烧结矿强度对高炉冶炼的影响至关重要。
It is of great importance to the effect of sintering ore strength on blast furnace operation.
本文通过烧结杯试验和转鼓指数测定研究了铁料、碱度、燃耗和水分对水钢烧结矿强度的影响。
This article studies the influence of iron materials, basicity, fuel consumption and moisture on sinter strength through the sintering pot test and the tumbling test.
低碳厚料层烧结是一项重要的烧结技术，具有改善烧结矿质量、高烧结矿强度、低燃料消耗等优点。
Low carbon and thich sinter bed sintering is an important sintering technology, featuring the advantages of high quality, high strength and less fuel consumption.
低碳厚料层烧结是一项重要的烧结技术，具有改善烧结矿质量、提高烧结矿强度、降低燃料消耗等优点。
Low carbon and thich sinter bed sintering is an important sintering technology, featuring the advantages of high quality, high strength and less fuel consumption.
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.
烧结矿分形曲线在孔隙尺寸很小时表现出非分形特征，由此可研究烧结矿强度与孔隙结构分形特征之间的关系。
Distribution curves show the non-linear characteristic when pores are very tiny. Thus research on the relationship between the intensity and fractal characteristic can be conducted.
试验结果表明：配加硼灰泥粉后，烧结矿成品率提高，冷强度和低温还原粉化性能改善。
As a result, with introducing this kind of additive, the sinter yield elevated, cold strength and RDI of sinter improved.
结果表明，高品位攀精矿烧结性能较差，对烧结矿转鼓强度、成品率及冶金性能有不利影响。
The results show that the sintering ability is poor, and will possess unfavorable effect on sinter tumbler strength, product rate and metallurgical property.
试验结果表明，热风烧结可以提高钒钛磁铁精矿烧结矿的成品率和转鼓强度，但利用系数降低；
The test results show that hot- air sintering can increase sinter rate and tumbler strength, but decrease productivity.
因此提高低氟烧结矿粘结相的熔点及结晶能力是降低微气孔率、提高强度的根本途径。
The basic way to decrease the pore number and improve the strength of the sinter with low fluorine is increasing the melting point and crystallization capacity of the binding phase.
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.
应用分形理论研究了低硅烧结矿的抗压强度。
The intensity of the low silicon sinter is studied by fractal theory.
烧结矿是高炉炼铁的主要原料之一，其强度的高低直接影响高炉顺行的程度，最终影响到生铁的产量和质量。
Sinter is the main material of iron making. Its strength straightly influences the natural production of blast furnace, and it affects the yield and quality of the pig iron.
由于烧结用原燃料的不均一性，使得烧结工艺过程是一个不平衡的工艺过程，影响着烧结矿的成品率和强度。
Due to unevenness of sinter material, the sinter process is unbalanced, which has effect on product rate and strength of sinter ore.
在新的配矿条件下，研究了碱度对承钢钒钛磁铁烧结矿的强度、矿物结构和烧结过程的影响。
The influence of sinter basicity on quality, mineral structure and sintering process of vanadium-titanium magnetite was determined under the new raw material structure.
研究了石灰活性对烧结矿中铁酸钙的结晶形态、烧结矿品位、强度和成品率等的影响。
The influences of the lime's activities on the form of calcium ferrite, the sinter's grade, intensity and yield have been studied in this paper.
因此，烧结矿的强度很差。
试验过程中通过优化调整烧结操作参数等，提高了烧结矿转鼓强度，使燃料消耗下降，改善了烧结矿冶金性能指标。
During the experimental period sintering parameters were optimized and adjusted, which improved sintering indexes, such as tumbler strength, fuel consumption, sinter metallurgical properties etc.
结果表明，高品位攀精矿烧结性能较差，对烧结矿转鼓强度、成品率及冶金性能有不利影响。
The experiment results showed that the sintering ability is poor, and will possess unfavorable effect on sinter tumbler strength, product rate and metallurgical property.
应用微型烧结法试验，研究了含钛铁矿配比和碱度对烧结矿抗压强度的影响。
The influence of TiO2-containing iron ore's allocated proportion and basicity on the sinter anti-compressive strength was studied through the mini-sintering experiment.
因此提高低氟烧结矿粘结相的熔点及结晶能力是降低微气孔率、提高强度的根本途径。
The basic way to decrease the pore number and improve the strength of the sinter with low fluorine is increasing the mel…
该精矿初始熔点高，生成液相量少，烧结矿矿物组成复杂，严重影响强度与冶金性能。
The strength and metallurgical properties were affected severely as sinter liquid was less and complex mineral composition owing to high melting temperature point of concentrate.
该精矿初始熔点高，生成液相量少，烧结矿矿物组成复杂，严重影响强度与冶金性能。
The strength and metallurgical properties were affected severely as sinter liquid was less and complex mineral composition owing to high melting temperature point of concentrate.
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