Compatibilization of blends of incompatible polymers via filling

Zaikin, A. E.; Bobrov, G. B.

doi:10.1134/s0965545x12070085

Cited by 20 publications

(10 citation statements)

References 12 publications

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“…Taking the form of the desirability function = 1 ⁄ according to [17][18][19], we determine the indicators of desirability for resistance to tearing 1 and relative elongation 1 , as well as the corresponding functions of desirability. The results are summarized in Tables 4 and 5.…”

Section: Preparation and Study Of Compositionsmentioning

confidence: 99%

Theory and Practice of Obtaining Composite Materials Based on Polymer Blends

Shixaliyev¹,

Sadig²

2019

Theoretical & Applied Science

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Section: Preparation and Study Of Compositionsmentioning

confidence: 99%

Theory and Practice of Obtaining Composite Materials Based on Polymer Blends

Shixaliyev¹,

Sadig²

2019

Theoretical & Applied Science

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“…The works of M. Williams [8], P. Landel, D. Ferry [9], A. Tobolsky [10], Foy T. V., Flory R. J [14], Doolittle A. N [15] it was shown that αT is a definite function (T -Tc):…”

Section: Figure 1 Dependence Of the Volume Fraction Of " Free" Volummentioning

confidence: 99%

Generalization of the Temperature Dependence of Some Physical Properties of High-strength Polyethylene (HDPE) Using the Method of Given Parameters

Sefi¹

2019

AJCHE

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In this paper, based on the study of HDPE by dilatometric and rheological methods in a wide range of temperatures and cooling and deformation rates, we generalized the temperature dependence of the physical properties of polyethylene using the specified parameters method. Test specimens (cylinder size: height 12 mm, diameter 9.3 mm) were obtained both in the dilatometer's test cylinder itself and in a specially designed injection mold using injection molding on a TP-125 injection molding machineThe temperatures in the experiments were added and maintained with an accuracy of 3.2.°C. Defined by The dependence of ρ_0 T_0 / ρT (relative reduced density of the polymer) on the reduced temperature (T -T0). Test specimens (cylinder size: height 12 mm, diameter 9.3 mm) were obtained both in the dilatometer's test cylinder itself and in a specially designed injection mold using injection molding on a TP-125 injection molding machine. It was found that a reliable characteristic of the dilatometric properties of the crystallizing polymer, physically correctly and completely reflecting the features of the crystalline structure, can be obtained only in the mode of stepwise temperature changes, when at each given temperature the equilibrium value of the specific sample of the primer is fixedThus, the practical value of the dilatometric method for studying crystallizing polymers is shown, especially when comparing the results of dilatometry with the results of rheological studies.

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“…The stability of HDPE and its stabilized samples for various types of oils and petroleum products has been studied. In this connection, it was important to clarify the effect of stabilizers on swelling processes in petroleum products [1][2][3][4][5][6][7].…”

Section: тHe Effect Of Aggressive Liquids On the Basic Properties Of Polyethylenementioning

confidence: 99%

Properties of the Composition Based on Modified Polyethylenes

Sefi¹

2019

AJCHE

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The subject of this paper is to study the properties of compositions based on a modified polyethylene and a thermoplastic polyolefin structural features. As a result of the modification of polyethylene, the high elasticity of the material grows, which outwardly makes this polymer similar in complex to the physico-mechanical properties of rubber. The calculations made allowed us to estimate the parameters of the observed thermal transitions and to assign them to the mobility of specific elem ents of the structure.

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Compatibilization of blends of incompatible polymers via filling

Cited by 20 publications

References 12 publications

Theory and Practice of Obtaining Composite Materials Based on Polymer Blends

Theory and Practice of Obtaining Composite Materials Based on Polymer Blends

Generalization of the Temperature Dependence of Some Physical Properties of High-strength Polyethylene (HDPE) Using the Method of Given Parameters

Properties of the Composition Based on Modified Polyethylenes

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