测量速度约为每分钟188个数据。
怎样测量速度呢？
这是一种测量速度用的仪器。
传统方法受到测量速度和精度的限制。
The method of tradition has been limited by speed and precision of measure.
同时各串之间的时间间隔也拉长了，这就能更为精确地测量速度。
The intervals between bunches, meanwhile, were longer, allowing for a more precise measurement of speed.
在测量速度和准确度的加减运算任务中，情况也是如此。
The same was true for an addition-subtraction task that measures speed and accuracy.
积分时间和滤波器的量值等因素会影响仪器总的测量速度。
Certain actors such as integration period and the amount of filtering may affect overall instrument measurement speed.
还给出了测量系统的标定方法，分析了该系统的测量速度与精度。
The experiment result proved the theory and the method to be practicable. Finally, the speed and precision are analyzed.
经度早期的方法测量速度的绳子扔一个涉及绳拴在一个日志在船的左右。
An early method of measuring speed involved throwing a knotted rope tied to a log over the side of the ship.
仪器的测量速度常常表达为在给定的仪器工作条件下每秒钟内的读数数目。
When specified, measurement speed is usually stated as a specific number of readings per second for given instrument operating conditions.
随着激光外差干涉测量速度的提高，其存在的原理性误差严重影响测量精度。
With the improvement of measurement velocity in laser heterodyne interference, the theoretical error of laser heterodyne interference seriously restricted the accuracy of measurement.
数据采集卡的使用实现了数据的实时采集、实时处理，使测量速度得到了提高。
Data collection board was used to collect and process data in real time, and enhance measuring speed.
随着测量速度的提高，测微仪测头的动态性能已经成为影响测量精度的重要因素。
With measurement speed increasing, the dynamic performance of the probe becomes an important factor which influences measurement precision.
我们要看的内容是“hashes per second”，它可以精确可靠地测量速度。
The figure to look at is the "hashes per second," which pretty reliably measures speed. So comparing native Python with Pyrex.
通过液晶光栅编码可以直接获得被测物体形貌特征点信息，提高了测量速度和效率。
It can obtain the feature point information of measured object directly and improve the measuring efficiency.
软件针对8位单片机特点精心设计，在保证计算精度的同时，提高了谐波测量速度．。
The software is designed precisely and skillfully in accordance with the characteristics of 8 bit microcomputer, so both good calculation accuracy and high measurement speed are obtained.
所以他们知道中微子传播的距离，他们知道中微子花了多长的时间在路上，因此他们可以测量速度。
So they know the distance the neutrinos travel, they know how long it takes them, and they can therefore measure the speed.
在阻抗较高时，电路的建立时间变得更加重要，并常常成为决定总测量速度的主导因素。
At higher impedance levels, circuit settling times become more important and are usually the overriding factor in determining overall measurement speed.
其飞行时间测量系统的设计很大程度上决定了自触发脉冲激光测距的测量精度和测量速度。
The ranging precision and measuring speed are decided by the design of the time-of -flight measurement system to great extent.
为缩短图像数据处理时间，提高测量速度，提出一种标定方法，包括离线标定和在线标定。
In order to shorten the time for image data processing, and increase the measuring speed, an original calibration method, including off-line and on-line calibration is proposed.
最后，对这种模-数转换器的应用作了说明，并用实验验证了估算测量速度公式的正确性。
Finally, it gives the explanation about the applications of this converter and proves the correctness of the formula estimating the measured speed by experiment.
针对传统调制度轮廓术测量速度较慢的问题，本文提出了彩色双通道投影的调制度轮廓术。
In order to solve the lower measurement efficiency in traditional modulation profilometry, a fast modulation profilometry is proposed based on double color projections.
该系列在测量速度、动态范围、精度和功率分辨能力上，都为类似价位的产品建立了性能标准。
The series spectrum analyzer in measuring speed, dynamic range, accuracy and resolution power, have established performance standards for similar priced products.
斜坡根据密度跟踪误差和误差变化情况，通过模糊逻辑对控制器参数进行调整，确定了测量速度。
The ramp metering rate is determined by the PID controller whose parameters are tuned by fuzzy logic according to the density tracking error and error variation.
实验结果表明：该方法减少了数据传输量，规避了复杂的数字图像处理，提高了系统的测量速度。
The experiment shows that the proposed method can decrease the transmission quantity of the data, avoid the complicated image processing, and improve the measurement speed.
这对进一步提高测量精度、测量速度、测量自动化，减轻操作人员的劳动强度具有重要的现实意义。
It's significant for further improvement of precision, speed and automatization of measurement and minimization of labor.
然而，改变这些工作模式还可能改变分辨率和准确度，所以常常要在测量速度和准确度之间进行折衷。
However, changing these operating modes may also alter resolution and accuracy, so there is often a tradeoff between measurement speed and accuracy.
本文提出了一种用光纤作为延迟臂的新型速度干涉仪——光纤速度干涉仪，用以测量速度随时间的变化。
In this paper we report a new type of velocity interferometer, optical fiber velocity interferometer, which USES optical fiber as the delay arm.
对于中程距离的测量，从测量速度、精度和可靠性的折衷方面来讲，相位式激光测距法优于其它的测距法。
In terms of speed, accuracy and reliability for medium range measurement, phase shift laser rangefinder is superior to other methods.
在转矩和转速测试过程中，采用了计时法和计数法分别进行测量，并在测量精度和测量速度方面作了比较。
Counting and Timing were used to measure torque and rotational speed, and measuring accuracy and speed are compared.
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