heat and power system 7.4.33

combustion of gas and vapor 4.5.4

comfort air conditioning 5.1.1

common riser 3.3.22

ommon section 3.5.4

communication interface 8.2.4

communication protocol 8.2.3

compensator 3.6.38

composite control equipment 8.3.70

composite evaporative cooling 5.4.45

comprehensive control system 8.2.2

compression heating cycle 7.2.21

compression refrigeration cycle 7.2.18

compression-type refrigerating machine 7.3.1

compression-type water chiller 7.3.28

concentrating collector 7.5.3

concentration of harmful substance 4.1.24

condensate drain pan 5.6.53

condensate pipe 3.4.16

condensate pump 3.6.14

condensate tank 3.6.8

condensation 7.2.24

condensation of vapor 4.5.8

condenser 7.3.3

condensing boiler 7.4.10

condensing pressure 7.2.25

condensing temperature 7.2.26

conditioned space 5.1.8

conditioned zone 5.1.6

confidence 8.1.26

configuration software 8.1.52

conical cowl 4.6.7

constant air volume terminal 5.6.26

constant humidity system 5.3.16

constant temperature and humidity system 5.3.17

constant temperature system 5.3.15

constant volume air conditioning system 5.3.3

constant volume water system 5.3.36

constant-flow water chiller 7.3.33

constant-speed water chiller 7.3.35

containment area 4.5.28

content of free formaldehyde 2.4.17

content of released formaldehyde 2.4.16

continuous control 8.2.14

continuous dust dislodging 4.4.47

continuous heating 3.1.5

continuous regulation 8.2.25

contour zone 4.2.6

control accuracy 8.1.50

control device 8.1.2

control level 4.4.54

control panel 8.3.55

control valve 8.3.35

controlled plant 8.1.4

controlled variable 8.1.5

convection heating 3.1.15

convector 3.6.18

cooker hood 4.3.30

cool storage 7.3.39

cooling 5.4.11

cooling air curtain 5.6.23

cooling coil 5.6.51

cooling coil section 5.6.17

cooling degree days 2.3.37

cooling load from heat conduction through envelope 5.2.24

cooling load from outdoor air 5.2.25

cooling load temperature 5.2.28

cooling tower 7.3.53

cooling water 7.1.8

cooling water pump 7.3.56

cooling water system 7.3.52

corner pieces 4.6.35

correcting element 8.3.33

correcting unit 8.3.31

correction factor for orientation 3.2.28

corrosion inhibitor 7.2.12

corrosion inhibitor 9.4.11

corrosive resistant fan 9.4.12

coupling 3.4.33

cowl 4.6.5

criteria for noise control 9.2.2

cross 3.4.38

cut diameter 4.4.39

cut off 2.4.18

cycle flow type clean bench 6.3.31

cyclone dust separator 4.7.11

cylindrical ventilator 4.6.4

D

daily average concentration 2.4.8

daily range 2.3.10

daily-use oil tank 7.4.27

damping factor 3.2.19

data scanning 8.1.48

dead band 8.1.25

decentralized heating 3.1.2

decibel 9.1.8

degree of hydraulic misadjustment 3.5.34

degree of subcooling 7.2.28

degree of superheat 7.2.35

degree of thermal misadjustment 3.5.43

dehumidification 5.4.13

dehumidifying cooling 5.4.17

deposition velocity 4.4.32

derivative element 8.3.27

derivative time 8.1.30

design day 5.2.34

desorption 4.5.11

detecting element 8.3.2

deviation 8.1.15

dew-point temperature 2.1.6

differential pressure transducer 8.3.7

diffuser 4.6.20

diffuser air supply 5.5.18

diffusion solar radiation 2.3.44

digital input 8.1.36

digital output 8.1.37

digital signal 8.1.34

digital-analog converter 8.3.66

direct air conditioning system 5.3.8

direct closed-loop groundwater system 7.5.14

direct combustion 4.5.5

direct connection 3.3.23

direct digital control system 8.2.35

direct evaporative cooling 5.4.43

direct return system 3.3.10

direct-expansion cool storage system 7.3.42

direct-fired lithium-bromide absorption-type refrigerating ma-chine 7.3.23

directional flow type clean bench 6.3.30

disc type diffuser 4.6.39

discharge pressure 7.2.22

discharge temperature 7.2.23

displacement ventilation 5.5.35

display device 8.3.57

distributed control system 8.2.40

district heating 3.1.42

disturbance frequency 9.3.6

dominant wind direction 2.3.18

double-effect 7.3.19

double-effect lithium-bromide absorption-type refrigerating ma-

chine 7.3.22

down draft 4.2.18

downfeed system 3.3.18

downstream spray pattern 5.4.24

draft 2.2.10

drain pipe 3.4.25

drainage pipe 3.4.29

drier 7.3.9

droplet 4.4.17

dry air 5.4.1

dry air energy 7.5.26

dry condensate return pipe 3.4.17

dry cooling condition 5.4.20

dry dust separator 4.7.9

dry steam 5.4.2

dry steam humidifier 5.6.34

dry type air filter 6.3.2

dry-bulb temperature 2.1.3

dual duct air conditioning system 5.3.7

dual-fans air conditioning unit 5.6.9

duct accessory 4.6.33

duct fittings 4.6.32

dust 4.4.8

dust collector 4.7.7

dust concentration 4.4.35

dust removal 4.4.1

dust removing system 4.4.2

dust source 4.4.29

dust-holding capacity 4.4.42

dynamic deviation 8.1.17

E

economic resistance of heat transfer 3.2.16

economic thickness of insulation layer 9.4.5

economic velocity 3.5.22

effective coefficient of local resistance 3.5.18

effective draft temperature 5.5.41

effective length 3.5.9

effective stack height 4.5.24

effective temperature 2.2.13

ejector 7.3.25

elbow 3.4.36

electric air cleaner 6.3.18

electric atmospheric pressure hot water boiler 7.4.14

electric boiler 7.4.3

electric fan 4.7.30

electric heater 5.6.45

electric heater section 5.6.14

electric pressure hot water boiler 7.4.13

electric resistance humidifier 5.6.35

electric steam boiler 7.4.15

electricity consumption to transferred cooling or heat quantity ra-tio 5.2.33

electricity consumption to transferred heat quantity ratio 3.1.50

electrode humidifier 5.6.36

electronic expansion valve 7.3.6

electro-pneumatic convertor 8.3.29

electrostatic precipitator 4.7.15

eletric radiant heating 3.1.25

eliminator 5.6.55

elutriation 6.2.29

emergency ventilation 4.1.12

emergency ventilation system 4.3.6

emission concentration 4.5.25

enclosed hood 4.3.18

energy efficiency ratio 7.1.12

energy storage air conditioning system 5.3.30

enthalpy control system 8.2.32

enthalpy entropy chart 7.2.10

enthalpy exchange effectiveness 5.4.39

environmental test chamber 2.3.53

equal percentage flow characteristic 8.3.45

equally proportional hydraulic misadjustment 3.5.38

equally proportional thermal misadjustment 3.5.47

equipment noise 4.1.39

equipment noise 9.2.8

equivalent cofficient of local resistance 3.5.17

equivalent continuous A-weighted sound pressure level 9.1.5

equivalent length 3.5.8

eutectic salt cool storage 7.3.49

evacuated tube collector 7.5.4

evaporating pressure 7.2.30

evaporating temperature 7.2.31

evaporati‘on rate of heating surface 7.4.24

evaporative cooling air conditioning system 5.3.25

evaporative cooling air handling unit 5.6.10

evaporative water chiller 7.3.31

evaporator 7.3.4

excess pressure 4.2.4

excessive heat 4.1.21

exhaust air rate 4.1.17

exhaust fan 4.3.9

exhaust fan room 4.3.10

exhaust hood 4.3.15

exhaust inlet 4.6.25

exhaust opening 5.5.33

exhaust outlet 4.6.26

exhaust type clean bench 6.3.32

expand-type air filter 6.3.12

expansion pipe 3.4.27

expansion tank 3.6.7

explosion proof fan 4.7.27

external exposure index 2.4.14

extraction fan 4.7.28

extractor 4.7.29

extreme maximum temperature 2.3.8

extreme minimum temperature 2.3.9

extreme moisture content 2.3.51

F

fabric collector 4.7.13

fan 4.7.1

fan section 5.6.18

fan-coil air conditioning system 5.3.14

fan-coil unit 5.6.20

feeDBack 8.1.6

feed-forward control 8.2.16

feeding and return branch of radiator to riser 3.4.23

fibrous dust 4.4.9

fielDBus control system 8.2.41

filter 7.3.8

filter efficiency 4.4.43

filter media 4.4.50

filter section 5.6.11

filtration velocity 4.4.46

final resistance of filter 4.4.41

fire damper in smoke-venting system 4.6.31

fire-resisting damper 4.6.14

fire-resisting duct 4.6.38

fittings and accessories in heating pipeline 3.4.9

fixed air opening 4.6.41

fixed set-point control 8.2.24

fixed support 3.4.43

fixed time temperature(humidity) 2.3.2

flame combustion 4.5.6

flash gas 7.2.14

flash steam 3.1.32

flat plate collector 7.5.2

flexible duct 4.6.2

flexible joint 4.6.3

flexible joint 9.3.15

float steam trap 3.6.52

float valve 3.6.46

floating control 8.2.27

floating double vibration isolation platform 9.3.18

floor heating system 3.3.8

floor radiant heating 3.1.21

flow capacity of control valve 8.3.47

flow characteristic of control valve 8.3.42

flow ratio control 8.2.20

flow transducer 8.3.8

flue gas heat recovery facility 7.4.19

foam dust separator 4.7.19

foil-insulant composite duct 4.6.37

folded media-type filter 6.3.13

folded media-type filter with separator 6.3.14

follow-up control system 8.2.36

forced draft mechnical cooling tower 7.3.54

forward flow zone 5.5.8

four-pipe water system 5.3.21

free cooling 7.1.19

free jet 5.5.4

frequency control 8.2.19

frequency interval 9.1.9

frequency of wind direction 2.3.17

fricional resistance 3.5.10

friction fartnr 3.5.12

full cool storage 7.3.40

full heat storage 7.3.50

fume 4.4.15

fume hood 4.3.22

fumes 4.4.16

fumes heat exchange 7.3.26

fuzzy eontrol 8.2.15

G

gas purger 7.3.11

gas velocity at the entry of the exhaust hood 4.3.27

gas-fired boiler 7.4.12

gas-fired infrared heating 3.1.24

gate valve 3.6.43

general exhaust ventilation 4.1.4

general ventilation 4.1.3

generator 7.3.14

global radiation 2.3.46

global warming potential 7.2.4

globe type outlet 4.6.47

grade efficiency 4.4.38

granular bed filter 4.7.14

granulometric distribution 4.4.21

grille 4.6.44

gross collector area 7.5.5

ground heat exchanger 7.5.13

ground-level concentration 4.5.26

ground-source heat pump system 7.5.11

H

hand pump 3.6.15

harmful gas and vapor 4.5.1

harmful substance 4.1.23

header 3.4.32

header 3.6.35

header 3.6.36

heat and moisture transfer 5.4.22

heat balance 4.1.19

heat conduction coefficient 3.2.7

heat consumption on ventilation during heating period 3.2.43

heat cost allocator 3.6.61

heat exchanger 3.6.1

heat flow rate 3.2.6

heat gain from appliance and equipment 5.2.13

heat gain from lighting 5.2.14

heat gain from occupant 5.2.12

heat insulating window 4.3.13

heat lag 3.2.20

heat loss 3.2.23

heat loss by infiltration 3.2.33

heat measuring device 3.6.60

heat meter 8.3.18

heat metering 3.1.49

heat pipe 5.6.52

heat pipe recovery equipment 5.6.63

heat pump 7.1.6

heat pump air conditioner 5.6.4

heat release 4.2.12

heat source well 7.5.22

heat storage 5.2.15

heat storage capacity 5.2.16

heat stress index 2.2.12

heat supply 3.1.41

heat supply network 3.1.43

heat supply station 3.1.40

heat transfer 3.2.3

heat transfer efficiency of heating network 3.4.7

heating 2.1.27

heating 5.4.10

heating coil 5.6.50

heating coil section 5.6.13

heating degree days 2.3.36

heating load 3.2.35

heating load between neighborhood 3.2.49

heating load diagram 3.2.46

heating load duration graph 3.2.48

heating load index for load estimation 3.2.37

heating load index per unit floor area 3.2.38

heating medium 3.1.29

heating medium parameter 3.1.34

heating network 3.4.1

heating period for calculation 2.3.34

heating pipeline 3.4.8

heating pipeline 3.4.13

heating seasonal performance factor 7.1.14

heating system 3.3.1

heating system within apartment and house 3.3.21

hierarchical control 8.2.13

high efficiency filter 6.3.7

high efficiency particulate air filter 6.3.9

high efficiency particulate air filter unit 6.3.34

high temperature water heating 3.1.10

high-frequency noise 9.2.5

high-pressure steam heating 3.1.12

horizontal combustion smoke-tube boiler 7.4.16

horizontal thermal misadjustment of consumer heating system 3.5.45

horizontal unidirectional airflow 6.2.10

horizontal water-film cyclone 4.7.18

horizontal smoke-water-tube boiler 7.4.17

hot water boiler 7.4.4

hot water heating 3.1.8

hot water heating system 3.3.2

hot water pipe 3.4.14

hot water pump 7.3.58

hot workshop 4.2.19

hot-water circulating pump 7.4.32

hot-water heating load 3.2.36

hourly average concentration 2.4.9

hourly cooling load 5.2.26

hourly sol-air temperature 5.2.5

hourly variation graph of hot-water consumption in one day 3.2.47

humidification 5.4.12

humidifier 5.6.33

humidifier section 5.6.15

humidistat 8.3.21

humidity ratio 2.1.10

humidity transducer 8.3.5

hybrid ventilation 4.1.34

hydraulic balance 3.5.35

hydraulic balance level 3.5.36

hydraulic calculation 3.5.1

hydraulic disorder 3.5.33

hydraulic dust removal 4.4.4

hydraulic resistance balance 3.5.19

hydraulic stability 3.5.32

hydraulicity 4.4.28

hydrophilic dust 4.4.10

hydrophobic dust 4.4.11

I

ice cool storage 7.3.43

ideal flow characteristic of control valve 8.3.50

impact dust collector 4.7.20

impedance muffler 9.2.18

impinger 2.4.20

index circuit 3.5.3

index of thermal inertia(value D) 3.2.18

indirect closed-loop groundwater system 7.5.15

indirect connection 3.3.24

indirect evaporative cooling 5.4.44

indirect evaporative water chiller 7.3.32

indirect steam humidifiers 5.6.41

indoor air design conditions 2.2.3

indoor air quality 2.4.2

indoor air quality parameter 2.4.3

indoor environment 2.4.1

indoor reference for air temperature and relative humidity 2.2.4

indoor temperature(humidity) 2.2.1

induced VAV terminal 5.6.32

induction air conditioning system 5.3.12

induction unit 5.6.21

inductive ventilation 4.1.13

industrial air conditioning 5.1.2

inertial dust separator 4.7.10

infrared humidifier 5.6.37

infrared radiant heater 3.6.31

infrared ray prober 8.3.19

infrared thermometer 8.3.14

inhaleble particles 2.1.25

inherent regulation of controlled plant 8.1.13

initial concentration 4.4.36

initial resistance of filter 4.4.40

injection well 7.5.21

input signal 8.1.32

insulating layer 9.4.4

insulation jacket 9.4.8

integral element 8.3.25

integral enclosure 4.3.20

integral time 8.1.29

integrated part load value 7.1.16

interconnecting pipe in heating network 3.4.12

interference 8.1.24

interior zone 5.1.12

interlock protection 8.2.31

intermittent heating 3.1.6

internal exposure index 2.4.13

inverted bucket type steam trap 3.6.51

irradiance 2.1.23

isoenthalpy 5.4.9

isohume 5.4.8

isokinetic sampling 2.4.21

isolater 6.3.40

isotherm 5.4.7

isothermal humidification 5.4.18

isothermal jet 5.5.6

J

jet 5.5.2

jet axial velocity 5.5.12

jet divergence angle 5.5.11

jet in a confined space 5.5.5

K

kang heating 3.1.27

L

lag of controlled plant 8.1.11

latent cooling load 5.2.22

1atent heat 5.2.2

lateral hood 4.3.24

leakage test 6.2.17

length of pipe section 3.5.7

light fixture diffuser 4.6.48

limit deflection 9.3.17

limit switch 8.3.53

limiting velocity 3.5.21

linear flow characteristic 8.3.44

liquid cycle energy recovery equipment 5.6.61

liquid desiccant device 5.6.43

liquid level sensor 8.3.9

liquid receiver 7.3.10

lithium-bromide absorption-type refigerating machine 7.3.17

load pattern 5.2.30

local air conditioning 5.1.3

local air supply 4.1.10

local air supply system 4.3.4

local clean equipment 6.3.28

local exhaust system 4.3.5

local exhaust ventilation 4.1.11

local instrument 8.3.67

local resistance 3.5.15

local solar time 2.3.41

local ventilation 4.1.9

localized control 8.2.6

lock and adjust valve 3.6.58

long-range control 8.2.8

loop 3.5.2

louver 4.3.12

low temperature water heating 3.1.9

lower mixed zone 5.5.38

low-frequency noise 9.2.3

low-pressure steam heating 3.1.13

M

main pipe 3.4.19

makeup air 4.1.35

make-up water pump 3.6.11

make-up water rate 3.3.26

manipulated variable 8.1.44

manual control 8.2.9

mass concentration 4.1.25

mass flowmeter 8.3.16

mat-type air filter 6.3.11

maximum allowable concentration 4.1.28

maximum coefficient of heat transfer 3.2.14

maximum depth of frozen ground 2.3.20

maximum sum of hourly cooling load 5.2.27

mean annual temperature(humidity) 2.3.5

mean daily temperature(humidity) 2.3.3

mean monthly maximum temperature 2.3.6

mean monthly minimum temperature 2.3.7

mean monthly temperature(humidity) 2.3.4

mean outdoor temperature during heating period 2.3.35

mean radiant temperature 2.2.17

mean relative humidity 2.3.13

mean wind speed 2.3.15

mean wind speed of dominant wind direction at winter 2.3.50

measurement accuracy 8.1.49

mechanical air supply system 4.3.2

mechanical and hydraulic combined dust removal 4.4.5

mechanical dust removal 4.4.3

mechanical exhaust system 4.3.3

mechanical ventilating system 4.3.1

mechanical ventilation 4.1.2

medium efficiency filter 6.3.6

membrane filter 6.3.20

metal radiant panel 3.6.28

metal radiant panel heating 3.1.23

microparticle 6.2.25

micropunch plate muffler 9.2.19

midfeed system 3.3.20

mid-frequency noise 9.2.4

mini pleat folded media-type filter 6.3.15

minimum outdoor air requirement 5.4.29

minimum resistance of heat transfer 3.2.15

mist 4.4.18

mixed air distribution 5.5.34

mixing box section 5.6.12

mixing pump 3.6.57

mixture of steam and water 3.1.33

modular air handling unit 5.6.7

moist air 5.4.3

moisture excess 4.1.22

moisture gain 5.2.17

moisture gain from appliance and equipment 5.2.19

moisture gain from occupant 5.2.18

moisture resistance factor 9.4.7

moisture separation coefficient 5.4.40

monitor 8.1.42

monitoring 8.1.41

monotonous hydraulic misadjustment 3.5.37

monotonous thermal misadjustment 3.5.46

motorized and pneumatic 2-way valve 8.3.39

motorized and pneumatic 3-way valve 8.3.40

motorized valve 8.3.36

movable hood 4.3.29

movable support 3.4.44

moving averages 2.1.21

muffler 9.2.15

muffler section 5.6.19

multi split air conditioning(heat pump)system(unit) 5.3.23

multicyclone 4.7.12

multi-operating mode automatic conversion 8.1.53

multi-operating mode control system 8.2.33

multiple circuit 3.4.6

multiple zone air conditioning unit 5.6.8

multi-position control 8.2.12

multistage pump water system 5.3.33

N

natural attenuation quantity of noise 9.2.11

natural frequency 9.3.5

natural ventilation 4.1.1

negative feeDBack 8.1.8

negative pressure boiler 7.4.8

neutral pressure level 4.2.15

new effective temperature 2.2.14

noise 9.1.13

noise control 9.2.1

noise criterion curve 9.1.14

noise rating number 9.1.16

noise reduction coefficient 9.1.19

nominal capacity 7.4.22

nominal condition 7.1.9

nominal heating capacity 7.4.23

non-common section 3.5.5

non-condensable gas 7.2.15

non-equally proportional hydraulic misadjustment 3.5.39

non-equally proportional thermal misadjustment 3.5.48

non-isothermal jet 5.5.7

nonmetallic duct 4.6.36

nonmonotonous hydraulic misadjustment 3.5.40

nonmonotonous thermal misadjustment 3.5.49

nonreturn damper 4.6.13

non-unidirectional airflow 6.2.11

non-working time heating 3.1.7

normal coldest 3-month period 2.1.17

normal coldest month 2.1.15

normal hottest 3-month period 2.1.18

normal hottest month 2.1.16

normal state 2.3.52

normal value 2.1.12

nozzle 4.6.50

nozzle outlet air supply 5.5.20

O

occupied zone 5.1.10

octave band 9.1.10

oil cooler 7.3.12

oil pump 7.4.28

oil separator 7.3.7

oil tank 7.4.26

oil-fired boiler 7.4.11

one-and-two pipe combined heating system 3.3.17

one-pipe circuit cross-over heating system 3.3.15

one-pipe heating system 3.3.11

one-pipe loop circuit heating system 3.3.13

one-pipe series-loop heating system 3.3.14

one-third octave band 9.1.11

open loop control 8.2.17

open return of steam trap 3.1.45

open tank 3.6.9

open-loop surface water system 7.5.17

operating pressure 3.5.26

operating range 3.5.24

operational 6.2.16

operative temperature 2.2.18

opposed multiblade damper 4.6.10

optimal control 8.2.22

organized air supply 4.1.5

organized exhaust 4.1.6

oscillation period 8.1.22

outdoor air design conditions 2.3.21

outdoor air handling unit 5.6.6

outdoor air rate 2.4.10

outdoor critical air temperature for heating 2.3.33

outdoor design dry-bulb temperature for summer air conditioning 2.3.29

outdoor design hourly temperature for summer air conditioning 2.3.32

outdoor design mean daily temperature for summer air conditioning 2.3.31

outdoor design relative humidity for summer ventilation 2.3.28

outdoor design relative humidity for winter air conditioning 2.3.25

outdoor design temperature for calculated envelope in winter 2.3.26

outdoor design temperature for heating 2.3.22

outdoor design temperature for summer ventilation 2.3.27

outdoor design temperature for winter air conditioning 2.3.24

outdoor design temperature for winter ventilation 2.3.23

outdoor design wet-bulb temperature for summer air conditioning 2.3.30

outdoor temperature(humidity) 2.3.1

outlet air velocity 5.5.24

output signal 8.1.33

outside air cleaner 6.3.44

overflow pipe 3.4.30

overshoot 8.1.20

ozone depletion potential 7.2.5

P

packaged air conditioner 5.6.2

packed tower 4.7.23

parabolic flow characteristic 8.3.46

parallel fan powered VAV terminal 5.6.30

parallel multiblade damper 4.6.11

parameter detection 8.1.47

parameters for calculation 2.1.1

partial cool storage 7.3.41

partial enclosure 4.3.19

partial heat storage 7.3.51

partial pressure of water vapor 2.3.12

particle number concentration 4.1.27

particle size 4.4.20

particle size number concentration 4.4.52

particulate 4.4.19

particulate matter 2.1.26

pass window 6.3.48

passageway type air shower 6.3.46

penetration rate 4.4.44

percentage of men,women and children 5.2.31

percentage of outdoor air 5.4.31

percentage of return air 5.4.30

percentage of sunshine 2.3.19

perforated ceiling air supply 5.5.19

perforated ceiling diffuser 4.6.40

perforated plate tower 4.7.22

perimeter zone 5.1.13

periodic dust dislodging 4.4.48

permissible leakage rate for air system 4.1.32

photovoltaic 7.5.24

pipe anticorrosion protection 9.4.10

pipe fittings 3.4.31

pipe radiator 3.6.21

pipe section 3.5.6

plate heat exchanger 5.6.46

plate heat recovery equipment 5.6.62

plenum chamber 5.6.56

plenum space 5.5.26

plume rise height 4.5.23

pneumatic conveying 4.4.34

pneumatic valve 8.3.37

pneumo-electrical convertor 8.3.30

position regulation 8.2.26

positioner 8.3.34

positive feeDBack 8.1.7

power consumption per air volume 5.2.32

power roof ventilator 4.7.5

predicted mean vote 2.2.8

predicted percentage of dissatisfied 2.2.9

preferred noise criteria curve 9.1.15

pressure boiler 7.4.9

pressure box muffler 9.2.21

pressure difference switch 8.3.61

pressure drop 3.5.20

pressure enthalpy chart 7.2.9

pressure of steam supply 3.1.38

pressure relief device 4.6.18

pressure switch 8.3.60

pressure transducer 8.3.6

pressure volume chart 7.2.11

primary air fan-coil system 5.3.11

primary air system 5.3.9

primary circuit 3.4.4

primary return air 5.4.32

primary return air conditioning system 5.4.34

primary water pumping distribution system 5.3.34

primary water system 5.3.31

production well 7.5.20

program control 8.2.10

programmable logic controller 8.3.56

programmed eontrol in time 8.2.23

proportional band 8.1.28

proportional control 8.2.28

proportional element 8.3.24

proportional plus integral element 8.3.26

proportional-integral control 8.2.29

proportional-integral-derivative control 8.2.30

psychrometric chart 5.4.4

pulverization 4.4.30

purification efficiency 4.5.27

push-pull hood 4.3.26

Q

quick open flow characteristic 8.3.43

R

radiant air conditioning system 5.3.24

radiant cooling terminal 5.6.25

radiant heating 3.1.19

radiant intensity 2.1.22

radiator 3.6.17

radiator heating 3.1.16

radiator heating system 3.3.6

radon concentration 2.4.11

radon exhalation rate from soil surface 2.4.12

reactive muffler 9.2.17

receiving hood 4.3.17

reducing coupling 3.4.35

reducing valve 3.6.39

reentrainment of dust 4.4.31

refrigerant 7.2.1

refrigerating capacity 7.1.10

refrigerating compressor 7.3.2

refrigerating machine 7.1.5

refrigeration 7.1.1

refrigeration cycle 7.2.17

regenerative noise 9.2.7

register 4.6.45

regulator 8.3.23

relative humidity 2.1.9

relay 8.3.54

remote control 8.2.7

renewable energy resource 2.1.32

renewable filter media 4.4.51

resistance of heat transfer 3.2.13

resistance to water vapor permeation 3.2.22

resistive muffler 9.2.16

resonance 9.3.2

resonant frequency 9.3.7

response curve of controlled plant 8.1.9

return air 5.5.27

return air inlet 5.5.30

return flow zone 5.5.9

return water temperature 3.1.36

reversed return system 3.3.9

ring-shaped heating network 3.4.3

riser 3.4.21

roll-type air filter 6.3.17

room absorption 9.2.12

room for cleaning human body 6.2.3

room for cleaning material 6.2.4

rotary outlet 4.6.23

rotary dehumidifier 5.6.42

rotary heat exchanger 5.6.60

rotary outlet 4.6.43

rough filter 6.3.5

roughness factor 3.5.14

rubber shock absorber 9.3.13

S

safety cabinet 6.3.33

safety damper 6.3.49

safety valve 7.4.21

sampling period 8.1.51

sampling port 4.6.29

saturated steam 3.1.30

saturation humidity ratio 5.4.6

screw nipple 3.4.42

screwed plug 3.4.39

seam 4.6.34

seasonal energy efficiency ratio 7.1.13

secondary circuit 3.4.5

secondary refrigerant 7.2.16

secondary return air 5.4.33

secondary return air conditioning system 5.4.35

secondary water pumping distribution system 5.3.35

secondary water system 5.3.32

selective control system 8.2.34

selector 8.3.28

self learning system 8.2.38

self-operated valve 8.3.38

sensible cooling 5.4.15

sensible cooling load 5.2.23

sensible heat 5.2.1

sensible heating 5.4.14

sensing element 8.3.1

sensor 8.3.3

sequential control 8.2.21

series fan powered VAV terminal 5.6.29

serpentine coil ice storage device 7.3.45

set point 8.1.18

settlement bacteria 6.2.20

settling chamber 4.7.8

sewage-source heat pump 7.5.12

shading coefficient 5.2.9

side-stream treatment 7.4.30

sidewall air supply 5.5.17

signal 8.1.31

single duct air conditioning system 5.3.6

single duct VAV terminal 5.6.28

smgle-effect 7.3.18

single-effect lithium-bromide absorption-type refrigerating ma-chine 7.3.21

sky radiation 2.3.45

slide damper 4.6.12

slot exhaust hood 4.3.25

slot outlet 4.6.46

sludge handling 4.4.7

smog 6.2.21

smoke 4.4.14

smoke control 4.1.29

smoke exhaust damper 4.6.16

smoke extraction 4.1.30

smoke plume 4.5.22

smokeproof damper 4.6.15

soft water tank 7.4.31

sol-air temperature 5.2.4

solar altitude 2.3.39

solar azimuth 2.3.40

solar collector 7.5.1

solar constant 2.3.38

solar declination 2.3.42

solar energy contribution rate 7.5.8

solar heat gain coefficient 5.2.10

solar heating 3.1.28

solar hot water system 7.5.25

solar irradiance 2.3.47

solar load rate 7.5.7

solar radiant heat gain 5.2.7

solar radiation 2.3.43

solar thermal energy 7.5.23

solenoid valve 8.3.41

solid sorption equipment 5.6.44

soot 6.2.22

sound absorption 9.2.10

sound absorption coefficient 9.2.23

sound absorption material 9.2.22

sound attenuation 9.2.13

sound deadening capacity 9.2.14

sound insulation 9.2.9

sound intensity level 9.1.6

sound level 9.1.3

sound power level 9.1.7

sound pressure level 9.1.2

sound source 9.1.1

source of heat release 4.2.11

space cooling load 5.2.21

space heat gain 5.2.11

space heating 3.1.3

space moisture load 5.2.20

space temperature variation 2.2.6

space-heating load index per unit building volume 3.2.39

specific enthalpy 5.4.5

specific frictional resistance 3.5.11

specific heat load 4.2.13

specific resistance 4.4.26

spinning disk humidifier 5.6.38

split air conditioner 5.6.3

split ranging control 8.2.11

spot heating 3.1.4

spray chamber 5.6.16

spray cooling tower 7.3.55

spray fan 4.7.6

spray nozzle 5.6.54

spray nozzle density 5.4.27

spring shock absorber 9.3.12

stability 8.1.19

stack effect pressure 4.2.2

standard effective temperature 2.2.15

static deflection 9.3.16

static deviation 8.1.16

static pressure 3.5.27

steady-state heat transfer 3.2.4

steam boiler 7.4.5

steam header 3.6.34

steam heating 3.1.11

steam heating system 3.3.3

steam jet-type water chiller 7.3.30

steam pipe 3.4.15

steam superheater 7.4.18

steam trap 3.6.49

steam/water ejector 3.6.6

steam-jet hot water heating system 3.3.5

steam-jet-type refrigerating machine 7.3.24

steam-to-water type heat exchanger 3.6.3

steam-water mixed heat exchanger 3.6.5

steel radiator 3.6.20

step response 8.1.23

sterile lock 6.3.41

stop valve 3.6.42

stove heating 3.1.26

strainer 3.6.33

stratified air conditioning 5.1.4

stratified zone 5.5.39

strip radiant panel 3.6.30

subcooling 7.2.27

sub-HEPA filter 6.3.8

suction pressure 7.2.32

suction temperature 7.2.33

suction velocity at return air inlet 5.5.31

superheat 7.2.34

superheated steam 3.1.31

supervision 8.1.43

supply air 5.5.15

supply air rate 4.1.16

supply air temperature difference 5.5.25

supply fan 4.3.8

supply water temperature 3.1.35

supply-exhaust diffuser 4.6.49

support and hanger of duct 4.6.30

surface coefficient of heat transfer 3.2.10

surface resistance of heat transfer 3.2.11

surface water system 7.5.16

surface-type heat exchanger 3.6.4

suspended matter 6.2.26

suspended velocity 4.4.33

swinging damper 4.6.51

swirl diffuser 4.6.21

system resistance 3.5.23

T

tangential fan 4.7.4

task air-conditioning 5.1.5

tee 3.4.37

temperature and humidity independent processed air conditioning system 5.3.27

temperature at work place 2.2.2

temperature control zone 5.1.11

temperature difference between supply and return water 3.1.37

temperature difference correction factor of envelope 3.2.26

temperature exchange effectiveness 5.4.37

temperature field 5.5.13

temperature gradient 3.2.27

temperature inversion 4.5.19

temperature of exhaust air 4.1.20

temperature switch 8.3.59

temperature transducer 8.3.4

test dust 4.4.49

test pressure 3.5.30

thermal bridge 2.1.24

thermal comfort 2.2.7

thermal decay 5.5.37

thermal diffusivity 3.2.8

thermal flowmeter 8.3.17

thermal insulation 2.2.19

thermal insulation 9.1.21

thermal insulation 9.4.2

thermal insulation material 9.4.3

thermal inversion layer 4.5.20

thermal misadjustment of consumer heating system 3.5.42

thermal misadjustment of heating network 3.5.41

thermal resistance 3.2.9

thermal stratification 5.5.36

thermodynamic coefficient 7.1.17

thermodynamic perfectness 7.1.18

thermodynamic steam trap 3.6.53

thermostat 8.3.20

thermostatic expansion valve 7.3.5

thermostatic steam trap 3.6.54

thermostatic valve 3.6.59

three-pipe water system 5.3.20

throttling expansion 7.2.29

through-draught 4.2.1

throw 5.5.10

tilt angle of collector 7.5.6

time constant of controlled plant 8.1.10

total freeze-up ice storage system 7.3.44

total heat 5.2.3

total pressure 3.5.29

total separation efficiency 4.4.37

total suspended particle 6.2.27

total volatile organic compound 2.4.6

transfer function 8.1.45

transfer main 3.4.10

transient 8.1.14

transmissibility 9.3.8

transmission 6.1.2

transmission and distribution pipeline 3.4.11

transmitter 8.3.22

tree-shaped heating network 3.4.2

triple-effect 7.3.20

trunk pipe 3.4.20

tubular fan 4.7.26

tunnel cleanroom 6.3.25

turning vane 4.6.8

two banks opposing spray pattern 5.4.26

two-pipe heating system 3.3.16

two-pipe water system 5.3.19

typical meteorological year 2.3.49

U

ultra low penetration air filter 6.3.10

ultrafine particle 6.2.24

ultrasonic humidifier 5.6.39

unconditioned zone 5.1.7

underfloor air distribution 5.5.21

underfloor air distribution unit 5.6.24

unidirectional airflow 6.2.8

unidirectional flow ceiling module 6.3.35

unidirectional flow wall module 6.3.37

union 3.4.34

unit heater 3.6.22

unit heater with axial fan 3.6.23

unit heater with centrifugal fan 3.6.24

unit radiant panel 3.6.29

unorganized air supply 4.1.7

unorganized exhaust 4.1.8

unsteady-state heat transfer 3.2.5

upfeed system 3.3.19

upper mixed zone 5.5.40

upright bucket type steam trap 3.6.50

upstream spray pattern 5.4.25

U-shape coil ice storage device 7.3.47

V

vacuum boiler 7.4.7

vacuum cleaner 6.3.50

vacuum cleaning installation 4.7.25

vacuum heating 3.1.14

vacuum heating system 3.3.4

vacuum pump 3.6.16

valve authority 8.3.52

valve’s maximum closing pressure difference 8.3.49

vapor barrier 9.4.9

vapor ejection heating cycle 7.2.20

vapour compression refrigeration 7.1.2

variable air volume air conditioning system 5.3.4

variable air volume terminal device 5.6.27

variable volume water system 5.3.37

variable-flow water chiller 7.3.34

variable-speed water chiller 7.3.36

velocity field 5.5.14

velocity pressure 3.5.28

vent pipe 3.4.24

ventilated roof 4.2.20

ventilating duct 4.6.1

ventilation 2.1.28

ventilation facilities 4.3.7

ventilation heat loss 3.2.34

ventilation heating load index per unit building volume 3.2.40

ventilation rate 4.1.14

Venturi scrubber 4.7.21

vertical one-pipe heating system 3.3.12

vertical thermal misadjustment of consumer heating system 3.5.44

vertical unidirectional airflow 6.2.9

vertical zoning of water system 5.3.22

vibration 9.3.1

vibration isolation 9.3.9

vibration isolation efficiency 9.3.11

vibration isolator 9.3.10

viscous type air filter 6.3.4

VOC sensor 8.3.10

volatile organic compound 2.4.5

volume density 4.4.25

volumetric concentration 4.1.26

W

wall attachment jet 5.5.3

wall radiant heating 3.1.22

warm air curtain 3.6.27

warm-air heating 3.1.17

warm-air heating system 3.3.7

water as refrigerant 7.2.8

water based coating material 2.4.15

water chiller 7.3.27

water cool(heat)storage 7.3.48

water flow regulating valve 3.6.41

water flow switch 8.3.63

water hammer 3.5.31

water level switch 8.3.64

water system 5.3.18

water vapour barrier 9.4.6

water-air ratio 5.4.23

water-film cyclone 4.7.17

water-loop heat pump air conditioning system 5.3.26

water-source heat pump 7.5.10

water-to-water type heat exchanger 3.6.2

water-water jet 3.6.32

wet and dry bulb thermometer 8.3.15

wet condensate return pipe 3.4.18

wet cooling condition 5.4.21

wet dust collection 4.4.6

wet dust collector 4.7.16

wet membrane humidifier 5.6.40

wet method operation 6.2.28

wet type air filter 6.3.3

wet-bulb temperature 2.1.4

wet-bulb-globe temperature index 2.2.16

wettability 4.4.27

wind direction 2.3.16

wind pressure 4.2.3

wind speed 2.3.14

window air conditioner 5.6.5

wind-proofed monitor 4.2.16

working flow characteristic of control valve 8.3.51

working pair of absorption refrigeration 7.2.7

Z

zeotropic refrigerant 7.2.3

zirconia oxygen analyzer 8.3.13

zone of aerodynamic shadow 4.2.8

zone of negative pressure 4.2.10

zone of positive pressure 4.2.7

zone of wake 4.2.9

本文链接:/guifan/3192.html

版权声明:站内所有文章皆来自网络转载,只供模板演示使用,并无任何其它意义!

发表评论 共有 0 条评论)

联系客服
网站客服 业务合作 Q交流群
123456789
公众号
公众号
公众号
返回顶部