heat-flux造句

• Heat - flux differential scanning calorimeter
  热流型差示扫描量热仪
• Heat - flux differential scanning calorimetry
  热流型差示扫描量热法
• Standard test method for measuring heat flux using a copper - constantan circular foil , heat - flux gage
  用康铜环形箔热流计测定热流的标准试验方法
• In the mathematic calculation , adopt ansys software , get four representative thermal bridges " internal temperature distribution and heat - flux get through the thermal bridge and the around outer wall
  在数值计算中，采用ansys软件，求出了4种典型热桥的内部温度分布及通过热桥和周围外墒的热流量。
• Large - eddy simulations are carried out for the adjustment of convective boundary layer over heterogeneous surfaces . simulations are confined for zero mean - wind and flat terrain . surface heat - flux is set varying in
  研究限于无风平坦地形条件，地面热通量在一个水平方向作非均匀变化平均地面热通量为0 . 15kms
• Present thermal bridge influence area to the building out exterior - protected construction . for the construction column thermal bridge , the influence area increase 100mm along the thermal bridge . the position of maximum heat - flux is between the thermal bridge and the outer wall
  给出了热桥对建筑外围护结构的影响区域，对于构造柱热桥其影响范围为热桥边沿向外100mm ，热流量最大的位置在于热桥与外墙交界处。
• In the monitoring means , taking advantage of the data from the das of the plant and the variation of fouling for a long time , we can make it predict the heat - flux of the clean surface in any conditions by applying nn ( neural network ) , then acquire the condition of fouling
  本文是依据电厂das系统的现有数据，结合长期以来的灰污变化情况，运用人工神经网络之bp网络，使之能够预测各种工况下的清洁受热面热流，最终求出灰污状况。
• We build a computing temperature model of membrane water wall and educe the relation between the local heat - flux of water wall and temperature of the back of the water wall . we realize the local slagging monitoring of water wall by the way of collection the temperature
  在水冷壁结渣监测中，建立了膜式水冷壁温度计算模型，导出了一个水冷壁背火侧两点温度与水冷壁实际局部热流的数学关系，通过采集水冷壁背火侧两点温度，来实现局部结渣监测。
• Wavelengths or scales of surface heterogeneity are less than 20km . simulation results show that cbls do reach a quasi - stationary state correspondent to specified surfaces , after a long enough evolution . in this transition process and after that , horizontal statistics , i . e . mean potential temperature and vertical heat - flux , show profiles little differences to those over homogeneous flat surface . main effect of surface heterogeneity is to increase kinetic energy in cbl and the increase concentrates in the direction of surface heterogeneity . the time of cbl spent to reach its first peak of mean kinetic energy ,
  模拟结果表明，在充分长的时间后，边界层达到一种适合于地面条件的准定常态。这种准定常态和向其过渡的过程中，水平平均的边界层廓线性质，如平均位温廓线垂直热通量廓线等几乎与平坦均匀地面的结果相同，或差异极小。地面非均匀性的主要作用是使边界层动能增大，并以地面非均匀性变化方向的动能增加为主。