Influence of process temperature on ZnO nanostructures formation

High-performance ultraviolet radiation sensors based on zinc oxide nanorods

“…Vapor phase growth methods such as chemical vapor deposition [13], metal-organic chemical vapor deposition [14], physical vapor deposition [15] and molecular beam epitaxy [16] are well developed and often applied for the synthesis of high quality metal and metal oxide nanomaterials. Solution based methods provide the formation of nanostructures with different morphologies and structures by self-organization at the low-temperature chemical [17,18] and electrochemical [19,20] processes without expensive vacuum and other microelectronic technologies. While electrochemical growth allows obtaining well-aligned ZnO nanorods on the conductive films the low-temperature hydrothermal synthesis is suitable for synthesis of nanostructures with different shapes almost on any substrates.…”

Sensitivity Evaluation of the Nanostructure-Enhanced BAW Mass Sensor

“…Nanostructured materials application is promising for FBAR sensor performance improving. Such materials can be synthesized via inexpensive chemical methods [9] and provide high efficient surface area, and this way enhance sensitivity of the device.…”

Zno nanostructures via hydrothermal synthesis on atomic layer deposited seed-layers

“…Nanostructured ZnO is a promising material for the novel electronic devices development due to its wurtzite crystal structure, wide direct band gap and high exciton binding energy. ZnO can be manufactured in a controlled manner to produce nanostructures with a uniform size, distribution and orientation by vapor-phase synthesis [1], pulsed laser deposition method [2], electrochemical method [3], hydrothermal method [4][5] etc. Hydrothermal method has many advantages when compare to the most common vaporphase synthesis, such as low-cost, low temperature, scalability and ease handling.…”