Rail concentrates covered processing and sintering, iron ore processing.
铁精矿石粉加工、结、矿石加工。
Ceramic elements are made by pressing and sintering finely powdered materials.
陶瓷元件是将仔细研磨的材料经过加压和烧结制成。
Ceramic elements are made by pressing and sintering finely powdered materials.
陶瓷元件是将仔细研磨的材料经过加压和烧结制成的。
Meanwhile, Wet methods of lining building, firing and sintering are discussed.
同时，对湿法筑炉及其烘炉与烧结方法进行探讨。
The suitable solvent-thermal debinding and sintering processes were established.
确定了合适的溶剂脱粘+、热脱粘+工艺。
Experimental results at different shape pressures and sintering temperatures are given.
并给出了在不同的成形压力和不同的烧结温度下的实验结果。
Effect of sintering temperature and sintering holding time on green density was analyzed.
分析了烧结温度和烧结保温时间对压坯密度的影响。
It was described that study on gel casting and sintering of silicon carbide in this paper.
研究了碳化硅耐火材料的凝胶注模成型及其烧结性状。
Through repeating test and sintering theory is analyses, the best control parameters are given.
通过反复的试验和烧结机理分析对比，给出了最佳的控制参数。
Its physical and chemical properties have been improved by adding some binder aid and sintering aid.
通过加入助结合剂、助烧结剂等，提高了热补料的理化性能。
Vacuum sintering and sintering in hydrogen atmosphere of warm-compacted green compacts has been studied.
研究了铁粉温压压坯在真空和氢气中的烧结行为。
The agglomeration and sintering of fine particles can necessitate a lowering in temperature of operation.
由于微粒易于聚集和烧结，不得不降低操作温度。
Particles coating process and sintering process of the compact was discussed according to experiment results.
根据实验现象对颗粒涂层过程和坯体的致密化过程进行了详细探讨。
The activating and sintering characteristics of hydroxyapatite agglomerate treated by shock wave were studied.
研究了经冲击波处理的羟基磷灰石粉末团聚体的活性及其烧结性能。
The effects of pressure and sintering process on the microstructure and properties of the materials were investigated.
研究了压制压力、烧结工艺对材料微观组织及性能的影响。
The special glaze composition and sintering process attained is suitable to the production of photoluminescence glaze.
探索出的特殊配方和制备工艺，适合于光致发光釉的生产。
It was reported that trace amounts of arsenic in iron ores, spherical ores and sintering ores were determined by GFAAS.
前言：采用石墨炉原子吸收法，测定了铁矿石、球团矿和烧结矿中微量杂质砷。
It was reported that trace amounts of arsenic in iron ores, spherical ores and sintering ores were determined by GFAAS.
采用石墨炉原子吸收法，测定了铁矿石、球团矿和烧结矿中微量杂质砷。
The agglomeration behavior of powder and the effect of agglomeration on compaction and sintering were studied in detail.
对粉料的团聚行为和团聚对成型、烧结的影响作了深入的研究。
In this paper, aluminum paste and sintering procedure effect on the BSF of crystalline silicon solar cells have been analyzed.
本文分析研究了铝浆及烧结工艺对晶体硅太阳电池背场的影响。
The changes of the sintering strength index and sintering loss rate of the mixes with different binders and pitches were discussed.
讨论了不同结合剂与不同性质沥青相配合时修补料的烧结强度指数及烧损率的变化。
The relation between heat storage and passing time of the kiln car, quality of car lining and sintering temperature are also discussed.
并讨论了车衬蓄热与通过隧道窑的时间、车衬材质和烧成温度的关系。
Of all factors, WC general carbon and sintering temperature are the most important factors which have much effects on material performance.
在所有的影响因素中，WC总碳和烧结温度是影响合金性能的最重要因素。
The reason for the inferior fatigue strength of some home made bimetal bushes, improvement approach and sintering mechanism were discussed.
分析了某些国产同类及金属轴套抗疲劳性能低的原因，并对其改进途径及烧结机理进行了探讨。
It was concluded that the three key technologies are the glass microsphere classifying, MSP body molding and sintering, dynode making of MSP.
指出了微球板电子倍增器研制中的三项关键技术：玻璃微球的制作、分级，坯体的成型与烧结和打拿极制作。
Screen-printing (SP) aluminum paste and sintering procedure that make BSF are widely used in mass production of crystalline silicon solar cells.
在商业化晶体硅太阳电池制造技术中，广泛采用丝网印刷铝浆烧结工艺制作铝背场（BSF）。
Methods for the preparation of nano-ceramics including the preparation, molding and sintering of nano-ceramic powders are introduced in the paper.
主要介绍了纳米陶瓷的制备方法，包括纳米陶瓷粉体的制备、成型和烧结。
The dependence of the densification and the microstructural evolution of the composites on time, temperature, and sintering atmosphere were studied.
研究了各种烧结温度、时间、气氛条件下复合体的致密度和显微结构的改善。
The dependence of the densification and the microstructural evolution of the composites on time, temperature, and sintering atmosphere were studied.
研究了各种烧结温度、时间、气氛条件下复合体的致密度和显微结构的改善。
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