Boron nitride nanotubes (BNNTs), the structural analogues to carbon (CNTs), attracted considerable attention due their excellent properties. However, synthesis of BNNTs suffers from high-temperature requirement, which increases cost and adds complexity instruments (arc-discharge, plasma-assisted CVD, etc.), preventing further exploration use harmful chemicals (catalytic chemical vapor depositio...

During direct current magnetron sputtering (dcMS) of thin films, the ion energy and flux are complex parameters that influence film growth can be exploited to tailor their properties. The is generally controlled by bias voltage applied at substrate. density however more mechanisms. In this study, we look into magnetic-field-assisted dcMs, where a magnetic field in deposition chamber use solenoi...

Abstract CsPbBr 3 represents a highly attractive material for perovskite light-emitting diodes (PeLEDs) in the green spectral range. However, lack of deposition tools reproducible and scalable growth films is one major obstacles hindering PeLED commercialization. Here, we employ showerhead-assisted chemical vapor (CVD) method to produce uniform pinhole-free application. The precursors CsBr PbBr...

Harnessing surface wrinkle surfaces in various functional devices has been a hot topic. However, rapidly creating wrinkled on elastomers of arbitrary shape (especially curved surfaces) is still great challenge. In this work, an ultrasonic-assisted deposition method proposed to achieve nanomodification the robust layer (e.g., carbon nanotubes (CNTs)) with labyrinth pattern polydimethylsiloxane (...