| 1. | We are not this story ' s author , who fills time and eternity with his purpose
我们不是故事的作者，其目标永远存在，遍及四海。 |
| 2. | A gas - filled time - of - flight detector for accelerator massspectrometric measurements
一台用于加速器质谱测量的充气飞行时间探测器 |
| 3. | Generally , the fastest possible cavity fill time is best . this minimizes glass orientation and maximizes weld line integrity
一般地，尽可能地快速填满模穴是最好的。这样可以使纤维配向降到最低而且有最佳的熔接线一致性。 |
| 4. | The cross - section area of the internal sprue , the fill speed , the fill time and injection pressure are important die casting technology parameters
摘要内浇道截面积、充填速度、充填时间和压射比压都是重要的压铸工艺参数。 |
| 5. | Process window analysis , another part of mold flow analysis , examines melt temperature , mold temperature , injection pressure , and fill times
加工窗口分析、其它零件的模流分析，检查熔体温度、模具温度、注塑压力和充填时间。 |
| 6. | The fill time result shows the position of the flow front at regular intervals as the cavity fills . each color contour represents the parts of the mold which were being filled at the same time
充填时间?间隔显示流动波前随时间的位置变化，同一种颜色的等值线表示这些部分同时被充填。 |
| 7. | This machine used plc programed light controller to control , it is equipped with 6 inches touching screen and stable pressure fixing flow parameter to control the volume by controlling the filling time
本机采用可编程控制，配以6英寸触摸屏人机界面系统，采用常压式固定流道参数，控制灌料时间来实现不同计量的灌装。 |
| 8. | The cross section area of the internal sprue of the die casting dies designed should be of proper value , and matches perfectly the fill speed , the fill time and injection pressure in case that the die casting dies fail in the design
设计压铸模时应当确定恰当的内浇道截面积，并使之与充填速度、充填时间和压射比压保持较好的匹配，以防止压铸模设计的失败。 |
| 9. | Filling of different quantity is completed by a fixed normal pressure flow channeling parameter controlling the filling time . the machine is supplied with a high temperature pressure steam sterilizing system to ensure a sound sterilizing effect during the filling process
本机采用plc可编程控制，配以6英寸触摸屏人机界面系统，采用常压式固定流道参数，控制灌料时间来实现不同计量的灌装。 |
| 10. | Analytic results show that : the lock chamber filling and emptying effectiveness is high , the filling time of a chamber in prototype is less by 17 . 6 % than that in model , and the maximum discharge and discharge coefficient in prototype are larger by 32 % , 34 . 6 % , respectively , against those in model
资料分析结果表明：闸室输水系统输水效率高，输水时间原型较模型缩短17 . 6 % ，最大流量较模型增大32 % ，流量系数较模型增大34 . 6 % 。 |
