proton

/proh-ton/US // ˈproʊ tɒn //UK // (ˈprəʊtɒn) //

质子,原子,质子号

Definitions

n.名词 noun

1
Physics, Chemistry.
- : a positively charged elementary particle that is a fundamental constituent of all atomic nuclei. It is the lightest and most stable baryon, having a charge equal in magnitude to that of the electron, a spin of ½, and a mass of 1.673 × 10-27 kg. Symbol: P

Examples

That’s some 30 times the energy of the protons that race around the world’s largest and most powerful particle accelerator, the Large Hadron Collider.
Perhaps the most familiar and ubiquitous of these is the proton.
Astronomers have a clear idea of how solar storms—waves of electrons, protons, and atoms the sun shoots toward our planet—affect human technologies like power grids, communications, GPS navigation, air travel, and satellites.
Another is to explore how the proton's charge influences the behavior of an electron orbiting it in a hydrogen atom, which consists of only a single proton and electron.
In our star, the vast majority come from the direct fusing of protons.
Deuterium is an isotope of hydrogen containing a proton and neutron in its nucleus, while normal hydrogen has only a proton.
You have the atom, which has the neutron, the electron, the proton.
I drank an International Proton Pale Ale and opted not to follow it up with a Plutonium Porter.
I made every last one of them, from the hunky handsome proton to the waifish, Starbucks-named neutrino.
Round a central sun, termed a Proton, whirl a number of electrons in rhythmic motion and incessant swing.
The size ratio of these particles to protons is somewhat like the ratio of an individual proton to a large star.
Information from the wire chambers defines proton trajectories, and pulse heights from the counters determine their energies.
The PDP-9 first tries to reconstruct a vertex from the proton trajectories.
The number at the lower left of each element symbol in the above reaction is the proton number.

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Examples

That’s some 30 times the energy of the protons that race around the world’s largest and most powerful particle accelerator, the Large Hadron Collider.

Perhaps the most familiar and ubiquitous of these is the proton.

Astronomers have a clear idea of how solar storms—waves of electrons, protons, and atoms the sun shoots toward our planet—affect human technologies like power grids, communications, GPS navigation, air travel, and satellites.

Another is to explore how the proton's charge influences the behavior of an electron orbiting it in a hydrogen atom, which consists of only a single proton and electron.

In our star, the vast majority come from the direct fusing of protons.

Deuterium is an isotope of hydrogen containing a proton and neutron in its nucleus, while normal hydrogen has only a proton.

You have the atom, which has the neutron, the electron, the proton.

I drank an International Proton Pale Ale and opted not to follow it up with a Plutonium Porter.

I made every last one of them, from the hunky handsome proton to the waifish, Starbucks-named neutrino.

Round a central sun, termed a Proton, whirl a number of electrons in rhythmic motion and incessant swing.

The size ratio of these particles to protons is somewhat like the ratio of an individual proton to a large star.

Information from the wire chambers defines proton trajectories, and pulse heights from the counters determine their energies.

The PDP-9 first tries to reconstruct a vertex from the proton trajectories.

The number at the lower left of each element symbol in the above reaction is the proton number.