Considered the question of the nature of the physical properties of polymeric materials. The data on the relaxation processes in the macromolecular compounds. The dependence of the mechanical loss of the structure of polymer systems. We investigated the manifestation of modification of polymers to change in their relaxation properties.

Aromatic polyetheretherketones refer to those polymers whose production capacity is currently growing rapidly, due to a whole set of important performance properties of these polymers. This paper examines some of the technological characteristics of composites based on polyetheretherketones.

Developed a binder based on mixtures of epoxy oligomers modified with polybutadiene rubber, with adjustable deformation-strength properties. Using a step mode curing the resulting fiberglass and microplastic with high tensile strength.

The paper presents concentration dependencies of the adhesive strength (t) in the joints between a steel wire 150 μm in diameter and a modified epoxy binder. Polysulfones PSK-1 of various molecular mass (M) were used as the modifiers; PSK-1 concentration varied from 5 to 20 mass %. It is shown that the shapes of t-С curves are different for various M. In the case of М = 5000 and 10000, t does not depend on С; in the case of М = 17000 and 27000, the t - С dependence is a curve with a maximum. In the case of M = 35000 and 42000, the adhesive strength decreases with increasing C. The paper considers the factors affecting the measured values of t when modifying the epoxies with heat resistant thermoplasts.

The effect (impact) of laser radiation on the dielectric properties of polymethylmethacrylate at frequency of 50 kHz over a wide temperature range(interval). The authors have shown that the treatment (processing) of the samples with laser radiation leads to substantial changes in the dielectric constant and dielectric loss tangent (tangent of the angle)

Mechanical properties four different trade mark PE of raised temperature resistance was studied. For co-polymers with different co-monomers same mechanical properties may be realized. Established important different on the stress-strain curve upperyield point and natural extension ratio. For all typesmaterialsexist temperature interval between 90-115°С with the constantvalues tear properties.

The article presents the study results on the selection of optimal ingredients for the activate component of the originating system intended for polydicyclopentadiene synthesis by ring opening methatesispolymerisation.

The block polymerization of dimethacrylate of triethylene glycol obtained polymeric composites with the start of the modified multi-walled carbon nanotubes. Thermostability and microhardness of materials are studied. Is more stable the composite with addition of the nanotubes after annealing and treatment by hydrochloric acid.

The effect of Ag₂O on the thermophysical properties of epoxy composites was investigated. Thermal linear expansion coefficient of materials was also investigated that allows to use the developed materials in different temperature ranges. Thermal stability and structural features of materials under temperature increasing were studied by the method of differential thermal analysis and thermogravimetrical analysis. The activation energy of developed materials was calculated. By IR-spectral analysis investigated the nature of chemical bonds that formed during epoxy matrix structuring filled with silver oxide.

Based on complex estimation physical-mechanical and technological properties of polyamide 6, modified by oxidized graphite industrial brands at the stage of synthesis, the choice the oxidized graphite marks EG 250-80 for getting modified by graphite of polyamide-6 engineering purpose, characterized by high coefficient of thermal conductivity.

We investigated the influence of modifying additives on the kinetics of imidization of polyamidacid and physico-mechanical properties of the obtained materials. We discovered optimal parameters of the mode of formation of polyimide films.

Some questions of the creation new polymeric fire-retardants are considered In article for cellulose material. The Revealed mechanisms огнезащитных features new polymer.

At this article describes the basic steps for creating heated pricestake organic curvilinear glazing laminate aircraft, namely the choice of polymer materials, applying electrically heated coating polymer material forming the glazing units. Application of current leads to an electrically conductive coating and autoclave molding laminate polymeric material.

This paper proposes a new approach to high-performance turning of thermoplastics. The essence of the approach is a combination of a conventional workpieces turning with simultaneous irradiation by nanosecond electromagnetic pulses. As a result, the structure of the material changes occur that lead to technological softening the surface layer, the presence of which is a prerequisite for increasing the cutting speed and efficiency of the process. Methods and apparatus are developed and patented processing for its implementation. The data of experimental studies confirming the effectiveness of the proposed technical solutions are presented.