distributor

基本解释布料槽

网络释义

1)distributor,布料槽2)burden distribution,布料3)distribution,布料4)charging,布料5)cloth,布料6)Multi-circle distribution,多环布料

用法和例句

In order to improve the uniformity of asphalt flow in screw distributor,the speed characteristics of as- phalt concrete flow are analyzed using theoretical mechanics and hydromechanics.

为使沥青混合料流在布料槽中形成不完整螺旋流,改善其均匀性,运用理论力学和流体力学的基本概念,对沥青混合料粒料在摊铺机布料槽中运动的速度特性进行了分析,提出了在布料槽中形成理想混合料流,螺旋布料器所应具备的结构和转速,以及充盈参数等技术条件。

Adopting the comprehensive burden distribution technique in No2 BF at Zhangdian Iron & Steel Works;

张钢2号高炉应用综合布料技术实践

A key link of burden distribution in the bell-less BF top----the formation of terrace;

高炉无钟布料的重要环节——平台的形成

Study of mathematical model for burden distribution of bell less BF;

无料钟高炉布料数学模型研究

The optimization of top distribution model for No 5 BF of Ironmaking Plant inWuhan Iron and Steel Group Co;

武钢炼铁厂5~#BF炉顶布料模型优化

In the suitable distribution condition of sinter mixture , the utilization coefficient.

燃料分加小球团烧结时必须注意混合料布料问题 ,否则会破坏烧结过程热制度。

Study on coke size distribution in bell-type charging in CDQ shaft;

干熄炉料钟布料焦炭粒度分布的研究

Some ideas and measures have been carried out for a year on 2000m~3 BF of New Iron -making Plant based on the variation of charging and coke rate.

介绍炼铁新厂2000m3高炉近一年来,围绕布料变动与焦比变化的关系采取的工艺技术思路以及具体的措施,对实践后的效果进行分析、归纳、小结。

Although many works have been done on fluid simulation, little attention has been paid to the staining effect on cloth.

布料上的污渍效果是计算机游戏和影视制作中有待模拟的细节之一。

This article has discussed how to simulate cloth with the help of computer graphics, intro- duced some fundamental theories of computer graphics.

讨论了如何应用计算机图形学对布料进行仿真,介绍了计算机图形学的一些基本原理,同时还将向大家展示对布料进行仿真的关键技术及一些实用的算法。

The present paper uses the particle-based model proposed by the authors to study cloth deformations when it contacts with other articles.

利用作者所提出的布料质点模型,用罚函数法解除布料和其它物体之间的接触约束,把接触约束条件下的极值问题转化为无约束极值问题,用F-R共轭梯度法求解,并用三次插值方法进行一维搜索。

The reciprocating multi-circle distribution was tested and got success since November of 1999 on No.

宣钢8#高炉炉顶为无钟炉顶,从1999年11月进行往复式多环布料试验并获得成功,配合各种制度调剂,使料柱透气性改善,煤气利用提高,降低了焦比,维护了炉型。

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