comparative study of polyacrylamide and homopolymer
comparative study of polyacrylamide and homopolymer
comparative study of polyacrylamide and homopolymer
comparative study of polyacrylamide and homopolymer
comparative study of polyacrylamide and homopolymer
comparative study of polyacrylamide and homopolymer of

Comparative Study of Polyacrylamide and Homopolymer of

Hardness of water results in scale formation and affects efficiency and life span of heat exchangers and evaporators by salt deposition. Low molecular weight water soluble polymers are used to prevent scale formation. In the present study, polyacrylamide and polyacrylonitrile are used as scale inhibitors. Ground water is retluxed from I to 24 h with and without polymers. When only water is

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comparative study of polyacrylamide and homopolymer of

Comparative Study of Polyacrylamide and Homopolymer of

Journal of Scientific & Industrial Research Vol.59, January 2000, pp 44-48 Comparative Study of Polyacrylamide and Homopolymer of Acrylonitrile As Antiscaling Agent on Jalgaon Ground Water

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comparative study of polyacrylamide and homopolymer of

Comparative Study of Polyacrylamide and Homopolymer of

Comparative study of polyacrylamide and homopolymers of acrylonitrile as antiscaling agent on Jalgaon ground water and polyacrylic acid as antiscaling agent on heat exchanger was reported by...

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exploring alternatives to polyacrylamide: a comparative study

Exploring Alternatives to Polyacrylamide: A Comparative Study

In this study, two commercial polyacrylamides with different molecular weights were used to flocculate iron ore tailings and their performance was compared with two polymers designed to treat oil sand tailings: poly (vinylbenzyl)trimethylammonium chloride and partially hydrolyzed poly (methyl acrylate) grafted onto ethylene-propylene-diene copol...

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issn: 1091-5818 print / 1092-874x online doi: 10.1080

ISSN: 1091-5818 print / 1092-874X online DOI: 10.1080

Polyacrylamide is the homopolymer formed from the poly-merization of acrylamide monomers that generally conforms to the formula shown below (Pepe et al. 2002). ? ? ? ? ?CH 2CH? | C=O | NH 2 ? ? ? ? X Synonyms for Polyacrylamide (Pepe et al. 2002) include 2-Propenamide, Homopolymer, and Acrylamide Homopolymer. Chemical and

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synthesis, characterization and application of polyacrylamide

Synthesis, characterization and application of polyacrylamide

Fig. 6 illustrates the comparative study of the influence of dosage size on flocculating activity of TMT ?1-g-PAM 2, TMT ?1 and some conventional flocculants (PAM and FeCl 3). The dosage size of 0.2 mg/ml was chosen for the graft copolymer, as it was smaller than 0.4¨C2.0 mg/ml and yet gave a higher flocculating activity (81%).

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comparative study of polyacrylamide and homopolymer of

Comparative Study of Polyacrylamide and Homopolymer of

In the present study, Hardness of water res ults in scale formation and affects efficiency and life span of heat exchangers and evaporators by salt deposition. Low molecular weight water soluble polymers are used to prevent scale formation.

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comparative study on polyacrylamide and homopolymer of

Comparative study on polyacrylamide and homopolymer of

Comparative study on polyacrylamide and homopolymer of acrylonitrile as antiscaling agent on Jalgaon ground water January 2000 Journal of Scientific and Industrial Research 59 (44) Authors:...

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effect of salt and temperature on molecular aggregation

Effect of salt and temperature on molecular aggregation

The apparent viscosity of polyacrylamide homopolymer declined when 1 wt% CaCl 2 was added. With further addition, the curve was stable. The experimental results showed that the apparent viscosity of polyacrylamide homopolymer changed slightly in salt solution, indicating that the salt ions had only a slight effect on the polyacrylamide homopolymer.

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experimental evaluation of polymer-enhanced foam

Experimental evaluation of polymer-enhanced foam

With the addition of polyacrylamide homopolymer (PAM) to the foam solution which is known as polymer-enhanced foam (PEF), the lamella strength in the surface could be enhanced and subsequently the membrane liquid drainage is weakened, and the diffusion of gas phase would reduce. In this comprehensive study, the comparison of different types of polymers on the property of a foaming agent is

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