分析了在横列式轧机轧制大规格热轧带肋钢筋时头部葫芦状尺寸超差的产生原因，通过改进轴承座结构，有效地解决了这一问题。
The causes of the head size over tolerance of large size hot rolled ribbed bars are analyzed. By improving the structure bearing bracket, this problem was resolved well.
果浆果状，白色到苍绿色，很少红色，球状的或扁球形，通常肋。
Fruit baccate, white to pale green, rarely red, globose or depressed-globose, usually ribbed.
假果棍棒状，3- 3.5毫米，5肋，具粘的腺体和稀少短柔毛，先端圆形。
Anthocarp clavate, 3-3.5 mm, 5-ribbed, with viscid glands and sparse pubescence, apex rounded.
结果：2例患者中，均采用肋脉下屋顶状切口，1例出现肝短静脉损伤。
Result:Roof-shaped incision under arcus costarum were adopted in 2 cases. There was injury of hepatic short vein in 1 case.
在不稳定肋状区发现到裂纹在霉纹区和肋状区的扩展机理是可以相互转化的。
It was observed on unstable rib that the crack propagation mechanisms in both mist and rib regions may transfer into each other.
此外，上部北边也有入口，入口前有肋状排列的石头。
In addition, an upper rib entry can be made on the north side.
探讨了大规格热轧带肋钢筋头部葫芦状的产生的原因及解决的措施。
The reason of occurrence of calabash like head on large size hot rolled reinforced bar and the method to resolve it are discussed.
而另一面则是肋状的，并且具有粗糙和凹凸不平的质感，整个融为一面单墙。
The other sides are ribbed, with a rough, rugged texture, melded into a single wall.
发现断面形态、裂纹路径以及肋状区裂端簇射状银纹群之间有直接联系。每一肋条由一细砂带和一粗破带构成。
It was observed that there was a direct connection between the fractographs, the fracture path and the crack tip crazes or microcracks in rib region.
用光学显微镜观察了交联有机玻璃断面上的肋状形态。
The rib fractography of cross-linked PMMA has been explored by optical microscopy.
在台车本体(2,6)的背面形成长尺寸板状的肋。
A tabular rib with long size is formed on the backside of the trolley bodies (2, 6).
在弯道处布置放射状的肋片，能够非常好地增强换热。
Also, the ribs in the corners can significantly enhance the heat transfer.
在弯道处布置放射状的肋片，能够非常好地增强换热。
Also, the ribs in the corners can significantly enhance the heat transfer.
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