Add to ORKGThe effect of microwave dielectric heating on both endothermic and exothermic reactions was investigated. Apparent equilibrium shifts for both reactions were observed which were attributed to the formation of spatial hot spots in the catalyst bed. The possible location of remarkable temperature gradients was examined experimentally and theoretically. KEY WORDS: hydrogen sulfide decomposition; thiophene hydrodesulfurization; microwave dielectric heating; hot spots. 1
Microwave effects on heterogeneous reactions are nowadays widely investigated due to the potential b...
The purpose of the study was to investigate microwave selective heatingphenomena and their impact on...
Infrared thermographic techniques have been used for the first time to determine real-time gas and s...
Microwave dielectric heating of the gas phase decomposition of H2S catalysed by metal sulfides on a ...
The application of microwave dielectric heating in a range of environment-related heterogeneous cata...
Three heterogeneously catalysed reactions have been investigated using both conventional and microwa...
Due to the quest for more efficient production processes both from the energy and selectivity point ...
A well-working hydrogen fuel cell needs continuous delivery of pure hydrogen. Instead of storing hyd...
Since the late 1980s, the scientific community has been attracted to microwave energy as an alternat...
Electromagnetic and heat-transfer simulations were used to study the effects of microwave-generated ...
Microwave assisted organic synthesis emerged in the last years as an helpful technology. An overview...
The purpose of the study was to investigate microwave selective heating phenomena and their impact o...
Research in solid-gas heterogeneous catalytic processes is typically aimed toward optimization of ca...
Selective heating of microwave-absorbing solid catalysts in a heterogeneous medium may affect a chem...
Portable reforming technology for the production of synthesis gas (CO & H2) from hydrocarbons has th...
Microwave effects on heterogeneous reactions are nowadays widely investigated due to the potential b...
The purpose of the study was to investigate microwave selective heatingphenomena and their impact on...
Infrared thermographic techniques have been used for the first time to determine real-time gas and s...
Microwave dielectric heating of the gas phase decomposition of H2S catalysed by metal sulfides on a ...
The application of microwave dielectric heating in a range of environment-related heterogeneous cata...
Three heterogeneously catalysed reactions have been investigated using both conventional and microwa...
Due to the quest for more efficient production processes both from the energy and selectivity point ...
A well-working hydrogen fuel cell needs continuous delivery of pure hydrogen. Instead of storing hyd...
Since the late 1980s, the scientific community has been attracted to microwave energy as an alternat...
Electromagnetic and heat-transfer simulations were used to study the effects of microwave-generated ...
Microwave assisted organic synthesis emerged in the last years as an helpful technology. An overview...
The purpose of the study was to investigate microwave selective heating phenomena and their impact o...
Research in solid-gas heterogeneous catalytic processes is typically aimed toward optimization of ca...
Selective heating of microwave-absorbing solid catalysts in a heterogeneous medium may affect a chem...
Portable reforming technology for the production of synthesis gas (CO & H2) from hydrocarbons has th...
Microwave effects on heterogeneous reactions are nowadays widely investigated due to the potential b...
The purpose of the study was to investigate microwave selective heatingphenomena and their impact on...
Infrared thermographic techniques have been used for the first time to determine real-time gas and s...