0:00:02no they are entitled location of the excitation and acoustic emission from early stage gradations
0:00:09in focus on because then i come or observations o acoustic irritation in high intensity
0:00:16focus on that and that spatial and temporal resolution
0:00:20i mean and model with this but unknown drink that when you
0:00:26in the drink in an acoustic but we can demonstrate acoustically
0:00:32and nothing about the experiment show you can radically i know the computation high intensity
0:00:39or focus on or high field
0:00:41so what happens use the four or five and twenty one q into the communication
0:00:47chain
0:00:49we design a matching the allows to sound probably really into the
0:00:55i one we can print and can be performed for long work in this sense
0:01:01of excellence
0:01:03we use i know little holes shown in reading and energy lower the ticket and
0:01:09facial to initiate irritation activity in that high feel which is shown below
0:01:16the last that i mean they are usually associated with lengthened used connotation that included
0:01:25in the acoustic annotation high we can write operation
0:01:30so on how she's an imaging can be used to align with a little folk
0:01:35i
0:01:37right then too high country observations acoustic signals were recorded communication detector which was situated
0:01:44in time to change that you go in addition to the focus
0:01:50and we've got a of the vision clouded in high for p make sure we
0:01:56all know point that and are we think about all sitting around how high driving
0:02:05i know you're timing
0:02:09equivalent results for high for in q one make sure that allows you to high
0:02:14communication one ball we can all the that the sum of all the different frequency
0:02:20didn't european
0:02:25it is the famous for you that the creation posterior probabilities where are you know
0:02:29the change of the boundary in time responding to pressure factors given by t
0:02:36you think your of single model without any expectation so that both on their most
0:02:43versa
0:02:46on the left side and spectral for computation cloud in a field of p and
0:02:52p equal to not seven makeup
0:02:55right spectra one pressure but equal to one make a decision to do you see
0:03:01before
0:03:02the right place of thing measuring the cloud from the high camera data
0:03:08reading is of things from the acoustic signal recorded the at high school
0:03:13and then show no money no competition was visible
0:03:18i would expect to king
0:03:20to make it more why data i eight different high pressures in this way by
0:03:26correlation between the are not require model an actual physical size of computation cards observed
0:03:34experimentally
0:03:35we also identified crash threshold by which i call this and regime or more pronounced
0:03:44we anticipate these results made by location include more computation was also answers
0:03:51right i feel one here are