你的意思是用不同特性的钢铸成的钢锭有不同的内部结构吗？
Do you mean ingots cast with steels of different properties have different interior structures?
鸟瞰台的设计元素是由一个内部钢桁架系统组成，元素的表皮是用木头建造，而木头的纹理和颜色都与其所处的景观有关。
The element is composed of an internal steel truss system and the skin of the element is built with wood which locates the intervention within the chromatic palette and texture of the landscape.
这样的带是由合成橡胶做成并且用内部的钢或者玻璃纤维绞合加强。
Such belts are made of synthetic rubber and reinforced with internal steel or fiberglass strands.
这些非抗震单元在内部为钢构架上是水泥地板。
These nonrestrictive units had concrete floors on an interior steel frame.
内部的设备和配件是不锈钢的，它们的表皮和桌面采用了与建筑外表同样的深蓝色。
Internal fixtures and fittings are stainless steel, with surfaces and tables taking on the same deep blue color as the building's exterior.
铸锭时控制钢液的注流速度，是改善和提高钢锭表面和内部质量的重要工艺措施。
During ingot casting, control of casting speed is an important measure to improve the surface and inner qualities.
新的不锈钢减速装置的外部是新的，但是在内部你会发现同样的高质量的齿轮，该产业可以依靠其持续几十年。
The new stainless steel speed reducers are new on the outside, but inside you'll find the same high-quality gearing the industry has relied on for decades.
通过分析，指出在生产B级棉花打包钢丝时，关键是线材的化学成分均匀。化学成分对钢的内部组织、性能及成品质量起决定作用。
Through the analysis, pointed out the key is the wire rod chemical composition is even when produces the B-grade steel wire for cotton packaging.
对45钢力学拉伸试验后试样的内部组织结构及断口的全面分析，认为钢中存在较高含量的氢是造成钢材脆性断裂的主要原因。
The internal structure and fracture features in samples 45 steel after tensile testing is perfectly analyzed in this paper.
枝晶是高温凝固钢液内部的主要存在方式，枝晶生长是凝固过程中的一种常见现象。
Dendrite growth is an important phenomenon during steel solidification process, which is the main existing style in the inner side of the solidifying steel.
这种厚煤层钻孔机2000是不锈钢结构，钻头第一内部腿架的活塞杆和钻孔机支架都是不锈钢的。
The high seam drill 2000 is stainless steel construction and the cylinder rods of the 1st inner legs of the stinger and drill leg are stainless steel.
结果表明，分层裂纹是受力变形时管线钢内部的薄弱界面受到三维应力作用的结果。
It was indicated that the delamination cracking is caused by the effect of 3d stress on the weak interfaces during deformation and appears before beginning or acceleration of main crack.
结果表明，分层裂纹是受力变形时管线钢内部的薄弱界面受到三维应力作用的结果。
It was indicated that the delamination cracking is caused by the effect of 3d stress on the weak interfaces during deformation and appears before beginning or acceleration of main crack.
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