尿素熔融喷浆造粒,urea melt spraying granulation
1)urea melt spraying granulation尿素熔融喷浆造粒
1.In compound fertilizer production ofurea melt spraying granulation process, the structure of urea melt tank plays a very important role for the uniform and rapid melt of heating urea, preventions of excessive temperature and biuret formation.在尿素熔融喷浆造粒生产复合肥过程中,尿素熔融槽的结构对保证尿素在槽中均匀、快速被加热熔融,防止温度超标和缩二脲的生成非常重要。
2)slurry spraying and prilling process with melt urea尿素熔融喷浆造粒工艺
3)melting spraying granulation熔融喷浆造粒
1.Discussion on some design problems of tower formelting spraying granulation;对高塔熔融喷浆造粒塔体设计中几个问题的探讨
4)melting spraying tower granulation高塔熔融喷浆造粒
1.Technology of urea-based compound fertilizer process withmelting spraying tower granulation;高塔熔融喷浆造粒生产尿基复合肥的工艺技术
5)drum granulator with urea melt spraying尿素熔融转鼓造粒
1.Production of Semiorganic compound fertilizer bydrum granulator with urea melt spraying;尿素熔融转鼓造粒技术生产有机-无机复混肥
6)Urea granulation nozzle尿素造粒喷头
1.Urea granulation nozzle and the operating parameters of it have an important impact on the spatial distribution and the particle size distribution of urea particles.尿素造粒喷头及其操作参数对尿素颗粒的空间分布和粒径分布有着重要影响,介绍了BP神经网络模型的建立及有关参数的选取,运用该模型对不同工况下颗粒在塔径向上的分布和颗粒粒径分布进行了预测,并用于指导实际生产,确保产品质量稳定。
英文短句/例句
1.Performance Prediction of Urea Granulation Nozzle by Means of BP Neural Network基于BP神经网络的尿素造粒喷头性能预测
2.Techno-economic Comparison between Tower Process and Fluid-bed Process of Urea Granulation;尿素塔式造粒和流化床造粒的技术经济对比
3.Study on slow release property of melting granulating humic acid urea熔融造粒腐植酸尿素的缓释性能研究
4.Study on Antiseptic Mechanism and Technique for Urea Prilling Towers尿素造粒塔的防腐机理及防腐技术研究
5.Spray granulation techniques in fluidized beds are overviewed in terms of the granulation mechanism, the operation mode and influenced factors.本文介绍了流化床喷雾造粒技术，包括造粒机理、操作方式、影响因素等。
6.Approaches Feasibility of Application Plastic-scale Reinforcing-anticorrosive-layer in Urea Prilling Tower尿素造粒塔玻璃鳞片加强防腐蚀施工可行性探讨
7.Application of epoxy resin glass fiber reinforced plastics in corrosion protection of urea prilling tower liner环氧树脂玻璃钢衬里在尿素造粒塔防腐蚀中的应用
8.Experimental Study of Spray Granulation by Inner Heat Vibrating Fluidized Bed内热式振动流化床喷雾造粒试验研究
9.A New Process for Compound Fertilizer Production from Melted Urea by Spraying Rotary Granulation;尿液喷浆团粒多元复合肥装置的建设和生产
10.Technical support: Powder granulation technologies, design and manufacture of spray equipment.技术支持：热喷涂粉造粒与分级；喷涂自动化设备设计与制造。
11.Urea is commonly used as the source of nitrogen in foliage sprays.尿素作为氮素给源普遍地应用于叶面喷布。
12.cast drinking fountain of iron or stee铸造喷嘴式饮水龙头,钢或铁制
13.A Kind of Double Heads Code Heat Printing Machine for Card Making一种用于卡片制造的双头喷码烫印机
14.Finish with a light mist of Satinique Advanced Finishing Spray to give final hold and definition.在整个头上喷上仙姬持久造型喷雾，增加头发的层次感及线条美。
15.This is jet bit and that is a PDC bit.这是喷射式钻头，那是人造聚晶金钢石钻头。
16.DISCUSSION ON THE PREPARATION OF THE FORMING MATERIALS OF ABRASIVE WHEEL WITH WEAR-RESISTANT STEEL BALL BY SPRAY GRANULATION喷雾造粒法制备磨钢球砂轮成形料的探讨
17.Study on Coating Equable Extent in Fluidized Bed Spray Granulation;流化床喷雾造粒（包衣）过程—涂覆均匀度的研究
18.Study on slurry for spray granulation in manufacturing NiZn ferrite powderNiZn铁氧体粉料生产中喷雾造粒用料浆的研究
相关短句/例句
slurry spraying and prilling process with melt urea尿素熔融喷浆造粒工艺
3)melting spraying granulation熔融喷浆造粒
1.Discussion on some design problems of tower formelting spraying granulation;对高塔熔融喷浆造粒塔体设计中几个问题的探讨
4)melting spraying tower granulation高塔熔融喷浆造粒
1.Technology of urea-based compound fertilizer process withmelting spraying tower granulation;高塔熔融喷浆造粒生产尿基复合肥的工艺技术
5)drum granulator with urea melt spraying尿素熔融转鼓造粒
1.Production of Semiorganic compound fertilizer bydrum granulator with urea melt spraying;尿素熔融转鼓造粒技术生产有机-无机复混肥
6)Urea granulation nozzle尿素造粒喷头
1.Urea granulation nozzle and the operating parameters of it have an important impact on the spatial distribution and the particle size distribution of urea particles.尿素造粒喷头及其操作参数对尿素颗粒的空间分布和粒径分布有着重要影响,介绍了BP神经网络模型的建立及有关参数的选取,运用该模型对不同工况下颗粒在塔径向上的分布和颗粒粒径分布进行了预测,并用于指导实际生产,确保产品质量稳定。
延伸阅读
降帘尿素造粒分子式：CAS号：性质：美国田纳西河流管理局(TVA)开发的一种带有特殊结构的转鼓造粒技术。转鼓内部设有提升物料的抄板和收集、倾倒物料的设施。尿素颗料被不断提升和落下形成连续的“幂帘”。熔融尿素喷向此“幂帘”，使小颗粒尿素逐层涂布并经通入鼓内的冷空气固化而达到增大颗粒的目的。进料熔融尿素的浓度为99％～99.7％。
