Progress in one-dimensional nanostructures

Controllability of β-Ga2O3 single crystal conductivity by V doping

“…Nine phonon mode peaks were detected, derived from the undoped and V-doped β-Ga 2 O 3 crystals, which coincided with the data in the literature. 30,41 These and A (3) g ) are related to vibrations and translations of the [Ga I O 4 ] tetrahedral chains; the secondaryfrequency phonon modes (A (4) g , A (5) g and A (6) g ) are attributed to the deformation of the [Ga I O 4 ] tetrahedron and [Ga II O 6 ] octahedron; and the third-frequency phonon modes (A (8) g , A (9) g and A (10) g ) are assigned to the stretching and bending of the [Ga I O 4 ] tetrahedron. The addition of V atoms significantly inhibited A (4) g , A (5) g and A (6) g (as shown in Fig.…”

“…The continuous development of materials, has enabled the application of semiconductors in photodetectors, 1,2 solar cells, 3,4 light-emitting diodes, 5,6 and various other fields. 7–9 Beta-gallium oxide (β-Ga 2 O 3 ) crystals, as an outstanding representative of the emerging semiconductors, have been increasingly applied in semiconductor fields such as high-power electronic devices, 10 ultraviolet detectors, 11 and gas sensors 12 largely owing to their excellent material properties.…”

“…This journal is © The Royal Society of Chemistry 2022 peaks were located in B (2) g : 144 cm −1 , A (2) g : 169 cm −1 , A (3) g : 199 cm −1 , A (4) g : 320 cm −1 , A (5) g : 345 cm −1 , A (6) g : 416 cm −1 , A (8) g : 629 cm −1 , A (9) g : 658 cm −1 , and A (10) g : 766 cm −1 , and could be divided into three groups: 51,52 the primary-frequency phonon modes (B (2) g , A (2) g…”

Advanced nanomaterials for modulating Alzheimer's related amyloid aggregation

“…One-dimensional (1D) nanomaterials, including nanorods, nanotubes, nanoribbons, nanowires, and nanofibers, have been applied as the drug carrier or synergistic drug materials. [31,32] Due to their unique chemical structures, good biocompatibility, high specific surface area, and other related physicochemical properties, 1D nanomaterials were widely applied to the biological field. [33] In recent years, some research showed that 1D nanomaterials with special structures, such as the radial size seamless carbon tube, can interact with amyloid protein and reduce the aggregation of amyloid protein.…”

Developing a dynamic magnetic flux template to guide 1D nanomaterial growth

“…1D nanomaterials have been studied for a long time towards applications in field emission, energy conversion, storage, devices, etc. So far, many routes have been developed to explore promising strategies to synthesize 1D structures effectively, 1–4 such as chemical vapor deposition (CVD), 5–7 the sol–gel technique, 8–10 the hydrothermal method, 11–13 the template method, 14–16 and the static magnetic induction method. 17–19 In particular, the template method has become a unique candidate for high-quality 1D structures.…”