Add to ORKGMESOPOROUS CARBON AND CARBON-BASED NANOCOMPOSITES AS CATALYST SUPPORTS FOR CELLULOSE CONVERSION INTO POLYOL
Carbon-based materials are some of the most commonly studied catalysts for the conversion of cellulo...
Carbon-based materials are some of the most commonly studied catalysts for the conversion of cellulo...
Tungsten carbide and nickel promoted tungsten oxide catalysts supported on CNTs and AC were prepared...
Mesoporous carbon as a superior catalyst support in one-pot conversion of cellulose to polyol
Introduction The world is currently facing two important issues in fossil energy consumption, i.e., ...
Hydrogenation of cellulose to hexitol with mesoporous carbon supported nickel based catalyst
Robust and highly active Ni-based bimetallic catalysts supported on mesoporous carbon have been deve...
Mesoporous carbon (MC) [8] presents unique advantages over conventional carbon materials due to its ...
Carbon-based materials are some of the most commonly studied catalysts for the conversion of cellulo...
Carbon plays a dual role as a catalyst or a catalyst support for chemical and enzymatic biomass tran...
Highly ordered mesoporous carbon-alumina nanocomposites (OMCA) have been for the first time synthesi...
Highly ordered mesoporous carbon-alumina nanocomposites (OMCA) have been for the first time synthesi...
Sulfonated silica/carbon nanocomposites were successfully developed as reusable, solid acid catalyst...
Carbon-based materials are some of the most commonly studied catalysts for the conversion of cellulo...
Highly ordered mesoporous carbon-alumina nanocomposites (OMCA) have been for the first time synthesi...
Carbon-based materials are some of the most commonly studied catalysts for the conversion of cellulo...
Carbon-based materials are some of the most commonly studied catalysts for the conversion of cellulo...
Tungsten carbide and nickel promoted tungsten oxide catalysts supported on CNTs and AC were prepared...
Mesoporous carbon as a superior catalyst support in one-pot conversion of cellulose to polyol
Introduction The world is currently facing two important issues in fossil energy consumption, i.e., ...
Hydrogenation of cellulose to hexitol with mesoporous carbon supported nickel based catalyst
Robust and highly active Ni-based bimetallic catalysts supported on mesoporous carbon have been deve...
Mesoporous carbon (MC) [8] presents unique advantages over conventional carbon materials due to its ...
Carbon-based materials are some of the most commonly studied catalysts for the conversion of cellulo...
Carbon plays a dual role as a catalyst or a catalyst support for chemical and enzymatic biomass tran...
Highly ordered mesoporous carbon-alumina nanocomposites (OMCA) have been for the first time synthesi...
Highly ordered mesoporous carbon-alumina nanocomposites (OMCA) have been for the first time synthesi...
Sulfonated silica/carbon nanocomposites were successfully developed as reusable, solid acid catalyst...
Carbon-based materials are some of the most commonly studied catalysts for the conversion of cellulo...
Highly ordered mesoporous carbon-alumina nanocomposites (OMCA) have been for the first time synthesi...
Carbon-based materials are some of the most commonly studied catalysts for the conversion of cellulo...
Carbon-based materials are some of the most commonly studied catalysts for the conversion of cellulo...
Tungsten carbide and nickel promoted tungsten oxide catalysts supported on CNTs and AC were prepared...