Over the past three decades electrostatic sensors have been proposed, developed and
utilised for the continuous monitoring and measurement of a range of industrial processes …

A unique methodology has been used for the estimation of local mass burning rates and
flame heat fluxes over a laminar boundary layer diffusion flame with a high accuracy by …

In this Letter, we propose a quadrature phase-stabilized three-wavelength demodulation
technique for the interrogation of fiber-optic Fabry–Perot acoustic sensors. It is based on …

Many practical lean-premixed combustion systems involved in land-based power plants, gas
turbines and boilers are susceptible to self-excited combustion instability, which is …

In this work, the premixed flame propagation and pressure dynamics in a closed combustion
tube with a 90° bend are investigated using experiment and numerical simulations to …

In situ dynamic/static mixed multiparameter measurement plays an important role in the
condition monitoring of large equipment such as aero-engines and power transformers. For …

The detailed understandings of temperature profiles and flow-flame interaction in unsteady
premixed swirling flames are crucial for the development of low emission turbine engines …

To investigate thermoacoustic instability and emission characteristics in premixed swirl
combustor, several low-emission swirlers with different vane stagger angles were designed …

A methodology based on the Reynolds analogy was developed earlier that allowed for the
estimation of local mass burning rates and heat fluxes in free-convection laminar boundary …

Flame monitoring of industrial combustors with high-reliability sensors is essential to
operation security and performance. An ion current flame sensor with a simple structure has …