论文信息 - The early history of electronics III. Prehistory of radiotelegraphy

The early history of electronics III. Prehistory of radiotelegraphy

Before radiotelegraphy could become a reality, it had to he thought of; a workable detector of electromagnetic waves had to be discovered; and the results obtained by Hertz had to be disseminated to a wider audience. In earlier installments in this series, we saw how the work of Hertz and his predecessors had led an electrical engineer to ask whether waves could not be used for the transmission of power or of telephone messages. That suggestion had been made in private in 1889, but other, better-founded proposals began to find their way into public print almost immediately.

Charles Susskind | C. Susskind

[1] E. Aschkinass,et al. Ueber Brechung und Dispersion der Strahlen electrischer Kraft , 1894 .

[2] Jagadis Chunder Bose,et al. I. On the determination of the indices of refraction of various substances for the electric ray. I. Index of refraction of sulphur , 1896, Proceedings of the Royal Society of London.

[3] J. C. Bose. On a self-recovering coherer and the study of the cohering action of different metals , Proceedings of the Royal Society of London.

[4] G. Minchin. XXV. Experiments in photoelectricity , 1891 .

[5] C. Susskind. The early history of electronics I. Electromagnetics before Hertz , 1968, IEEE Spectrum.

[6] Temistocle Calzecchi-Onesti. Sulla conduttività elettrica delle limature metalliche , 1884 .

[7] VI. On the sudden acquisition of conducting-power by a series of discrete metallic particles , 1894 .

[8] C. Susskind,et al. Pioneers of radiotelegraphy , 1963 .

[9] John F. Ramsay,et al. Microwave Antenna and Waveguide Techniques before 1900 , 1958, Proceedings of the IRE.