雾化钛酸钡锶溶胶，溶胶粒子在加热基体上快速凝胶，不仅缩短粉体的制备时间，而且制得粉体的粒径均匀。
A new processing preparation that sprays vapoured sol on the surface of heating material is adopted, which not only shortens time, but also gets a relative sinterability powder.
通过雾化熔融金属可以产生金属粉。
得到电解铜粉和雾化铜粉在SPS烧结过程中显微组织演变特征和规律不同的结论。
We get the conclusion that the microstructure evolution of electrolytic copper powder and atomizing copper powder was different in SPS process.
氮气雾化法生产铝粉具有细粉率高，铝粉活性好，球形铝粉成型率高，生产安全等优点。
Nitrogen atomization method has the following privileges: high percent fine powder, good activation and shape, production safety etc.
本文以紧耦合气体雾化技术对这一粉末进行研制，分别研究了导液管伸出量、雾化气压对粉末的平均粒度与微细（粉）末收得率的影响。
The effects of the protrusion length of the melt delivery tube and the atomization gas pressure on the average particle size and fine powder yield were studied.
从调整雾化角度对如何提高铁氧体粉料质量进行讨论。
A discussion is given from adjusting fog's Angle to increase the quantity the ferrite fine material.
扼要地介绍了雾化铝粉细粉回收系统，分析了系统粉尘飞扬的根源。
Introduced the thin atomized aluminum powder recovery system in brief and finding out why the system dust floats in the sky.
综述了提高吸入粉雾剂雾化性能的方法、粉雾剂的体外评价手段和生物药剂学研究方法等方面的进展状况。
The recent developments on dry powder inhalers(DPIs) of methods of enhancing aerosolizing efficiency, in vitro evaluation methodologies and biopharmaceutical models are reviewed.
在相同雾化制粉工艺参数条件下，粗粉中孔洞的数量多于细粉。
With the same atomized parameters, the porosity amount in large size powder is more than that in small size powder.
研究了氮气雾化316L粉的真空碳热还原烧结规律和挤压坯密度对热挤压工艺和挤压材性能的影响。
Vacuum carbothermal reduction of N2 -atomized 316l powders and effects of green compact density on hot extrusion and properties of extruded products were investigated.
研究了氮气雾化316L粉的真空碳热还原烧结规律和挤压坯密度对热挤压工艺和挤压材性能的影响。
Vacuum carbothermal reduction of N2 -atomized 316l powders and effects of green compact density on hot extrusion and properties of extruded products were investigated.
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