铜连续挤压技术由于自身的许多优势在工业生产中得到了广泛的应用。
Copper continuous extrusion technique is extensively applied in industrial production because of its own many advantages.
解决了采用连续挤压技术生产铜扁线中挤压轮、腔体和模具等技术关键问题。
Rectangular copper wire is produced by continuous extrusion machine, while the key technology about extrusion wheel, die chamber and die have been studied.
介绍了铜扁线连续挤压工艺和连续挤压技术的优点，对铜扁线连续挤压工艺中容易出现的问题及其原因进行了分析。
Copper strips continuous extrusion technique and advantages of such have been presented with analysis on reasons of defects in continuous extrusion processing.
上世纪90年代末，铜材连续挤压技术有所突破，英国BWE线缆设备有限公司率先完成了铜扁线连续挤压设备的研究。
In 1990s, the technology of copper continuous extrusion has a breakthrough. The British BWE cable company took the lead in accomplishing the research of the copper continuous extrusion device.
因此尝试采用模糊神经网络控制技术来进一步提高铜连续挤压生产的自动控制水平。
So we attempt to improve furtherly auto-control level of copper continuous extrusion production by fuzzy neural network control technology.
认为挤压蒸煮技术是快速、连续生产多种变性淀粉的一种经济可行的方法。
It is concluded that extrusion cooking technique is a economical and feasible way of producing modified starches fast and continuously.
因此尝试采用BP神经网络控制技术来进一步提高铜连续挤压生产的自动控制水平。
So we have attempted to apply the BP Neural Network Technology to improve further the automatic-control ability of the continuous extrusion process of copper.
采用连续变断面循环挤压技术(CVCE)对AZ31镁合金进行循环挤压。
AZ31 magnesium alloy was circularly pressed by continuous variable cross-section recycled extrusion (CVCE) technology.
它可拥有一个连续挤压的模式，因为有柱锭焊接技术，还有牵引系统和其它自动化的挤压配套设备。
The continuous extrusion model with welding dies functions well with puller systems and other automated handling equipment.
在采用连续挤压包覆技术生产铜包钢接触线时，钢丝的预热温度对产品的质量有重要的影响。
The temperature of steel wire affects the quality of the copper clad steel contact wire when it is produced with new craft of continuous extrusion.
提出了一种高效节能的铜管生产新技术连续挤压生产工艺。
This paper put forward, a new production technology of copper tube with that is high efficiency and saving energy, that is, the continuous extrusion technology.
探讨一种连续等通道角挤压(ECAP)新技术，实现了纯铝的无限长度连续大变形，制备出具有超细晶结构的金属材料。
A new continuous equal channel angular pressing (ECAP) technique was developed and successfully produced unlimited length of pure aluminum with ultrafine grain.
探讨一种连续等通道角挤压(ECAP)新技术，实现了纯铝的无限长度连续大变形，制备出具有超细晶结构的金属材料。
A new continuous equal channel angular pressing (ECAP) technique was developed and successfully produced unlimited length of pure aluminum with ultrafine grain.
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