我会送你的细节表面粗糙度测量。
I will be sending you details of surface roughness measurement.
讨论了自激式激光器在表面粗糙度测量中的应用。
The application of self-stimulated laser in surface roughness measurement is discussed.
设计了一种以单片机和光纤传感器为基础构成的表面粗糙度测量系统。
This paper designs a surface roughness measuring system based on single chip and optical fiber sensor.
得到的实验结果为研制配备微型机的表面粗糙度测量装置提供了实验依据。
Results give an experimental basis for developing surface roughness measuring apparatus with microcomputer.
提出了一种减小表面粗糙度测量用的高斯滤波器幅度传输特性偏差的新方法。
A new approach for decreasing the amplitude characteristic deviation of Gaussian filter in surface roughness measurements is presented.
根据外差干涉计量术的原理，研制了非接触式的光外差干涉磁盘表面粗糙度测量仪。
This paper is concerned with the principle of a non - contact optical instrument for measuring the surface roughness of a magnetic disk with an opto-heterodyne interferometer.
介绍了利用微机对表面粗糙度测量仪的改进设计，重点说明了系统的原理及软、硬件设计。
The modification design for the surface roughness measuring instrument by microcomputer is introduced. The principle of the system and design of the hardware and software are emphatically discussed.
针对测量领域深孔表面粗糙度测量存在的问题，研制了一种便携式微控表面粗糙度检测仪。
As for the problem of surface roughness measure of deep hole in measure field, developed a kind of portable micro-control surface roughness instrument.
便携式表面粗糙度测量仪成功地实现了在生产车间和计量部门对工件的表面粗糙度的精确测量。
The portable surface roughness tester carries out accurate measurement of product surface roughness at workshop or calibration department.
以面信息代替传统测量中的线信息，并通过存储图像和数据资料，使表面粗糙度测量具有一定的可重复性。
And the survey of surface roughness implied a degree of repeatability, with memory of images and data information.
表面粗糙度是机械加工中描述表面微观形貌非常重要的一个参数，表面粗糙度测量技术是现代精密测试计量技术的一个重要组成部分。
Surface roughness is an important parameter to reflect the micro-geometry in machine process, and also an important part of modern precise measurement technique.
它具有分辨力高、非接触、区域平均和快速测量等优点，可获得多个表面粗糙度参数。
It has many advantages such as high-resolution, non destructive property, area-averaging and rapid measurement. It can obtain several surface roughness parameters.
对所需的所有文档还必须附上测量设备测量表面粗糙度和涂层厚度时输出的原始数据。
The raw data output from the measuring equipment for surface roughness and coating thickness must be attached to all required documentation.
本文分析了卡尺测量面表面粗糙度感官检定和与比较样块比较检定的准确率。
In this paper accuracy of sensory certification and relative certification of surface, roughens for calliper planes measured using comparison samples was analyzed.
因而，这种测量方法可用于测量工件表面粗糙度参数仪器的设计。
There- fore, this measuring method may be in use for the design of the new measuring instrument which used to measure the surface roughness parameters.
计算机控制测量，即时给出表面粗糙度参数，测量结果与计量用WYKO轮廓仪比对，结果吻合。
The surface roughness parameters can be measured in the time by a computer. Compared with metrological WYKO profiler, the measured results are consistent.
应采用剖面测量法在每个工作生产换班时间也就是每12小时从3个不同的位置进行测量，以确保准确的表面粗糙度。
Profile measurements, to ensure the correct anchor pattern, shall be taken at a minimum of three (3) different locations for each working production shift, i. e. twelve (12) hours.
进一步完善后该方法可用于木质材料表面粗糙度的分类和在线实时测量中。
This method can be used in classification and in-time measurement of wood surface roughness after being improved.
在此基础上，文中提出了实现表面粗糙度的三维测量的具体方法。
Basing on that, the concrete means of three-dimensional surface roughness measurement is proposed in this paper.
用原子力显微镜测量了气体离化团束照射后表面粗糙度的变化。
Changes in surface roughness after gas cluster ion bombardments have been measured by an atomic force microscope.
运用光切法和相衬法对透明材料表面粗糙度进行测量。
Surface roughness of transparency material is measured by means of light-cutting method and phase-contrast method.
薄膜表面粗糙度对内应力的测量产生复杂的影响。
The result shows that, due to the roughness of surface, the measured interface stress(f′) is always smaller than the actual one(f).
一种新型的、用于在线测量表面粗糙度的激光外差干涉仪已研制完成。
A novel laser heterodyne interferometer used for on-line measuring surface roughness has been developed.
证实了本系统设计的合理性和适用性，也对散斑相关测量表面粗糙度理论进行了较好的实验验证。
The rationality and the applicability of this system are proved experimentally. It also makes us to be sure of the theory of surface roughness measurement by laser speckle correlation.
针对双光纤f—p干涉仪测量高精度表面粗糙度的原理，提出波长的空间扫描方法，并对其构成进行了分析。
The space scan method of wavelength is put forward for the principle of the dual FFPI sensor measuring precise surface roughness, and its basic construction is discussed.
根据电磁波在金属表面反射的理论，提出了利用微波测量技术测量表面粗糙度的新方法。
Based on the theory that electromagnetic waves are reflected by metal surface, a new method is presented using microwave measuring technology for surface roughness measurement.
阐述了光切显微镜测量表面粗糙度的原理以及如何利用该原理测量小尺寸复杂刀具角度的方法。
The theory of measuring surface roughness by using light-section microscope is described, and a simple method to measure the Angle of complicated small-scale tool is introduced.
提出以光散射理论为基础，利用光学技术实现表面粗糙度的在线测量。
An in-process measuring of using optical technology based on light scattering theory is presented.
提出以光散射理论为基础，利用光学技术实现表面粗糙度的在线测量。
An in-process measuring of using optical technology based on light scattering theory is presented.
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