 | Benjamin Graf von Rumford - 1798 - 550 sider
...confiderable degree of Heat which a brafs gun acquires, in a fhort time, in being bored ; and with the Mill more intenfe Heat (much greater than that of boiling...thefe phenomena, the more they appeared to me to be curious and interefting. A thorough inveftigation of them feemed even to bid fair to give a farther... | |
 | Sir Richard Phillips - 1830 - 728 sider
...heat which a brass gun acquires, in a short time, in being bored ; and with the still more intense heat, much greater than that of boiling water, as I found by experiment, of the metallic chips separated from it by the borer. From whence comes the heat actually produced in the mechanical operation... | |
 | Benjamin Graf von Rumford - 1870 - 608 sider
...of Heat which a brass gun acquires in a short time in being bored, and with the still more intense Heat (much greater than that of boiling water, as I found by experiment) of the metallic chips separated from it by the borer. The more I meditated on these phaenomena, the more they appeared to... | |
 | Peter Guthrie Tait - 1876 - 396 sider
...Heat which a brass gun acquires, in a short time, in being bored ; and with the still more intense Heat (much greater than that of boiling water, as I found by experiment) of the metallic chips separated from it by the borer. 'The more I meditated on these phenomena, the more they appeared to... | |
 | William Gay Ballantine - 1896 - 200 sider
...heat which a brass gun acquires, in a short time, in being bored ; and with the still more intense heat, much greater than that of boiling water, as I found by experiment, of the metallic chips separated from it by the borer. From whence comes the heat actually produced in the mechanical operation... | |
 | Henry Smith Williams, Edward Huntington Williams - 1904 - 380 sider
...of heat which a brass gun acquires in a short time in being bored ; and with the still more intense heat (much greater than that of boiling water, as I found by experiment) of the metallic chips separated from it by the borer. "Taking a cannon (a brass six-pounder), cast solid, and rough, as it... | |
 | Alexander Wood - 1925 - 120 sider
...Heat which a brass gun acquires, in a short time, in being bored ; and with the still more intense heat (much greater than that of boiling water, as I found by experiment) of the metallic chips separated from it by the borer. " The more I meditated on these phenomena, the more they appeared to... | |
 | 1928 - 430 sider
...of heat which a brass gun acquires in a short time in being bored, and with the still more intense heat (much greater than that of boiling water, as I found by experiment) of the metallic chips separated from it by the borer. The more I meditated on these phenomena, the more they appeared to... | |
 | I.F. Goldstein, M. Goldstein - 1984 - 428 sider
...of Heat which a brass gun acquires in a short time in being bored, and with the still more intense Heat (much greater than that of boiling water, as I found by experiment) of the metallic chips separated from it by the borer. The more I meditated on these phenomena, the more they appeared to... | |
 | J. S. Dugdale - 1996 - 220 sider
...of heat which a brass gun acquires, in a short time, in being bored; and with the still more intense heat (much greater than that of boiling water, as I found by experiment,) of the metallic chips separated from it by the borer. The more I meditated on these phenomena, the more they appeared to... | |
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Being engaged lately in superintending the boring of cannon in the workshops of the military arsenal at Munich, I was struck with the very considerable degree of Heat which a brass gun acquires in a short time in being bored, and with the still more intense... 
