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30 May 2006: Keulegan's results are shown t o agree well with our spreading relationships, as do results from additional experiments carried out by us t o test the ideas further.

30 May 2006: This line of argument seems highly questionable because, using the homogeneous flow over a flat-topped cylinder as a special test case, we indi- cated in the previous section that in

30 May 2006: In 95 we test our theory by performing low-Rayleigh-number numerical simulations of the laboratory experiments described by Leitch (1985, 1987) and by Huppert et al. ... In the following section we test our scaling analysis by simulating experiments

27 Apr 2006: 0.1 wt.%, were carried o u t in o r d e r to test the effect o f the intensity o f c o n v e c t

27 Apr 2006: t y t o test m o d e l s for t h e e x t r u s i o n m e c h a n i

27 Apr 2006: n c o n d u c t e d at small e n o u g h u n d erco o l i n g s to test the

27 Apr 2006: First, we wished to apply an concentration,the z. 1 werechosentobe(10, 20, 30)additional test to the theory by measuring the mm, but otherwisethey wereset at (5, 15, 25)

30 May 2006: To test the theory, several experiments were performed to measure the length of particle-driven gravity currents as a function of time and their deposition patterns for a variety of particle

5 May 2006: It should be emphasized that the design of the flow delivery system evolved to theconfiguration described above as a result of extensive tests which revealed that any lesseffort applied to the ... However the concentration of particles progres-sively

5 May 2006: For the sake of these tests, the aspect ratio of the box was set to 1, thelower and upper boundaries were made to have constant temperatures of 0 and 1,respectively, ... These forms for 〈φ〉 were compared with the results of thenumerical calculations