本文介绍了来宾冶炼厂烟化炉风嘴角度与生产的直接关系。
The relationship between the inlet angle of fuming furnace and production in Laibin smelter is introduced in this paper.
叙述了富氧煤粉烟化的生产实践，分析了煤粉消耗居高不下的原因。
This paper describes the practice of oxygen-enriched coal fuming, analyzes the reasons for high consumption of coal.
本文采用烟化法处理此类炉渣。通过选择合适的渣型，降低了炼铅炉渣的熔点。
The fuming process was applied to treat the slag, and the smelting point could be lowered by selecting suitable slag system.
研究了烟化温度、吹炼时间等对炼铅炉渣中锌挥发率的影响，得出了适宜的烟化工艺条件。
The appropriate fuming process parameters were obtained by studying the influence of fuming temperature and smelting time on the volatilization rate of zinc.
本文介绍了利用氨法处理杂质成分复杂的某大型冶炼厂炼铅系统烟化炉氧化锌烟灰制备高等级氧化锌的工艺。
The paper introduces the ammonia process of producing high-grade zinc oxide from impurities zinc oxide dust which produced by the smoked stoves in a large internal smelter.
论文分两部分，对熔池熔炼—连续烟化法处理高钨电炉锡渣和熔池熔炼—连续烟化法处理低品位锑矿进行了研究。
This paper deals mainly with two parts, which is the study of the application of the BS-CF process to the high tungsten slag of tin smelting and to the treatment of low-grade antimony minerals.
对湖北省马良烟站建立的烟叶自动化控制收购系统的作业流程和系统特点进行了介绍。
The working procedure and characteristics of automatic tobacco purchase system in Maliang tobacco station of Hubei province were introduced.
因此要实现烟苗移栽的自动化，必须解决烟苗的供给问题。
It is necessary to resolve the problem of the seedling supply, to achieve the automation of the tobacco transplant.
运用了离子感烟技术和可视化技术进一步增强了系统的可靠性。
It has strengthened the dependability of the system by using Visualization technology and Ionic smoke sensing technology.
在烟支计数的实际应用中，为了后续的计数，需要对灰度烟支图像二值化。
In cigarette counting applications, a binarization algorithm is needed for the following counting process.
智能化太阳能密集烤房由太阳能供热系统、煤燃烧供热系统、装烟系统、通风排湿系统和自动控制系统等部分构成。
An intelligent solar bulk curing barn includes solar heating system, coal heating system, leaf loading system, ventilation system and automatic control system.
智能化太阳能密集烤房由太阳能供热系统、煤燃烧供热系统、装烟系统、通风排湿系统和自动控制系统等部分构成。
An intelligent solar bulk curing barn includes solar heating system, coal heating system, leaf loading system, ventilation system and automatic control system.
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