secondary particle

Instead, one or more magnetic horns can be used to focus the secondary particles.

Secondary particles are mostly found in the fine PM fraction.

It is therefore a type of secondary particle therapy.

What are the contributions of individual source sectors to secondary particle formation in each region? 5.

Some secondary particles were described earlier; here we focus only on primary particles.

What meteorological conditions are most conducive to secondary particle formation?

The fine particle fraction is composed predominantly of primary and secondary particles.

Secondary particles are formed in the atmosphere from primary gaseous emissions.

At some point along its projected path, it decays and produces two secondary particles.

When they interact with Earth's atmosphere, they are converted to secondary particles.

The scintillator array was sensitive to all types of charged secondary particles.

PM2.5 mass includes both primary and secondary particle mass.

Among them is the limited transverse momentum with which the overwhelming majority of the secondary particles happen to be produced.

Secondary particles are formed within the atmosphere by chemical reaction or condensation of gases.

They detected Cherenkov light from relativistic secondary particles in the air showers.

The high-energy protons would set off all sorts of secondary particles from the fuel's atoms.

An array allows for detection of secondary particles caused by a single cosmic ray at several detectors.

They'd be high, Amanda admitted, but if we could pressurize the fuel it might absorb most of the secondary particles before they reached us.

Secondary particles result from interaction of other kinds of radiation with structures around the electronic devices.

The precursor gases that lead to the formation of fine secondary particles are largely a result of human activity.

They may produce showers of secondary particles that penetrate and impact the Earth's atmosphere and sometimes even reach the surface.

Secondary particles (electrons and atoms) have very short range, because of the lower speed of the ions.

It consisted of several detector types for observing secondary particles from particle cascades in the atmosphere.

A forward vertex detector to track precisely secondary particles produced in high energy hadronic interactions.

In the atmosphere, ammonia reacts with oxides of nitrogen and sulfur to form secondary particles.