| 1. | Line discharge valve design problem research
线性流量阀的内筒设计问题研究 |
| 2. | Shock absorber sliding tube is correct extension and cleanliness
减震支柱内筒伸出正常且洁净。 |
| 3. | Repair and cause of fillet weld cracking of thermocouple tube and cylinder
聚合釜下部热电偶套管与内筒体角焊缝开裂原因及修复 |
| 4. | Rising blocker diameter
内筒直径 |
| 5. | As analysis is shown , there are great " arching effects " in the inner tube and outer tube and also between two tubes
分析表明：外框筒、剪力墙内筒以及内外筒之间均存在明显的“拱效应” ，使结构中发生内力重分布。 |
| 6. | Material is fed into the inner cylinder of the feeding scroll through a feed pipe and into the solid - bowl after the acceleration
物料由进料管连续引入输料螺旋内筒，加速后进入转鼓，在离心力作用下，较重的固相物沉积在转鼓壁上形成沉渣层。 |
| 7. | The paper introduces single " u " groove welding procedure for stainless steel inner cylinder of multilayer high pressure vessel , opening up a new method for welding clading stainless steel vessel
详细介绍了内筒为不锈钢的多层高压容器外u形坡口的单面焊接工艺，从而为不锈钢复合容器的焊接开辟了一条新途径。 |
| 8. | From a 50 - story frame - core structural system as a basic model , the distributions of the deformations and internal forces due to the variation of structural temperature are analyzed by finite element method
本文以一五十层的外框内筒结构为基本模型，用有限单元法分析了高层建筑结构受温度影响的变形和内力分布规律。 |
| 9. | The distribution of the gas - flow speed is measured at a position 1cm away from the outlet ( the end with larger air - gap ) . it is illustrated that the gas - flow speed keeps increasing from the out surface of the inner sleeve to the inner surface of the outer sleeve , and then it decreases gradually
测量了楔形气隙流体出口(大间隙端口)外1厘米处空气流速大小的分布，发现空气流速自转子(内筒)壁面处开始逐步增大，至定子(外筒)壁面处达到最大值，随后开始减小。 |
| 10. | Temperature field of hollow ingot solidification is simulated by fem . to different mould , effect of heat transfer coefficient between inner sleeve and cooling medium and thickness of core refractory on final position of solidification , the highest temperature of inner sleeve against cooling medium , and shrinkage cavity and porosity are compared . in addition , change of temperature in typical position of core refractory is also compared
对空心钢锭凝固过程的温度场进行了有限元分析，对不同锭型结构的芯部换热系数、耐火材料厚度对最终凝固位置、内筒壁最高温度及缩孔疏松的影响进行了对比，并讨论了耐火材料典型部位的温度随凝固时间的变化。 |
