The phrase "atoms which we" is correct and usable in written English.
It can be used when referring to atoms in a context where the speaker is discussing their relationship or interaction with them.
Example: "Atoms which we study in chemistry are fundamental to understanding the composition of matter."
Alternatives: "atoms that we" or "atoms we".
So, he considered two versions of the Ockhamist logic: one, only involving such 'no futurity' atoms, which we will call 'instant-based atomic propositions', and the other involving both sorts of atomic propositions.
The restructuring is reversible below a critical coverage of place exchanged Pt atoms, which we estimate to be between 0.07 and 0.15 ML.
We therefore produced a clickable dipentafluorobenzyl peptide containing 13 F atoms, which we termed SK155.
The word of course went on to designate the atom, which we now know is not indivisible, but that's an issue of terminology; the concept is sound.
Roughly 13.8 billion years ago, all we can observe on Earth, in our solar system, other galaxies and everything in between expanded out rapidly from an initial point much smaller than an atom, which we call the Big Bang.
We conclude the 'Results and discussion' section with the analysis of another quality measure for the atom detection, which we call fidelity.
Successful simulation of the spectra of both radicals also requires the inclusion of hyperfine coupling from two sets of methoxy hydrogen atoms, which indicates that we are seeing the initial free radical species before any demethoxylation reaction can occur.
However, it is much more common to only simulate the complex and create the ensemble average of the free receptor and ligand by simply removing the appropriate atoms, thereby obtaining which we will denote one-average MM/PBSA (1A-MM/PBSA).
However, in recent years, enzymatic reactions involving quantum tunneling in proton, hydride or hydrogen-atom transfer processes – which we here simply term H-transfer reactions – have provided an important arena for discussion of possible dynamical effects.
We get the atoms which contribute to the outer surface and the inner surface in the right panel of Figure 7.
The conventional approach requires that we choose carefully those atoms which are involved in enzyme reactions, based on literature information, to create an appropriate query template.
