1) upward gas-solid two-phase flow
上行气固两相流
1.
Similarity of upward gas-solid two-phase flow behavior in the fully developed zone under different operating conditions was further studied based on the axial pressure gradients and local solids holdups from the literature and the authors'laboratory.
5 m高气固循环流化床实验装置上,在对提升管内的轴向压力梯度和局部颗粒浓度进行实验测试的基础上,结合部分文献上的实验数据,研究了上行气固两相流充分发展段在不同操作条件下气固两相流动行为的相似特性。
2) Gas-Solid Two Phase Flow
气固两相流
1.
Concentration measurement of gas-solid two phase flow in the dipleg based on electrical capacitance tomography
基于电容成像的料腿内气固两相流浓度测量
2.
Tests on flow resistance characteristics of gas-solid two phase flow in pipes were performed on a 1:1 scale industrial pneumatic conveying system test rig.
在1∶1比例的工业气力输送系统试验台上,进行了输送管道中气固两相流的阻力特性试验,对影响气固两相流压力损失的主要因素,包括被输送物料的基本性质与特征,输送气体的物性,管道的特性和操作条件四个方面进行了分析与探讨,为气力输送系统的工程设计和理论研究提供了依据。
3.
The axial distributions of averaged solids holdup and the effects of operation conditions were investigated with the experimental data of pressure gradients of gas-solid two phase flow in a 16 m high CFB riser.
以 16m高循环床提升管中气固两相流压力梯度的大量实验数据为基础 ,从能量耗散的观点分析研究了平均颗粒浓度的轴向分布特征及其操作条件的影响 ,并与相同条件下 6m高提升管中颗粒浓度的轴向分布进行了对比。
3) gas-solid flow
气固两相流
1.
Advances of impact heat transfer between particles in gas-solid flow;
气固两相流中颗粒间碰撞传热进展
2.
To optimize the gas-solid flow field, numerical simulations were performed with a new raw meal inlet added to the SLC-S precalciner by changing the horizontal projection angle between the two raw meal inlets.
以SLC-S分解炉为基准模型,新增一个物料进口,分别对两物料进口在不同的相对位置时的气固两相流场进行了数值模拟。
3.
The realizable k-ε model and stochastic particle track model were used for gas-solid flow simulation.
采用可实现性k ε模型和随机颗粒轨道模型 ,对其气固两相流动进行了数值计算 ,得出了气相速度分布、颗粒浓度分布和流动阻力分布特性 。
4) gas-solid two-phase flow
气固两相流
1.
Flow distribution characteristics of gas-solid two-phase flows in a Y-shaped connection pipe;
Y型分支管道气固两相流动流量分配特性研究
2.
Recognition of Gas-solid Two-phase Flow Regime Based on LQV Neural Network;
基于学习矢量量化神经网络的气固两相流流型识别
3.
The theery and unmerical method for gas-solid two-phase flow in centrifugal fan s impeller;
离心风机叶轮内气固两相流动的理论及数值解法
5) gas-particle two-phase flow
气固两相流
1.
Numerical simulation of gas-particle two-phase flow in the primary air channel of direct-flow pulverized coal burner;
直流燃烧器一次风通道气固两相流数值模拟
2.
Experimental study of gas-particle two-phase flow in the primary air channel of direct-flow pulverized coal burner
直流燃烧器一次风通道气固两相流实验研究
3.
Based on Eulerian treatment of gas phase,Eulerian treatment of particle continuum and momentum equations,as well as Lagrangian treatment of particle energy and mass transport equations,a three-dimensional mathematical model of turbulent gas-particle two-phase flow and pulverized coal combustion is formulated in the raceway of blast furnace.
基于欧拉气相方程组、欧拉颗粒连续方程和动量方程以及拉氏颗粒能量和质量变化方程,建立并发展了高炉风口回旋区湍流气固两相流动和煤粉燃烧的三维数学模型。
6) gas-solid flow
气-固两相流
1.
The gas-solid flows,especially,the flow distribution and separation efficiency in VQS with different isolate cyl.
采用Fluent软件对VQS系统内气-固两相流进行了数值模拟,重点考察了A、B、C型隔流筒的流场分布和分离效率。
补充资料：行气
| 行气 道教进行呼吸修炼功法的总称。又称服气、食气、炼气。道教认为善行气者，可以达到“内以养生，外以却恶”的养生目的。战国时期，行气、服食、房中术同为当时方术三流派，《庄子·刻意》“吹呴呼吸，吐故纳新”即指行气养生内修方法。魏晋南北朝以后，各种行气方法大量流行，仅《云笈七垽·诸家气法》中所载就有数十种。具体做法不一，但原则大致相同，要求密室闭户，无思无虑，不动喜怒忧恚，平心静气。呼吸时做到轻、缓、匀、长、深，使五脏安和，气机调顺。修炼行气功法时，多配合导引、按摩法，“导气令和，引体令柔”，以求肢体关节舒展柔和，血脉流通，使气行更见成效。行气法今归入气功功法内，其最基本、最重要的即是调整呼吸节奏，加大呼吸深度，扩展肺的吐纳功能，达到养生、健身的目的。 |
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参考词条