air classifier
英 [eə(r) ˈklæsɪfaɪə(r)]
美 [er ˈklæsɪfaɪər]
风力分级机
双语例句
- Effect of airflow pre-dispersion on classification performance in a turbo air classifier;
研究超细锌粉气流分级技术工艺条件对产品粒度的影响因素。 - Gravitational roughing air classifier Wind power: Use of the energy in winds to produce power.
重力式粗选风力分级机风力：利用风的能量来产生动力。 - Research on Numerical Simulations and Experiment of Shell Obliquity Angle for Air Classifier Classifying Housing
选粉机分级室壳体倾角数值模拟与试验研究 - The tangential velocity distribution in the annular region of a turbo air classifier was investigated by laser doppler velocimeter ( LDV).
采用激光多普勒测速计研究了涡流分级机环形区气流的切向速度分布。 - Design of suspending material-dispersed-by-air device of SLK air classifier
SLK空气分级机悬浮式气流散料装置设计 - 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 - 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。 - It provides reliable rule and assurance for the usage of centrifugal air classifier in practice.
为离心空气分级机在工程中的实际应用提供了可靠的依据与保障。 - Research on Classifying Zone of Vortex Air Classifier Based on Rapid Classification Principle
基于迅速分级原理的涡流选粉机分级区研究 - As the third-generation dynamic air classification equipment, turbo air classifier has high classification precision and good classification performance.
作为第三代动态空气分级设备，涡流空气分级机具有分级精度高、分级性能好的特点。 - Development of centrifugal rotor air classifier
离心转子式空气选粉机的研制 - So the study on the classification principle, the fish-hook effect and the dispersion of powder in this paper has great scientific meaning and practical value and will give a new way for the improvement of classification efficiency and classifying precision of turbo air classifier.
因此，对涡流空气分级机分级机理、鱼钩效应和机内粉体分散进行研究具有重要科学意义和应用价值，可为改进涡流空气分级机，提高其分级效率和分级精度提供理论依据。 - The Flow Field Analysis and Performance Study of A New Air Classifier
离心气力分级机的流场分析和性能研究 - Calculation model for the classifying performance of rotary drum fine powder air classifier
转鼓式细粉分级器的分级性能及其计算模型 - Effects of the Operation Parameters on the Air Classifier Performance
气流分级机操作参数对分级性能的影响 - 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。 - Classifying function regions in a turbo air classifier
涡流空气分级机分级功能区研究 - Study on a combined air classifier
复合气流分级机的研究 - Turbine air classifier is one of the most important types among many accurate classification facilities.
而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。 - Study on the classification of superfine heavy calcium carbonate samples with a new type air classifier
超细粉体分级器对重质碳酸钙的分级研究 - Experimental study on the fish-hook effect in a turbo air classifier
涡流空气分级机鱼钩效应的实验研究 - Study and Analysis to Factors Affecting on Classifying Performance of Vortex Air Classifier
涡流空气分级机分级性能的影响因素分析研究 - Study of Flow Field Characteristics and Dispersion in a Turbo Air Classifier
涡流空气分级机的流场特性和分散研究 - The Study of Precision Air Classifier
精密气流分级机的研究 - 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 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。 - Such as new typed air classifier can meet the requirements of submicron classification.
新设计的气流分级机可达到对颗粒进行亚微米分级的要求。 - Vortex air classifier is wide used to classify coal ash, but the contradiction among fine particle size and high classifying efficiency, high precise, high feeding capacity, as well as the high energy consumption and parts abrasion are all demanding prompt solution.
涡流空气分级机广泛应用于粉煤灰分选，但较细的分级粒度要求与分级效率、分级精度、大处理量之间的矛盾，以及能耗高和部件磨损严重等仍亟待解决。 - In recent years, In line with the development of research on the flow field characteristics of a turbo air classifier, it provides theoretic foundation for optimizing structure.
近年来，对涡流空气分级机内流场特性的研究有了较大发展，为优化涡流空气分级机结构，实现窄级别的细粉分级提供了理论依据。