Free-standing silicalite-1 (Sil-1) zeolite micromembranes have been successfully fabricated onto silicon substrate. Gas permeation test using permanent gases (i.e., helium, hydrogen, argon and nitrogen) and hydrocarbons (i.e., methane and n-butane) indicates that the micromembranes have excellent permeance flux and high permselectivity
The separation of small molecule gases by membrane technologies can help performance enhancement and...
The zeolite membrane of MFI could be sinthesized on alpha alumina support having an asymmetric struc...
Single and binary H2/CO2 gas permeation was studied through a silicalite-1 composite membrane consi...
Free-standing microfabricated (MFI) zeolite micromembranes were successfully fabricated on a silicon...
Freestanding Sil-1 and ZSM-5 micromembranes of Si/Al ratios ranging from 14 to infinity were fabrica...
Novel design strategy using photoresist as a temporary structural material was employed in fabricati...
The last few years have seen increasing interest on microchemical systems including micromixers micr...
The chemical nature of the support surface influences zeolite nucleation, crystal growth and film ad...
This work reports the fabrication of HZSM-5 zeolite micromembrane and its performance for hydrogen p...
Silicalite-1/ceramic composite membrane was prepared on the outer surface of the alpha-Al2O3 tubular...
This thesis is devoted to illustrate the preparation of MFI-type engineered supported zeolite membra...
The permeation of a series of gases with widely different Lennard-Jones kinetic diameters and sorpti...
Mixed matrix membranes based on modified polyimides and silicalite-1 were prepared and studied. The ...
A novel 4-step microfabrication process is proposed in this work to prepare arrays of c-oriented sil...
Silicalite-1, a pure silica zeolite, was deposited on a tubular, asymmetric, {gamma}-alumina support...
The separation of small molecule gases by membrane technologies can help performance enhancement and...
The zeolite membrane of MFI could be sinthesized on alpha alumina support having an asymmetric struc...
Single and binary H2/CO2 gas permeation was studied through a silicalite-1 composite membrane consi...
Free-standing microfabricated (MFI) zeolite micromembranes were successfully fabricated on a silicon...
Freestanding Sil-1 and ZSM-5 micromembranes of Si/Al ratios ranging from 14 to infinity were fabrica...
Novel design strategy using photoresist as a temporary structural material was employed in fabricati...
The last few years have seen increasing interest on microchemical systems including micromixers micr...
The chemical nature of the support surface influences zeolite nucleation, crystal growth and film ad...
This work reports the fabrication of HZSM-5 zeolite micromembrane and its performance for hydrogen p...
Silicalite-1/ceramic composite membrane was prepared on the outer surface of the alpha-Al2O3 tubular...
This thesis is devoted to illustrate the preparation of MFI-type engineered supported zeolite membra...
The permeation of a series of gases with widely different Lennard-Jones kinetic diameters and sorpti...
Mixed matrix membranes based on modified polyimides and silicalite-1 were prepared and studied. The ...
A novel 4-step microfabrication process is proposed in this work to prepare arrays of c-oriented sil...
Silicalite-1, a pure silica zeolite, was deposited on a tubular, asymmetric, {gamma}-alumina support...
The separation of small molecule gases by membrane technologies can help performance enhancement and...
The zeolite membrane of MFI could be sinthesized on alpha alumina support having an asymmetric struc...
Single and binary H2/CO2 gas permeation was studied through a silicalite-1 composite membrane consi...
DOI
Add to ORKG