制粉厂把玉米磨成玉米粉，把小麦磨成面粉。
上海世邦已成为国内主要的砂石、制粉机械生产和出口基地。
Shanghai Shibang has become a major production and export base of sand-stone and powder-making machinery in China.
给粉均匀性对制粉设备的稳定运行和锅炉燃烧的稳定及经济性具有显著影响。
Uniformity of coal powder supply has an important influence on stable operation of milling equipments and stability and economy of boiler burning.
有效的监测及控制低速钢球磨煤机的料位，是制粉系统实现优化运行、节能降耗的关键。
Monitoring and control the material levels of tube mill validly is the key of optimized operation, energy-saving and consumption-reducing in pulverized coal system.
作为火电机组的耗能大户，制粉系统的安全经济运行直接影响着整个机组的安全性和经济性。
As main energy consumer in thermal power plants, performance of the ball mill pulverizer system directly impacts the whole power plant's security and economy.
这为制粉系统采用废气循环提供了依据。
The results afford the basis for using the waste gas circulation in the grinder system.
面粉根据其制粉所用的小麦种类进行分类。
Flours are classed according to the type of wheat from which they are milled.
本文对均衡制粉工艺在生产中的实际应用进行了探讨。
Practical application of balanced milling technology in manufaction was probed into in this article.
指出了制粉系统漏风过大是导致这一问题的主要原因。
Results indicated that the main cause of this problem was the excessive air leakage of coal pulverizing system.
储粮中的肉食螨是控制粉螨数量增长的一种自然因子。
The cheyletida mites of stored grain is one of the natural factors Controlling the tyroglyphida mites.
饼干采用软麦制粉，其蛋白质含量和面团强度都应较低。
The protein content and dough strength of soft wheat for biscuit must be low.
钢球磨煤机制粉系统在我国大中型燃煤电厂中广泛应用。
Now the ball mill pulverizing system is used widely in large-and-medium scale power plant in China.
褐煤风扇制粉系统中，普遍存在着干燥出力不足的问题。
There exists a widespread problem of insufficient drying capacity with respect to the brown coal fan pulverization system.
运行表明，此控制方法可提高制粉系统的可靠性和经济性。
Operation showed that, this control method could improve the reliability and economics of pulverized coal preparation system.
因而，可以通过控制胶粒的聚集特征来控制粉末的团聚状态。
The agglomerate state of powder depends on the coagulation degree of colloidal particles.
通过机理分析法建立了球磨机中储式制粉系统的动态数学模型。
Dynamic mathematical model of ball mill pulverizing system with storage bunker is obtained by mechanism analysis.
根据这两种方法，本文还提出两种设计和选择制粉系统的方法。
Based on these two methods, two ways for pulverized-coal system design and selection are also suggested.
在相同雾化制粉工艺参数条件下，粗粉中孔洞的数量多于细粉。
With the same atomized parameters, the porosity amount in large size powder is more than that in small size powder.
在现有模型基础上，重点对制粉过程和过热器差压特性进行分析。
On the basic of existing model the pulverizing process and the characteristic of superheater differential pressure were analyzed.
磨煤机的料位测量和控制是保证制粉系统安全性和经济性的关键。
The measurement and control of mass level is the key that ensure the economy and security of the ball mill operation.
介绍可编程逻辑控制器（PLC）在电站制粉系统程控中的应用。
This paper introduces the application of programmable logical controler PLC to program control of coal pulverization.
采用煤种的试磨方法是风扇磨选型和制粉系统设计较为可靠的方法。
Trial grinding of coal types constitutes a relatively reliable method for the selection of fan mills and the design of coal pulverizing systems.
主要介绍了小麦制粉中各系统物料流量的平衡分配、检测及其操作。
The balance, test and operation of material flow in every system during flour milling were introduced.
针对实际的分散控制系统，设计了基于网络的磨煤机制粉控制系统。
The authors design a control system for the coal pulverizer system based on DCSnet.
在间歇式实验制粉系统上研究了硬度和水分调节对小麦研磨特性的影响。
The influence of hardness and conditioning on milling properties of wheat was investigated on a batch-type experiment milling system.
等离子燃烧器点火对机组DCS逻辑、制粉系统、干除灰系统等有影响。
The igniter has effects on DCS logic, pulverizing and dry ash removal systems of the unit.
测定了小麦制粉过程不同粉路系统中面粉的谷蛋白溶涨指数(SIG)。
The swelling index of glutenin (SIG) in flour from different mill flow systems during wheat flour milling was detected.
中储式球磨机制粉系统是一个多变量、强耦合的对象，数学模型难以建立。
Tube mill pulverizer system is a multi variable and strong coupling process, which is difficult for mathematical model establishing.
激活表皮细胞，有效调节油脂分泌，抑制粉刺面疱的滋生及黑色素的生成。
Activate epidermal cells, effectively adjust oil secretion, and restrain the growth of pimple and the formation of melanin.
激活表皮细胞，有效调节油脂分泌，抑制粉刺面疱的滋生及黑色素的生成。
Activate epidermal cells, effectively adjust oil secretion, and restrain the growth of pimple and the formation of melanin.
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