The phase shift theory and transmission line model of inertance tube in the Stirling type pulse tube cooler were introduced.

介绍了斯特管制冷机中惯性管调相的原理惯性管的传输线理论，给出了惯性管尺寸的优化计算方法。

Based on analysis of problems existed in application of inertial vibrosieve,the new type variable frequency hydraulic straight-vibrating sieve is introduced.

分析了惯性振动筛存在的问题 ,提出新变频液压直线振动筛的用 ,并详细介绍了液压激振的理论成果。

The gas-solid two-phase flow in a semiround-pipe inertia separator is simulated with RSM model to the gas phase and DPM model to solid phase.

采用数值方法对半圆管惯性分离器内的两相流动进行了拟,连续相、颗粒相、颗粒轨迹计算分别采用雷诺力(RSM)、离散相(DPM)随机轨道。

The calculations agree well with experimental results, which indicates that the model is instructive on the optimization of the dimension of inertance tube in Stirling type pulse tube cooler. 3.

这表明该方法对斯特管制冷机中惯性管尺寸的选取具有重要指导意义。

The horizontal nonhomogeneity of the background wind and pressure fields influences the term of the inertial force in the motion equation and the wind speed at the upper boundary of the PBL.

背景风压场的水平非均匀影响了边界层运动方程中的惯性力项及边界层的上界风速。

The phase shift theory and transmission line model of inertance tube in the Stirling type pulse tube cooler were introduced.

介绍了斯特林型脉管制冷机中惯性管调相的原理和惯性管的传输线理论模型，给出了惯性管尺寸的优方法。

Based on analysis of problems existed in application of inertial vibrosieve,the new type variable frequency hydraulic straight-vibrating sieve is introduced.

分析了惯性振动筛存在的问题 ,提出新型变频液压直线振动筛的用 ,并详细介绍了液压激振的理论成果。

The gas-solid two-phase flow in a semiround-pipe inertia separator is simulated with RSM model to the gas phase and DPM model to solid phase.

采用数值方法对半圆管惯性分的两相流动进行了模拟,连续相、颗粒相、颗粒轨迹分别采用雷诺力模型(RSM)、散相模型(DPM)和随机轨道模型。

The calculations agree well with experimental results, which indicates that the model is instructive on the optimization of the dimension of inertance tube in Stirling type pulse tube cooler. 3.

这表明该方法对斯特林型脉管制冷机中惯性管尺寸的选取具有重要指导意义。

The horizontal nonhomogeneity of the background wind and pressure fields influences the term of the inertial force in the motion equation and the wind speed at the upper boundary of the PBL.

背景风压场的水平非均匀影响了边界层运动方程中的惯性力项及边界层的上界风速。

The phase shift theory and transmission line model of inertance tube in the Stirling type pulse tube cooler were introduced.

介绍了斯特林型脉制冷机中惯性调的原理和惯性的传输线理论模型，给出了惯性的优化计算方法。

Based on analysis of problems existed in application of inertial vibrosieve,the new type variable frequency hydraulic straight-vibrating sieve is introduced.

分析了惯性振筛存在的问题 ,提出新型变频液压直线振筛的用 ,并详细介绍了液压激振的理论成果。

The gas-solid two-phase flow in a semiround-pipe inertia separator is simulated with RSM model to the gas phase and DPM model to solid phase.

采用数值方法对半圆惯性分离器内的两进行了模拟,连续、颗粒、颗粒轨迹计算分别采用雷诺力模型(RSM)、离散模型(DPM)和随机轨道模型。

The calculations agree well with experimental results, which indicates that the model is instructive on the optimization of the dimension of inertance tube in Stirling type pulse tube cooler. 3.

这表明该方法对斯特林型脉制冷机中惯性的选取具有重要指导意义。

The horizontal nonhomogeneity of the background wind and pressure fields influences the term of the inertial force in the motion equation and the wind speed at the upper boundary of the PBL.

背景风压场的水平非均匀影响了边界层运方程中的惯性力项及边界层的上界风速。

The phase shift theory and transmission line model of inertance tube in the Stirling type pulse tube cooler were introduced.

介绍了斯特林型脉管制冷机中惯性管调相的原理和惯性管的传输线理论模型，给出了惯性管尺寸的优化计算法。

Based on analysis of problems existed in application of inertial vibrosieve,the new type variable frequency hydraulic straight-vibrating sieve is introduced.

分析了惯性存在的问题 ,提出新型变频液压直线的用 ,并详细介绍了液压激的理论成果。

The gas-solid two-phase flow in a semiround-pipe inertia separator is simulated with RSM model to the gas phase and DPM model to solid phase.

采用数法对半圆管惯性分离器内的两相流进行了模拟,连续相、颗粒相、颗粒轨迹计算分别采用雷诺力模型(RSM)、离散相模型(DPM)和随机轨道模型。

The calculations agree well with experimental results, which indicates that the model is instructive on the optimization of the dimension of inertance tube in Stirling type pulse tube cooler. 3.

这表明该法对斯特林型脉管制冷机中惯性管尺寸的选取具有重要指导意义。

The horizontal nonhomogeneity of the background wind and pressure fields influences the term of the inertial force in the motion equation and the wind speed at the upper boundary of the PBL.

背景风压场的水平非均匀影响了边界层运程中的惯性力项及边界层的上界风速。

The phase shift theory and transmission line model of inertance tube in the Stirling type pulse tube cooler were introduced.

介绍了斯特林制冷机中惯性调的原理和惯性的传输线理论，给出了惯性尺寸的优化计算方法。

Based on analysis of problems existed in application of inertial vibrosieve,the new type variable frequency hydraulic straight-vibrating sieve is introduced.

分析了惯性振动筛存在的问题 ,提出新变频液压直线振动筛的用 ,并详细介绍了液压激振的理论成果。

The gas-solid two-phase flow in a semiround-pipe inertia separator is simulated with RSM model to the gas phase and DPM model to solid phase.

采用数值方法对半圆惯性分离器内的两流动进行了拟,连续、颗粒、颗粒轨迹计算分别采用雷诺力(RSM)、离散(DPM)和随机轨道。

The calculations agree well with experimental results, which indicates that the model is instructive on the optimization of the dimension of inertance tube in Stirling type pulse tube cooler. 3.

这表明该方法对斯特林制冷机中惯性尺寸的选取具有重要指导意义。

The horizontal nonhomogeneity of the background wind and pressure fields influences the term of the inertial force in the motion equation and the wind speed at the upper boundary of the PBL.

背景风压场的水平非均匀影响了边界层运动方程中的惯性力项及边界层的上界风速。

The phase shift theory and transmission line model of inertance tube in the Stirling type pulse tube cooler were introduced.

介绍了斯特林型脉管制冷机中惯性管调原理和惯性管线理论模型，给出了惯性管尺寸优化计算方法。

Based on analysis of problems existed in application of inertial vibrosieve,the new type variable frequency hydraulic straight-vibrating sieve is introduced.

分析了惯性振动筛存在问题 ,提出新型变频液压直线振动筛用 ,并详细介绍了液压激振理论成果。

The gas-solid two-phase flow in a semiround-pipe inertia separator is simulated with RSM model to the gas phase and DPM model to solid phase.

采用数值方法对半圆管惯性分离器内两流动进行了模拟,连续、、轨迹计算分别采用雷诺力模型(RSM)、离散模型(DPM)和随机轨道模型。

The calculations agree well with experimental results, which indicates that the model is instructive on the optimization of the dimension of inertance tube in Stirling type pulse tube cooler. 3.

这表明该方法对斯特林型脉管制冷机中惯性管尺寸选取具有重要指导意义。

The horizontal nonhomogeneity of the background wind and pressure fields influences the term of the inertial force in the motion equation and the wind speed at the upper boundary of the PBL.

背景风压场水平非均匀影响了边界层运动方程中惯性力项及边界层上界风速。

The phase shift theory and transmission line model of inertance tube in the Stirling type pulse tube cooler were introduced.

介绍了斯特林型脉管制冷机中惯性管调相的原理和惯性管的传输线理论模型，给出了惯性管尺寸的优化计算法。

Based on analysis of problems existed in application of inertial vibrosieve,the new type variable frequency hydraulic straight-vibrating sieve is introduced.

分析了惯性存在的问题 ,提出新型变频液压直线的用 ,并详细介绍了液压激的理论成果。

The gas-solid two-phase flow in a semiround-pipe inertia separator is simulated with RSM model to the gas phase and DPM model to solid phase.

采用数法对半圆管惯性分离器内的两相流进行了模拟,连续相、颗粒相、颗粒轨迹计算分别采用雷诺力模型(RSM)、离散相模型(DPM)和随机轨道模型。

The calculations agree well with experimental results, which indicates that the model is instructive on the optimization of the dimension of inertance tube in Stirling type pulse tube cooler. 3.

这表明该法对斯特林型脉管制冷机中惯性管尺寸的选取具有重要指导意义。

The horizontal nonhomogeneity of the background wind and pressure fields influences the term of the inertial force in the motion equation and the wind speed at the upper boundary of the PBL.

背景风压场的水平非均匀影响了边界层运程中的惯性力项及边界层的上界风速。

The phase shift theory and transmission line model of inertance tube in the Stirling type pulse tube cooler were introduced.

了斯特林脉管制冷机中惯性管调相的原理和惯性管的传输线理论，给出了惯性管尺寸的优化计算方法。

Based on analysis of problems existed in application of inertial vibrosieve,the new type variable frequency hydraulic straight-vibrating sieve is introduced.

分析了惯性振动筛存在的问题 ,提出新变频液压直线振动筛的用 ,并详细了液压激振的理论成果。

The gas-solid two-phase flow in a semiround-pipe inertia separator is simulated with RSM model to the gas phase and DPM model to solid phase.

采用数值方法对半圆管惯性分离器内的两相流动进行了拟,连续相、颗粒相、颗粒轨迹计算分别采用雷诺力(RSM)、离散相(DPM)和随机轨。

The calculations agree well with experimental results, which indicates that the model is instructive on the optimization of the dimension of inertance tube in Stirling type pulse tube cooler. 3.

这表明该方法对斯特林脉管制冷机中惯性管尺寸的选取具有重要指导意义。

The horizontal nonhomogeneity of the background wind and pressure fields influences the term of the inertial force in the motion equation and the wind speed at the upper boundary of the PBL.

背景风压场的水平非均匀影响了边界层运动方程中的惯性力项及边界层的上界风速。

The phase shift theory and transmission line model of inertance tube in the Stirling type pulse tube cooler were introduced.

介绍了斯特林脉管制冷机中惯性管调相原和惯性管传输线论模，给了惯性管尺寸优化计算方法。

Based on analysis of problems existed in application of inertial vibrosieve,the new type variable frequency hydraulic straight-vibrating sieve is introduced.

分析了惯性动筛存在问题 ,提变频液压直线动筛用 ,并详细介绍了液压激论成果。

The gas-solid two-phase flow in a semiround-pipe inertia separator is simulated with RSM model to the gas phase and DPM model to solid phase.

采用数值方法对半圆管惯性分离器内两相流动进行了模拟,连续相、颗粒相、颗粒轨迹计算分别采用雷诺力模(RSM)、离散相模(DPM)和随机轨道模。

The calculations agree well with experimental results, which indicates that the model is instructive on the optimization of the dimension of inertance tube in Stirling type pulse tube cooler. 3.

这表明该方法对斯特林脉管制冷机中惯性管尺寸选取具有重要指导意义。

The horizontal nonhomogeneity of the background wind and pressure fields influences the term of the inertial force in the motion equation and the wind speed at the upper boundary of the PBL.

背景风压场水平非均匀影响了边界层运动方程中惯性力项及边界层上界风速。

The phase shift theory and transmission line model of inertance tube in the Stirling type pulse tube cooler were introduced.

介绍了斯特林型脉管制冷机中惯性管调原理和惯性管传输线理论模型，给出了惯性管优化计算方法。

Based on analysis of problems existed in application of inertial vibrosieve,the new type variable frequency hydraulic straight-vibrating sieve is introduced.

分析了惯性振动筛存在问题 ,提出新型变频液压直线振动筛用 ,并详细介绍了液压激振理论成果。

The gas-solid two-phase flow in a semiround-pipe inertia separator is simulated with RSM model to the gas phase and DPM model to solid phase.

采用数值方法对半圆管惯性分离器内动进行了模拟,连续、颗粒、颗粒轨迹计算分别采用雷诺力模型(RSM)、离散模型(DPM)和随机轨道模型。

The calculations agree well with experimental results, which indicates that the model is instructive on the optimization of the dimension of inertance tube in Stirling type pulse tube cooler. 3.

这表明该方法对斯特林型脉管制冷机中惯性管选取具有重要指导意义。

The horizontal nonhomogeneity of the background wind and pressure fields influences the term of the inertial force in the motion equation and the wind speed at the upper boundary of the PBL.

背景风压场水平非均匀影响了边界层运动方程中惯性力项及边界层上界风速。