Improvement of the laminar flame speed and stability for ammonia combustion by using H 2
and DME has received significant attention. In this study, the characteristics of NH 3/H 2, NH …

Municipal solid waste (MSW) incineration processes often experience fluctuations in the
physical and chemical properties of waste materials, leading to unstable combustion and …

The characteristics of the flame can not only intuitively reflect the flow, mixing and reaction
processes of fuel and oxidant, but also provide detailed information on combustion efficiency …

The stability of pulverized coal flames is a well-known problem in the power industry.
Unstable flames often lead to lower combustion efficiency, higher pollutant emissions, and …

Flame stability is vital to obtain good combustion performance. Therefore, the development
of flame stabilization technologies and stability evaluation methods has always received …

Flame stability is a well-known problem in the power industry where low quality fuel is fired
and combustion conditions change rapidly. Unstable flames often lead to lower combustion …

A simulation methodology was proposed to reconstruct color images under different camera
spectral sensitivity functions (CSSFs) by integrating the hyperspectral images. Based on this …

Ammonia has emerged as a chemical with the potential to bridge the gap in the global
initiative to replace organic fuels with hydrogen. While hydrogen boasts high energy density …

The real-time monitoring of the flame in the furnace of coal-fired power plants is crucial for
both the economics of power generation and the safe operation of the boiler. Traditional fire …