 | Hugh Chisholm - 1911 - 1032 pages
...tension, the energy corresponding to unit of area of the interface 202 CAPILLARY ACTION is also Tu, as we see by considering the introduction (through...body was in question, will now allow us to evaluate Ti2. The work required to cleave asunder the parts of the first fluid which lie on the two sides of... | |
 | 1910 - 1032 pages
...denote the interfacial tension, the energy corresponding to unit of area of the interface is also TU, as we see by considering the introduction (through...body was in question, will now allow us to evaluate Tu. The work required to cleave asunder the parts of the first fluid which lie on the two sides of... | |
 | John William Strutt Baron Rayleigh - 1902 - 666 pages
...denote the interfacial tension, the energy corresponding to unit of area of the interface is also TK, as we see by considering the introduction (through...body was in question, will now allow us to evaluate Tn. The work required to cleave asunder the parts of the first fluid which lie on the two sides of... | |
 | 1890 - 556 pages
...and upon one another, and to effect this we cannot do better than follow the method of Dupre. If 1ia denote the interfacial tension, the energy corresponding...when but one body was in question, will now allow «s to evaluate T12. The work required to cleave asunder the parts of the first * Van der Mensbrugghe,... | |
 | 1890 - 600 pages
...denote the interfacial tension, the energy corresponding to unit of area of the interface is also T12, as we see by considering the introduction (through...required to cleave asunder the parts of the first « Van der Mensbrug-ghe, " Essai sur la Theorie Mecanique de la Tension Superficielle, &e." Bulletins... | |
 | 624 pages
...denote the interfaced tension, the energy corresponding to unit of area of the interface is also Tlt, as we see by considering the introduction (through...body was in question, will now allow us to evaluate Tn. The work required to cleave asunder the parts of the first fluid which lie on the two sides of... | |
| |
TK, as we see by considering the introduction (through a fine tube) of one body into the interior of the other. A comparison with another method of generating the interface, similar to that previously employed when but one body was in question, will now... 