Bimodal Porous Ceramic Membrane Via Nanosized Polystryene Templating : Synthesis, Characterization And Performance Evaluation [TA455.C43 L576 2008 f rb].

Membran seramik mempunyai rintangan yang tinggi terhadap haba dan bahan kimia, tetapi kebolehtelapannya adalah lebih rendah secara relatif berbanding dengan membran organik. Ceramic membranes possess great resistance toward heat and chemicals, but the permeability of ceramic membranes is relati...

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Main Author: Leo, Choe Peng
Format: Thesis
Language:English
Published: 2008
Subjects:
Online Access:http://eprints.usm.my/9540/
Abstract Abstract here
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author Leo, Choe Peng
author_facet Leo, Choe Peng
author_sort Leo, Choe Peng
description Membran seramik mempunyai rintangan yang tinggi terhadap haba dan bahan kimia, tetapi kebolehtelapannya adalah lebih rendah secara relatif berbanding dengan membran organik. Ceramic membranes possess great resistance toward heat and chemicals, but the permeability of ceramic membranes is relatively low compared to polymeric membranes.
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spelling usm-95402017-04-17T07:55:12Z http://eprints.usm.my/9540/ Bimodal Porous Ceramic Membrane Via Nanosized Polystryene Templating : Synthesis, Characterization And Performance Evaluation [TA455.C43 L576 2008 f rb]. Leo, Choe Peng TA401-492 Materials of engineering and construction. Mechanics of materials Membran seramik mempunyai rintangan yang tinggi terhadap haba dan bahan kimia, tetapi kebolehtelapannya adalah lebih rendah secara relatif berbanding dengan membran organik. Ceramic membranes possess great resistance toward heat and chemicals, but the permeability of ceramic membranes is relatively low compared to polymeric membranes. 2008-05 Thesis NonPeerReviewed application/pdf en http://eprints.usm.my/9540/1/BIMODAL_POROUS_CERAMIC_MEMBRANE_VIA_NANOSIZED_POLYSTYRENE_TEMPLATING.pdf Leo, Choe Peng (2008) Bimodal Porous Ceramic Membrane Via Nanosized Polystryene Templating : Synthesis, Characterization And Performance Evaluation [TA455.C43 L576 2008 f rb]. PhD thesis, Universiti Sains Malaysia.
spellingShingle TA401-492 Materials of engineering and construction. Mechanics of materials
Leo, Choe Peng
Bimodal Porous Ceramic Membrane Via Nanosized Polystryene Templating : Synthesis, Characterization And Performance Evaluation [TA455.C43 L576 2008 f rb].
thesis_level PhD
title Bimodal Porous Ceramic Membrane Via Nanosized Polystryene Templating : Synthesis, Characterization And Performance Evaluation [TA455.C43 L576 2008 f rb].
title_full Bimodal Porous Ceramic Membrane Via Nanosized Polystryene Templating : Synthesis, Characterization And Performance Evaluation [TA455.C43 L576 2008 f rb].
title_fullStr Bimodal Porous Ceramic Membrane Via Nanosized Polystryene Templating : Synthesis, Characterization And Performance Evaluation [TA455.C43 L576 2008 f rb].
title_full_unstemmed Bimodal Porous Ceramic Membrane Via Nanosized Polystryene Templating : Synthesis, Characterization And Performance Evaluation [TA455.C43 L576 2008 f rb].
title_short Bimodal Porous Ceramic Membrane Via Nanosized Polystryene Templating : Synthesis, Characterization And Performance Evaluation [TA455.C43 L576 2008 f rb].
title_sort bimodal porous ceramic membrane via nanosized polystryene templating synthesis characterization and performance evaluation ta455 c43 l576 2008 f rb
topic TA401-492 Materials of engineering and construction. Mechanics of materials
url http://eprints.usm.my/9540/
work_keys_str_mv AT leochoepeng bimodalporousceramicmembraneviananosizedpolystryenetemplatingsynthesischaracterizationandperformanceevaluationta455c43l5762008frb