. Bulletin. Science. Figure 14.—Robert Hare's calorimotor (top) and galvanic deflagrator. From American Journal of Science, 1819, vol. i, plate opposite p. 413, and 1822, vol. 5, plate opposite p. than of physical contact,^^ and Antoine Becquerel had devised another such celF'' in the 1820's as a result of Davy's theories. Daniell set out to test Faraday's electrochemical theories, and he devised his nonpo- larizable "Constant Battery" on the results (figs. 15, 16, and 17). In Daniell's cell an amalgamated zinc electrode in a weak solution of sulfuric acid was separated by an ox
. Bulletin. Science. Figure 14.—Robert Hare's calorimotor (top) and galvanic deflagrator. From American Journal of Science, 1819, vol. i, plate opposite p. 413, and 1822, vol. 5, plate opposite p. than of physical contact,^^ and Antoine Becquerel had devised another such celF'' in the 1820's as a result of Davy's theories. Daniell set out to test Faraday's electrochemical theories, and he devised his nonpo- larizable "Constant Battery" on the results (figs. 15, 16, and 17). In Daniell's cell an amalgamated zinc electrode in a weak solution of sulfuric acid was separated by an ox gullet from a copper electrode in a copper .sulfate solution. John Gassiot made a more durable cell by replacing the gullet by an unglazed f;,,j. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Smithsonian Institution; United States. Dept. of the Interior; United States National Museum. Washington, Smithsonian Institution Press, [etc. ]; for sale by the Supt. of Docs. , U. S. Govt Print. Off
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Keywords: ., bookauthorunitedstatesdepto, bookcentury1900, booksubjectscience
