Especially, the single variable linear regression equation between groove gradient and degree of cutting is set up.
分析了沟床比降与其它因素的关系 ,建立沟床比降与切割度的一元线性回归方
The maximum cutting speed of saw blade varies with the concentration of diamond in .
指出:在锯片能正常运转的情况下,金刚石浓度越高,锯片寿命越长;而锯片的最大切割速度则随着金刚石浓度的增加而呈抛物线规则变化,先增后减,有一最大值,并且对应这个最大切割速度的金刚石浓度随锯片直径、被加工材料的不同而不同。
It is shown that the diamonds with coatings can enhance the service life of the sawblade and obtain a maximum cutting speed at lower concentration of diamonds.
结果表明:金刚石镀膜不仅能够提高锯片的切割寿命,而且可以在降低金刚石浓度的情况下达到最大切割速度。
The relationship between cutting speed ,work atmospheric and cutting quality was discussed,and summarized based on the experiment data and the characteristic of the machine.
本文阐述了切割速度、工作气压与切割质量的关系。
A theoretical model based on energy balance was presented that predicted the cutting depth with respect to material properties and cutting speed.
介绍了CO2激光汽化切割非金属板材的机理,建立了理论模型,并根据材料的性质和切割速度预测切割深度。
CO2 lasers is conducted to cutting die- board with the aim of discussing the relationship between cutting depth and parameters such as laser power, cutting speed and focal position.
采用CO2激光切割模切板,研究激光功率、切割速度、焦点位置等参数和切割深度之间的相互关系,研究如何确定最大切割速度和优化切割速度。
Theoretical analysis and experimental results all indicate that cutting depth is increasing with the decreasing of cutting speed and increasing of laser power.
理论分析和试验结果表明切割深度随着切割速度的减小而增加,随着激光功率的增加而增大。
This paper studies the influence of eletrical parameters on the cutting rate and surface roughness of the cutting compound material SiC p/LY12 in wire cutting electric discharging machining and analysed the surface features of cutting with SEM.
研究了电参数对电火花线切割加工SiCp/LY1 2复合材料的切割速度和表面粗糙度的影响 ;用扫描电镜分析了复合材料线切割加工表面的SEM形貌。
This article describes a method of FUNAC WEDM taper cutting,focusing on the error of taper cutting,and how to compensate for it.
本文主要介绍了FUNAC线切割机床锥度切割的方法,重点介绍了当锥度有误差时,应如何进行补偿。
The theoretical analysis shows that the cutting surface roughness depends on the laser power,cutting velocity and the focus shift.
根据理论分析,提出影响切割表面粗糙度的主要因素在于激光功率P、切割速度Ve和离焦量L,并结合实验数据通过函数拟合得出经验公式,采用CO2激光加工的PCR生物芯片储液池,其切割面粗糙度可达0。
The main factors included cutting mode,cutting position on the rape stem, cutting blade pattern and cutting velocity.
为了减少油菜联合收割机割台切割力,降低油菜切割损失,该文针对切割油菜茎秆切割力的主要影响因素切割方式、茎秆切割位置、切割刀片形式和切割速度在自制切割试验台上进行了单因素和多因素切割力测试试验。
Automatic tracking the cutting speed: do not need to change the cutting angle if the glass ribbon speed changed.
切割速度自动跟踪：玻璃带速度发生变化，不需要改变切割角度。
The relationships between the cutting speed and a incised workpiece of intension, thickness are analyzed.
通过试验，分析了被切割工件强度和厚度与切割速度之间的关系。
The Current Effect and Acceleration When the Conductor Cuts the Magnetic Lines of Force Variably;
导体变速切割磁力线时的电流效应和加速度
THE STUDY OF RAISING RACE OF WIRE CUT EDM OF MAGNETIC STEEL
提高磁钢电火花线切割加工速度的实验研究
Study into the Technology of NC Plasma Arc Cutting at High Speed and Accuracy;
高速、高精度数控等离子弧切割技术研究
Chaotic characteristics of velocity in cutting region of Kenics static mixer
SK型静态混合器切割区内速度混沌特性
Design of High-Speed Grinding Wheel Machine and Simulation of the Temperature Field for Cutting Area;
高速砂轮切割试验机的研制及磨切区温度场仿真
tangental acceleration
切线[切向]加速度
Analysis on Machining Precision with Hs-Wedm and the Developing Trend of Wedm;
高速走丝电火花线切割机加工精度分析及今后的发展方向
Influence of electrode wire on machining surface roughness in high-speed wire cutting process
高速走丝线切割中电极丝对加工表面粗糙度的影响
Influencing factors and improvement measures to machining precision and surface quality in high-speed WEDM
高速往复走丝线切割加工精度和表面质量的影响因素及改进措施
Skill of Machining Tapper Based on NC Low-Speed WEDM
数控低速走丝电火花线切割机床加工锥度的技巧
taper wire-cut EDM machine
锥度电火花线切割机床
Simple clamping, smooth and hi-precision cutting.
型材夹紧简单,刀具运动切割平稳,保证切割精度。
Research on Super-large Thickness Machining Technology of WEDM;
电火花线切割超大厚度切割技术的研究
NC slow-feeding wire-cut EDM machine
数控慢速走丝线切割电火花机床
The workers fell to and quickly cut the iron sheet.
工人们开始干起活来，快速切割着铁板。
The Research on CAD/CAM for High-speed Wire Electro-Discharge Machine;
高速走丝电火花线切割机CAD/CAM研究