Nanoparticles (NPs) possess a unique combination of physicochemical properties, which
makes them promising materials for use in such fields of science and technology as …

The primary scientific goal of this study is to investigate the alterations that take place in TiC
nanoparticles when exposed to gamma radiation. Simultaneously, a significant goal of the …

It is of great importance to develop cost-effective materials for large-scale use in CO 2
capture and conversion. Herein, mesoporous N-doped carbon materials were prepared by …

In this paper, we suggest a method for the production of titanium carbide by vacuum-free
electric arc synthesis using titanium metal powder and carbon derived from pyrolysis of plant …

Green synthesis is a clean and eco-friendly process in which metal nanoparticles can be
produced by the reaction between a metal salt solution and plant organ extract. In the …

Although TiC nanostructures show promise as non‐noble‐metal‐based electrocatalysts,
improved synthesis methods are required. Herein, single‐crystalline TiC nanocubes with …

The results of obtaining titanium carbide by a vacuum-free electric arc method using various
types of biocarbon obtained by classical pyrolysis of biomass waste, such as tangerine peel …

Abstract Antibacterial Al 2 O 3-Ag nanoparticles (54 to 69 nm on average) were produced by
electrical explosion of wires (EEW) in an oxygen-containing atmosphere. Silver content was …

This paper reports on titanium carbide synthesis in an atmospheric-pressure arc plasma
reactor by exposing a stoichiometric starting mixture (Ti: C~ 1: 1.05) to a plasma jet. The …

Electric explosions of amorphous ribbons (Fe45Co45Zr7B3 HITPERM, Fe73. 5Si15.
5B7Nb3Cu1 FINEMET, and bulk amorphous Fe71. 6Mn0. 6Si3. 4C12. 3B12. 2) were …