Sentence examples for collision produced from inspiring English sources

Computer analysis of this collision produced an image of the protein that scientists could view in three dimensions.

That collision produced the 375-mile- (600-km) wide Verkhoyansk fold-and-thrust belt, in the front of which coal was deposited in postcollisional molasse basins.

"Another idea is that the collision produced a thermal pulse, a microwaving effect of the entire Earth, so anything that was out on the surface, that couldn't burrow in the ground, or go underwater, was fried," Lyson said.

The French and African provenance of his things is no accident: those were the cultures whose collision produced New Orleans, and Mr. Cummings always promotes design with historical resonance in a clean, contemporary way.

The collision produced an astounding, invisible explosion.

And when matter ejected from the second explosion caught up with the debris from the first, the resulting collision produced an extremely bright flash, which is what astronomers observed with SN 2006gy, the team reports in the 15 November issue of Nature.

Unless whatever struck Earth back then was made of precisely the same stuff as Earth, which isn't so likely, it's hard to imagine their collision producing two objects as homogeneously similar as Earth and the moon.

LHC physicists will now keep conjuring up minuscule gobbets of the stuff in order to observe how it transmogrifies into the more stable matter that makes up today's universe.Because each ion collision produces oodles more data than a collision involving just two protons, analysing them poses a number-crunching challenge.

About 40 percent of the larger asteroids belong to such families, but as high a proportion as 90 percent of small asteroids (i.e., those about 1 km in diameter) may be family members, because each catastrophic collision produces many more small fragments than large ones and smaller asteroids are more likely to be completely disrupted.

Each electron collision produces several more electrons; after a dozen or more dynodes, a single electron ejected by one photon can be converted into a fast pulse (with a duration of less than 10−8 second) of as many as 107 electrons at the anode.

The machine that the NPL has developed gets round that by using the air itself as the sensitive material.If an alpha particle (which is actually the nucleus of a helium atom, consisting of two protons and two neutrons bound together) hits a molecule of nitrogen, the collision produces a photon of ultraviolet light of a characteristic frequency.