Examples of using Same atomic in English and their translations into Ukrainian
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Have the same atomic mass.
No two different elements can have the same atomic number.
Atoms with the same atomic number make up a chemical element.
At the same time there are certainsectors in which the state monopoly is necessary: the same atomic power energetics.
May have the same atomic mass.
In the r-process, any heavy nuclei are bombarded with a large neutron flux to form highly unstable neutron rich nuclei which very rapidly undergo beta decay to form morestable nuclei with higher atomic number and the same atomic mass.
They have the same atomic mass.
All atoms with the same atomic number share a wide variety of physical properties and exhibit the same chemical behavior.
They all have the same atomic number.
It has been suggested to have a transitory existence in nuclear reactions produced by helions(helium 3 nuclei, completely ionised)that result in the formation of a proton and a nucleus having the same atomic number as the target nucleus but a mass number two units greater.
Isotopes are forms of a chemical element whose nuclei have the same atomic number, Z, but different atomic masses, A. The word isotope, meaning at the same place, comes from the fact that all isotopes of an element are located at the same place on the periodic table.
Furthermore, electrons within atoms must avoid each other(for example,they cannot all be in the same atomic"orbit"--- this is called"the exclusion principle").
Obviously there are in Russia alone 5labs producing artificial diamonds that have the same atomic structure as normal diamonds but with ONE difference, they're too great.
It has been suggested to have a transitory existence in nuclear reactions produced by helions(helium 3 nuclei, completely ionised)that result in the formation of a proton and a nucleus having the same atomic number as the target nucleus but a mass number two units greater.
It now seems that it is possible tomake diamonds in a laboratory so perfect down to the same atomic structure that DeBeers, the world's largest diamond consortium, is running scared.
Different isotopes of any chemical element have the same number of protons in the nucleus andthe same number of electron shells of atoms that have the same atomic number and hold certain specific chemical element, designated in table D. I. Mendeleev.
It now appears that it's possible tocreate diamonds in a laboratory so great down to the same atomic composition that DeBeers, the world's largest diamond consortium, is running scared.
It now seems that it's possible to produce diamonds in a laboratory therefore perfect right down to the same atomic framework that DeBeers, the world's largest diamond range, is running scared.
Apparently there are in Russia alone 5laboratories producing synthetic diamonds that have the same atomic structure as natural diamonds but with ONE difference, they are too perfect.
It now seems that it's possible to creatediamonds in a laboratory therefore great all the way down to the same atomic construction that DeBeers, the world's largest diamond range, is running scared.
It now appearsthat it is possible to generate diamonds in a laboratory therefore great right down to the exact same atomic construction that DeBeers, the world's largest diamond consortium, is running scared.
A synthetic product has the same chemical composition, atomic structure and physical properties as its natural counterpart(e.g., synthetic emerald, synthetic corundum, etc.).
On that same day, a second equally destructive atomic bomb was dropped by the United States on Nagasaki.
The study of transformations of radioactive elements led to the discovery of isotopes,i.e. atoms that have the same chemical properties and atomic numbers, but differ from each other with weight and physical properties, in particular on radioactive properties(type of radiation, the rate of decay).
The chemists used a scale such that the natural mixture of oxygen isotopes had an atomic mass 16,while the physicists assigned the same number 16 to the atomic mass of the most common oxygen isotope(containing eight protons and eight neutrons).
Isotopes of the same element behave the same in chemical reactions but have slightly different atomic masses, with the carbon-13 being slightly heavier than the carbon-12.
The chemists used a"atomic mass unit"(amu) scale such that the natural mixture of oxygen isotopes had an atomic mass 16,while the physicists assigned the same number 16 to only the atomic mass of the most common oxygen isotope(16O, containing eight protons and eight neutrons).
Their mass numbers are the same, but their atomic numbers differ.