烟囱高度达330米，底部的直径大于30米。
The height is 330 m, diameter of the lower part – more than 30 m.
数值模拟结果表明，太阳能烟囱的输出功率及能量转换效率随集热棚面积和烟囱高度的增加而增加。
The results of simulation show that the output power and energy conversion efficiency of the said chimney increase along with increasing the area of heat-collecting shed and the height of the chimney.
这些烟囱的高度是相同的。
建筑师想与现有运动中心的高度相匹配，但又能与其山墙的屋顶以及上面突出的烟囱状的形式产生对比。
The architects wanted to match the height of the existing sports centre, but offer a contrast to its gabled roof, which is topped by a projecting chimney-stack-like form.
工厂的烟囱顶端高于地面的确切高度。
The actual height above the ground of the top of a factory smoke stack (chimney).
烟囱设计、气流控制、火路通口、灶塘铺设及吊火高度，为火路关键技术。
The design of chimney and air current, the gate of fire way, the laying of fire box and adjustment of the flame height, were the key factors of fire way.
通过分析不同高度的砖烟囱在不同地震动输入时的破坏特征，探讨了砖烟囱在多向地震力作用下的破坏机理和一般规律。
By analysing the failure behavior of chimneys with different heights under earthquake inputs, the mechanism of the failure of brick chimneys under earthquakes is studied.
同时，说明了污染物临界高度和烟囱临界高度对山体高度、逆温层强度和地面水平风速的依赖关系。
At the same time, the dependence of the critical heights of pollutant and chimney on the height of hill, intensity of inversion and ground horizontal wind speed are shown.
烟囱的高度可以调整，油烟机安装后位置可以随意调整，维护、维修均很方便。
The height of the chimney can be adjusted, the position of the range hood can be optionally adjusted after being mounted, and the maintenance and repair are all convenient.
从二十世纪九十年代初开始，我公司采用电动升模施工工艺先后成功地完成多座不同高度、不同口径的烟囱。
In the early 1990s, Our company USES construction technology of electric climbing-form to complete many successfully successively electrically operated different highly, the different caliber chimney.
因此虽然上述两种方法得到的风振系数沿高度分布差别较大，但均能实现烟囱的风振位移等效，均是合理的。
So the two methods can both acquire reasonable gust response factors and realize the displacements equivalence of chimney, though distributions of the gust response factors have great difference.
带烟囱的工厂。可更改烟的高度。
分析切口形状对烟囱的爆破切口角度、切口高度及倾倒规律的影响，建立砖烟囱和钢筋混凝土烟囱选择不同切口形状时的爆破切口角度、爆破切口高度和倾倒规律的数学模型。
The influence of cut shape on cut Angle, cut height and collapsing rule is analyzed, and the mathematical models to determine cut Angle, cut height and collapsing rule are established.
可为各类不同高度烟囱、水塔的拆除设计提供参考。
This paper provides a reference, for the design of demolition of different kinds of chimneys and water …
可为各类不同高度烟囱、水塔的拆除设计提供参考。
This paper provides a reference, for the design of demolition of different kinds of chimneys and water …
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