Sentence examples for solution for aligning from inspiring English sources

The iterative superimposition algorithm adopted here assigns different weights to different atomic subsets, gradually approaching the best solution for aligning the template and the other structures [39].

Using a cell model, a new analytical solution is developed for aligned fibres with elliptic cross-sections and arbitrary orientation with respect to the mean gradient.

Check adds a consumer-facing payment solution for bills that aligns with Mint.com's financial management toolkit.

Estimators for the covariance of pairs from an MSA are known, but we are not aware of any solution for cases of pairs aligned independently.

end{aligned} Solution for (a): (ageq b^{2}geq1).

Thus, we assume the following solution for the ground states begin{aligned} phi _0 tilde{varsigma })=A+Btilde{varsigma } end{aligned}.

end{aligned} Exact solution for this problem is (u x,t)=v x,t)=t^{3} sin(e^{-x})+1).

Assume that (yin E^) is a solution for (1.3), then begin{aligned} frac{ t-a)(b-t)}{(b-a)^{2}}Vert y Vert leq y(t)leq Vert y Vert,quad frac{ t-an [a,b].

Thus, we get the following solution for the difference equation: begin{aligned} c_2 (t)=left( {delta cdot sqrt{frac{1+2delta }{3}} }right) ^tleft( alpha + -1)^tbeta right) end{aligned} (6)where (alpha,beta ) are constants.

Open image in new window Fig. 3 The representation of solution for ABBDT begin{aligned} P_i=F(X_i)/sum limits _{k=1}^S F(X_k) end{aligned} (3 For the food source, its intake performance is defined as (F/T) where (F) is the amount of nectar and (T) is the time spent at the food source [20, 31].

end{aligned} Considering (lambda(t)=exp -int^{t}_{a}partial_{4}L[x,z]^{mu,gamma}_{eta}(tau),dtau)), we get the solution for the differential equation begin{aligned} theta(T)lambda(T)-theta(a)=exp -int^{t}lambda(t) bigl[partial _{a}partial_{4}L[x,z]_{eta}(t)h(t)+partial _{3}L[x,z]^{mu,gamma}_{eta} tau{mathrm {ABC}}D^{mu,dtaua}_{eta}h(t) bigr],dt.