Химическая гидродинамика [Андрей Дмитриевич Полянин] (pdf) читать постранично, страница - 123

No. 12. | P. 1749 | 1756.
300. Stimson M., Je rey G. B. The motion of two spheres in a vis ous ow. // Pro .
Roy. So . London. | 1926. | V. A111. | No. 757.
301. Subramanian R. S. Slow migration of a gas bubble in a thermal gradient. //
AIChE J. | 1981. | V. 27. | No. 4. | P. 646 | 654.
302. Subramanian R. S. The Stokes for e in a droplet in an unbounded uid medium
due to apillary e e ts. // J. Fluid Me h. | 1985. | V. 153. | P. 389 | 400.

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303. Subramanian R. S. Thermo apillary migration of bubbles and droplets. //
Advan es in Spa e Resear h, Pergamon Press. | 1983. | V. 3. | No. 5. | P. 145.
304. Sykes J. A., Mar hello J. M. Laminar ow of two immersible liquid falling
lms. // AIChE J. | 1969. | V. 15. | No. 2. | P. 305 | 306.
305. Szym zyk J., Siekmann J. Numeri al al ulation of the thermo apillary motion of
a bubble under mi rogravity. // Chem. Eng. Comm. | 1988. | V. 69. | P. 129 |
147.
306. Tables rolating to Mathieu fun tion. | New York, Columbia Univ. Press, 1951.
(ãááª. ¯¥à¥¢®¤: ’ ¡«¨æë ¤«ï ¢ëç¨á«¥­¨ï ä㭪権 Œ âì¥; ᮡá⢥­­ë¥
§­ 祭¨ï, ª®íää¨æ¨¥­âë ¨ ¬­®¨â¥«¨ á¢ï§¨. | Œ.: ‚– € ‘‘‘, 1967. |
279 á.)
307. Tam C. K. W. The drag on a loud of spheri al parti les in low Reynolds number
ow. // J. Fluid Me h. | 1969. | V. 38. | No. 3. | P. 537 | 546.
308. Taylor G. I. Formation of emulsion in pe nable lm of ow. // Pro . Roy. So .
London. | 1934. | V. A146. | No. 858. | P. 501 | 523.
309. Taylor G. I. Vis osity of a uid, ontaining small drops of another uid. // Pro .
Roy. So . London. | 1932. | V. A138. | No. 834. | P. 41 | 48.
310. Taylor T., A rivos A. On a deformation and drag of a falling vis ous drop at low
Reynolds number. // J. Fluid Me h. | 1964. | V. 18. | Pt. 3. | P. 466 | 476.
311. Vignes A. Di usion in binary solutions. // Ind. Engng. Chem. Fundam. |
1966. | V. 5. | No. 2. | P. 189 | 199.
312. Vo hten R., Petre G. Study of the heat of reversible adsorption at the air-solution
interfa e. 2. Experimental determination of the heat of reversible adsorption of
some al ohols. // J. Colloid Interfa e S i. | 1973. | V. 42. | No. 2. | P. 320 |
327.
313. Vo hten R., Petre G., Defay R. Study of the heat of reversible adsorption at the
air-solution interfa e. 1. Thermodynami al al ulation of the heat of reversible
adsorption of nonioni surfa tants. // J. Colloid Interfa e S i. | 1973. | V. 42. |
No. 2. | P. 310 | 319.
314. Waslo S., Gal-Or B. Boundary layer theory for mass and heat transfer in louds of
moving drops, bubbles or solid parti les. // Chem. Eng. S i. | 1971. | V. 26. |
No. 6. | P. 829 | 838.
315. Wasserman M. L., Slattery J. C. Upper and lower bounds on the drag oeÆ ient
of a sphere in a power-law uid. // AIChE J. | 1964. | V. 10. | No. 3. |
P. 383 | 388.
316. Weber M. E. Mass transfer from spheri al drops at high Reynolds numbers. //
Ind. Engng. Chem. Fundam. | 1975. | V. 14. | No. 4. | P. 365 | 366.
317. Weinberger H. F. Variational properties of stady fall in Stokes ow. // J. Fluid
Me h. | 1972. | V. 52. | Pt. 2. | P. 321 | 344.
318. Winnikow S. Letter to the Editors. // Chem. Eng. S i. | 1967. | V. 22. |
No. 3. | P. 477.
319. Young N. O., Goldstein J. S., Blo k M. G. The motion of bubbles in a verti al
temperature gradient. // J. Fluid Me h. | 1959. | V. 6. | Pt. 3. | P. 350 |
356.