نتایج جستجو برای: Nanoporous Membrane

تعداد نتایج: 393570  

Journal: :journal of membrane science and research 0
fatemeh esfandian membrane research group, nanobiotechnology institute, babol university of technology, babol, iran majid peyravi membrane research group, nanobiotechnology institute, babol university of technology, babol, iran ali asqar qoreyshi membrane research group, nanobiotechnology institute, babol university of technology, babol, iran mohsen jahanshahi membrane research group, nanobiotechnology institute, babol university of technology, babol, iran

one of the barriers during whey filtration using uf membrane is the fouling phenomenon of the membrane, which is caused by whey proteins. in this work, the uf membranes were prepared using polysufone (psf), dimethyl formamide (dmf), 1 wt.% poly vinyl pyrrolidone (pvp) and different concentrations of licl via phase inversion induced by immersion precipitation. the prepared membranes were charact...

2011
Jaydeep Bhattacharya Alexandre Kisner Andreas Offenhäusser Bernhard Wolfrum

Solid state nanoporous membranes show great potential as support structures for biointerfaces. In this paper, we present a technique for fabricating nanoporous alumina membranes under constant-flow conditions in a microfluidic environment. This approach allows the direct integration of the fabrication process into a microfluidic setup for performing biological experiments without the need to tr...

2010
Roger J. Narayan Shashishekar P. Adiga Michael J. Pellin Larry A. Curtiss Alexander J. Hryn Shane Stafslien Bret Chisholm Chun-Che Shih Chun-Ming Shih Shing-Jong Lin Yea-Yang Su Chunming Jin Junping Zhang Nancy A. Monteiro-Riviere Jeffrey W. Elam

Nanoporous alumina membranes exhibit high pore densities, well-controlled and uniform pore sizes, as well as straight pores. Owing to these unusual properties, nanoporous alumina membranes are currently being considered for use in implantable sensor membranes and water purification membranes. Atomic layer deposition is a thin-film growth process that may be used to modify the pore size in a nan...

2013
Mary F.H. She Chengpeng Li Li He Ludovic Dumée Leonora Velleman Mikel Duke Stephen Gray Peter Hodgson Lingxue Kong

Nanoporous grapheme-based materials have been widely recognized as an emerging and promising membrane material or selective layer of membranes to be used in separation [1] and purification applications [2, 3]. For instance, a pioneered modeling work reported by Cohen-Tanugi and Grossman [4, 5] shows that a graphene sheet with subnanometer pores can provide superior water transport rate and high...

Journal: :Nanotechnology 2008
L Liu W Lee Z Huang R Scholz U Gösele

The fabrication of a composite membrane of nanoporous gold nanowires and anodic aluminum oxide (AAO) is demonstrated by the electrodeposition of Au-Ag alloy nanowires into an AAO membrane, followed by selective etching of silver from the alloy nanowires. This composite membrane is advantageous for flow-through type catalytic reactions. The morphology evolution of the nanoporous gold nanowires a...

2012
Sangbeom Hwang Simon Song

We propose a non-equilibrium electrokinetic (EK) mixer with a nanoporous membrane fabricated on a microfluidic chip by laser polymerization technique. A non-equilibrium EK mixer had an array of nanochannels to generate a vortex using ion depletion and consequent electroconvection [1]. The nanochannels, however, require expensive and complicated fabrication processes. On the other hand, the lase...

Journal: :Biosensors & bioelectronics 2007
Solomon Yilma Nangou Liu Alexander Samoylov Ting Lo C Jeffrey Brinker Vitaly Vodyanoy

The antimycotic agent amphotericin B (AmB) functions by forming complexes with sterols to form ion channels that cause membrane leakage. When AmB and cholesterol mixed at 2:1 ratio were incorporated into phospholipid bilayer membranes formed on the tip of patch pipettes, ion channel current fluctuations with characteristic open and closed states were observed. These channels were also functiona...

Journal: :Nanotechnology 2014
Ining A Jou Dmitriy V Melnikov Anna Nadtochiy Maria E Gracheva

We study the applicability of an electrically tunable nanoporous semiconductor membrane for the separation of nanoparticles by charge. We show that this type of membrane can overcome one of the major shortcomings of nanoporous membrane applications for particle separation: the compromise between membrane selectivity and permeability. The computational model that we have developed describes the ...

A Number of Industries release large amounts of water vapor into the atmosphere through their stacks. The flue gas can be a potential source for obtaining the required water for those industries. Separation process of water vapor by means of membrane condenser exchanger was studied. Numerical simulation of the process was conducted by COMSOL software using computational fluid dynamics. Simulati...

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