 | Robert Stuart - Steam-engines - 1824 - 408 pages
...and the small boiler D ; by which means D grows immediately hot, by throwing a little fire into B, and the water of which boils, and in a very little...is not long before the force in D exceeds that in L ; so that the water in D, being depressed by its own steam or vapour, must necessarily rise through... | |
 | 1824 - 528 pages
...and the small boiler, D, by which means D grows immediately hot, by throwing a little fire into B, and the water of which boils, and in a very little...it is not long before the force in D exceeds that io£; so that the water in D, being depressed by its own steam or vapour, must necessarily rise through... | |
 | Robert Stuart - Steam-engines - 1824 - 334 pages
...and the small boiler D ; by which means D grows immediately hot, by throwing a little fire into B, and the water of which boils, and in a very little...of the great boiler being perpetually spending and gcing out, and the other winding up, or increasing, it is not long before the force in D exceeds that... | |
 | Robert Stuart - Steam-engines - 1829 - 372 pages
...and the small boiler D ; by which means D grows immediately hot, by throwing a little fire into в, and the water of which boils, and in a very little...is not long before the force in D exceeds that in L ; so that the water in D, being depressed by its own steam or vapour, must necessarily rise through... | |
 | John Scott Russell - Steam-engines - 1841 - 422 pages
...the small boiler, by which means D grows immediately hot ; by throwing a little fire into B No. 2, the water of which boils, and in a very little time...perpetually spending and going out, and the other winding up and increasing, it is not long before the force in D exceeds that in L ; so that the water in D being... | |
 | John Bourne - Steam engineering - 1851 - 346 pages
...and when it boils, its own steam, which hath no vent out, will gain more strength than the steam in the great boiler. For the force of the great boiler...perpetually spending and going out, and the other confined and increasing, it is not long before the force in the small boiler exceeds that in the great... | |
 | John Bourne (C. E.) - Steam engineering - 1868 - 602 pages
...own steam, which hath no vent out, will gain more strength than the steam in the great boiler. Por the force of the great boiler being perpetually spending and going out, and the other confined and increasing, it is not long before the force in the small boiler exceeds that in the great... | |
 | Henry Davey - Pumping machinery - 1900 - 398 pages
...and the small boiler D ; by which means D grows immediately hot, by throwing a little fire into B, and the water of which boils, and in a very little...is not long before the force in D exceeds that in L ; so that the water in D, being depressed by its own steam or vapour, must necessarily rise through... | |
 | Henry Davey - Pumping machinery - 1900 - 336 pages
...and the small boiler D ; by which means D grows immediately hot, by throwing a little fire into B, and the water of which boils, and in a very little...is not long before the force in D exceeds that in L ; so that the water in D, being depressed by its own steam or vapour, must necessarily rise through... | |
 | Henry Davey - Pumping machinery - 1905 - 450 pages
...and the small boiler D ; by which means D grows immediately hot, by throwing a little fire into B, and the water of which boils, and in a very little...is not long before the force in D exceeds that in L; so that the water in D, being depressed by its own steam or vapour, must necessarily rise through... | |
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B, and the water of which boils, and in a very little time it gains more strength than the great boiler; for the force of the great boiler being perpetually spending and going out, and the other winding up, or increasing, it is not long before the force... 