效率测量

It can solve such problems in traditional systems as great intensity of labor force, low test efficiency, bad environment and low precision, and it can reduce accident rate and maintenance cost of oil pump units.

该系统可以解决传统输油泵机组测试系统中操作人员工作强度大、测试效率低、环境差、测量精度低等问题，降低输油泵机组的事故发生率和维护成本。

This paper illustrates the temperature at the aerification layer of the intermissive gas-generating furnace, realizing real-time temperature measuring and control by LabVIEW.

以间歇式造气炉气化层的温度为例，用LabVIEW构建对造气炉气化层温度进行在线实时测量与控制的系统，从而可以降低操作人员的工作难度和强度，提高效率，达到对造气炉状态的实时控制。

Framing shadowgraphy of UV laser probing with the 4th harmonic Nd-YAG Laser was developed for the diagnosis of Z-pinch plasmas. This system can effectively shield visible light and has advantages of high temporal resolution,large optical angular aperture and wide measuring range.

采用Nd-YAG激光器的四倍频激光(266nm)设计了激光探针分幅阴影成像系统，该系统具有时间分辨率和收光效率高，测量范围大，可有效屏蔽可见光干扰的优点，在钨丝阵实验中成功获得晚期内爆等离子体的分布图像。

It gets the differential of the shadow image, The characteristics of the edge was atta.

采用微分法获取边缘特征点，简化了驱动电路，提高了测量精度以及信号处理效率。

Since there is no needto power off the machine during the process of measuring, it can reduce the workforce,heighten the production efficiency, depress the waster rate, and better the productcoherence. This kind of system is very suitable for the product pipelining which needshuge batches, such as auto components, axletree parts and so on.

由于它能使操作人员无需停机就能测量工件，减少了劳动强度，提高了生产效率，又降低了废品率，同时加工出的工件尺寸一致性较好，特别适应于在大批量流水线作业中使用，如汽车零部件、轴承零件的加工等。

A series of Gaussian digital approximation filters used in roundness measurement were designed on the basis of approximation method and bilinear transformation.

文中用逼近法和双线性变换法，设计了用于圆度测量的高斯数字逼近滤波器，并给出了零相移的递归滤波算法，计算量小，计算效率高，易于实现。

This measures the rate at which carbohydrates release glucose into the blood stream.

这可以测量出碳水化合物将葡萄糖释放到血液的效率。

Qualitative results are obtained by using this method in fluid fielddesign and structure optimization of disturbing elements.5 Experimental models are made efficiently and accurately by RPM method. Allthe models satisfy the precision and strength requirements.6 CFD is employed to simulate the application of tube with static mixer in anindustrial furnace, in which a tube model library containing the geometricalmodel and physical model in common use is build.7 Disturbed flow in tube with static mixer is demonstrated in an experimentsystem designed and manufactured by the author. Fluid field is measured byuse of seven-hole probe method. An experimental system are designed and builtfor this purpose.

建立了一个由模型的几何、物理参数组定义的常用模型的模型库，提高计算效率，缩短放大研究周期。6、提出了基于速度的流场扰流效果的评价方法，将之应用于流场设计和扰流元件结构优化的评价中，获得了量化的评价结果。7、设计、制造流动显示实验系统，验证静态混合式炉管对流体的扰动效果：采用七孔探针流体力学实验方法，在流体力学实验测量系统中，对静态混合式炉管模拟流场的三维速度分布和流体、压力降等进行测量。

Compared with the station moving method based on twocommonpoint and the theodolites must be leveled rigorously,the measuring efficiency is not only improved,but also the station moving precision is improved obviously,by which the maximal deviation is decreased from 6 mm to 3 mm.

实验表明该方法与基于两公共点电子经纬仪严格调水平状态测量方法相比较，不仅提高了测量效率，最大偏差也由原来的±6 mm缩小到±3 mm。

With the development of navigation and astronavigation industry, the large batch production of servovalves is bringing forward, and spool valve overlap measuring precision and efficiency has became the key point in servovalve machining process, the reaserch on the measuring technology for overlap value of spool valve has an important significance for increasing national defense strength and application foreground.

随着航空航天事业的不断发展，对伺服阀也提出了批生产的要求，滑阀叠合量的测量精度和效率更成为伺服阀制造中的技术关键，因此研究滑阀叠合量测量技术对提高伺服阀的制造工艺水平，进而提升军工生产能力有着重要意义和应用前景。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。