Sentence examples for far less surface from inspiring English sources

Mr. Lerche, a 20-year-old Norwegian who sings in English, showed far less surface turbulence.

Depending on what the planet is made from, it could have far less surface gravity than Earth does, or far more.

When she accompanies herself, the intimacy of her style and her harmonic sophistication are underscored; her fretting hand is in constant motion, adding transitional chords to already copious harmonies, and her grasp of the fretboard is so sure that she produces far less "surface noise"—those scratching sounds made when sliding from one chord to another than many full-time guitarists.

When she accompanies herself, the intimacy of her style and her harmonic sophistication are underscored; her fretting hand is in constant motion, adding transitional chords to already copious harmonies, and her grasp of the fretboard is so sure that she produces far less "surface noise" — those scratching sounds made when sliding from one chord to another — than many full-time guitarists.

Far less surface roughening occurs after isothermal oxidation or after the same number of thermal cycles but with a shorter high-temperature exposure in each cycle.

The surface with hierarchical micro-nano-pillars herein had the least ice adhesion, which was far less than the surface with micro-pillars and smooth surface without any structure (MN < M < S).

Such a fire needs far less wood than a surface campfire.

But this set (five pictures in all, including "The Lineup," "Murder by Contract" and "The Sniper") from the Columbia vaults offers a chance to reconsider two actors whose names surface far less frequently.

There are still some weird issues – the Touch Workspaces in both products seem almost designed by different team, as Illustrator's won't work in portrait and seems far less friendly with the Surface Pro 3's palm rejection tech.

Other workers have concluded that for similar pulp materials the surface area available for direct sorption of cellulase from solution is only 4-9 m/g, which is far less than the hypothetical fibril surface areas arrived at from ours and others' calculations from WAXD fibril dimensions, between 110-170 m/g [ 35].

For the higher pressure range 104 to 105 Pa, there is a flame front at a certain distance from the surface, and the surface reactions are far less important than the gas-phase reactions.