The syntheses of mesoporous MCM-41 silica phases containing the heteroatoms Al, B, Zn, were carried out making use of trimethyl ammonium bromide surfactants of chain lengths C8–C16. The resulting materials were fully characterised by wet chemical and instrumental analysis, PXRD, MASNMR, nitrogen porosimetry, and thermogravimetric analysis
Silica M41S type materials have been prepared starting from the mixture: 0.29 Na2O:0.12 CTABr:1 SiO2...
Previous papers in this series have described the synthesis and characterisation of a series of MCM-...
Previous papers in this series have described the synthesis and characterisation of a series of MCM-...
The syntheses of mesoporous MCM-41 silica phases containing the heteroatoms Al, B, Zn, were carried ...
The syntheses of mesoporous MCM-41 silica phases containing the heteroatoms Al, B, Zn, were carried ...
Well characterised MCM phases containing aluminium and zinc heteroatoms were selected from those des...
Well characterised MCM phases containing aluminium and zinc heteroatoms were selected from those des...
Well characterised MCM phases containing aluminium and zinc heteroatoms were selected from those des...
MCM-41 is one of the groups of mesoporous materials that have wide applications as adsorbents, ion e...
Report on the discovery of a new group of ordered mesoporous M41S molecular sieves initiated the ext...
The cubic mesoporous silica molecular sieves MCM-48 have been obtained as an energetically favorable...
Mesoporous material MCM-41 with uniform hexagonally ordered pores in range of 2-10 nm was synthesize...
MCM-41 materials belong to the group of mesoporous silicas characterised by a hexagonal arrangement ...
AbstractMesoporous silica molecular sieves MCM-41 were synthesized under hydrothermal conditions. Fo...
Previous papers in this series have described the synthesis and characterisation of a series of MCM-...
Silica M41S type materials have been prepared starting from the mixture: 0.29 Na2O:0.12 CTABr:1 SiO2...
Previous papers in this series have described the synthesis and characterisation of a series of MCM-...
Previous papers in this series have described the synthesis and characterisation of a series of MCM-...
The syntheses of mesoporous MCM-41 silica phases containing the heteroatoms Al, B, Zn, were carried ...
The syntheses of mesoporous MCM-41 silica phases containing the heteroatoms Al, B, Zn, were carried ...
Well characterised MCM phases containing aluminium and zinc heteroatoms were selected from those des...
Well characterised MCM phases containing aluminium and zinc heteroatoms were selected from those des...
Well characterised MCM phases containing aluminium and zinc heteroatoms were selected from those des...
MCM-41 is one of the groups of mesoporous materials that have wide applications as adsorbents, ion e...
Report on the discovery of a new group of ordered mesoporous M41S molecular sieves initiated the ext...
The cubic mesoporous silica molecular sieves MCM-48 have been obtained as an energetically favorable...
Mesoporous material MCM-41 with uniform hexagonally ordered pores in range of 2-10 nm was synthesize...
MCM-41 materials belong to the group of mesoporous silicas characterised by a hexagonal arrangement ...
AbstractMesoporous silica molecular sieves MCM-41 were synthesized under hydrothermal conditions. Fo...
Previous papers in this series have described the synthesis and characterisation of a series of MCM-...
Silica M41S type materials have been prepared starting from the mixture: 0.29 Na2O:0.12 CTABr:1 SiO2...
Previous papers in this series have described the synthesis and characterisation of a series of MCM-...
Previous papers in this series have described the synthesis and characterisation of a series of MCM-...