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Industrial measurement - a reflection on progress from 1960 to 2060

机译:工业测量 - 从1960年到2060年的进展反映

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It is just over 50 years since the first commercial laser was produced, and since then the laser has been an increasingly important tool for the metrologist. As well as the laser a number of other inventions have contributed to some major advances in the technology that we use to measure the products that we make. We have moved from a predominantly manual process using mechanical gauges and reference artefacts, to a process that is largely automated, using computers to control coordinate measuring machines, or systems that gather vast numbers of coordinates using light or X-rays to digitise the objects of scrutiny. However, as with many things, quantity does not necessarily imply quality, and it would be easy to be misled into thinking that our ability to measure things in the 21st century is way in advance of our technology of 50 years ago. This talk will discuss aspects of what we call 'progress' and how we measure it, and look forward to what developments we might see or want in the next 50 years.
机译:由于生产了第一款商业激光,因此,自那时,这是由于此后,激光成为分级学家的越来越重要的工具。除了激光的许多其他发明还有贡献了我们用来衡量我们制造的产品的技术的一些主要进步。我们已经使用机械仪表和参考人工制作的主要手动过程从主要是自动化的过程,使用计算机控制坐标测量机或使用光或X射线收集大量坐标的系统来数字化对象仔细阅读。然而,与许多事情一样,数量并不一定暗示质量,并且很容易被误导,以便在我们50年前的技术前进,我们在21世纪衡量21世纪的能力。这次谈话将讨论我们所谓的“进展”以及我们如何衡量它的方面,并期待我们在未来50年内可能看到或想要的开发。

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