Приклади вживання Electron shell Англійська мовою та їх переклад на Українською
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Draw electron shells.
Everything in this period has 5 electron shells.
It is lightly bound in the electron shells of our atoms and soon goes on its way again.
(the carbon atom: 4 bonding sites in the 3rd electron shell).
The first electron shell called the S-orbital needs 2 electrons to be full.
Electrons with given n and l in a complex atom have the same energy and form a specific electron shell;
Atoms have electron shells, and they need or want to have these shells filled, in order to be happy, fulfilled atoms.
It was found out that thepressure up to the thousands of atmospheres deforms the outer electron shell only to a slight extent.
Within the electron shell, we have the north-south magnetic pairings of the electrons in their shared orbits(spin up/down).
As each proton is added to the nucleus,a compensatory electron is added to the electron shell, balancing the overall electric charge of the atom.
Like rubidium, it has 5 electron shells or energy levels, and in accordance with the Madelung rule it has two electrons in its 5s subshell.
The pathway is directly through the 4×3 structure of carbon, which as we have seen,contains a 4×3 resonance in its nucleus, electron shell, and tetrahedral bonding pattern.
The outer electron shell, containing 8 of electrons is completed and sustainable energy(zero elements of a group of chemically inert).
Being positively charged particles, protons when passing through matter interact with negatively charged electrons of atoms andpull them up with electron shells.
Place in the electron shell, release of captured electrons, electrons filled from the upper layers, whereby there are X-rays.
Amazingly, in addition to carbon's triple nuclear 4×3 resonance pattern,it also contains a 4×3 resonance in its electron shell, having 4 bonding sites in the third shell(1S2, 2S2, 2P2).
The chemical combinations between the electron shells of hydrogen and carbon, however, produces the immense class of the hydrocarbons, with billions of chemically distinct isomers.
It is a stage transition to a higher level of both organization and information,and the direct projection of nuclear, electron shell, and crystal bonding patterns into the realm of macro-molecular interaction.
The electron shell develops as a series of concentric"orbits" of complex geometry, and it is typically only the outer orbits which can interact with those of another atom.
Hence carbon contains five full 4×3 resonances, three in its nucleus,one in its electron shell, and one in its molecular bonding pattern(for example, diamond), a most remarkable atom, with a most remarkable potential.
The outer electron shell of the nitrogen atom consists of five electrons(one unshared electron pair and three unpaired electrons, to give the configuration 2s22p3).
The heavy, high-energy, stable and“conservative” nucleus holds the atom together, preserving its identity and integrity, while the light, low energy,changeable and“social” electron shell permits temporary interactions with other atoms.
The electron shell of carbon contains yet another 4×3 resonance, with four valence electrons in its third shell, the only atom with both a nuclear and an electron shell 4×3 resonance.
Hence carbon contains five full 4x3 resonances, three in its nucleus,one in its electron shell, and one in its molecular bonding pattern(for example, diamond), a most remarkable and unique atom, with a most remarkable and unique potential.
The ordinary material state of electrical neutrality obviously means that all charges, whether positive or negative, and of whatever origin(lepton or quark), are of equal and invariant magnitude and value,regardless of their relative motion(in electron shells, etc.).
The matter is that initial temperature of atoms and ions inside the electron shell, serving as an impenetrable barrier to atoms and electrons(both from inside and outside) can not be conserved long time because of radiation losses.
Such selectivity of noble gases is caused by their atomic structure,which manifests itself in a closed external electron shell that does not allow radon, helium, xenon, argon, krypton and neon to exchange their electrons with atoms of other gases.
The atom, composed of a linked system of electron shells and nuclear particles, presents a most remarkable example of hierarchical information domains,the nucleus containing information useful to stars and the process of element-building, the electron shell containing information useful to biology and the process of species-building.
Hence intelligent life is a way for planets to interact across the vastness of space,just as atomic nuclei interact at great relative distances through the electron shell, and cells communicate with each other through the vascular systems of organisms, which in turn communicate through space via the signals and sounds of innumerable species.
In all the cases where decay is allowedenergetically(and the proton is a part of a nucleus with electron shells), it is accompanied by the electron capture process, when an atomic electron is captured by a nucleus with the emission of a neutrino:.