The phrase "atoms which is" is not correct in written English.
It should be "atoms which are" to agree in number with the plural noun "atoms."
Example: "Atoms which are found in nature can vary in size and mass."
Alternatives: "atoms that are" or "atoms which exist as".
EAS could be obtained according to Equation 1, in which Q H is the charge consumed for the electrooxidation of adsorbed hydrogen; Q e is the elementary charge or charge of an electron; A Pt is the averaged atomic area of surface Pt atoms, which is 7.69 × 10-2 nm2 according to the atomic density of a Pt surface which is 1.3 × 1019 m-2; and W Pt is the Pt loading at the working electrode.
The optimization of the molecular geometry is taken into picture by decreasing the atomic forces of the atoms, which is smaller than 0.05 eV/Å.
The well-defined short-range order is a consequence of the chemical bonding between atoms, which is responsible for holding the solid together.
One of the most famous is buckminsterfullerene, a soccerball-shaped structure composed of 60 carbon atoms which is sometimes referred to as the buckyball, and which was discovered by Sir Harry Kroto, now a professor of chemistry at Florida State University.
He employed palladium to promote reactions involving alkenes molecules in which two carbon atoms are joined by what is known as a double bond (each carbon atom can form up to four bonds with other atoms, which is why there are so many types of organic compound).
Also, their interactions are dominated by hydrophobic atoms, which is different from traditional binding-pocket-targeted drugs.
The strong and weak nuclear forces are only active within the tiny nuclei of atoms, which is why it took so long for anyone to notice them.
The absence of concentration quenching of luminescence below this limit is explained by stochastic arrangement of the dopant atoms, which is confirmed by crystallographic data.
All things in this world, including ourselves, are aggregate sums of atoms, which are made up of rotating electrons.
They break uranium atoms, which are heavy, into lighter so-called fission products, such as technetium.
At the centre of our sun, the nuclei of hydrogen atoms (which are bare protons) are being jostled around under unimaginable pressures.
