 To ensure that temperature was in no way affecting the experiments, one of the bars was placed in a trough of water so that there was about an inch of water for the light to pass through, but the results were the same ; and when a strong light from the...  The American Journal of Science and Arts - Page 2991873Full view - About this book
 | 1901 - 392 pages
...temperature was in no way affecting the experiments, one of the bars was placed in a trough of water, so that there was about an inch of water for the light...condition immediately the light was extinguished." These observations excited widespread interest, and elicited some correspondence, which will be found... | |
 | Sir Norman Lockyer - 1873 - 516 pages
...temperature was in no way affecting the experiments, one of the bars was placed in a trough of water so that there was about an inch of water for the light...condition immediately the light was extinguished. PARTING BANQUET TO PROF. TYNDALL ON the evening of February 4 Prof. Tyndall's visit to the United States... | |
 | Sir Norman Lockyer - 1873 - 524 pages
...temperature was in no way affecting the experiments, one of the bars was placed in a trough of water so that there was about an inch of water for the light...condition immediately the light was extinguished. PARTING BANQUET TO PROF. TYNDALL ON the evening of February 4 Prof. Tyndall's visit to the United States... | |
 | 1873 - 636 pages
...temperature in no way affected the experiment, one of the bars was placed in a trough of water, so that there was about an inch of water for the light to pass through. The results were the same. And when a strong light, from the ignition of a narrow band of magnesium,... | |
 | James Samuelson, William Crookes - 1873 - 606 pages
...temperature in no way affected the experiment, one of the bars was placed in a trough of water, so that there was about an inch of water for the light to pass through. The results were the same. And when a strong light, from the ignition of a narrow band of magnesium,... | |
 | 1880 - 1188 pages
...considerable depth of water in order to reach the selenium. The effects, however, were the same as before. When a strong light from the ignition of a narrow...about nine inches above the water, the resistance of the selenium immediately fell more than two-thirds, returning to the normal condition upon the removal... | |
 | American Association for the Advancement of Science - 1881 - 898 pages
...considerable depth of water in order to reach the selenium. The effects, however, were the same as before. When a strong light from the ignition of a narrow...about nine inches above the water, the resistance of the selenium immediately fell more than two-thirds, returning to the normal condition upon the removal... | |
 | American Association for the Advancement of Science - 1881 - 476 pages
...considerable depth of water in order to reach the selenium. The effects, however, were the same as before. When a strong light from the ignition of a narrow...about nine inches above the water, the resistance of the selenium immediately fell more than two-thirds, returning to the normal condition upon the removal... | |
 | 1881 - 898 pages
...considerable depth of water in order to reach the selenium. The effects, however, were the same as before. When a strong light from the ignition of a narrow...about nine inches above the water, the resistance of the selenium immediately fell more than two-thirds, returning to the normal condition upon the removal... | |
 | Edmund Edward Fournier d'Albe - 1924 - 190 pages
...temperature was in no way affecting the experiments, one of the bars was placed in a trough of water so that there was about an inch of water for the light...condition immediately the light was extinguished." The announcement created a great stir among physicists and electricians. It also evoked criticism along... | |
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