Shear strength at Sisal fibre–polyester resin interfaces: use of inverse gas chromatography to study pretreatment effects

Price, Gareth J.; Pastor, Marie-Laetitia; Towo, Arnold N.; Ansell, Martin P.; Packham, D. E.

doi:10.1163/156855407779230335

Cited by 4 publications

(2 citation statements)

References 11 publications

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“…In adhesion and composite material studies, IGC is generally carried out at infinite dilution, so that the probe-probe interactions are negligible and the retention time is governed by solid-probe interactions only. [13] The net retention volume (V N ) is the key parameter to calculate other physicochemical parameters. The V N , thermodynamic parameters of adsorption (− H 0 , − G 0 , − S 0 ) and dispersive component of the surface energy (γ d s ) were calculated as in Ref.…”

Section: Resultsmentioning

confidence: 99%

Investigating the surface properties of polymer‐coated clay by IGC

Yazıcı

2010

Surface & Interface Analysis

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This paper deals with understanding the surface behaviors of calcined clay and the organic/inorganic system. The surface properties like the adsorption thermodynamic parameters and the dispersive component of the surface energy were determined by the adsorption of n-alkanes on the solids that were the subject of interest, i.e. calcined sepiolite and polystyrene coated calcined sepiolite. Inverse gas chromatography (IGC) was used for this purpose. The dispersive component of the surface energy of system lies between the members of system. Additionally Diffuse Reflectance Infrared Fourier Transform (DRIFT) technique was used to record the functional groups of solids.

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Section: Resultsmentioning

confidence: 99%

Investigating the surface properties of polymer‐coated clay by IGC

Yazıcı

2010

Surface & Interface Analysis

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“…It is known that the dispersion of reinforcement in a polymer matrix is affected by the surface energy [6,7]. In adhesion and composite material studies, IGC is generally carried out at infinite dilution, so that the probe-probe interactions are negligible and the retention time is governed by solid-probe interactions only [8,9]. The net retention volume (V N ) is the key parameter to calculate other physicochemical parameters.…”

Section: Inverse Gas Chromatographymentioning

confidence: 99%

Evaluation of boron industrial solid waste in composite materials

Yazıcı

Çetinkaya

2017

Composite Interfaces

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Boron industrial solid waste is used as reinforcement for preparing composite materials. This waste has boron trioxide which holds unique properties may affect the surface or interface of the composite. The prepared composites are characterized in order to determine the dispersion and the structure by means of inverse gas chromatography (IGC), Fourier transform infrared spectroscopy, thermal gravimetric analysis, scanning electron microscopy (SEM) and X-ray diffraction (XRD). There is a strong relation between the dispersion of reinforcement and the properties of newly formed composite. The dispersive component of the surface energies of the composites and components are determined by IGC. This parameter is difficult to measure by other methods and it is related to the wettability and adhesive characters of solid materials. The effect of compounding ratios of reinforcement is also examined. Furthermore, XRD diffractograms and SEM images of composites showed well dispersion. Thermal analysis revealed that the addition of the boron industrial solid waste to the polymer increased the thermal stability of pure polymer. Infrared spectra of the composites indicated that the composites were formed from the waste reinforcement and the polymer matrix.

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Interfaces of Polymer MatrixWave‐TransparentComposites

2024

Polymer Matrix Wave‐Transparent Composites

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Shear strength at Sisal fibre–polyester resin interfaces: use of inverse gas chromatography to study pretreatment effects

Cited by 4 publications

References 11 publications

Investigating the surface properties of polymer‐coated clay by IGC

Investigating the surface properties of polymer‐coated clay by IGC

Evaluation of boron industrial solid waste in composite materials

Interfaces of Polymer MatrixWave‐TransparentComposites

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