 On passing electric discharges through them, without any condenser in the circuit, they glow with a bright orange light, not only in the capillary part, but also at the poles, and at the negative pole in particular. The spectroscope shows that this light...  Collected Papers on Spectroscopy - Page 501by George Downing Liveing, Sir James Dewar - 1915 - 566 pagesFull view - About this book
 | Chemistry - 1901 - 392 pages
...capillary part, but also at the poles, and at the negative pole in particular. The spectroscope shows that this light consists in the visible part of the...through the whole length of the visible spectrum. They are obscured in the spectrum of the capillary part of the tube by the greater strength of the... | |
 | Sir Norman Lockyer - Science - 1901 - 1076 pages
...capillary part, but also at the poles, and at the negative pole in particular. The spectroscope shows that this light consists in the visible part of the...through the whole length of the visible spectrum. They are obscured in the spectrum of the capillary part of the tube by the greater strength of the... | |
 | Science - 1901 - 1020 pages
...capillary part, but also at the poles, and at the negative pole in particular. The spectroscope shows that this light consists in the visible part of the...through the whole Length of the visible spectrum. They are obscured in the spectrum of the capillary part of the tube by the greater strength of the... | |
 | Royal Society (Great Britain) - Electronic journals - 1901 - 676 pages
...capillary i>art, but also at the poles, and at the negative pole in particular. The spectroscope shows that this light consists in the visible part of the...through the whole length of the visible spectrum. They are obscured in the spectrum of the capillary part of the tube by the greater strength of the... | |
 | Royal Society (Great Britain) - Science - 1901 - 586 pages
...capillary part, but also at the poles, and at the negative pole in particular. The spectroscope shows that this light consists in the visible part of the...neon. Besides these, a vast number of rays, generally leas brilliant, are distributed through the whole length of the visible spectrum. They •are obscured... | |
 | Royal Society (Great Britain) - Electronic journals - 1901 - 562 pages
...capillary part, but also at the poles, and at the negative pole in particular. The spectroscope shows that this light consists in the visible part of the spectrum chiefly of a succession of strong mys in the red, orange, and yellow, attributed to hydrogen, helium, and neon. Besides these, a vast... | |
 | Royal Institution of Great Britain - Science - 1902 - 874 pages
...capillary part, but also at the poles, and at the negative pole in particular. The spectroscope shows that this light consists in the visible part of the...of rays, generally less brilliant, are distributed throngh the whole length of the visible spectrum. They are obscured in the spectrum of the capillary... | |
 | Royal Society (Great Britain) - Mathematics - 1907 - 620 pages
...delivered at the Royal Institution (April 11, 1902),f that in the most volatile part of the atmosphere " a vast number of rays, generally less brilliant, are...part of these rays are of, as yet, unknown origin."} A subsidiary object of the present research was to form a new estimate of the proportion of free hydrogen... | |
 | Royal Society (Great Britain) - Electronic journals - 1907 - 618 pages
...delivered at the Royal Institution (April 11, 1902).f that in the most volatile part of the atmosphere " a vast number of rays, generally less brilliant, are...greater part of these rays are of, as yet, unknown origin."J A subsidiary object of the present research was to form a new estimate of the proportion... | |
 | James Dewar - Chemistry - 1927 - 840 pages
...capillary part, but also at the poles, and at the negative pole in particular. The spectroscope shows that this light consists in the visible part of the...through the whole length of the visible spectrum. They are obscured in the spectrum of the capillary part of the tube by the greater strength of the... | |
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