这些新技术必将促进我国优质烧结矿的生产。
These new technologies will promote the production of high quality sinter in our country.
在此基础上，提出了烧结合理配矿原则，并应用到生产实践。
Then, a rule of reasonable batching by weight for sintering was found and applied to practical production.
介绍了安钢进行低硅酸性烧结矿的试验及生产。
The experiment and production of low silica acid sinter in ANGANG were presented in this paper.
此外，利用回归方程还可以预测烧结矿粒度组成的变化趋势，达到指导实际生产的目的。
In addition, the trend in the change of sinter size distribution could be also predicted using the regression equation, to guide the poeration.
烧结过程是钢铁冶炼的重要过程，烧结矿是高炉炼铁的主要原料，烧结矿的质量与产量直接影响到炼铁生产的质量与产量。
Sintering process is essential in the procedure of the iron and steel smelting, sinter, the quality of which has a direct impact on the quality of steel, is a vital raw material for blast furnace.
烧结矿配料生产要在满足高炉需求的情况下追求成本最小。
The production of sinter mixing material shall be carried out in the lowest cost in conformity with the demand of blast furnace.
针对石钢的原料条件，进行了烧结配加扬迪矿的试验研究，分析了配加扬迪矿对烧结各项指标的影响以及工业生产应用后的实际效果。
The trial research of adding Yangdi ore in sintering material is conducted based on the Shi Steel's conditions, the influence to do so on various sinter index analyzed as well as practical result.
乌石山矿可以改善烧结过层的透气性，提高垂直烧结速度并降低烧结矿的生产成本。
Wushishan iron ores can improve the sintering bed permeability and increase vertical sintering velocity, and decrease production cost of sinter.
就首钢矿业公司烧结厂进行的配加马萨杰矿粉烧结的实验室试验、工业试验和工业生产情况进行了系统介绍。
The experimental test, plant test and production practice of sintering with proportion of Mesa J iron ore were conducted in sintering plant, SOUGANG MINE Co.
采用现场生产数据，运用数理分析方法，分析了返矿对烧结过程水碳的影响．。
Based on operational data, the influence of teture fines on variation of mios-ture and carbon rate in sintering process was analyzed by mathematical treatment.
试验结果表明，烧结生产率大幅度提高，烧结矿强度进一步改善，烧结矿还原性及还原粉化指标也变好。
The test results show that sintering productivity is greatly increased, sinter strength is further improved as well as reducibility and reduction degradation index also changes better.
烧结机头端布料器是烧结生产中的关键设备，其布料效果的好坏将直接影响烧结矿的产量和质量。
Feeding device of sintering machine is the key equipment in sintering process, Its distribution result has great effect on the output and quality of sinter ore.
针对我国铝土矿资源特点和我国烧结法生产氧化铝的现状，论述了强化烧结法生产氧化铝新工艺。
Based on the Chinese bauxite character and the status of the traditional sintering process, the intensified sintering process was studied.
分析了烧结取消热矿筛工艺的生产影响，并提出了相关工艺调整措施。
The paper discusses the influence of remove hot screen in sintering process, and gives the method to adjust corresponding process.
烧结矿的碱度对烧结矿产量、质量、冶金性能等有重要影响，是炼铁生产的重要参数。
The alkalinity of sinter has important effects on production, quality and metallurgical properties of the sinter, and is also a key parameter for ironmaking production.
海砂是一种价格比较低廉的含铁矿物，作为烧结原料有利于降低烧结矿的生产成本。
Sea sand iron ore is a kind of cheaper ore, using this ore as sintering material can decrease production cost.
针对东烧以利用自产浮选精矿为主，进行生产酸性小球团热烧结矿的改造，进行了小球团烧结工艺的制粒研究。
Point at the Dong Anshan sinter plant will modifying sintering production to acid MPS hot sinter with self- mined flotation concentrates, the granulating research of MPS process was conducted.
本钢炼铁所需的主要原料为烧结矿，在生产过程中烧结矿品位高低和碱度波动对高炉生产影响很大。
The main raw materials demanded by Benxi iron and iron company are sinters, however the grade level of sintering products and the variation of alkalinity greatly influence the blast furnace process.
钒钛烧结矿液相组成复杂，存在生产率低、转鼓强度差、还原粉化严重等现象。
Vanadium-titanium sinter has a complex liquid composition, which exists the phenomena such as low productivity, poor drum strength and serious RDI.
文章通过对包钢生产烧结矿质量检测数据的统计分析，研究了包钢烧结矿的化学成分和矿物组成对其冶金性能的影响，提出了包钢烧结矿质量指标的适宜范围。
Based on the testing data of the quality of sinter, the influences of chemical composition and mineral composition on metallurgical properties of the sinter are investigated.
改造后，设备运行平稳，满足了烧结生产工艺要求，提高了烧结矿的产量和质量。
As a result, the device run steadily and greatly satisfy the technics indexes of sinter. The yield and quality of sinter is increased.
改造后，设备运行平稳，满足了烧结生产工艺要求，提高了烧结矿的产量和质量。
As a result, the device run steadily and greatly satisfy the technics indexes of sinter. The yield and quality of sinter is increased.
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