COMPOSITE MATERIALS BASED ON POLYANILINE AND NATURAL MINERALS: SHORT REVIEW. 1. FEATURES OF SYNTHESIS, PROPERTIES AND APPLICATIONS.

Abstract

Synthesis and research of physical and chemical properties of materials based on different polymers and inorganic substances, which have been called hybrid materials for a long time, are an actual scientific problem. A review of the literature on the synthesis problem, the study of physical and chemical properties and the use of composite materials based on polyaniline and natural minerals, such as montmorillonite, bentonite, halosite, glauconite, kaolinite, zeolite, pumice and others was conducted. It is shown that for the synthesis of composite materials – hybrid materials with polyaniline it should first be distinguished from two groups of natural minerals: the first one is a group of silicate minerals, mainly layered silicates, which are part of the bulk of clays and are so-called phyllosilicates, and the second is a group of fossil natural minerals, such as zeolite, pumice, and the like. Such hybrid materials can be either organically inorganic or inorganically organic. Different natural minerals are considered as components of composite materials. The analysis of the literature on methods of preparation of natural minerals for the synthesis of composite materials has been carried out. The methods, conditions and mechanisms of synthesis of composites based on polyaniline and natural minerals have been analyzed. The analysis of electrical conductivity, thermal and mechanical properties of composites based on natural minerals and polyaniline is carried out. Possibilities of application of composite materials on the basis of polyaniline and natural minerals are considered. Analysis of the results on the synthesis and study of the physical and chemical properties of hybrid composites based on natural minerals and polyanillin shows that the nature, size, form and content of a natural mineral on the properties of the hybrid composites obtained are determinant. Elemental composition of natural minerals does not fundamentally affect the properties of composite materials.

Authors and Affiliations

Мykhaylo YATSYSHYN, Viktoriya MAKOGON, Ulyana TSIKO, Оleksandr RESHETNYAK

Keywords

Related Articles

AD COGITANDUM ET AGENDUM HOMO NATUS EST (on the occasion of prof. Lesya Mateshuk-Vatseba anniversary)

*A human being is born for thinking and taking actions (lat.). This favorite statement by professor Lesya Rostyslavivna Mateshuk-Vatsesa is perhaps the best way to describe the lifetime of our dear professor who celebrat...

MECHANOCHEMICAL SYNTHESIS OF THE METYLHYDROXYETHYLCELLULOSE/POLYANILINE COMPOSITES

The cellulose/polyaniline composites has been produced by mechanochemical (solid-phase) synthesis. The synthesized samples correspond to characteristics of composite materials. It is determined that the structure of comp...

DEVELOPMENT OF OSTEOPOROSIS IN PATIENTS WITH JUVENILE IDIOPATHIC ARTHRITIS

A literature review o f various causes of osteoporosis in children and young adults with a history o f Juvenile idiopathic arthritis (JIA) was conducted in the article. In Ukraine, the number of cases o f JIA is 24/10000...

EFFECTS OF STRESS ON BEHAVIOR AND SLEEP. CORTISOL: A STRESS HORMONE AND A WAKE HORMONE?

This review is dedicated to the role of cortisol in behavior and sleep grounded on evidence-based information that acute and chronic stress (in particular the stress-induced release of glucocorticoids), induce changes in...

EMOTIONAL INTELLIGENCE AS RESOURCE OF STRESSRESISTANCE OF PERSONALITY

The concept of emotional intelligence is relatively new in psychology. There are different models of understanding emotional intelligence. In particular, D.Goleman includes into this term ability to self-motivation, resi...

Download PDF file
  • EP ID EP543005
  • DOI -
  • Views 71
  • Downloads 0

How To Cite

Мykhaylo YATSYSHYN, Viktoriya MAKOGON, Ulyana TSIKO, Оleksandr RESHETNYAK (2018). COMPOSITE MATERIALS BASED ON POLYANILINE AND NATURAL MINERALS: SHORT REVIEW. 1. FEATURES OF SYNTHESIS, PROPERTIES AND APPLICATIONS.. Праці Наукового товариства ім. Шевченка, 53(), 92-131. https://europub.co.uk/articles/-A-543005