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Alphabetical    [«  »]
cut 3
cutting 1
cyclopa 1
cylinder 55
cylinder-condenser 1
cylinders 4
d 6
Frequency    [«  »]
58 you
57 invention
56 now
55 cylinder
55 much
54 make
54 then
Thomas H. Marshall
James Watt

IntraText - Concordances

cylinder

   Art.
1 4| steam to do this. He took a cylinder, open at the top like a 2 4| water in the bottom of the cylinder, lowered the piston till 3 4| raised to the top, while the cylinder filled with steam. There 4 4| fire was removed. As the cylinder cooled, the steam was condensed 5 4| boiled his water in the cylinder in which he condensed it, 6 4| took Papin's piston and cylinder and made it pull down one 7 4| the steam from it to the cylinder, where it was condensed 8 4| In the big engines the cylinder was made of castiron; in 9 4| it were, in heating the cylinder. He saw that the toy cylinder " 10 4| cylinder. He saw that the toy cylinder " exposed a greater surface 11 4| its content " than a big cylinder. Therefore, when the cold 12 4| Therefore, when the cold cylinder was being filled with steam, 13 4| a perfectly proportioned cylinder of the most suitable material 14 4| which is a cock, a, with the cylinder, C, in which works a piston, 15 4| will be noticed that the cylinder is open at the top. The 16 4| down into the bottom of the cylinder in such a way that, whenever 17 4| water IS injected into the cylinder. Imagine the beam EE horizontal. 18 4| letting steam into the cylinder. This balances the pressure 19 4| piston to the top of the cylinder. The cylinder is now full 20 4| top of the cylinder. The cylinder is now full of steam. When 21 4| of cold water enter the cylinder, which at once condenses 22 4| is now some water in the cylinder, partly condensed steam, 23 4| enters the bottom of the cylinder on the left in the diagram. 24 4| volume needed to fill the cylinder, and found that it was three 25 4| and create a vacuum, the cylinder had to be cooled. When fresh 26 4| until it had heated the cylinder up to its own temperature. 27 4| Newcomen engines, where the cylinder was cooled by being douched 28 4| making the walls of the cylinder so cold. That was why it 29 4| possible in order to cool the cylinder as little as possible. His 30 4| that when the steam in the cylinder was being condensed it gave 31 4| be some steam left in the cylinder to resist the descent of 32 4| himself in a new way. The cylinder must never be at a temperature 33 4| condensed and wasted. The cylinder must always be at a temperature 34 4| separate vessels. Keep the cylinder always hot, and condense 35 4| communicating with the cylinder, and keep that always cold. 36 4| wasted. Start with both the cylinder and the condenser full of 37 4| rush the steam from the cylinder for steam is elastic making 38 4| which served as boiler, cylinder and condenser. Newcomen, 39 4| altogether. He wanted to keep the cylinder hot, and contact with the 40 4| the vacuum. Watt set the cylinder, just as it was, in an air-tight 41 4| otherwise, since he used an open cylinder sitting in an atmosphere 42 4| this in favour of a closed cylinder communicating at both ends 43 4| mechanism to connect the cylinder twice over both with the 44 4| the piston tight in the cylinder, and going over all the 45 5| must fit tightly in the cylinder, but with as little friction 46 5| through the cracks. But Watt's cylinder must be absolutely dry. 47 5| weeks, only to find that the cylinder was untrue, or the pipes 48 5| drawings of a piston and cylinder to be cast at Carron for 49 5| in a big-scale model, the cylinder "was very illbored, and 50 5| the gaugepipe got into the cylinder " and has played the devil 51 5| engine to add an external cylinder and a thinner bottom," he 52 7| parts, and especially the cylinder, had to be cast elsewhere. 53 7| although the diameter of the cylinder remained constant throughout, 54 7| curve in the walls of the cylinder which caused the piston 55 8| joint where it enters the cylinder and let the steam escape.


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