SFD Drying systems are available from 10 to 100 HP models.
SFD空气干燥设备拥有10至100马力的各个型号。
The status of large-scale grain drying project in Japan and large-scale grain drying systems designed by various of new technologies are introduced in this paper.
介绍了日本大型谷物干燥工程的现状以及采用不同的新技术设计建造的大型谷物干燥系统。
An environmental consultancy commissioned by Xeros to test its system reckoned that its carbon footprint was 40% smaller than the most efficient existing systems for washing and drying laundry.
克赛罗斯公司委任的测试系统的环保顾问估计他们的系统使用碳的量比现在最先进的洗衣和烘衣系统少40%。
Auto control is important to enhance management level and reduce energy consumption for building thermal systems and improve grain drying quality for grain drying process.
自动控制对于提高建筑热工系统运行控制水平，降低建筑能耗和提高粮食干燥品质具有重要意义。
The mechanics and drying shrinkage properties of high C3S cement and popular cement systems were studied.
研究了高c3s水泥系统和普通水泥系统的力学性能及干缩性能。
This paper introduced LYOVAC series freeze drying plants and their automatic control systems which are produced by LH co Ltd of Germany.
介绍了德国莱宝公司生产的LYOVAC系列冷冻干燥装置及其自动控制系统。
Most of these systems are of functions of storage and drying.
这些系统大多集贮藏与干燥功能于一体。
It should be noted that aqueous spray systems require longer drying times than colours containing solvents.
应该注意的是含水的喷涂系统要比含溶剂的上色需要更长的干燥时间。
It should be noted that aqueous spray systems require longer drying tmis than colours containing solvents.
应该注意的是含水的喷涂系统要比含溶剂的上色需要更长的干燥时间。
Air systems are primarily limited to forced-air space heating and industrial and agricultural drying processes.
气体系统主要限于强制气体空间供热和工农业烘干处理。
Convection Oven systems utilize heated air to process a variety of products for drying and curing.
对流烤箱系统利用热空气干燥和硫化各种产品。
According to the different papers, infrared drying or UV curing was selected, and then the cooling systems made the paper cool to improve the drying effect.
阐述全能纸张烘道系统主要组成，根据烘干物料的不同，选择红外线干燥或紫外线固化，烘干后经运风降温冷却，提高纸张的干燥效果。
According to the different papers, infrared drying or UV curing was selected, and then the cooling systems made the paper cool to improve the drying effect.
阐述全能纸张烘道系统主要组成，根据烘干物料的不同，选择红外线干燥或紫外线固化，烘干后经运风降温冷却，提高纸张的干燥效果。
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