Bismuth based nanoparticles (BBNs) exhibit immense potential due to unique physico
chemical properties, therefore extensively applied in diverse technologies. On this account …

Global challenges in environmental protection, social welfare, and economic growth
necessitate increased energy production and related services. Biofuel production from …

Recordings of extracellular neural activity are used in many clinical applications and
scientific studies. In most cases, these signals are analyzed as a point process, and a spike …

As nanotechnology has developed over the last two decades, some nanostructures, such as
nanotubes, nanowires, and nanoparticles, have become very popular. However, recent …

The physical-chemical properties of bismuth and its oxides have been studied over the last
two decades. As a result of this research, the growth of these materials with different …

We present a study of electronic transport in individual Bi nanowires of large diameter
relative to the Fermi wavelength. Measurements of the resistance and thermopower of …

We describe a method for precisely controlling temperature using a Gifford–McMahon (GM)
cryocooler that involves inserting fiber-reinforced-plastic dampers into a conventional …

A limiting mean free path was considered in order to better understand the temperature and
wire diameter dependence of the resistivity and Seebeck coefficient of bismuth microwire …

In this study, the electrical resistivity and Seebeck coefficient of bismuth nanowires, several
hundred nanometers in diameter, are calculated using the Boltzmann equation in the …

Bismuth nanowires with lengths of over 1 mm length and diameters of the order of
nanometers have been fabricated by high-pressure injection into a quartz template. The …