Sentence examples for rare process from inspiring English sources

Fibrin formation from fibrinogen is a rare process in the healthy organism but is a pathological feature of thrombotic events, cancer and a wide range of inflammatory conditions.

In flat lowland agricultural catchments in temperate climate zones with highly permeable sandy soils, surface runoff is a rare process with a large impact on the redistribution of sediments and solutes and stream water quality.

This rare process, BR ∼10−10, is computed with very small theoretical errors, providing one of the cleanest tests of the Standard Model (SM) and, possibly, it could give some hints on the flavour structure of New Physics.

We were now on our way to visit a family that was part of a government funded weaving cooperative, and would get to observe the rare process of ambidextrous weaving.

The one that remained was a "quite rare process, which at the same time you have this annihilation of a quark and an anti-quark," Bernardi told Live Science, referring to the annihilation that occurs whenever matter and antimatter come into contact.

At the time, the absorption of neutrons by a heavy nucleus was thought to be a rare process, but the identification of raised the possibility that still more neutrons could have been absorbed by the uranium nuclei, leading to new elements.

It seems, however, to be one of those rare processes that get worse with practice.

Energetic particles from space called cosmic rays interfere with certain physics experiments that explore rare processes, and a laboratory deep underground would insulate those experiments from cosmic ray showers.

But until now, the dark matter particles have mostly eluded direct detection in the laboratory, the exception being a controversial underground experiment called Dama/Libra, for Dark Matter/Large Sodium Iodide Bulk for Rare Processes, under the Italian Alps, where scientists claimed in April to have seen a seasonal effect of a "dark matter wind" as the Earth goes around its orbit.

The CDF and then D0 experiments were built to examine the head-on collisions between protons and anti-protons, and a host of additional "fixed target experiments" were built to look for rare processes at lower energies when Tevatron protons hit stationary targets.

Additional searches for rare processes like the 4-fold forbidden 113Cd β-decay, the electron capture of 123Te and dark matter detection can be performed.