Exact(1)
In the 2 k + 2 approach, bubbles are identified by decomposing the De Bruijn graph to an undirected graph and then identifying bubbles as Eulerian and Hamiltonian cycles, i.e paths in bubble sized subgraphs (2 k) that visit each node and edge just once on their way back to the starting node.
Similar(59)
Bubble sizes for each method were estimated by photography as well as a bubble size prediction model developed by Ramakrishnan for the open tube and HFMs.
Bubble sizes, bubble coalescence and bubble break-up rates were determined by video image analysis.
Finally, a numerical formulation is proposed for the bubble sizes in the hydrofoil wake.
Moreover, a viewing window allows observation of bubble sizes to be made.
Calculations with various bubble sizes and Reynolds numbers were carried out.
The bubble sizes dictate the available interfacial area for gas liquid mass transfer.
The initial bubble sizes of the CGA solutions were 55 80 µm, respectively.
Bubble sizes represent the number of insertions.
However, foam bubble sizes and bubble size dispersities decreased with increasing cglycerol as is shown in Figure 4.
The rather broad distribution of bubble sizes is due to the applied foaming technique.
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