Department of Earth Science and Engineering, Imperial College London, South Kensington Campus, London SW7 2AZ, UK.
J Phys Condens Matter. 2010 Apr 21;22(15):155109. doi: 10.1088/0953-8984/22/15/155109. Epub 2010 Mar 26.
The relationship between the size of films in a dry foam and the size of the bubbles is investigated. The study was carried out using foam structures simulated using Surface Evolver, with the structures covering a wide range of poly-dispersities. It was found that the most important factor influencing the size of a film is the size of the smaller bubble to which it is attached. The larger bubble does have an influence, but it is much smaller, with the film size increasing by approximately 80% as the larger bubble goes from the same size as the smaller bubble to infinitely large. The relationship between a film's size and the size of the two bubbles to which it is attached was found to be independent of the underlying bubble size distribution, with the probability distribution for the size of the film depending only on the size of the neighbouring bubbles.
研究了干泡沫中膜的大小与气泡大小之间的关系。该研究使用 Surface Evolver 模拟的泡沫结构进行,结构涵盖了广泛的多分散性。结果表明,影响膜大小的最重要因素是与之相连的较小气泡的大小。较大的气泡确实有影响,但要小得多,随着较大气泡从与较小气泡相同的大小增加到无穷大,膜的大小增加了大约 80%。发现膜的大小与与之相连的两个气泡的大小之间的关系与基础气泡大小分布无关,膜大小的概率分布仅取决于相邻气泡的大小。