The phrase "atoms which was" is not correct in written English.
It should be "atoms which were" to agree in number, as "atoms" is plural.
Example: "The atoms which were present in the experiment reacted unexpectedly."
Alternatives: "atoms that were" or "atoms which existed".
The growth of vertically ordered ZnO nanorods was occurred on g-C3N4 nanosheets through the bonding interaction between Zn and N atoms, which was confirmed by XPS, FT-IR data and molecular orbital theory.
In the TEAM0.5 microscope, a total dose of ~20,000 e/Å2 is needed for the detection of light atoms, which was not targeted in this experiment.
AM has NH2 group with two active hydrogen atoms, which was prone to be initiated by the initiator and produce more copolymer active centers, possibly leading to excessively vigorous reaction and thus lower degree of polymerization (Ma et al. 2014).
The size of the MCS is determined as a function of the numbers of the constituent atoms which was empirically set to a threshold of "10 atoms" in this study owing to the complexity of the structures involved and computation required to generate the clusters.
Ex situ and in situ measurements at the Pd-K edge were used to link catalytic activity to defect sites on the 1.8 nm Pd nanoparticles, comprised of 236 Pd atoms, which was supported by kinetics, TEM and Hg poisoning experiments.
This was explained by an 'umbrella flip' of Ge atoms, which was put forward as the potential origin of ultra-fast switching.
This helps our understanding of atomic nuclei and atoms, which is in turn valuable for both basic and applied sciences.
The study of superheavy atoms — which are unstable chemical elements with atomic numbers greater than 92 — help scientists better understand the basic forces that hold matter together.
Regular atomic clocks use radio waves to measure the oscillations of cesium atoms, which are far more precise than, say, the swingings of a pendulum.
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.
