查询词典 furnace charging

The rotating chute planetary gearing of eoordination type double pot bell less furnace top of 750m 3 blast furnace in Laiwu Iron and Steel General Works can make chute to do circular motion around contral line or blast furnace of to do inclined motion, and it can achieve ideal charging of throat.

莱芜钢铁总厂750m3高炉双罐并列式无料钟炉顶旋转溜槽行星传动系统使溜槽既可绕高炉中心线会圆周运动，又能倾动，实现了炉喉的理想布料。

In this thesis, the distinct element method is first applied theory research of charging of bell-less top blast furnace, and is successfully used. It imitates a new way for dynamic study of charging of bell-less top blast furnace. It exploits prospect for research in theory of charging bell-less top blast furnace. It has great significance in theory research and practice.

本论文首次将离散单元法引入高炉无钟炉顶布料理论研究，并得到了成功应用，为高炉无钟炉顶布料的动力学研究开辟了一条新途径，为高炉无钟炉顶布料理论研究开拓了广阔的前景，具有重要的理论研究意义和实际应用价值。

The confidence and accuracy of distinct element method simulation model of charging of bell-less top blast furnace are only verified and affirmed by experiment. The experiments of one circle charging and multiple circle charging are made in the test model of bell-less top blast furnace.

从而，以高炉炉料颗粒离散单元法模型为基础，结合计算机实施技术，建立了高炉无钟炉顶布料的离散单元法模拟模型，并将其开发编制成了大型的计算机模拟应用程序BLTDEM，配置了功能齐全的前后处理器，以完善计算机模拟和应用。

It further proves the distinct element method simulation model of charging of bell-less top blast furnace is true, and indicates this mathematics model not only has great theory research significance, but also have full practical worth. The distinct element method simulation model of charging of bell-less top blast furnace is a computer model.

本文还对实际无钟炉顶高炉开炉布料进行了离散单元法模拟研究，模拟结果与实测结果也基本符合，这进一步证明了高炉无钟炉顶布料离散单元法模拟模型的正确性，并且表明此数学模型不仅具有理论研究意义，而且具有实用价值。

It indicates the distinct element method simulation model of charging of bell-less top blast furnace may replace the model experiment that takes very long time, and spends a great amount of both manpower and material resources to research the law of charging of bell-less top. The distinct element method simulation is made for opening furnace charging of reality bell-less top blast furnace. The result of simulation is also very identical with that of measuring.

本文在高炉无钟炉顶实验模型上进行了单环和多环布料实验研究，同时运用离散单元法模拟模型对实验进行了数值模拟，得到的炉料分布和料面形状的实验结果与模拟结果相当吻合，这证明了离散单元法在高炉无钟炉顶布料中的应用是可行的，并且表明运用高炉无钟炉顶布料离散单元法模拟模型可以替代费时、费钱、费力的物理模型实验，进行无钟炉顶布料规律研究。

A axle of blast furnace charging wagon broke in use.

高炉上料车车轴在使用过程中发生断裂。

Be responsible for mechanical equipment design of metallurgy and float glass line, such as hydraulic system of the bottom of reheating furnace, charging/discharging machine and related mechanism

负责冶金机械设备或浮法玻璃生产线设备的非标设备设计，如加热炉炉底机械、装出钢机械等液压系统和相关设备的设计

The computed results verify the existence of the three heat and oxygen exchange zones in blast furnace. Charging coke at center can suppress the center coke gasification reaction, improve the strength of center coke and increase the permeability of both gas and liquid.

验证了高炉内存在三个热、氧交换带的理论；中心加焦能抑制其中的炭气化反应，对于提高中心焦柱的强度，改善其透气性及透液性有重大的意义。

Due to higher content of residual deleterious elements in scrap, the arc furnace charging should contain iron/hot metal or DRI in definite proportion to decrease the content of residual deleterious elements in steel for oil well.

因废钢中残余有害元素含量较高，为降低油井用钢的残余元素含量，应在电弧炉炉料中加入一定比例的生铁或直接还原铁

This paper intreduces that in design of blast furnace charging equipment correct option of falling point po- sition of burden and correct option of small bell diameter can decrease and prevent the bisbell and big hoppor weared and impacted by furnace burden,so that the service life of these equipments can be increased,taking top cllarging equipment of No.

本文以济南钢铁总厂第二炼铁厂1￣＃高炉炉顶装料设备为例，简析了装料设备设计中，应考虑炉料落点位置，合理选择小料钟直径，目的是减少和避免炉料对大料钟与大料斗的冲击和磨损，提高使用寿命。

But in the course of internationalization, they meet with misunderstanding and puzzlement.

许多企业已经意识到了这一点，但在国际化的进程中，仍存在一些误区与困惑。

Inorder toaccomplish this goal as quickly as possible, we'll beteamingup with anexperienced group of modelers, skinners, and animatorswhosenames willbe announced in the coming weeks.

为了尽快实现这个目标，我们在未来数周内将公布与一些有经验的模型、皮肤、动画制作小组合作。