Examples of using Uranium atom in English and their translations into Indonesian
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Colloquial
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Ecclesiastic
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Computer
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Ecclesiastic
Energy from the uranium atom.
The uranium atom is unstable and will undergo radioactive decay.
This means that helium atoms proceed from the uranium atoms.
A uranium atom has 92 protons and 92 electrons, of which 6 are valence electrons….
The main material used in fission experiments is"uranium" because the uranium atom is one of the heaviest.
A uranium atom has 92 protons and 92 electrons, 6 of the latter are valence electrons.
There are exceptions, such as uranocene,which has two cyclooctatetraene rings sandwiching a uranium atom.
The uranium atom is split into two and as this happens energy is released in the form of radiation and heat.
In a given sample of uranium, there is estimated to beonly one francium atom for every 1018 uranium atoms.
Even nuclear energy evolves from a star as uranium atoms that are used in nuclear energy were created by the vehemence of an exploding star.
The main material used in fission experiments is"uranium" because the uranium atom is one of the heaviest.
During nuclear fission, a neutron collides with a uranium atom and splits it, releasing a large amount of energy in the form of heat and radiation.
For example, there is just one electron in a hydrogen atom, two in a helium atom and 92 in a uranium atom.
Even huge nuclear energy comes from a star because the uranium atoms used in nuclear energy were created in the fury of a nova- a star exploding.
In 1939, a rumor was circulating among the world's scientific community that Germanphysicists had discovered the secret to splitting the uranium atom.
Similarly, every chlorine atom(atomic number= 17)has 17 protons; every uranium atom(atomic number= 92) has 92 protons.
In this kind of power generation, uranium atoms are split in a process called nuclear fission that releases enormous quantities of energy per unit mass.
Fermi(as well as some leading physicists)soon realized that pisahnya separate uranium atoms can release enough neutrons to start the chain reaction.
Since the radiation does not depend entirely on the chemical form of uranium, Becquerel realized that the radio was not from the chemical activity,but must of the uranium atom itself.
As an example, when U-238 decays into Th-234, the uranium atom is the parent isotope, while the thorium atom is the daughter isotope.
In 1939, Meitner, with her nephew Otto Frisch, published the first paper innuclear physics to use the word"fission," recognizing that the uranium atom actually split when it was bombarded by neutrons.
The idea that the colossal energy released when the uranium atom was split could be used for military purposes was first mooted by physicists in the late 1930s.
When the news broke of this report, Fermi(as well as some leading physicists)immediately realized that the separate-pisahnya uranium atom can release enough neutrons to start a chain reaction.
At this point, Parise said,the number of oxygen atoms around each uranium atom- known as the coordination number- drops from eight to about seven(some uranium atoms have six oxygens surrounding them, and some have seven, making for an average of 6.7 oxygens per uranium). .
When news reports broke, Fermi(as well as some leading physicists)soon realized that pisahnya separate uranium atoms can release enough neutrons to start the chain reaction.
The researchers found that in solid uranium dioxide, the atoms are arranged like a series of cubes alternating with empty space in a gridlike pattern,with eight atoms of oxygen surrounding each uranium atom.
Currently nuclear reactors produce power by fission, splitting uranium atoms and harnessing the energy released to drive turbines and generate electricity.
When the news broke of this report, Fermi(as well as some leading physicists)immediately realized that the separate-pisahnya uranium atom can release enough neutrons to start a chain reaction.
However, uranium is bombarded with neutrons according to a very fine measure, not randomly,because any neutron bombarding the uranium atom has to hit the uranium immediately and at the desired point.
