 The general law for surfaces seems to be as follows : // we suppose the structure of the surface of a liquid to be at first the same as that of the interior of the liquid, then the actual surface is always formed by the orientation of the least active...  Colloid Symposium Monograph - Page 170edited by - 1925Full view - About this book
 | Chemical Society (Great Britain) - 1917 - 804 pages
...surface is always formed by the orientation of the least active portion of the molecule toward the vapour phase, and at any surface or interface the change...which the adsorption law is only a special case. If the molecules are monatomic and symmetrical, then the orientation will consist of a displacement of... | |
 | National Academy of Sciences (U.S.) - 1925 - 844 pages
...suppose the structure of the surface of a liquid to be at first the same as that of the interior of the liquid, then the actual surface is always formed by...which the adsorption law is only a. special case. If the molecules are monatomic and symmetrical, then the orientation will consist in a displacement of... | |
 | Albert Bushnell Hart - 1918 - 850 pages
...suppose the structure of the surface of a liquid to be at first the same as that of the interior of the liquid, then the actual surface is always formed by...the transition to the adjacent phase less abrupt". Harkins has formulated a new periodic system for the chemical elements, which shows a relation between... | |
 | American Chemical Society - 1920 - 1370 pages
...suppose the structure of the surface of a liquid to be at first the same as that of the interior of the liquid, then the actual surface is always formed by...which the adsorption law is only a special case. If the molecules are monatomic and symmetrical, then the orientation will consist in a displacement of... | |
 | Kaufman George Falk - 1922 - 182 pages
...suppose the structure of the surface of a liquid to be at first the same as that of the interior of the liquid, then the actual surface is always formed by...the transition to the adjacent phase less abrupt." It was pointed out that the fundamental idea developed is the same as that developed by Langmuir, namely,... | |
 | William Clayton - 1923 - 192 pages
...emulsifying agent becomes adsorbed at the interface. Harkins has pointed out the general law that " at any surface or interface the change which occurs...the transition to the adjacent phase less abrupt." The orientation of molecules in a liquid-liquid interface is such as to turn like groups towards like... | |
 | Robert Herman Bogue - 1924 - 488 pages
...suppose the structure of the surface of a liquid to be at first the same as that of the interior of the liquid, then the actual surface is always formed by...which the adsorption law is only a special case. If the molecules are monatomic, and symmetrical, then the orientation will consist in a displacement of... | |
 | Jerome Alexander - 1926 - 992 pages
...at first the same as that of the interior of the liquid, then the actual surface is always formed b\ the orientation of the least active portion of the...which the adsorption law is only a special case. If the molecules are monatomic, and symmetrical, then the orientation will consist in a displacement of... | |
 | James Howard Peterson - 1928 - 98 pages
...Chem. Soo. 3?7 354, 541 (1917) oleic acid and the oarboxyl group in the water. Harkins points out that "at any surface or interface the change which occurs...the transition to the adjacent phase less abrupt." In emulsions, which are systems of two partially non miscible liquids, a third substance or emulsifier... | |
 | William Clayton - 1928 - 306 pages
...emulsifying agent becomes adsorbed at the interface. Harkins has pointed out the general law that " at any surface or interface the change which occurs...the transition to the adjacent phase less abrupt." The orientation of molecules in a liquid/liquid interface is such as to turn like groups towards like... | |
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