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Oxygen permeability of amylose and amylopectin films

Oxygen permeability of LDPE and LDPE nanocomposites as a function of clay concentration. Arunvisut et al. . Reproduced with permission of John WUey and Sons.

Oxygen permeability of MFC films with varying degrees of drawing applied during manufacturing

Oxygen permeability of Nafion as a function of membrane water content.

Oxygen permeability of neat PE and composite films before and after aging 12CI00 hours. Abbreviations are the same as in

Oxygen permeability of neat PE and composite films created using the conditions in Table 17.2

Oxygen permeability of neat PLA and PLA nanocomposites. Yourdkhani 2013 , pp. 47-53. Reproduced with permission of Elsevier.

Oxygen permeability of nonoriented PET sheets and biaxially oriented PET bottles as a function of crystallinity. M. Salame, paper presented at the Bev-Pak 1992 Conference, Atlanta, GA March 23-25 .

Oxygen permeability of PLA and PLA-based nanocomposites with and withont Joncryl. Najafi et al. , Reproduced with permission of Elsevier.

Oxygen permeability of poly. See Barrierpolymers for a

Oxygen permeability of polyamide 6 nanocomposites as a function of C30B concentration. Swain and Isayev . Reproduced with permission of John Wiley and Sons.

Oxygen permeability of selected resins as a function of relative humidity.

Oxygen permeability of the neat PET and PET-based nanocomposites with and without Joncryl. Ghanbari et al. . Reproduced with permission of Elsevier.

Oxygen permeability versus 1 specific free volume at 25 C 10. acrylonitrile barrier polymer 11. vinylidene chloride copolymer 12. polymethacrylonitrile and 13. polyacrylonitrile. See Table 1 for unit conversions.

Oxygen permeability versus 1 specific free volume at 25 C 10. acrylonitrile barrier polymer 11. vinyUdene chloride copolymer 12. polymethacrylonitrile and 13. polyacrylonitrile. See Table 1 for unit conversions.

Oxygen permeability versus water activity at different temperatures, for poly

Oxygen Permeability, Diffusivity and Solubility of H40 HDI networks. Filled symbols are data 0 RH and open symbols are data at 50 RH.

Oxygen Permeability, Dijfusivity and Solubility of H40 HDI networks. Filled symbols are data 0 RH and open symbols are data at 50 RH.

Oxygen permeabiUties of block . See Table 1 for unit

Oxygen permeabiUties of vinyUdene chloride— -butyl acrylate copolymers . See Table 1 for unit conversion.

Oxygen permeation after retorting, EVOH multilayer container with desiccant.

Oxygen permeation as a function of storage time for EVOH containers

Oxygen permeation behaviour of iag Srg Cog gFe 2O2 hollow fibre membranes with highly concentrated CO2 exposure. fSource Reproduced from Ref , with permission from Elsevier

Oxygen permeation current density through LaCrOs interconnects. Relationship between ionic leak current density and total current density in Lao rCao sCrOs under oxygen potential gradient. The thickness of the LaCrOs plate is assumed to be 3 mm.

Oxygen permeation flux through LSFG 5M membrane versus oxygen partial pressure on air side for different temperatures lep and corresponding values of the surface exchange coefficient calculated with Eq. 6.3



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