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Paper Titles
Preface
Solvent Transport Phenomenon of Composite
p.1
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p.31
Effect of Fiber Orientation and Modification on the Behavior of Bamboo Fiber Reinforced UPE/ESOA Hybrid Composite
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Solvent Transport Phenomenon of Composite

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Abstract:

The current chapter focus on the transport phenomenon of polymeric composites . the factors like nature of polymer, temperature, fillers and nature of crosslink can affect the transport properties of a composite. Transport phenomenon in different type of polymer is also studied in the paper.

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Diffusion Foundations Vol. 23 View Preview

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Diffusion Foundations (Volume 23)

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1-5

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https://doi.org/10.4028/www.scientific.net/DF.23.1

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Online since:

August 2019

Authors:

Rukmani Sharma*, Anjana Sarkar

Keywords:

Diffusion, Permeability, Segmental Mobility

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References

[1] Rao RV, Yaseen M. Pigm Resin Technol 2978;7:4.

Google Scholar

[2] Ruggeri RT, Berk TR. Org Coat Plast Chem 1980;43:583.

Google Scholar

[3] Koszinowski. J Appl Polym Sci 1986; 32:4763.

Google Scholar

[4] Barrer RM, Chio HT. J Polym Sci 1965; C10:111.

Google Scholar

[5] Sourirajan S. Reverse osmosis and synthetic membrane, Publication Ottawa, Canada, Kia,(1977).

Google Scholar

[6] Auerbach J, Miller WR,Kuryla WC, Gehman SD. J Polym Sci 1958;28:129.

Google Scholar

[7] Van Amerongen GJ. J Polym Sci 1950; 5:307.

Google Scholar

[8] Stern SA, Shah VM, Hardy BJ. J Polym Sci, Polym phys Ed 1987;25:1293.

Google Scholar

[9] Nakagawa T, fujiwara Y, Minoura N. J Membr Sci 1984;18:111.

Google Scholar

[10] Lee CL, Lee CH, Champan HL, Cifuentes ME, Lee K, Merill LO, Ulman KC, Venkataraman K. Proceeding of the fourth BOC Priestley Conference, Leeds 16-18 sep 1986. London: The Royal Society of Chemistry, 1986.p.3164.

Google Scholar

[11] Poh BT, Adachi K, Kolkata T. Macromolecules 1987;20:2574.

Google Scholar

[12] Crank J, Park GS. Diffusion in Polymers. New York, Academia Press, (1968).

Google Scholar

[13] Orchard GA, Ward IM. Plastic Rubber Process Appl 1986; 6:51.

Google Scholar

[14] Brown WR, JenkinsRB, Park GS. J PolymSci Symp 1973; 41:45.

Google Scholar

[15] George SC, Ninan KN, Thomas S. Polym 1996; 37:5839.

Google Scholar

[16] Mathai AE, Thomas S. Macromol Sci Phys 1996; B35:229.

Google Scholar

[17] Johnson T, Thomas S. Macromol Sci Phys 1997; B36:229.

Google Scholar

[18] Odani H, UchikuraM, Ogina Y, Kurata M. J Membr Sci 1983;15:193.

Google Scholar

[19] Hopfenberg HB, Paul DR. In: Paul DR, Newman S, editors. Polymer blends. New York: Academia Press, (1978).

Google Scholar

[20] Paul DR.J Membr Sci 1984; 18:75.

Google Scholar

[21] Chiou JS, Paul DRJ. Appl Polym Sci 1983; 15:193.

Google Scholar

[22] Lai LY, Wu GJ, Shyu S. J Polym Sci 1987; 34:559.

Google Scholar

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