 The lower end of the outlet tube is enclosed by a larger tube, which when stoppered by a cork, C, acts as a closed air chamber and prevents the flow of oil through the outlet tube until the cork is removed and the test started. A looped string may be...  Fuel Oil in Industry - Halaman 22oleh Stephen Osgood Andros - 1920 - 270 halamanTampilan utuh - Tentang buku ini
 | Roy Cross - 1919 - 508 halaman
...standard oil tube is a small outlet tube through which the oil to be tested flows into a receiving flask, whose capacity to a mark on its neck is 60 (+0.15)...enclosed by a larger tube, which when stoppered by a cork acts as a closed air chamber and prevents the flow of oil through the outlet tube until the cork is... | |
 | John Rome Battle - 1920 - 1280 halaman
...be tested flows into a receiving flask (Fig. 2, Sec. lie), whose capacity to a mark on its neck i^ 60 ( ± 0.15) cc The lower end of the outlet tube...by a larger tube, which, when stoppered by a cork, C, acts as a closed air chamber and prevents the flow of oil through the outlet tube until the cork... | |
 | William Allen Hamor, Fred Warde Padgett - 1920 - 620 halaman
...which the oil to be tested flows into a receiving flask, Fig. 146, whose capacity to a mark on it* neck is 60 (±0.15) cc The lower end of the outlet tube is enclosed by a larger tpbe, which, when stoppered by a cork, C, acts as a closed air chamber and prevents the flow of oil... | |
 | David Talbot Day - 1922 - 990 halaman
...tube is a small outlet tube through which the oil to be tested flows into a receiving flask, Fig. 18, whose capacity to a mark on its neck is 60 (0.15)...by a larger tube, which when stoppered by a cork, C, acts as a closed air chamber and prevents the flow of oil through the outlet tube until the cork... | |
 | George G. Oberfell, R. C. Alden - 1924 - 568 halaman
...container * 8.8000 2.9950 8.800 60c.c. level FIG. 6 — RECEIVING FLASK whose capacity at 20° C. (68° F.) to a mark on its neck is 60, ±0.15, cc The lower...by a larger tube, which when stoppered by a cork, C, acts as a closed air chamber and prevents the flow of oil through the outlet tube until the cork... | |
 | Wilfred Welday Scott - 1925 - 1018 halaman
...through which the oil to be tested flows into a receiving flask whose capacity at 20° C. (68° F.) to a mark on its neck is 60, ± 0.15 cc. The lower...by a larger tube, which when stoppered by a cork, L, acts as a closed air chamber and prevents the flow of oil through the outlet tube until the cork... | |
 | William Farrand Osborne - 1925 - 296 halaman
...receiving flask (Fig. 78) whose capacity at 20°C. (68°F.) to a mark on its neck is 60, ± 0. 15, cc The lower end of the outlet tube is enclosed by a larger tube, which when stoppered by a cork C, acts as a closed air chamber and prevents the flow of oil through the outlet tube until the cork... | |
 | William J. Foster - 1925 - 784 halaman
...tube through which the oi1 to be tested flows into a receiving flask (Fig. 2-E, Chapter V, page 444), whose capacity to a mark on its neck is 60 (±0.15) cc The lower end of the outlet tube is inclosed by a large tube, which when stoppered by a cork, (c), acts as a closed air chamber and prevents... | |
 | Roy Cross - 1928 - 886 halaman
...standard oil tube is a small outlet tube through which the oil to be tested flows into a receiving flask, whose capacity to a mark on its neck is 60 ( + 0.15)...enclosed by a larger tube, which when stoppered by a cork acts as a closed air chamber and prevents the flow of oil through the outlet tube until the cork is... | |
 | Roy Cross - 1928 - 840 halaman
...oil to be tested flows into a receiving flask, whose capacity to a mark on Its neck is 60 (-1-0.15) cc. The lower end of the outlet tube is enclosed by a larger tube, which when stoppered by a cork acts as a closed air chamber and prevents the flow of oil through the outlet tube until the cork is... | |
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