Sentence examples for the more energetically from inspiring English sources

The remembered sections of the story work far better than the more energetically contrived flight, if only because Ms. Long seems to have so much more to work with when it comes to the exotic family history.

The farther the weight was from the center of the body, the more energetically expensive it was.

The decrease in WL intensity is due to carrier transfer to the more energetically favorable InGaAs CHP.

Negative ΔG rates indicate the spontaneous type of the reaction (Wan Ngah and Hanafiah 2008), or rather, the more negative is the ΔG rate, the more energetically favorable is the adsorption process (Debrassi et al. 2011).

Effects on feed conversion efficiency arise from the ability of antibiotics to shift rumen fermentation towards the more energetically efficient propionate pathway, to reduce methane production and to increase nitrogen retention by reducing dietary protein deamination and urinary ammonia excretion [1 9].

Receptive females spent significantly less time lying down, tending instead to adopt the more energetically costly sitting posture while stationary on territories.

There is a desire among many liberals to see the Democrats more energetically oppose the Bush Administration's domestic surveillance program, and its treatment of detainees at Guantánamo Bay and other U.S. facilities — to campaign, in short, against the Administration's perceived immorality as well as its mismanagement.

Yet two weeks into the domestic Ebola scare and it's often not easy to distinguish who's pushing the doomsday themes more energetically, the media or the Republican Party.

A 2 h incubation in medium caused the fibers to swell when they took up water, and the expansion in the direction perpendicular to the substrate is more energetically favorable than a horizontal expansion due to the adhesion between the fiber and the substrate.

Such a position of the carbon atom on the surface was more energetically advantageous than inside the cluster.

Calculations of surface formation energy indicate that Mn atoms are incorporated into top surface layers (first and second) of GaN, being the MnGa incorporation in the polar surface more energetically favourable than in the nonpolar surfaces.