Ms. Murray's art had a serious art historical purpose, at least when she first began creating it, as a series of her early three-dimensional works assembled here reveals.
The crystal structure consists of neutral two-dimensional sheets assembled via hydrogen bonding between the protonated betaine (Hbet+) and the hexacyanoferrate(III) ion, while the hydrogen bonding involving water molecules interlinks the sheets to form a unique three-dimensional supramolecular architecture.
These three-dimensional (3D) assembled structures can significantly improve the photocatalytic performance due to their enhanced active surface area and increased photon matter interaction via multiple reflection and scattering at the catalyst electrolyte interface [108].
On the other hand, it becomes more and more evident that three-dimensional (3D) TiO2 assembled with ordered nanostructures under well control may bring some novel and unexpected properties because of its dimension and unique topology [20, 21].
Three-dimensional (3D) architectures assembling with Zn2SiO4 nanowires were synthesized by a novel molten-salt method using rice husk both as biomorphic template and SiO2 source.
Both of them actually include five different games — for example, there's a game focused on helping kids learn about three-dimensional shapes by assembling rockets.
Engineering three-dimensional (3D) architectures assembled from low-dimensional nanostructures has recently been of particular interests and proved an effective approach to enhance the electrochemical performances since the high surface area and intrinsic structural stability.
The single-crystal X-ray diffraction analyses reveal their two structural features: (1) one-dimensional chain structure consisting of Keggin polyoxotungstate and copper II)–EDTA complex; (2) Two-dimensional layer architecture assembled by the one-dimensional chain structure and sodium linker.
Flexible GR sheets acted as binder to connect the belt-like V2O5 for assembling three-dimensional network architecture.
The task facing NASA's designers, experts say, was to create a joint impervious to cold temperatures, immune to rotation of the joints, and more forgiving of close dimensional tolerances when assembled.
When assembling the portfolios, Dimensional applies its usual financial metrics to companies, but it also assesses their emissions, Mr. Chi said.
