Creation of shuttle-shaped nanoparticles using the method of magnetic polarization pulse laser ablation

Multi‐Wavelength Laser Emission by Hot‐Carriers Transfers in Perovskite‐Graphene‐Chalcogenide Quantum Dots

“…However, they can be cross‐combined with the energy levels because the VBM and CBM transition energy levels of the perovskite K‐space are within a short energy range (‐2–2 eV). A transition space of ‐15–5 eV of the energy level in the CoGaZnS compound semiconductor material has been confirmed, [ 57 ] and only ‐20–15 eV in graphene. Therefore, the energy level of CoGaZnS is the most easily crossed among the three materials.…”

Development of optimized triaxially electrospun titania nanofiber‐in‐nanotube core‐shell structure

“…nanostructured materials have attained much research interest due to its promising distinctive features such as large specific surface area, excellent organic adsorption capability, and good mechanical strength. [1][2][3][4][5][6][7][8][9][10][11] Nanomaterials include nanoparticles, [12][13][14] nanowires, 15 nanotubes, [16][17][18][19][20] and nanofibers. [21][22][23] Among these structures, nanofibers are the most diversified one-dimensional (1D) nanomaterials for the extensive research and commercial application due to its multifunctional and multi-tuned microstructures.…”

“…It has the capability to control and engineer the structures of materials at the nanoscale. Recently, nanostructured materials have attained much research interest due to its promising distinctive features such as large specific surface area, excellent organic adsorption capability, and good mechanical strength 1–11 …”