The furnace combustion state of coal-fired power plants is difficult to accurately monitor
during low-load and dynamic operation conditions, thus hindering the secure and economic …

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 …

Methanol fuel, as a potential alternative energy source, offers the promise of reducing oil
dependency and controlling carbon dioxide emissions. However, its application in industrial …

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

Coal remains one of the key raw materials used in the energy industry to generate electricity
and heat. As a result, diagnostics of the combustion process is still an important topic of …

This paper deals with the evaluation of the combustion intensity of coal particles on the basis
of measurement data (UV radiation) from a scanning point photodiode. UV radiation is …

Accurate and reliable prediction of combustion emissions is essential for combustion
optimization adjustment. Existing data-driven approaches are limited by insufficient labeled …

A flame intensity sensor based on the resistive and memory properties of spintronic
memristor is proposed. The sensor circuit mainly consists of the infrared radiation …

Accurate and timely assessment of the flame combustion process in the furnace of coal-fired
power plants is crucial for the secure and economic operation of the units. This paper …

Flame velocity is one of the main characteristics of combustion. One of the methods to
measure flame velocity is to determine the flame area by approximating the shape of the …