decay product

The ratio is less than 190 when the decay products of each are included.

A thin pipe let the decay products through well, but that carried a price.

U-232 hazards, a result of its highly radioactive decay products like thallium-208, are significant even at 5 parts per million.

Two of these decay products, polonium-218 and 214, present a significant radiologic hazard.

He inferred that this was a decay product of radioactive iodine-129.

They continuously measure and record the amount of radon or its decay products in the air.

For example, all radionuclides and their decay products have been integrated in the software.

A decay product may be either radioactive or stable.

The light decay products can have continuous energy distributions.

This means it is a decay product whose nucleus remains in an enduring excited state.

Radon and its first decay products being very short-lived, the seed is left in place.

The ratios strongly suggest the decay products of familiar radioactive processes.

Thorium produces a radioactive gas, radon-220, as one of its decay products.

Radon-222, a natural decay product of uranium, has been shown to be the cancer-causing agent.

Only in 1895 was helium found to exist on the earth, as a decay product of radioactive minerals.

This minuscule event, the theorists predict, would yield some decay products.

The experiment can be reformulated so that the decay product is slow-moving.

If there are no angular correlations between the decay products then the distribution of these variables is flat.

This makes it relatively easy to detect strange particles through the tracks left by their decay products.

The reason for this was that he was contaminated with radon decay products from his house.

Only its natural decay product, polonium, is more toxic.

If all the decay products are found and measured correctly, then the mass of the parent particle may be calculated.

Heavier isotopes of rutherfordium have only been observed as decay products.

It can be inhaled into the lungs, along with its decay products, where they will reside for a period of time after exposure.

The decay product resulting from electron capture is an isotope of copper.