Microwave dielectric heating of the gas phase decomposition of H2S catalysed by metal sulfides on a -Al2O3 support results in significant apparent shifts in the equilibrium constant, which have been attributed to the development of hot-spots in the catalytic beds; X-ray diffraction and electron microscopy measurements have indicated the formation of hot-spots with dimensions of 90–1000 µm and which involve not only the active phase, but also the support
Microwave heating has become a useful tool in catalysis to obtain chemical products under unconventi...
Portable reforming technology for the production of synthesis gas (CO & H2) from hydrocarbons has th...
Microwave-based methods are widely employed to synthesize metal nanoparticles on various substrates....
The effect of microwave dielectric heating on both endothermic and exothermic reactions was investig...
The temperature of supported MoS2 and Pt catalysts was measured during microwave heating at constant...
The catalytic reduction of sulfur dioxide with methane to form carbon dioxide and sulfur has been st...
The application of microwave dielectric heating in a range of environment-related heterogeneous cata...
The catalytic reduction of sulfur dioxide with methane to form carbon dioxide and sulfur has been st...
Due to the quest for more efficient production processes both from the energy and selectivity point ...
Three heterogeneously catalysed reactions have been investigated using both conventional and microwa...
Research in solid-gas heterogeneous catalytic processes is typically aimed toward optimization of ca...
Microwave heating was applied to the catalytic reforming reaction of methane with carbon dioxide ove...
A well-working hydrogen fuel cell needs continuous delivery of pure hydrogen. Instead of storing hyd...
Microwave heating (MWH) transforms energy from an electromagnetic wave to heat. In contrast to conve...
Infrared thermographic techniques have been used for the first time to determine real-time gas and s...
Microwave heating has become a useful tool in catalysis to obtain chemical products under unconventi...
Portable reforming technology for the production of synthesis gas (CO & H2) from hydrocarbons has th...
Microwave-based methods are widely employed to synthesize metal nanoparticles on various substrates....
The effect of microwave dielectric heating on both endothermic and exothermic reactions was investig...
The temperature of supported MoS2 and Pt catalysts was measured during microwave heating at constant...
The catalytic reduction of sulfur dioxide with methane to form carbon dioxide and sulfur has been st...
The application of microwave dielectric heating in a range of environment-related heterogeneous cata...
The catalytic reduction of sulfur dioxide with methane to form carbon dioxide and sulfur has been st...
Due to the quest for more efficient production processes both from the energy and selectivity point ...
Three heterogeneously catalysed reactions have been investigated using both conventional and microwa...
Research in solid-gas heterogeneous catalytic processes is typically aimed toward optimization of ca...
Microwave heating was applied to the catalytic reforming reaction of methane with carbon dioxide ove...
A well-working hydrogen fuel cell needs continuous delivery of pure hydrogen. Instead of storing hyd...
Microwave heating (MWH) transforms energy from an electromagnetic wave to heat. In contrast to conve...
Infrared thermographic techniques have been used for the first time to determine real-time gas and s...
Microwave heating has become a useful tool in catalysis to obtain chemical products under unconventi...
Portable reforming technology for the production of synthesis gas (CO & H2) from hydrocarbons has th...
Microwave-based methods are widely employed to synthesize metal nanoparticles on various substrates....