作者: J.W. van Heuven , W.J. Beek
DOI: 10.1016/0009-2509(63)80030-5
关键词: Bubble 、 Absorption rate 、 Atomic physics 、 Surface velocity 、 Lift (force) 、 Mass transfer 、 Chemistry 、 Carbon dioxide 、 Wavelength 、 Liquid phase 、 Analytical chemistry
摘要: Abstract Carbon dioxide from a mixture of CO 2 N has been absorbed by water in gas lifts 0·48 and 0·238 cm inside diameter, 0·5 1·0 m long. The liquid phase resistance to mass transfer, which is predominant, calculated fundamental theory. theoretical results for the single bubbles compared those measured depletion lift. It found that, although were small, did not fall freely over total bubble length. A deceleration surface velocity at rear end could be wavelengths observed ripples. Theory experiment brought agreement use argument that absorption rate decelerating film much lower than an accelerating one.