The phrase "atoms of up" is not correct and does not convey a clear meaning in written English.
It may be used in a specific context related to physics or particle physics, but without additional context, it is ambiguous.
Example: "In the study of particle physics, we often refer to the properties of atoms of up quarks."
Alternatives: "up quarks" or "up particles".
Additionally, helix B4 shifts ca. 0.5 1.0 Å, and the steric bulk introduced by E117 triggers conformational changes in the nearby loop connecting β-strand 2 to helix B1, with loop Cα atom shifts of up to 2.5 2.6 Å.
Physicists have engineered a highly stable laser beam that can trap tiny clouds of atoms for up to 100 times longer than any laser so far could.
Subsequent density modification and model building using the program SHARP and wARP enabled the tracing of the main chain atoms for up to ∼55% of the model [29].
In a proof-of-principle experiment conducted with cold 87Rb atoms, simultaneous rearrangements of up to N=9 single atoms were successfully performed.
In the air, oxygen exists mostly as molecules each made up of two atoms (O2), although small amounts of ozone (O3), in which three atoms of oxygen make up each molecule, are present in the atmosphere.
Four atoms of neptunium make up a unit cell, and the Np Np bond lengths are 276 pm.
The use of labeled substrates (2-HEP isotopologues, O2, and H2O) showed that one of the atoms of dioxygen ends up in formate.
One of the biggest of these is the subfield of "condensed matter," which tries to study the properties of vast assemblages of atoms making up solid or liquid systems.
The three current papers demonstrate the ability to cool and trap single strontium2,3 and ytterbium4 atoms in 2D arrays of up to roughly 100 optical traps.
Both formulations are mixtures of individual PBDE compounds, or congeners; they are named on the basis of the average number of bromine atoms making up the majority of each mixture.
