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Monoethylene glycol reclamation based on chemical precipitation process
|
# |
1400 - 06 |
|
Evaluating Cu(II) Removal From Aqueous Solutions with Response Surface Methodology by Using Novel Synthesized CaCO 3 Nanoparticles Prepared in a Colloidal Gas Aphron System
|
10.1080/00986445.2016.1277522 |
1395 - 10 |
|
Growing Innovative Calcium Carbonate Morphologies by Utilizing the Colloidal Gas Aphron System as a Surfactant-Based Template Method
|
10.1080/00986445.2016.1154852 |
1394 - 12 |
|
A novel method to synthesize copper oxide nanoparticles by usingcolloidal gas aphrons
|
# |
1394 - 11 |
|
Investigation on the Role of Agitation in the Desalination Process of Ceramics
|
# |
1394 - 09 |
|
Comment on Influence of Microwaves on the Water Surface Tension
|
10.1021/acs.langmuir.5b00780 |
1394 - 07 |
|
Influence of the Disk Diameter and Baffle Position on the Performance of Generated Colloidal Gas Aphrons
|
# |
1394 - 07 |
|
On the relationship between surface tension and viscosity of fluids
|
10.3329/cerb.v18i1.26217 |
1394 - 04 |
|
Toward the Effects of the Geometric and Operating Parameters on Colloidal Gas Aphron Stability
|
# |
1393 - 12 |
|
A new stability index for characterizing the colloidal gas aphronsdispersion
|
# |
1393 - 11 |
|
Puffing as a totally green method for monitoring of hot/cold lime softening process
|
# |
1393 - 10 |
|
evaluating the stability of colloidal gas aphrons in the presence of montmorillonite nanoparticles
|
# |
1392 - 12 |
|
A Novel Eco-Friendly Technique for Efficient Control of Lime Water Softening Process
|
# |
1392 - 09 |
|
Electrical conductivity as a novel technique for control of lime softening process
|
# |
1391 - 01 |
|
An innovative simultaneous glucoamylase extraction and recovery using colloidal gas aphrons
|
# |
1387 - 01 |
|
Electrical conductivity as a novel technique for characterization of colloidal gas aphrons (CGA)
|
# |
1386 - 10 |
|
an insight into colloidal gas apron drainage using electrical conductivity measurement
|
# |
1386 - 01 |
|
Enhancing permeate flux in a RO plant by controlling membrane fouling
|
# |
1385 - 05 |
|
Efficient separation of bitumen in oil sand extraction by using magnetic treated process water
|
# |
1384 - 01 |
|
On reduction in the surface tension of water due to magnetic treatment
|
# |
1384 - 01 |