The phrase "atoms we found" is correct and usable in written English.
It can be used when discussing discoveries or observations related to atoms in a scientific context.
Example: "In our recent experiment, we analyzed the samples and documented the various atoms we found."
Alternatives: "atoms we discovered" or "atoms we identified".
By comparing the other BNC structures investigated in a previous study [7], where the boron and nitrogen atoms are placed at opposite positions and the number of nitrogen atoms is larger than that of boron atoms, we found that the present BNC structures exhibit a similar relationship between the size of the graphene flake and magnetic moment.
Besides the cysteine and histidine residues, which coordinate the two zinc atoms, we found clear preferences for specific residues in positions that are probably required to maintain the cross-brace structure of the RING domain [ 23].
Using interactive graphics and the hard-sphere approximation for atoms, we found that the FD006 variable region was fitted into the binding site of VEGFA which identified by bevacizumab.
The electron, the lightest particle that makes up the atoms we find on Earth, is more than 300,000 times less massive than the top quark, the heaviest Standard Model particle.
Also, from the PDOS overlaps of the nitrogen atom of NO2 molecule and zinc atom, we found that there is strong interaction between them.
Using the intensity of the magnetic moments of each sample and the m per Co atom, we found that 46% of the total Co atoms are AFM coupled.
By investigating the formation energy of TM substitution of the V atom, we find that the reaction of Ti-substitution of V in the VS2 monolayer is exothermic and easier than other TM elements due to its lowest formation energy.
In addition to destroyed half-metallicity at the surfaces terminated with metal atoms we also find a strong demagnetization of the systems.
Moving farther inland is an enticing prospect because the atoms we may find there could be exotic creatures indeed.
On dispersing single Ca atom on divacancies nanotube, we found that Ca atom sits on the hollow site of the 4ND structure leading to formation of Ca-porphyrin-like Ca-porphyrin-like Ca-porphyrin-like
Alternatively, when looking at number of atoms in common we find 27 atoms in common on the top two hits (Z-score 3.17), again to two different Pfam families (PDB codes 1vh3 and 2vfz) bound to two different molecules both containing sugar a moiety in similar positions in space (see http://goo.gl/7QhjD).
