设计温度

  • 网络Design Temperature;Designing temperature;Mpa
设计温度设计温度
  1. 利用相对热流指标对地铁系统设计温度的探讨

    On Design Temperature of Metro System By Using Relative Warmth Index

  2. 无热媒输入大型储罐的设计温度及材质选择

    Design Temperature and Material Selection for Large Scale Storage without Heat Input

  3. 针对常规PID控制器对于非线性、时变系统难以达到控制要求的不足,采用了模糊比例双模分段控制器设计温度控制系统。

    A fuzzy-p controller is applied in temperature control system in this paper . It can be proved that this method is superior to traditional PID controller to nonlinear and time-dependent dynamic system .

  4. 对化工厂PTA扩能改造后氧化反应冷凝器进行的工艺标定结果表明,换热面积不足,导致实际冷凝出口温度高于原设计温度。

    After PTA capacity increasing modification , the technology rating results of the oxidation condenser showed that the heat transfer area was inadequate . As a result , the real condenser outlet temperature was higher than the original design one .

  5. 供热直埋管道热力计算,应按照设计温度和安装温度差确定相应的摩擦系数(设计温度和安装温度差大于屈服温差时取屈服温差)。

    The friction factor heat calculation must follow the temperature difference .

  6. 室内设计温度对夏热冬冷地区新风冷热耗量的影响

    Effects of indoor temperature settings on energy consumption for cooling and heating fresh air

  7. 对国产机械冷藏车车内设计温度的商榷

    Discussion on the Optimum Interior Design Temperature of Local Made Mechanically Refrigerated Railway Cars

  8. 外围护结构对室内采暖空调设计温度的影响

    Analysis of influence of building envelop on indoor heating and air conditioning design temperature

  9. 针对室内设计温度展开了优化分析。

    Based on the indoor design temperature , the optimization analysis has been done .

  10. 温度评估技术是温度优化测试规划研究的前提和基础。本文基于数值热传导理论设计温度评估模型。

    In this paper a temperature assessment based on numerical heat transfer theory is proposed .

  11. 节能效果随着室内设计温度的提高而提高。

    The capacity of saving energy increases along with the increase of indoor design temperature .

  12. 设计温度补偿电路;

    Design the compensation circuit of temperature .

  13. 确定了连栋温室采暖室外设计温度和采暖期。室外设计温度确定为0.85倍最低日平均温度与0.15倍最冷月平均温度之和并向下取整;

    Heating design temperature outside and heating period of multi-span greenhouse have been calculated and confirmed .

  14. 中国连栋温室室外设计温度确定及最大热负荷分布

    Establishment of design temperature outside and analysis of maximum heating load of Multi-Span Greenhouse in China

  15. 接头的最大和最小设计温度与工艺设计温度相同。

    Joint design maximum and minimum temperatures should be taken to be the same as the process design temperatures .

  16. 即:根据容器工作温度的实际分布情况,将容器分为三个部分,确定设计温度,进行强度计算;

    It is : separate the whole vessel into three parts according to the working temperature distribution of the vessel .

  17. 如果容器部件会接触到两种不同温度的介质,应同时根据高的设计温度及低的设计温度进行设计。

    Vessel parts in contact with two fluids having different temperatures shall be designed for both higher and lower design temperatures .

  18. 当设计温度或最小设计金属温度与最大压力不符,应根据温度指定相应的设计压力。

    When design temperature or MDMT cannot coincide with the maximum pressure , the corresponding design pressure shall be designated together with the temperature .

  19. 地铁空调系统的控制站厅和站台在设计温度值不变的设计运行模式下不能满足乘客舒适性要求,乘客的舒适感随新风状态变化而变化。

    The design running work mode of subway air-conditioning system by controlling the temperature of the platform and hall could not satisfy passengers ' thermal comfort .

  20. 提出了运行工况制冷排气量、储罐冷却设计温度和冷凝温度的计算方法。

    The design method is given for the refrigerated air discharge capacity in operation case , the designed cooling temperature for storage and the condensation temperature .

  21. 强制冷却:将高温钢材强制冷却到设计温度的工序,可防止钢材硬化过度,破裂或者内部损伤。

    CONTROLLED COOLING : Process by which steel is cooled from an elevated temperature in a predetermined manner to avoid excessive hardening , cracking or internal damage .

  22. 对一般建筑供暖室内设计温度下设计的温室系统进行了模拟,从室内温度场模拟结果指出错误性;

    Imitate the glasshouse system that the interior design temperature is according to the general building criterion , from the result of indoor temperature field imitation point out mistake ;

  23. 但两种改进方案都存在左右分层的现象,在同样的设计温度下,方案二可以提高送风温度,进而可以减少空调冷负荷,降低能耗。

    In the same designed temperature , the second program can raise the supply air temperature , and then , reduce air conditioning 's cooling load and energy consumption .

  24. 就外围护结构是否设置保温、人员密度、建筑内部照明、建筑朝向、室内设计温度五个因素对冬、夏两季建筑空调负荷的影响进行了分析。

    The study is set from the insulation periphery structure , occupant density , interior lighting , building orientation , indoor temperature on winter and summer air conditioning load .

  25. 同时指出室内采暖空调设计温度应考虑外围护结构对人体热舒适的影响。

    That could not be satisfied with the thermal comfort , and also indicates the influence of building envelop to thermal comfort must be thinked when decides the heating temperature .

  26. 研究还发现,室内相对湿度相同,随室内设计温度的提高,复合式系统压缩机能耗明显减少,节能率呈上升趋势;

    We found that energy saving of vapor-compression subsystem increases with the increasing of indoor design temperature at the same indoor relative humidity , but reducing energy saving of hybrid cycle .

  27. 当容器的最低设计温度为-196℃时,实际的低温冲击试验温度无法实现低于或等于-196℃的要求。

    When the lowest design temperature of the vessel is - 196 ℃, it is impossible for the actual cryogenic impact test temperature to be lower than or equal to - 196 ℃ .

  28. 试验不仅就应用光纤光栅进行混凝土结构内部应变测量的技术、工艺进行研究,还通过设计温度控制试验,考察了光纤光栅传感器的温度补偿问题,以及横向应变对测量结果的影响。

    Not only the technique is studied experimentally , but also the temperature compensation and the effect of the transverse strain on the measurement results of FBGS are investigated by some temperature controlled experiments .

  29. 以2000m~3天然气压力球罐为例,对如何选择球罐的设计温度和低温低应力工况的控制方法进行了介绍。

    Taking a 2000 m3 natural gas spherical tank as an example , the paper introduces how to select the design temperature of spherical tank and the control method for low-temperature and low-stress conditions .

  30. 在分析航站楼能耗影响因素的基础上,本文提出并仿真验证了三个优化控制策略:送风设计温度优化、典型功能区空调系统最佳启动时间控制和基于人员调度的室内温度设定优化。

    Based on the analysis , three optimal control strategies have been presented and validated by simulation : optimal design supply air temperature , optimal time scheduled for pre-cooling and optimal setting of indoor temperature based on passenger flow arrangement .