The membranes were found to have adjustable porosity up to 62% with nanoscale size pores.
Such broad diffractive peaks are typical for the crystals with nanoscale size.
The focus of the Journal is on the specific concepts, properties, phenomena, and processes related to particles, tubes, layers, macromolecules, clusters and other finite structures of the nanoscale size range.
Nanostructured materials possess internal structures within the nanoscale size range, whereas the external dimensions are typically but not necessarily larger than the nanoscale range.
The excellent performance might be related to the integration of hollow structure, one-dimensional nanoscale size as well as combination with N-doped carbon materials.
By contrast, for CDCs with relatively narrow pore size distribution, substantial MD investigations have been implemented to interpret the anomalous increase in capacitance in structures with nanoscale confinement.
The resulted CL-20/GEM composites displayed spherical structure with nanoscale, ε-form, equal thermal stabilities, and lower sensitivities.
By combining scratching angles of 90° and 0°, 90° and 45°, and 0° and 45° in two-step machining, we fabricated nanoscale dot and diamond-dot structures with controlled size and orientation.
Using the wet method provides control over the structure of the resulting materials at the nanoscale size.
Such ultrathin films are expected to exhibit pronounced size effects on their physical properties, yet only a few studies are available for micro [12] and nanoscale [13] glassy carbon structures, with the smallest size around 150 nm.
The nanoscale size and needle-like rigid structure of CNTs appear to be associated with their pathogenicity in mammalian cells, where carbon atoms are major components in the backbone of many biomolecules.
