1) interior/exterior temperature
室内外温度
2) outdoor temperature
室外温度
1.
DCS can adjust automatically the supply water temperature in terms of the outdoor temperature changing with season,based on the curve of local experiences and environmental data.
结合本地区历年冬季室外环境数据和经验,制定出锅炉出口水温随室外温度变化的曲线,使DCS(分布控制系统)自动控制系统根据室外温度随季节的变化自动调整锅炉出口水温度的给定值。
2.
Methods of serializing the non-hourly outdoor temperature and their shortcoming are reviewed.
综述了现有室外温度逐时化的方法与其缺点。
3.
Through using climate compensator,it analyses and calculates the proper temprature of the heating water and the flow of network outside according to the variation of outdoor temperature ang users demand of indoor temperature,in order to automatic compensation and energy saving.
介绍了气候补偿器在供热系统中的作用及工作原理,具体计算分析了采用气候补偿器时,对应于不同的室外温度以及用户对室内温度的要求,用户供、回水温度以及室外管网热媒流量,使系统实现自动补偿,达到节能的目的。
3) Indoor temperature
室内温度
1.
The results indicate that the maximal indoor temperature difference between test hot-box(with PV-Trombe wall) and the reference hot-box(without PV-Trombe wall) can reach to 6 ℃,the maximal difference between the indoor temperature of test-hot box and the ambient can reach to 18 ℃.
试验结果表明:带有PV-Trombe墙的测试热箱的室内温度比不带该墙体的对比热箱高6℃,与环境的最大温差可达18℃;由于空气流道的冷却,光电池工作温度较低,日平均发电效率可达10。
2.
The control process of indoor temperature by thermostat and the important concepts concerned in the design are introduced.
介绍了温控器对室内温度的控制过程、设计中涉及的重要概念,分析了温控器的辅助控制功能及设计中应注意的问题。
4) room temperature
室内温度
1.
In order to meet need of the Energy Saving Department to measure and control room temperature in public building,a measuring and controlling system have been developed which can transmit the data of room temperature in every public building in a city.
公共建筑室内温度监测系统主要用于节能监管部门对公共建筑物室内温度的监管,通过该系统可以远程监测被监管对象的室内温度,将分布在城市各地方监管对象的温度数据自动采集并直接传输给节能管理部门。
5) indoor and outdoor temperature difference
室内外温差
1.
Moreover,the formula of indoor and outdoor temperature difference is developed.
提出了自然运行房间的概念,并且建立了自然运行房间的数学物理模型,推导出室内外温差的计算公式。
6) Ambient temperature(Ta)
室外温度(T_a)
补充资料：居里-外斯温度(Curie-Weiss temperature)
分子式：
CAS号：
性质：又称特征温度(characteristic temperature)或居里-外斯温度(Curie-Weiss temperature)。铁电体在居里温度以上，自发极化开始消失的温度，常以θ表示。对于一级相变的铁电体，外推居里温度小于居里温度。对于二级相变铁电体，两者相等。
CAS号：
性质：又称特征温度(characteristic temperature)或居里-外斯温度(Curie-Weiss temperature)。铁电体在居里温度以上，自发极化开始消失的温度，常以θ表示。对于一级相变的铁电体，外推居里温度小于居里温度。对于二级相变铁电体，两者相等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条