Low-dimensional copper oxide nanostructures are very promising building blocks for
various functional materials targeting high-demanded applications, including energy …

Over the last several decades, colloidal nanoparticles have evolved into a prominent class
of building blocks for materials design. Important advances include the synthesis of uniform …

The 1D metal oxide nanostructures, including nanowires, are researched for at least two
decades. However, the theoretical models on their synthesis and growth mechanisms are …

The synergy of integrating semiconductors and MOF photocatalysts is the chief motive for
this review paper. This merit has been combined with the microfluidic platforms, which are …

Nanowire synthesis without catalyst offers a simple technique for efficient growth of pure
nanowires, which provides a number of advanced applications. If catalyst particles are not …

In the present study, we report on the temperature limiting conditions for the growth of
copper oxide nanowires via thermal oxidation of copper, which have been puzzling …

The realization of GaAs nanowire (NW) high-performance quantum devices operated at
room temperatures requires that their diameters have to be less than 10 nm. It is shown, that …

We address the issue of polymer margination (migration towards surfaces) in uniform shear
flows through extensive LBMD (lattice-Boltzmann molecular dynamics) simulations. In …

For the first time, a review of microheater design and its implementation for nanowire
synthesis has been investigated. The recent developments on the effect of temperature …

半导体材料在一定温度下会和气体发生反应, 导致其形貌, 晶体结构和化学性质等发生变化.
这一现象在半导体的生长, 加工和应用中普遍存在, 因此, 研究半导体在气体环境中的变化过程 …