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Evaluate the impact of particles size distribution on friction factor and pressure drop for flow through packed bed / Fauzi Ahmed Omar.

Publisher: Kajang: Infrastructure University Kuala Lumpur, 2016Description: xiii, 80p.: col.ill.; 30 cm.Subject(s): Packed bed | Particle sphericity

List(s) this item appears in: 20190731 Thesis YTD 5 (Master in Science(Water Resources)))

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Item type	Current location	Collection	Call number	Copy number	Status	Date due	Item holds
Thesis, project paper	IUKL Library Open shelves	Institutio	YTD 5 2016 002 (Browse shelf)	1	Not For Loan
Electronic media (DVD, VCD, CD-ROM, etc.)	IUKL Library Media cabinets		YTD 5 2016 (Browse shelf)	cd 1	Not For Loan

Total holds: 0

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Previous	YTA 6 2017 Behaviour of self-compacting concrete incorporating alum sludge with other pozzolans as unary and binary blended cementitious systems/	YTD 3 2013 Removal Of Heavy Metals From Synthetic Wastewater Through Biologically Assisted Sulphide Precipitation Process.	YTD 5 2016 Evaluation properties of brine discharge from desalination plant in Libya /	YTD 5 2016 Evaluate the impact of particles size distribution on friction factor and pressure drop for flow through packed bed /	YTD 5 2017 Using low-cost agriculture material for heavy metals removal from aqueous solutions/	YTH 3 2009 A Study On Strategic Human Resource Management In Construction Projects.	YTH 3 2012 Case Study On Material Management At Construction Site In Jalan Ampang, Kuala Lumpur.	Next

Faculty of Engineering and Technology Infrastructure

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