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A simple model predicting the breakup time as a function of the shear rate and the breakup time observed in uniform flows is suggested.
The simple model predicting the variation of exciton energy with particle size is based on the effective mass approximation.
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While the theoretical predictions are to some extent dependent on the assumptions made, a simple model predicts exactly this.3 In a graphical representation (Fig. 2), C designates the consumption of goods, L the consumption of leisure, and L 0 maximum time available.
A simple model predicts that the amount of bound water passes through a maximum with increasing surfactant concentration.
(vi) The proposed simple model predicts the real behavior of non-prismatic beams with a good accuracy, reasonable for the most of practical applications.
The inviscid spreading rate increases with increasing Weber number, and a simple model predicts a dimensionless limiting value of 2 at large times as We→∞.
Our results show that this simple model predicts the key mechanical properties of different knits, as demonstrated by qualitative comparisons to observed deformations of actual samples in the laboratory, and that the simulator can scale up to substantial animations with complex dynamic motion.
This simple model predicts that number of cells in the earliest detectable microcolonies should be inversely proportional to the intrinsic cellular fluorescence.
A simple model predicts that the fluorescence of microcolonies at the threshold of detection ( F thresh) should (1) be the same for different microbes and (2) equal the product of the intrinsic cellular fluorescence and the number of cells in the microcolonies.
Somewhat surprisingly, our simple model predicts that for low coupling strength the domains in the two monolayers are not always in registration.
To summarise, our simple model predicts that substantial population structure can be generated when a strong barrier exists and the r/ s ratio takes intermediate values.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com