Abstract The need for Power Micro Electro Mechanical Systems (Power MEMS) is growing
as microfabrication techniques and microelectronics advance. Conventional chemical …

Achieving a high wall temperature and wide flame stability limit is of extreme significance for
the maximization of power generation in hydrocarbon fuel-driven micro-thermophotovoltaic …

To improve the flame stability and energy utilization of micro-generators, experimental and
numerical investigations of a micro-thermophotovoltaic fueled by H 2/CH 4 are conducted …

Porous media (PM) catalytic combustion offers a potential strategy for stable and efficient
combustion of low-concentration methane (LCM). Herein, a porous media catalyst loaded …

Premixed H 2/air combustion in the micro-combustor with dual-inlet is investigated. Effects of
the second-inlet settings on the combustion characteristics, thermal performance and …

Hydrogen production from renewable energy is gaining increasing attention to enhance
energy consumption structure and foster a more eco-friendly and sustainable society. At the …

Hydrogen is blended with natural gas to form hydrogenated natural gas (HCNG), which is a
new, efficient and clean energy. CHEMKIN-PRO 19.0 software was combined with the GRI …

Understanding the methane-hydrogen lifted flame behavior is significant for improving the
stability and safety of practical combustion systems. In this study, the effects of the hydrogen …

Technically, using catalytically active coatings regulate flame-wall interactions to enhance
flame stability in small-scale burners, such as the common ZrO 2-based ceramics with …

Hydrogen, as a clean and carbon-free renewable energy with widespread applications, is a
crucial medium for achieving substantial and deep decarbonization across various …