目的：研究药品气流粉碎工艺中部分过程参数对产品粒度的影响。
Objective: To study the influence of some process parameters on the product granularity in pharmaceutical air jet pulverization process.
在预混饲料添加剂生产工艺过程中，硫酸盐类原料的粉碎工序至关重要。
One of the important working procedures in premixed feed additives production is the grinding of sulphate raw materials.
CM 51型超细粉碎设备，在我国非金属矿超细粉碎工艺中得到广泛应用。
CM51 extra-fine pulverizers have been widely applied in extra-fine crushing of non-metallic ores in China.
铝与其他非金属矿物不同，其粉碎工艺既具有球磨工艺的普遍性又具有特殊性。
Because aluminium is different from nonmetallic mineral, its crush corresponds with milling's generality and specialty.
本文还对各种粉碎设备采取的原料粉碎工艺进行了比较，从中选出了比较经济的粉碎工艺。
Finally, the article raises the economic crushing processes by comparing the crush processes of crush equipment.
适用于颗粒料，破碎料的分级和二次循环粉碎工艺，以及一些颗粒、粉料的清理和分级处理。
Suitable for grading pellets and crumbles, and the secondary recycled grinding technology as well as the cleaning and grading treatment of some granular and powdery materials.
应用于颗粒料、破碎料的分级和二次循环粉碎工艺，以及一些颗粒、粉料的清理和分级处理。
Suitable for grading of powder and pellet material, and for second grinding, also for cleaning and grading for powder and pellet material.
人们对对撞机期望值很高，认为这个新的质子粉碎工具可以带领科学家对基础物理学的理解有所突破。
Hopes are high that the new proton-smashing tool can lead to breakthroughs in scientists' understanding of basic physics.
介绍了配和煤选择性粉碎工艺的原理、特点及应用情况。结果表明该工艺投用后，配合煤质量明显改善。
The principle, feature and application of selective pulverizing technology on blended coals have been introduced. results show that the quality of blended coals has been improved effectively.
最重要的应用领域包括大规模支助辊，船行轴和舵轴，石头破碎机，曲轴，齿轮，振动筛，轧钢机，研磨，粉碎工程。
The most important applications include heavy support rollers, ship line shafts and rudder shafts, stone crushers, crankshafts, gears, vibrating screens, rolling mills, grinding and comminuting works.
以符合GMP的超细气流粉碎工艺为研究对象，设计了相应的自动控制系统，并探讨了药品超细气流粉碎工艺中部分工艺参数对产品粒度的影响。
The autocontrol and the process parameters influencing the product granularity by air jet pulverization according to GMP requirements are studied in this paper.
以符合GMP的超细气流粉碎工艺为研究对象，设计了相应的自动控制系统，并探讨了药品超细气流粉碎工艺中部分工艺参数对产品粒度的影响。
The autocontrol and the process parameters influencing the product granularity by air jet pulverization according to GMP requirements are studied in this paper.
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