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The Age of Vacuum Tubes: Early Devices and the Rise of Radio Communications [Historical]

机译:真空管的年龄:早期装置和无线电通信的兴起[历史]

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摘要

Vacuum tubes exploit the thermionic emission of electrons, which was first observed in 1880 by Thomas Alva Edison (18471931) and his engineers while testing incandescent light bulbs with carbon filaments. After installing the first commercial power stations and distribution systems, Edison went back and detected the current emitted by the hot filament that was received at a plate electrode. Edison registered a patent for this in 1884 (one of the 1,093 patents he registered) so that the leading Welsh engineer William Preece (18341913) described the phenomenon as the Edison effect in 1885. However, Edison, dubbed the “Wizard of Menlo Park,” neither understood the phenomenon, presuming it to be a current of charged carbon particles, nor pursued its technical and commercial exploitations. If he had recognized that the current in the vacuum between the hot filament and plate was due to negatively charged particles far smaller than atoms, he might have also been known as the father of electronics. Instead, more than 20 years went by before practical developments were made.
机译:真空管利用电子的热离子排放,由Thomas Alva Edison(18471931)和他的工程师于1880年首次观察到,同时使用碳丝测试白炽灯泡。在安装第一个商用电站和分配系统之后,Edison返回并检测到在板电极上接收的热灯丝发射的电流。爱迪生于1884年注册了这一点(他登记的1,093项专利之一),以便领先的威尔士工程师William Prece(18341913)在1885年描述了作为爱迪生效应的现象。然而,爱迪生,被称为“梅洛公园的巫师”, “既不明白这种现象,假设它是带电碳粒子的电流,也不追求其技术和商业利用。如果他认识到,如果热灯丝和板之间的真空中的电流是由于带负电荷的颗粒,他可能也被称为电子的父亲。相反,在实践发展之前,超过20年的时间。

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