burnt lime是什么意思_burnt lime怎么读_burnt lime的用法_翻译_短语搭配_权威例句

同近义词

• [化工]煅石灰；氧化钙

  calcia   /   calcium oxide

词组短语

1. soft burnt lime 轻烧石灰

2. Burnt lime hydrator 水合生石灰

3. temperature burnt lime 低温锻烧的石灰

4. all burnt lime 全生石灰

5. Over-burnt lime 过火石灰

6. low-temperature burnt lime 低温锻烧的石灰

7. dead-burnt lime 死烧石灰

8. over burnt lime 过烧石灰

9. Under-burnt lime 欠火石灰

权威例句

1. Experimental results show that using 100% burnt lime to replace limestone can increase sinter strength and in the condition of 30% appending additional fuel the productivity is improved slightly.

实验结果表明：全部用生石灰替代石灰石进行烧结，可提高烧结矿转鼓强度；用30%的燃料外配时，可略微提高烧结生产率。

2. The study result shows that proportioning of burnt lime in sinter mix is a effective measure for sinter production increasing, and the sinter quality and metallurgical properties were less affected.

结果表明，攀钢烧结配加生石灰是提高烧结矿产量的有效措施，且对烧结矿质量和冶金性能影响较小。

3. Study and operation practice of proportioning burnt lime in sintering production

湘钢烧结厂使用生石灰的试验研究与实践

4. For high iron and low SiO2 sintering mix, an experimental study was made in laboratory aiming to improve the strength and productivity of sinter by means of technological measures such as increasing the blend ratio of burnt lime and appending additional fuel.

在实验室条件下，对高铁低硅烧结原料，采用提高生石灰配比、燃料外配等措施，进行了旨在提高烧结矿强度和生产率等指标的实验研究。

5. Modification of burnt lime addition system in № 2 sintering plant, xianggang

湘钢二烧生石灰配加系统的改进

6. A new type of burnt lime slaker have been developed by LAIGANG sintering plant.

莱钢烧结厂研制了一种新型的生石灰消化器.《互联网》

7. A new type of burnt lime slaker have been developed by LAIGANG sintering plant.

莱钢烧结厂研制了一种新型的生石灰消化器。

8. The structure characteristics and performance analysis of some modified burnt lime hydrator a new type of burnt lime slaker

几种改进型生石灰消化器的结构特点及性能分析莱钢新型生石灰消化器的研制与应用

9. Research of action mechanism of burnt lime in agglomeration processes

石灰在团矿中的作用机理研究

10. The study result shows that proportioning of burnt lime in sinter mix is a effective measure for sinter production increasing, and the sinter quality and metallurgical properties were less affected.

结果表明，攀钢烧结配加生石灰是提高烧结矿产量的有效措施，且对烧结矿质量和冶金性能影响较小。

11. The difference of effects of burnt lime and hydrated lime, raw gypsum and burnt gypsum on white cement was studied, and the optimal type of lime and gypsum was determined.

研究了生石灰和熟石灰、生石膏和熟石膏对无熟料白水泥的影响差异，确定了最优石灰和石膏类型。

12. Especially on the condition that the iron ore source was limited due to the market condition, the ventilation of the sinter-mix could be increased efficiently by process method including properly using burnt lime, light burnt dolomite and increasing the sinter-mix temperature.

在原料条件受市场限制的情况下，通过合理使用生石灰、轻烧白云石及提高料温等工艺手段，能有效地提高混合料的成球性和透气性。

13. Sintering Effect of Proportioning of Burnt Lime in Sinter Mix

临钢烧结配加生石灰的效果及改进

14. The difference of effects of burnt lime and hydrated lime, raw gypsum and burnt gypsum on white cement was studied, and the optimal type of lime and gypsum was determined.

研究了生石灰和熟石灰、生石膏和熟石膏对无熟料白水泥的影响差异，确定了最优石灰和石膏类型。

15. As there are many shortages exist in old type of burnt lime hydrator, so three modified burnt lime hydrators were presented in this paper.

老式生石灰消化器存在着使用性能差的缺陷，本文介绍了三种改进型生石灰消化器，这三种生石灰消化器均可达到提高使用性能的目的。

16. It is shown that properties and productivity of sinter with 58.5% iron and 4.38% SiO 2 content were improved by using burnt lime and corresponding measures to enhance granulation process.

研究结果表明，通过采取强化制粒措施，高铁低硅烧结矿（烧结矿TFe588%SiO2438%）产质量得到了明显的提高。

17. To understand the rule and uniformity of gas distribution in the high-efficiency and low heat-consumption shaft kiln for burnt lime, a simulation test using cold gas was conducted with the modelling set-up specially designed and prepared.

为了考察套筒式燃油竖窑中的气体分配规律和气流分布的均匀性，设计制作了冷气体模拟实验装置模型。

18. In order to improve sintering raw mix size composition, increasing sinter TFe content and reducing solid fuel consumption, the industrial sintering test with all burnt lime to replace the limestone in BaoGang Iron Making Plant was conducted, and anticipative effect was gained

为了改善烧结混合料的粒度组成、提高烧结矿TFe含量、降低固体燃耗，包钢炼铁厂进行了用全生石灰取代石灰石的工业试验。试验取得了预期的效果