Examples of using Protons in English and their translations into Malay
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Computer
Graphene also has high impermeability, only protons can penetrate through its layer.
Stylized lithium-7 atom: 3 protons, 4 neutrons, and 3 electrons(total electrons are~1⁄4300th of the mass of the nucleus).
Its main facility is the Relativistic Heavy Ion Colliderwhich collides heavy ions such as gold ions(itis the first heavy ion collider) and protons.
Ernest Rutherford established in 1911 that the protons are concentrated in a compact nucleus.
Due to the fact protons and also, neutrons both of them are baryons, the particular mass number A is similar along with the baryon number B since the particular nucleus of the entire atom or even ion.
People also translate
In nuclear physics,a magic number is a number of nucleons, either protons or neutrons, such that they are arranged into complete shells within the atomic nucleus.
All the forces involved in interactions between atoms canbe traced to the electromagnetic force acting on the electrically charged protons and electrons inside the atoms.
Its main facility is the Tevatron, which collides protons and antiprotons and is presently the highest energy particle collider in the world.
Nuclei are held together by strong interactions(mostly exchanging pions),but electromagnetic repulsion of the positively charged protons tends to push them apart, according to Coulomb's law.
In nuclear physics,the magic number is a number of nucleons(either protons or neutrons) that it takes to form complete shells within the atomic nucleus making the atom more stable.
The protons would have interfered with the ship's magnetic a quantum level. shielding and destabilized his body's polarization on It should kill anyone instantly, but if Dr. Attis was in the process of beaming into the vault when the CME hit.
In chemistry and physics, the atomic number of a chemical element(also known as its proton number) is the number of protons found in the nucleus of an atom of that element, and therefore identical to the charge number of the nucleus.
Into the vault when the CME hit, the protons would have interfered with the ship's magnetic shielding and destabilized his body's polarization on a quantum level. but if Doctor Attis was in the process of beaming It should kill anyone instantly.
In the process of beaming into the vault when the CME hit, It should kill anyone instantly, but if Dr. Attis was shielding anddestabilized his body's polarization on a quantum level. the protons would have interfered with the ship's magnetic.
Shielding and destabilized his body's polarization on a quantum level. the protons would have interfered with the ship's magnetic It should kill anyone instantly, but if Dr. Attis was in the process of beaming into the vault when the CME hit.
Shielding and destabilized his body's polarization on a quantum level. It should kill anyone instantly, but if Dr. Attis was in the process ofbeaming into the vault when the CME hit, the protons would have interfered with the ship's magnetic.
The protons would have interfered with the ship's magnetic shielding and destabilized his body's polarization on a quantum level. into the vault when the CME hit, It should kill anyone instantly, but if Doctor Attis was in the process of beaming.
It should kill anyone instantly, but if Dr. Attis was a quantum level. shielding and destabilized his body's polarization on in the process ofbeaming into the vault when the CME hit, the protons would have interfered with the ship's magnetic.
The number of protons, neutrons and electrons depends on what subject it is, but there is always the same number of protons as electrons, but it can vary how many neutrons there are in the nucleus of an atom.
It should kill anyone instantly, but if Doctor Attis was in the process ofbeaming into the vault when the CME hit, the protons would have interfered with the ship's magnetic shielding and destabilized his body's polarization on a quantum level.
With two protons, two neutrons, and two electrons, helium-4 has an overall spin of zero, making it a boson; as for, with one fewer neutron, helium-3 has an overall spin of one half, making it a fermion.
It should kill anyone instantly, into the vault when the CME hit,and destabilized his body's polarization on a quantum level. the protons would have interfered with the ship's magnetic shielding but if Doctor Attis was in the process of beaming.
The nucleus was initially thought to be composed of protons and confined electrons(in order to explain the difference between nuclear charge and mass number), but was later found to be composed of protons and neutrons.
Nuclei do not lend themselves to exact theoretical understanding,because they are composed of many particles(mesons as well as protons and neutrons), but are not large enough to be accurately described as periodic, as done with crystals.
And each cloud is compacted, gravity gets more powerful as density increases, the temperature begins to rise at the center of each cloud, and then, at the center, thetemperature crosses the threshold temperature of 10 million degrees, protons start to fuse, there's a huge release of energy, and-- bam!
The quantum mechanical effects on helium-3 andhelium-4 are significantly different because with two protons, two neutrons, and two electrons, helium-4 has an overall spin of zero, making it a boson, but with one fewer neutron, helium-3 has an overall spin of one half, making it a fermion.
Once inside the cell, the acidic conditions in the endosome cause two events to happen: First, part of the hemagglutinin protein fuses the viral envelope with the vacuole's membrane,then the M2 ion channel allows protons to move through the viral envelope and acidify the core of the virus, which causes the core to disassemble and release the viral RNA and core proteins.
This nuclear binding energy(binding energy of nucleons into a nuclide) is derived from the strong nuclear force andis the energy required to disassemble a nucleus into the same number of free unbound neutrons and protons it is composed of, so that the nucleons are far/distant enough from each other so that the strong nuclear force can no longer cause the particles to interact.