On the Validation of the Sharp Wheeler Bubble Merger Model From Experimental And
On the Validation of the Sharp Wheeler Bubble Merger Model From Experimental And
James Glimm
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The case (a) is the simulation with . 4 = 0. 43, and case (b) with A = 0. 90. The compressibihty Af- in both cases is 0. 1. 24 - «0 0. 4 3 D G ! - 2 D 0. 3 :- . ■- - - - - 3 : ii^E^ ^A A, = ^ ' ^ A - A A A 0. 2 - A 0. 1 0. 2 0. 4 0. 6 0. 8 1. 0 Fig. 3. The dimensionless acceleration rate a^ vs. The normalized height deviation of bubble distribution at the initial time. The numerical results show that a-, varies very lit- tle with the change of Aj, , = >ije, /c;rj, . The f, ^. In this plot is 0.... 5. Here the symbols O. N and A represent distinct seeds for the random number generator which generates the initial bubble ensemble. 0. 6 V 0. 4 ^0 0. 2 _ ^ A A A V V ^ V V r ^ V V ^ A V A A aX VX VVV A A A -^ -^ A 0. 2 0. 4 0. 6 0. 8 1. 0 ^dev Fig. 4. The dimensionless acceleration rate a- vs. The normalized initial bubble radius distribution. The V and A are the approximate upper and lower bounds tor the varia- tion of Up in each run. The results show that a, -) varies little with the variation of r.
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