Sentence examples for more energetically and from inspiring English sources

More importantly, the recycling process of adsorbents was more energetically and economically sustainable by using a permanent magnet.

But once the procession is gone, the hats go back on and the workers resume clearing the rubble, far more energetically and cheerfully than you would expect after nearly two weeks of 12-hour shifts.

In January 2008, through a major gift, we established the Helen and Martin Kimmel Young Leadership Institute, allowing AJC to more energetically and creatively engage and train emerging Jewish leadership.

Since the meeting, Sharon has said Israel would not take steps to disturb a Palestinian cease-fire, if one is achieved; pledged to dismantle settlement outposts more energetically; and even suggested moving some settlements as part of a final peace deal.

"The election was a turning point because with such a high vote for reform, the reform movement gets a fresh voice and can pursue its plan more energetically and more steadily," said Karim Arghandehpour, a member of the editorial board of the reformist daily Norouz.

Small simple molecules form larger more complex molecules because they are more energetically and entropically favorable (Dill and Bromberg 2003).

This is essential for the development of smart heuristics leading to simplifications and consequently cheaper, more energetically efficient and robust solutions.

Specifically, Friedman urges us to be "paranoid optimists," i.e. pursue opportunities more energetically, persistently and creatively than anybody else; and act with the YOLO attitude of a new immigrant while remembering that anything can be taken away in a flash.

Our simulations results indicate that the initial receptor-ligand interaction observed after docking could be limited due to the receptor rigid docking algorithm and that the conformations and interactions observed after simulation runs are more energetically favored and should be better representations of derivative poses in the receptor.

Our simulation results indicate that the initial receptor-ligand interaction observed after docking can be limited due to the receptor rigid docking algorithm and that the conformations and interactions observed after the simulation runs are more energetically favored and should be better representations of the derivative poses in the receptor.

The calculated results of the formation energies indicate that the interfaces with O Ni combining bonds in the interfacial region are more energetically favorable and a small amount O vacancy is comparatively easy to form in O Ni interface, especially under O-rich situation.