1) digestion
强化制粒
1.
The effect of many parameters,including higher burnt lime addition,digestion of burnt lime,mix moisture and granulation time,on the sintering of high iron and low silica mix was performed,and the sinter minerology was determined by using microscopy and SEM.
研究结果表明 ,通过采取强化制粒措施 ,高铁低硅烧结矿 (烧结矿TFe 5 8 8%SiO2 4 38% )产质量得到了明显的提高。
2) strengthening
强化
1.
Study of recrystallization and strengthening of ODS alloys;
氧化物弥散强化合金的再结晶行为及强化机理的研究
2.
Feasibility study on strengthening tapping at 380m~3 BFs in Anyang Iron and Steel Co.,Ltd;
安钢380m~3高炉强化炉前出铁的可行性研究
3.
Research on Application of Resonance on Strengthening and Polishing of Workpieces with Complicated Surfaces;
共振在异型曲面零件强化抛光中的应用研究
3) strengthen
强化
1.
Research on Strengthening Aerial Aluminum Alloy with Laser Shock Peening;
航空铝合金激光喷丸强化研究
2.
Study on hot mill work rolls by surfacing strengthen;
热轧工作辊表面堆焊强化研究
3.
Research on strengthening water soluble dissolve rate of glauberite ore by ultrasonic wave;
超声强化钙芒硝矿水溶浸出率的研究
4) enhancement
强化
1.
Investigation on heat transfer enhancement of the spoon type spirally fluted tubes;
勺形凹槽螺旋槽管强化传热研究
2.
Gas hydrate growth enhancement with pin-fin tube;
针翅换热管对蓄冷用气体水合物生长过程的强化
3.
Study on Performance Enhancement for Evaporative Condenser;
蒸发式冷凝器性能研究及强化
5) reinforcement
强化
1.
Bond Strength and Reinforcement Mechanism of Compound Coating of Ionitriding and Ion Plating TiN;
离子氮化与离子镀TiN复合涂层的结合强度及强化机理
2.
Research on the reinforcement mechanism of high-strength stainless steel silk(tape) as a instrument;
仪表用高强度弹簧不锈钢丝(带)强化机制的研究
3.
Study of a few problems concerning "reinforcement";
关于“强化”的几个问题的探讨
6) intensification
强化
1.
Intensification of the Functions of Relaxation and Sustainable Development of Museums——A Case of Southern Jiangsu;
休闲娱乐功能的强化与博物馆的可持续发展——以苏南地区为例
2.
Emphasis systems:intensification and salience;
语言强调功能系统:强化及凸显
参考词条
补充资料：FL系列沸腾制粒干燥机
  应用： 制药工业中的造粒：片剂颗粒、冲剂颗粒、胶囊剂颗粒。 食品工业的造粒：可可、咖啡、奶粉、颗粒果汁、调味品等。 其它行业的造粒：农药、饲料、化肥、颜料、染料化工等 粉状或颗粒状湿物料的干燥。 包衣：颗粒、丸剂保护层、备色、缓释、薄膜、肠溶包衣等。 特点： 通过粉体造粒，改善流动性，减少粉尘习扬； 通过粉体造粒改善其溶解性能； 混合、制粒、干燥在一机内完成一步法制粒； 采用抗静电滤布，设备操作安全； 设置压力泄放孔，一旦发生爆炸，设备人员不受伤害； 设备无死角，装卸料轻便快速，冲洗干净，满足GMP规范 工艺流程图：  原理： 物料粉末粒子，在原料容器（流化床）中呈环形流化状态，受到经过净化后的加热空气预热和混合，将粘合剂溶液雾化喷入，使若干粒子聚集顾含有粘合剂的团粒，由于热空气对物料的不断干燥，使团粒中水分蒸发，粘合剂凝固，此过程不断重复进行地，形成理想的、均匀的多微孔球状颗粒。 技术参数：
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说明：补充资料仅用于学习参考，请勿用于其它任何用途。