Sentence examples for fast shrinkage from inspiring English sources

Fifth: to check the hypothesis of OIDT mathematical model for fast shrinkage rate, also for the 18.5 MBq (2.88 J) dose, the shrinkage half-life time can be predicted from Eq. (2.1.17) as follows: by trial and error method.

To check the hypothesis of OIDT mathematical model for fast shrinkage rate of the 14.8 MBq (2.305 J) dose, the shrinkage half-life time can be predicted from Eq. (2.1.17) as follows: by trial and error method.

In addition, to check the third hypothesis of OIDT mathematical model for fast shrinkage rate, the shrinkage half-life time can be predicted from Eq. (2.1.17) as follows: by trial and error method.

This fast shrinkage will last, under the condition that the difference of the total decay energies that are released from both treatments, OIDT and WEPT, is higher than the accumulated difference of the tumor energies along both treatments, i.e.,, as shown in Fig. 2.

Firstly, from t = 0 to t = 27.6 days, the stage of the fast shrinkage, size of the over irradiated tumor decreased faster than the size of the one irradiated according to WEP, due to the over irradiated dose, the difference between its decay energy, and the decay energy administered by WEP released within this interval, ΔE Doses, where.

Those include fluctuations and fast shrinkage in response to glutamate [10], [47] as well as expansion or shrinkage depending on the intensity of the stimulation [48].

Only a trickle of migrants from even poorer places like Ukraine and Kazakhstan has warded off faster shrinkage.

So the Chrysler plan announced today will produce only a slightly faster shrinkage of its manufacturing work force than one of Chrysler's main competitors is already achieving.

It shows that AR7820 and AR7845 powders have different sintering behaviour with the fine powder having faster shrinkage as compared to coarse powder.

Efficient algorithms to solve (30) based on the fast iterative shrinkage algorithm (FISTA) and ADMM and the adequate selection of the parameter λ are presented in [51,52].

Other filtering techniques include the Gaussian scale mixture modeling in [29], the principal component analysis approach in [34], the fast iterative shrinkage and thresholding method in [2, 23], and a model based on the Euler-Lagrange equations to reduce the noise [3].