In order to attain nano grain size sintering materials, we must control strictly not only sintering temperature but also sintering time.
欲获得纳米尺度晶粒的烧结体材料，不仅需要采用远低于其常规的烧结温度，对烧结时间亦应严格限制。
Addition of partial nephelite during bauxite sintering could not only make up consumption of soda, but also attain purpose for treating nephelite.
在铝土矿烧结过程中添加部分霞石矿，以补充碱的消耗，同时达到处理霞石的目的。
Burn-through Point (BTP) is the most important heat state parameter in sintering process, and a sign to determine whether the process is normal or not.
烧结终点是烧结过程中最重要的热状态参数，是判断烧结过程正常与否的标志之一。
With the expansion of production and the increment of sintering production capacity, the disc feeder has not been able to satisfy the requirements of production.
随着生产的扩大和烧结机产能的增加，圆盘给料机已不适应生产的需要，因此研制一种新型给料机-宽带给料机来满足生产的需要。
The research of heating in selective laser sintering (SLS) of powders mostly focuses on the sintering process, but the research of the preheating process is not sufficient.
对选择性激光烧结(SLS)加热的研究多数集中在烧结过程上，而对预热过程的研究还很不完善。
The production result shows that this technique possessed benefit mixing effect, larger treatment capacity, and can meet the need of sintering production whereas not influence on sintering index.
生产实践表明，马钢开发的烧结利用炼钢除尘污泥工艺，混合效果较好，处理量大，能够满足生产工艺要求，不会给烧结生产指标带来不利影响。
The sintering experiment is not only the base for guiding design and optimization of producing technique conditions but also is the important part of sintering investigation.
烧结试验是指导烧结厂设计和生产工艺条件优化的基础，也是烧结研究的重要组成部分。
The sintering experiment is not only base for guiding design and optimization of technics condition but. al- so the important constitute part of sintering investigation.
烧结试验是指导烧结设计、生产工艺条件优化的基础，也是烧结研究的重要组成部分。
Sintering process is started from ignition, and bad or good the ignition operation is, influences not only on output and quality of sintering, but also directly on energy consumption.
烧结过程是从点火开始的。 点火过程进行得如何，不仅影响烧结生产的产量与质量，而且对能源的消耗有直接影响。
The PAN-1 high effective flocculant not only raised the capacity of settling tank in sintering process, but also lowered overflow suspensions and reduced water into the process.
PAN-1型高效絮凝剂在试验过程中，不但提高了烧结法分离沉降槽的产能，而且降低了溢流浮游物，减少了进入流程中的水。
However, the intensity of original laser beam spot can not be distributed uniformly, which is bad for controlling the laser sintering condition. And the ceramics may be destroyed.
但原始激光束光强的不均匀分布影响了陶瓷改性的一致性，不利于激光烧结工艺的准确控制，严重者还会损坏陶瓷。
Effective sintering AIDS not only can improve microstructure but also can enhance performances of elevated temperature and oxidation resistance.
有效的烧结助剂不但可以改善氮化硅陶瓷的显微结构，而且可以提高氮化硅陶瓷的高温性能和抗氧化性能。
Having a structural element that is built by selective laser sintering, the grid can be a highly complex 3d structure that is not achievable by molding or milling techniques.
在已经通过选择性激光烧结建造出结构元件之后，所述滤线栅可以是通过模塑或研磨技术无法实现的高度复杂的3d结构。
The NO. 2 sintering plant of Magang promoted sintering production automation by PLC system, but its data warehouse to produce information was not applied.
马钢二烧P LC系统推动了烧结生产自动化，但其生产数据库资源未进行信息开发应用。
However, the rapid intrinsic growth characteristic of nanometer WC grain during sintering process lead nano-grained cemented carbides with excellent mechanical performances is not acquired.
然而，纳米硬质合金粉末烧结过程中WC晶粒的快速长大行为使得难于获得真正意义上的纳米晶硬质合金块体材料。
The neural networks with data from sintering plant is used in this paper. It not only can predict the solid fuel consumption but also can study every kind of parameter as to its influence.
本文利用实际烧结生产数据通过运用人工神经网络技术，不仅对烧结固体燃耗进行了预测，而且研究了各主要参数对烧结固体燃耗的影响。
During the laser sintering, due to the large liquid phase viscosity and surface tension, the balling effect occurred when the molten did not wet the solid metal particle and the underlying substrate.
实验发现，在液相粘度较高、表面张力大，熔体材料不浸润固相颗粒和基板等因素的影响下，烧结过程中出现了球化现象。球化的出现妨碍了直接金属激光烧结成形的顺利进行。
Result shows the Youngs modulus of nanometer ZrO 2 increases with elevated sintering temperature. This method is simple and practicable, and has not special demand for shape of sample.
并对不同烧结温度下纳米氧化锆进行了测量，结果表明纳米氧化锆的杨氏模量随烧结温度的升高而增加，此方法简便实用，并对试样的形状无特殊要求。
Result shows the Youngs modulus of nanometer ZrO 2 increases with elevated sintering temperature. This method is simple and practicable, and has not special demand for shape of sample.
并对不同烧结温度下纳米氧化锆进行了测量，结果表明纳米氧化锆的杨氏模量随烧结温度的升高而增加，此方法简便实用，并对试样的形状无特殊要求。
应用推荐