The combustion of fossil fuels not only generates greenhouse gases, but also produces pollutants, such as carbon dioxide, nitrogen oxides, volatile organic compounds, and in particular, nano-sized particulates...
Development of reactor core temperature and melting failure of the reactor core structures after severe accidents are the main causes of huge environmental damage and public anti-nuclear panic...
Synthesis of nano-materials via flame-based methods carried advantages over other synthesis methods. In this talk, the ability to systematically study fundamental phenomena governing formation of nano-materials will be demonstrated...
Shock waves play a strong role i energy, aerospace and astrophysical applications. Very often in these applications, the medium of propagation for the shock is strongly electrically conductive and may be modeled as a plasma...
Detailed reaction mechanisms are created using information of elementary reactions from several sources, like direct measurements and theoretical (TST and master equation) methods for the calculation of the rate coefficients...
This talk summarizes our recent advances towards a detailed understanding of the low- and high-temperature chemistry of combustion through experiments using idealized laboratory-scale model flames and jet-stirred reactors...
While fossil fuels still contribute more than 80% of global primary energy, combustion can lead to a number of dangerous emissions...
The seminar will cover recent advances on fundamental combustion phenomena under three extreme thermodynamic and fluid dynamic states...
