nucleon

Any additional nucleons would have to go into higher energy states.

The 2p3/2 contains four nucleons, all of the same energy.

Each level may be occupied by a nucleon, or empty.

Wilson's first research was on the properties of the nucleon.

How else to tunnel out only the desired nucleons, yes?

The binding energy per nucleon increases with mass number up until nickel-62.

Atoms are made up of one or more small mass particles called "Nucleons".

Nucleons look a lot bigger to each other than they do to photons of this energy.

Magic numbers result when a particular shell is "full" of nucleons.

This means that the number of nucleons will be slashed in half 1,000 times by the time the universe is 10 years old.

They sometimes are viewed as two different quantum states of the same particle, the nucleon.

Megatron also found out about the Nucleon and stole some for his side.

The very simple idea is that each nucleon binds with another one to form a pair.

Most additional correlations among nucleons which do not enter the mean field are neglected.

Of all isotopes, iron-56 has the lowest mass per nucleon.

When the pressure reaches about, the nucleons are mostly free neutrons.

Higher in energy is the 2p1/2 which contains two equal-energy nucleons).

Nickel-62 has the highest binding energy per nucleon of any isotope.

The mass number is always a simple whole number and has units of "nucleons."

Nucleon is a power source in the fictional Transformers universe.

Perhaps the most outlandish was the Ford Nucleon of 1958.

Helium-4 is much stabler (binding energy per nucleon) than helium-3.

You could also tear apart the nucleons, changing them to quite different kinds of particles.

Lithium-6 with 6 nucleons is highly stable without a closed second 1p shell orbital.

Renormalization schemes and the range of two nucleon effective field theory.