同时，我们也希望能够识别很糟糕的流量，并且修正它们。
We also want to identify the segments of traffic that suck and figure out how to fix them.
在此基础上，结合将净利润调节为经营活动的现金流量的过程，提出了以经营现金流量为计算出发点的修正自由现金流量模型，并给出计算实例。
On this basis work, the paper analyses the process of adjusting net accounting profit to operating cash flow and suggests the adjusted FCF model computing from operating cash flow.
采用温度补偿算法将蒸汽的密度变化引起的质量流量的变化进行修正。
The change in mass flux resulting from the steam density change is corrected by the temperature offset algorithm.
检查流过系统的燃油流量以定位燃油供应不足的原因，视需要修正。
Check the fuel flow through the system to locate the reason for inadequate fuel supply, correct as require.
运用流体力学原理，分析了利用时差法进行超声波流量检测时误差产生的相关原因，并提出了修正方法。
The interrelated factors of the error caused by sonic flowmeter using the time difference by hydrodynamics were analyzed, and the correction method was introduced.
应用热负荷修正系数，对变流量质调节供回水温度公式进行了修正。
Applying the correction coefficient of heat load, the formula on supply and return water temperature in variable temperature control with varied flow is corrected.
作者结合工程实例，认为应修正设计秒流量计算公式，从而准确确定管径，做到技术先进、经济合理。
The author of this paper proposed a modified formula for flowrate per second calculation to precisely determine the size of pipeline and to make the design advanced in technology and reasonable cost.
在此基础上，我们采用三段系数修正算法，将其流量函数进行线性化，做到流量系数为一常数。
On this basis, three-piece coefficient correction algorithm is adopted to linearize the flux function to make the flux coefficient one constant.
介绍了靶式流量传感器的工作原理，对小流量流动流量系数的变化提出了修正方法并研制了智能型小流量测量的靶式流量计。
The principle of target flow-meter was introduced and design the intelligent small-flow target flow meter based on a modification method of flow coefficient shifted with small-flow.
定义了三个速度修正系数和流量修正系数。
Defines three velocity correction coefficients and a flow rate correction coefficient.
根据动量叠加原理对多股等羽流的相互作用进行了研究，定义了三个速度修正系数和流量修正系数。
Researches the interaction of the multiple equal plumes based on the principle of momentum congruence. Defines three velocity correction coefficients and a flow rate correction coefficient.
温度和压力传感器采集现场温度、压力信号并经A/D转换器转换成数字量用于对现场天然气流量进行温度、压力修正；
The temperature and pressure sensor gathered on-the-spot temperature and pressure signal, and A/D converter converted analog signals into digital signals to revise the on-the-spot flow of natural gas;
软件设计实现了流量特性修正、自动调零、调量程、报警、故障自诊断、现场显示等功能。
Software design realizes functions of flow characteristic correction, automatic zero setting, span setting, alarm, fault diagnosis and field display;
鉴于音速喷嘴在我国气体流量计量领域内的重要地位，为消除系统偏差，需要确定适合我国的湿度修正方法。
Considering the importance of sonic nozzles in the field of gas flow measurement, a suitable humidity correction method is required in order to eliminate the systematic error.
最后，用水文比拟法对相似流量进行修正，得出目标样本的流量。
Finally, this similar water flow is corrected by the assessing hydrologic analogy and the water flow of object sample is worked out.
提出了一种新的专用于“等体积流量法”的大气状态的修正方法。
This method of rectification is to be applied in the case of "constant volumetric flow rate" method of testing.
计算实例表明，其他条件一定时，流体进口温度越低，流量越小，则修正值和修正系数越大。
The calculation example shows that if the inlet temperature of fluid is low and the flux is small, the amendatory value and coefficient are great when the other conditions are fixed.
介绍了流化催化裂化装置主风流量的计算方法，建立了流量修正模型及相关的修正系数。
The method to calculate main air flow capacity of FCC unit is expounded. Flow capacity revision model and the relative revision coefficient have been established.
对该模型进行修正后得到气相流量最大相对误差5.93%，平均相对误差0.93%，累计流量相对误差0.13%。
As for the corrected models, the maximal relative error, the average relative error, the accumulate flow error are 5.93%, 0.93%, 0.13% respectively.
提出了一种新的专用于“等体积流量法”的大气状态的修正方法。
The paper suggests a new method for rectifying the atmospheric state.
该修正仪采用微功耗、功能强大的处理器，高速模数转换芯片以及合理化软件设计，提高了流量测量的实时性和准确度。
In this instrument, the micro-power and powerful processors, high-speed analog-digital conversion chip and reasonable software design are adopted to improve measurement accuracy and timeliness.
通过渗流流量和压力相关试验测定了滑脱修正系数和渗流指数以及渗流系数，并将该方程的计算结果和现场产量做了对比，证明了该方法的正确性。
Measured coefficient of slippage, seepage index and seepage coefficient by experiment, and compared calculated results with spot results and verified the effectiveness of this method.
通过渗流流量和压力相关试验测定了滑脱修正系数和渗流指数以及渗流系数，并将该方程的计算结果和现场产量做了对比，证明了该方法的正确性。
Measured coefficient of slippage, seepage index and seepage coefficient by experiment, and compared calculated results with spot results and verified the effectiveness of this method.
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