Englishfor English speakers
electron English
Meaning electron meaning
What does electron mean?
Definitions in simple English
electron
electron
Synonyms electron synonyms
What other words have the same or similar meaning as electron?
Topics electron topics
What do people use electron to talk about?
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What words refer to elements?
Examples electron examples
How do I use electron in a sentence?
Simple sentences
There is one electron in a hydrogen atom.
An hydrogen atom only has one proton and one electron.
The atom's nucleus is surrounded by an electron cloud.
Cooper pairs are electron pairs formed in superconductors.
The nucleus of a hydrogen atom consists of a single proton. Around this proton orbits a single electron.
A positron is a small particle similar to an electron, but with a positive electric charge.
Movie subtitles
That's true enough, but any organism..dense enough to survive three billion electron volts..would have to be made of solid nuclear material.
The free electron in the copper atom breaks off to circle the next atom, taking the charge along the wire.
But we can't be sure unless we subject it to electron bombardment.
Electron.
The electron guns failed to work against the Zarbi.
Electron guns useless against the Zarbi.
TRAVIS: Electron voltage reading.
Electron voltage readings.
QUINN: Roberts, electron voltage reading, please.
Electron voltage reading, two thousand million, power rising.
Electron voltage readings, please.
The electron telescope scans an area, radioes the information to earth and the impulses are transmitted into these pictures.
Cranium probe, neurosystems, everything, including psycho-electron recall.
It consists of one electrically charged proton at the centre and one electrically charged electron that orbits the centre, just like a planet around the Sun.
And both proton and electron also spin around their own axis.
An electron microscope.
That's true enough, but any organism dense enough to survive three billion electron volts would have to be made of solid nuclear material.
Now, the mesic atom is extremely small, small enough to sift through the electron defenses of the ordinary atom - and fuse with its nuclei.
The electron microscope.
Linda, prep a sample of that for the electron microscope, please.
One of these is the unit charge of an electron.
I took an electron microscope look-see at a tiny little fiber we found on the paper.
They yanked me off a priority code red electron microscope hair analysis for this.
You know how the electron resistance across the neural filaments can be resolved?
Electron concentration 7.95.
One electron circles one proton.
The chain reaction will keep on until the last stored electron of mass has been neutralized.
Electron!
And you were saying Electron!
Sliced and examined under the electron microscope, this is how it appears in section.
They look like tiny moss filaments, but when these flattened, 400 million-year-old stems are sectioned, the electron microscope reveals quite different cells.
Our entire universe, to the farthest galaxy, we are told is no more than a closed electron in a far grander universe we can never see.
Also, every electron in our universe, it is claimed is an entire miniature cosmos containing galaxies and stars and life and electrons.
But deep inside the atom hidden far beneath the outer electron cloud is the nucleus, composed chiefly of protons and neutrons.
And it, like the electron and the proton, were discovered here at Cambridge University.
A proton has a positive electrical charge and an electron an equal, negative electrical charge.
News and current affairs
Radioactivity, x-rays and the discovery of the electron opened up a new world.
Here physics introduces scales of distances, atoms to galaxies, scales of time, nanoseconds to centuries, and scales of energy from electron volts to megajoules.
While ideas about this abound, new theoretical breakthroughs most likely will be needed to develop the machinery required to solve such electron-electron theories, perhaps even involving black holes.
Chemists begin with what the Heisenberg and Pauli principles, plus the three-dimensionality of space, tell us about stable electron configurations.
Wolfgang Pauli, one of the concept's originators, at first rejected the idea, because if the electron has a finite radius, then the surface would be spinning faster than the speed of light.
On the other hand, if you view the electron as a point particle, how are you to imagine something without a radius spinning?
Rapid and automatic serial reconstruction of large tissue volumes, enabled by the recent development of automated electron microscopy techniques, is the method of choice in defining the synaptome.