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doc#118 | The temperature distribution of figure 4 | gives | <formul> for all blowing rates, assuming |
doc#119 | 0.002<Prime> on each side of the tape. This | gives | a rate of shear of <formul>. This, however |
doc#119 | silicone fluid, labeled 12,500 cps which | gave | a high positive normal pressure. Although |
doc#119 | apparatus on hand. </p><p> The two fluids which | gave | the small negative pressures were polybutenes |
doc#119 | in the first part of the paper. They also | give | information which will aid in the design |
doc#119 | respect to H and equating to zero. This | gives | <formul>, which is the pressure. This is |
doc#119 | to Philippoff, the recoverable shear s is | given | by <formul> where <khgr> is the angle of |
doc#119 | tension of minimum pressure is, of course, | given | by the direction of the major axis of the |
doc#119 | two radii of curvature. This formula is | given | by Rumscheidt and Mason. If a is the major |
doc#119 | Measurements on the photograph in this paper | give | <formul> at the maximum rate of shear of |
doc#119 | <formul>. If it is assumed that the formula | given | by Lodge of <formul>, cosec 2<khgr> applies |
doc#120 | impurities much lower. Chromium analysis | gave | 58.8% Cr as compared with 61.2% theory. |
doc#121 | to that described above. Polyphosphates | gave | renewed life to soap products at a time |
doc#121 | for this application, since they do not | give | adequate soil removal. This is best demonstrated |
doc#121 | available standard soiled fabrics. Also | given | are several laboratory wash procedures |
doc#121 | arbitrarily classed in the four major categories | given | below: 1. Dirt, which is here defined as |
doc#121 | variety of nonparticulate materials which | give | color even when present in very low concentration |
doc#121 | rapid agglomeration or polymerization to | give | the micelles, which have a degree of polymerization |
doc#121 | the dirt (especially clay soils) so as to | give | it a greatly increased negative charge. |
doc#121 | each of the numerous isomers making up a | given | commercial organic active. </p><p> The thermal |