It is introduced that establishing surface roughness prediction model of lithium hydride turning by regression analysis method in this paper.
文章主要介绍了运用回归分析方法建立氢化锂车削表面粗糙度预测模型的方法。
An analysis model which can predict grinding force and surface roughness of aluminum alloy with abrasive belt grinding by using artificial neural networks was established.
建立了采用人工神经网络方法预测砂带磨削铝合金时磨削力和磨削表面粗糙度的分析模型。
A crystallographic model has been presented for the surface roughness modelling of thin sheet rolling.
提出了晶体学模型来研究多层薄膜滚压的表面粗糙度。
To simulate the roughness surface is the pre-condition that builds the roughness model and simulates the interaction of two contacted surface.
粗糙表面的计算机模拟是建立粗糙表面模型进而对粗糙表面间相互作用进行模拟研究的前提。
With combining optimization method, an optimal model of determining synthetic surface roughness coefficient in film hole irrigation was developed.
实例计算与方法验证表明，该方法能够简单而有效地确定膜孔灌溉田面综合糙率系数。
At realm of surface roughness of machined surface, forecast mathematical model is set up by using quadratic regression orthogonal design between NC turning parameter and machined surface.
在已加工表面粗糙度研究领域引入回归正交分析，采用多元二次回归正交设计得到了数控车削参数与已加工表面粗糙度的回归预报模型。
A numerical model for investigating the localization of surface exciton polaritons in the presence of random roughness and spatial dispersion was established.
在存在着随机粗糙和空间色散时，利用了一个数字模型研究表面激子极化激元的定域化。
Input of the model outputs into a fuzzy adaptive controller leads to the system to adjust real-timely the workpiece speed, getting the up to the requirements surface roughness.
模型输出到一个模糊自适应控制器的输入导致的系统，实时地调整工件速度，得到最多的要求的表面粗糙度。
The models can be used to predict strip surface roughness, arrange steel strip rolling order reasonably, decide the time of work roll off mill and modify the calculation model of rolling force.
这些模型可以用于生产中预测轧后带钢表面粗糙度、合理安排带钢轧制顺序、决定工作辊下机时间和修正轧制力计算模型。
Based on original electronic equipment of surface roughness measuring instrument Model 2201, the instrument is computerized from both software and hardware.
在2201型表面粗糙度检查仪原有的电子设备基础上，提出从软、硬件两方面对表面粗糙度检查仪进行微机化改造。
This article is about the processing parameter optimization achieved through the traditional method to set a mathematical model of the processing speed and surface roughness.
本文采用传统方法进行电火花线切割加工工艺参数优化，分别建立了加工速度和表面粗糙度的数学模型。
In this paper, the light scattering model and the statistical properties of the surface roughness are discussed.
文章讨论了光散射模型和表面粗糙度的统计特征。
In this paper, the light scattering model and the statistical properties of the surface roughness are discussed.
文章讨论了光散射模型和表面粗糙度的统计特征。
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