1) design temperature of return water
设计回水温度
2) design temperature of supply water and return water
设计供回水温度
3) returning water temperature
回水温度
1.
The article puts forward the index of hot loss rate of horizonal maladjustment recieved by the uneven dgree of returning water temperature in each circuits of hot net according to the maladjustment of hydraulic water, which is the standard to judge and evaluate the maladjustment degree of hot net.
本文针对热网水力失调,提出根据热网各支路回水温度不均匀度而得到的水平失调热损率指标,作为判别与评价热网水平失调度的标准。
4) design temperature
设计温度
1.
Different materials have different range of design temperature.
结果表明,温度对容器设计的影响是多方面的,不同材料有不同设计温度范围。
2.
So,selecting a proper design temperature and pressure will be beneficial to the cost of pressure vessel and its saf.
设计温度和压力的正确选择将对压力容器的造价和安全运行产生积极影响。
3.
With the application of the method of "Relative Warmth Index" (RWI) , this article calculates the RWI values of the design temperature of present metro systems in several Chinese cites, and makes compavi-son of different RWI values.
应用“相对热流指标”的方法,计算了我国各城市现有地铁系统设计温度的“相对热流指标”值,对其进行了分析比较,并以南京地铁为例对地铁设计温度提出了建议。
5) reversing thermometer
回动温度计
6) supply and return water temperature
供回水温度
1.
This paper probes into the technical measures for improving the economy of the hot water heating from two aspects of the supply and return water temperature and the specific pressure drop, and expounds the paths for improving the economy of hot water heating from the angle of operation management.
从供回水温度和比压降两方面探讨了提高热水供热经济性的技术措施,并从运行管理角度论述了提高热水供热经济性的途径。
2.
Applying the correction coefficient of heat load, the formula on supply and return water temperature in variable temperature control with varied flow is corrected.
应用热负荷修正系数,对变流量质调节供回水温度公式进行了修正。
3.
Deduces the adjustment formulas of supply and return water temperature and relative flow for both primary and secondary circuits, and gives corresponding adjustment curves with calculating examples.
推导了一、二次网侧供回水温度及相对流量的调节公式 ,并结合算例给出了相应的曲线 ,就供热参数的控制进行了讨
补充资料：设计温度
分子式：
CAS号：
性质：在相应设计压力下，容器壳壁及其元件可能达到的最高或最低工作温度为设计温度。
CAS号：
性质：在相应设计压力下，容器壳壁及其元件可能达到的最高或最低工作温度为设计温度。
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