Physico Chemical Tables for the Use of Analysts Physicists Chemical Manufactur
Physico Chemical Tables for the Use of Analysts Physicists Chemical Manufactur
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In our eReader you can find the full English version of the book. Read Physico Chemical Tables for the Use of Analysts Physicists Chemical Manufactur Online - link to read the book on full screen. Our eReader also allows you to upload and read Pdf, Txt, ePub and fb2 books. In the Mini eReder on the page below you can quickly view all pages of the book - Read Book Physico Chemical Tables for the Use of Analysts Physicists Chemical Manufactur
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As /3 = acos 3, it is evident that /3 can never exceed a, but in every case, except where 3- = 0, the numerical value of /D will be smaller than that of a. The following are the symbols generally employed and their significations : Surface tension, or capillarity constant, H/2 ( Laplace) = a = a 2 or (Gauss): in the tables generally given in mgms. Per mm. Length ; ag gives surface energy per cm. 2 in ergs ; or surface tension per cm. In dynes. Specific cohesion, a? = H/o- (Laplace) = 2a 2 (Gaus...s) = 2a/o- : denotes in mms. Tho extent to which a liquid is raised or depressed in a tube whose radius is 1 mm. Adhesion constant, /3 = a cos 3 : expressed in terms of same units as a. Contact angle, 3 = cos" 1 (/3/a). When a large drop of liquid rests on a horizontal smooth surface, or a bubble of air (or other gas) is formed against such a surface, the drop or bubble will assume, on the side furthest from the plane, the figure of a solid of revolution : and if H = distance between plane and the point in the surface of the drop or bubble furthest from it = maximum thickness of drop or bubble ; /* = distance between the point referred to above and the maximum horizontal section of drop or bubble = distance between highest or lowest point and the plane meeting the surface of the drop or bubble at every point where the tangent to such surface is vertical ; then, taking a, a 2, 3, and a- with the same significations as before, we get- ex =
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To quickly assess the difficulty of the text, read a short excerpt:
As /3 = acos 3, it is evident that /3 can never exceed a, but in every case, except where 3- = 0, the numerical value of /D will be smaller than that of a. The following are the symbols generally employed and their significations : Surface tension, or capillarity constant, H/2 ( Laplace) = a = a 2 or (Gauss): in the tables generally given in mgms. Per mm. Length ; ag gives surface energy per cm. 2 in ergs ; or surface tension per cm. In dynes. Specific cohesion, a? = H/o- (Laplace) = 2a 2 (Gaus...s) = 2a/o- : denotes in mms. Tho extent to which a liquid is raised or depressed in a tube whose radius is 1 mm. Adhesion constant, /3 = a cos 3 : expressed in terms of same units as a. Contact angle, 3 = cos" 1 (/3/a). When a large drop of liquid rests on a horizontal smooth surface, or a bubble of air (or other gas) is formed against such a surface, the drop or bubble will assume, on the side furthest from the plane, the figure of a solid of revolution : and if H = distance between plane and the point in the surface of the drop or bubble furthest from it = maximum thickness of drop or bubble ; /* = distance between the point referred to above and the maximum horizontal section of drop or bubble = distance between highest or lowest point and the plane meeting the surface of the drop or bubble at every point where the tangent to such surface is vertical ; then, taking a, a 2, 3, and a- with the same significations as before, we get- ex =
What to read after Physico Chemical Tables for the Use of Analysts Physicists Chemical Manufactur?
You can find similar books in the "Read Also" column, or choose other free books by John Castell Evans to read online
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