| 1. | Measurement of fluid flow in closed conduites . velocity area method using pitot static tubes
密封管道中液体流量的测量.用皮托静压管的速度面积法 |
| 2. | Measurement of fluid flow in closed conduits - velocity area methods - method using pitot static tubes
封闭管道内液体流量测量.第2部分:速度范围法.第1节:皮托静压管法 |
| 3. | Liquid flow measurement in open channels . velocity area methods . collecting and processing of data for determination of errors measurement
明渠液体流量的测量.速度-面积法.误差测量数据的收集和处理 |
| 4. | Measurement of fluid flow in closed conduits - velocity area methods - method of measurement of velocity at one point of a conduit of circular cross section
封闭管道内液体流量测量.第2部分:速度范围法.第2节:管道横截面某一点的流速测量方法 |
| 5. | Measurement of fluid flow in closed conduits - velocity area methods - method of measurement of clean water flow using current meters in full conduits and under regular flow conditions
封闭管道内液体流量测量.第2部分:速度范围法.第4节:正常流动条件下利用全流动导管中的流量计测量清洁水流量的方法 |
| 6. | Measurement of fluid flow in closed conduits - velocity area methods - methods of flow measurement in swirling or asymmetric flow conditions in circular ducts by means of current - meters or pitot static tubes
封闭管道内液体流量测量.第2部分:速度范围法.第3节:用流量计或皮托静压管在圆形管道中涡流或不平衡流动条件下测量流量 |
| 7. | The parabola traces of shot based on goal angles corresponding to different velocity area are outlined schematically , and the relationship between hollow - shot probability and the shot distance , the height of the shot point are decussed
根据中框投篮角分析了不同投篮速度区间对应的投篮弧线，还对空心中框率和投篮距离及投篮点高度间的关系作了讨论。 |
| 8. | Excavating riverbeds in one channel may not only reduce the velocity area in some areas but also increase the velocity in other areas by increasing flow rate in this channel without correspondent changes in riverbeds of rocky rapids . in result , the velocity in waterway may be increased instead of be reduced , the flow condition may also be deteriorated . thus , which branch should be excavated and how to excavate in improving the flow condition of the branch should be further explored
但在分汊河道内，情况较为复杂，在一汊河道内采取开挖措施后，虽然其过水断面有所增加，局部流速相应降低，但是由于工程后，汊道的分流比将会相应变化，而石质河床一般无法通过冲淤变化以适应水流条件的改变，因此，航道内工程处的流速可能降低，也可能不降反而有所增加，恶化了航道的水流条件。 |
| 9. | The authors hold that the joint actions of numerous factors such as the upper mantle uplifted zone ( the mantle thinned zone of lithosphere ) , the upper mantle anomalous area ( relatively low - velocity area ) , the uplifted zone of intracrustal high - conductivity layer , the deep fault ( shear zone of lithosphere ) , the margin of the crust - upper mantle uneven masses , the basement uplifted area reflected by gravity high , the magmatic belt and tectonic intersection reflected by skipped magnetic field , control the distribution of auriferous skarn deposits and copper ( associated with gold ) skarn deposits
作者认为，上地幔隆起带（岩石圈地幔减薄带） 、上地幔异常区（相对低速区） 、壳内高导层隆起带、深断裂（岩石圈剪切带） 、地壳上地幔不均匀性块体的边缘、重力高反映的基底隆起区、跳跃磁场反映的岩浆岩带和构造交汇处等诸多因素的共同作用控制著含金夕卡岩矿床和铜伴生金夕卡岩矿床的分布。 |
