Sentence examples for open crystal structures from inspiring English sources

Their resulting open crystal structures lead to their large Li+-ion diffusion coefficients.

Both LixVO2−xFx and V[FeV]O4 have open crystal structures with the ability to reversibly store lithium in interstitial lattice sites, and the effect of these compounds on capacity and cyclic stability of the LiF/Fe V2O5) nanocomposites is discussed.

Indeed, the observed conductance values for I97W and G101W could be interpreted to conflict with the open crystal structure (PDB entry 2VV5) but might be accommodated by other models for the open state in which the pore is predicted to be wider than seen in the open crystal structures.

We outline the advantages of this strategy compared to other band gap engineering methods, and especially stress the effect of efficient homogeneous non-metal doping on the optical, electronic and photocatalytic properties of photocatalysts, compared to surface doping and surface modification, including the effects of an open crystal structure on the efficiency of the doping process.

As shown in Fig. 4B, the hyperpolarized conformation brings back the TM and T1 domains to a conformation similar to that of the original "open" crystal structure.

In the open crystal structure (2VV5), it is observed that the movement of TM3a outward from the pore axis (to create the open pore) juxtaposes Val99 with Phe80, which could generate a potential conflict between V99W and F80 causing an unstable open state, but at higher pressures, the two residues might form a π π stack that stabilizes the more conducting stable state.

The pore radii of the TDG-bound and periplasmic-open crystal structures are both tightly sealed towards the cytoplasm and display central binding cavities that are separated from the periplasmic funnel by Phe 27 (Fig. 2D).

Furthermore, the periplasmic-open crystal structure is more open towards the periplasm, but only distal to Phe 27.

For an in silico glimpse into the possible movement of the N-domain, we used the DynDom program49 to analyze the closed and open conformation crystal structures of full-length GG-SpaD.

In order to mimic the conditions used to obtain the open conformation crystal structure form, we carried out the SAXS experiment in the presence of added salt (1 M NaCl).

Here, we adopt an alternative enhanced sampling scheme, suggested by the open conformations in crystal structures all being stabilized by either a hydrophobic ligand or crystal contact.