1)  seismic behavior
翼缘加强狗骨式节点
2)  Flange
翼缘
1.
The Property Evaluation and Manufacturing Technology of Full Size Flange and Web Made of Larch Veneer Material for I-joist Purpose;
工字搁栅用落叶松单板类足尺翼缘和腹板基材生产工艺及性能评价
2.
The influencing of the steel quantity by considering the PRC frame flange;
预应力框架梁翼缘对配筋的影响
3.
On the base of studying and analysing universal method rolling H-beam, rolling model of H-beam was established using finite-element method and the flange metal's flowing was analyzed under same rolling regulations and different vertical roller cone angle.
在分析和研究万能法轧制 H型钢的基础上 ,利用有限元的方法建立了 H型钢的轧制模型 ,分析相同的轧制规程 ,不同的立辊锥角时 ,翼缘金属的流动情况 ,结果表明 :轧制 H型钢的过程中 ,翼缘和腹板间的金属有流动现象 ,随着立辊锥角的增加 ,这种流动情况有减弱的趋势。
3)  flange plate
翼缘板
1.
Research of design theory for flange plate of comb-type caisson;
梳式沉箱翼缘板设计理论的研究
2.
The equipments features,technology process and control system are analyzed for the production of hot-rolled narrow strip and flange plate in a same 355 mm hot-rolled narrow strip production line.
分析了355 mm热轧窄带钢生产线共线生产热轧窄带钢和翼缘板的设备特点,工艺流程及控制系统。
3.
In this paper,a theoretical analysis for the local buckling of the flange plate of the partially encased concrete columns subjected to H-shape steel axis force was presented.
对部分包裹混凝土的H型钢轴压柱翼缘板的局部屈曲性能进行了理论分析。
4)  pressing flange
压翼缘
1.
It is shown that straightening H-beam by pressing flange is feasible.
通过建立H型钢矫直的实体模型和有限元模型,对压翼缘的加载方式进行了研究。
5)  flange spread
翼缘宽展
1.
Effect of cone angle of vertical roll on flange spread and rolling load during H-beam rolling;
立辊锥角对H型钢翼缘宽展和轧制力的影响
6)  the out of square
翼缘斜度
1.
The plan of renovation process is poined out and accepted by the producers and customers through the experiment and analysis on the out of square in the end of HR H-beam.
通过对热轧H型钢翼缘斜度超标缺陷整修的试验和分析 ,提出了整修工艺方案 ,并在实践中得到了生产厂和用户的认
参考词条
补充资料：胃加强-G ,胃加强
药物名称：惠加强-G

英文名：Gefarnate

别名： 合欢香叶酯，五烯酯；吉法酯；胃加强-G ,胃加强
外文名：Gefarnate , Wycakon
适应症： 用于治疗胃、十二指肠溃疡，有明显的疗效。
用量用法： 口服：每次５０～１００ｍｇ，每日３～４次，饭后服。深部肌注：每次５０ｍｇ，每日２次。
注意事项： 可有口干、口渴等，急性中毒时可出现运动失调、四肢无力及呼吸困难等。
规格： 片剂：５０ｍｇ。


类别：抗酸及抗溃疡药
说明：补充资料仅用于学习参考，请勿用于其它任何用途。