air classifier

Turbo air classifier is a important style of accurate classifying facilities.

涡轮式气流分级机是精密分级设备中非常重要的类型之一.

The precision of cut of air classifier is decreased by the flunctuation of cut-size.

气流分级机分级粒径的不稳定是造成精度下降的根本原因.

A strong wind moving 45-90 knots; force 7 to 10 on Beaufort scale. gravitational roughing air classifier

速度为节的猛烈的风；风力级（蒲福风力等级）。重力式粗选风力分级机

Numerical simulation and measurement of three-dimensional flow field in turbo air classifier

涡流空气分级机内三维流场的数值模拟与测量

According to the distributions of the flow fields in the cyclone air classifier with a fixed spherical wall, the formulas of the classification and collection cut sizes are presented and they are examined by experiment.

根据球台固定壁旋流式气力分级机内的流场分布，推导出了分级粒径和收集粒径的理论计算公式，并通过实验对计算公式进行了验证。

As we know , the key technology of turbo air classifier is as follows: dispersion and separation.

分级机的关键技术是:分 散和分级.

A new type of hydrostatic bearing influence of the static pressure gradient in cyclone air classifier on the test for its flow fields by five-hole probe

静压梯度对五孔探针测试旋流式气力分级机流场时的影响

The turbo air classifier is very important dry-state classification equipment.

涡流式空气分级机是干法分级的重要设备.

The turbo air classifier is a very important powder classification device.

涡流空气分级机是一种重要的粉体分级设备.

In this paper, the flow fields in the cyclone air classifier with a fixed spherical wall are explored and their characteristics are found.

本文对自行设计的球台固定壁旋流式气力分级机模型进行了研究，对它内部的流场进行了测试，找出了流场的分布规律。

The structure and theory of air classifier was analysised.

对气流分级机的结构及工作原理进行了分析.

The static pressure gradient in cyclone air classifier can have influence on the test and measurement for its flow fields by five-hole probe.

用五孔探针测试旋流式气力分级机流场时，分级机内存在的静压梯度会对测试产生影响。