Search Results - "Shablygin, M V"

A Textile Material for Filtrering Hot Process Gases and Industrial Air by Makarov, B. P., Shablygin, M. V., Mikhailova, M. P.

“…The authors propose a textile filtering material based on a fabric on the receiving side, which is connected with a nonwoven fabric using a needle-punching…”
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Method for Producing Nonwoven Fabrics Based on Arcelon Fibre for Filtering Air Mixtures by Makarov, B. P., Shablygin, M. V., Matrokhin, A. Yu, Mikhailova, M. P.

“…A method for producing a material for filtering air mixtures consisting of nonwoven material combined with a form-stable mesh is proposed. The nonwoven fabric…”
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Investigation and Analysis of the Properties of Polyparaphenylene-1,3,4-Oxadiazole Fibers Intended for Textile Products by Makarov, B. P., Shablygin, M. V., Matrokhin, A. Yu, Mikhailova, M. P.

“…The article presents the results from comprehensive investigation of the physicomechanical and physicochemical properties of polyoxadiazole fibers by…”
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On Estimating Change in Viscosity Coefficients of Synthetic Filaments During the Process of Their Deformation by Sarkisov, V. Sh, Ter-Mikaelyan, P. Yu, Shablygin, M. V., Makarov, B. P.

“…Estimates of changes in the viscosity coefficient of a filament during the process of its creep are given using a mathematical description of a three-element…”
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A Method for Producing Nonwoven Fabric Based on Arselon Fiber for Filtration of Air Mixtures by Makarov, B. P., Shablygin, M. V., Matrokhin, A. Yu, Mikhailova, M. P.

“…A method for strengthening a nonwoven fabric for the manufacture of filter bags with Arselon fiber by introducing a reinforcing mesh is proposed. The…”
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Study and Analysis of the Properties of Poly (Paraphenylene-1,3,4-Oxadiazole) Fibers Designed for Textile Items by Makarov, B. P., Shablygin, M. V., Matrokhin, A. Yu, Mikhailova, M. P.

“…A comprehensive investigation of the properties of poly(paraphenylene-1,3,4-oxadiazole) fibers showed that items based on them were dimensionally stable during…”
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Use of an “Instron 1122” Machine Together with a Digital Oscilloscope by Kudryavin, L. A., Belyaev, O. F., Zavaruev, V. A., Shablygin, M. V.

“…It is proposed that the capabilities of the “Instron 1122” testing machine be expanded through the use of a digital oscilloscope such as the ASK-3106. Using a…”
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Flow of Polyoxadiazole Fiber-Forming Systems through Spinneret Capillaries under Dry-Wet Formation Conditions by Makarov, B. P., Matrokhin, A. Yu, Shablygin, M. V., Mikhailova, M. P.

“…The article analyzes the factors involved in making polyoxadiazole fiber-forming systems through spinneret capillaries under dry-wet method conditions. The…”
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Assortment and properties of aramid fibres manufactured by Kamenskvolokno Co by Lakunin, V. Yu, Shablygin, M. V, Sklyarova, G. B, Tkacheva, L. V

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hydrogen bond in thermal strengthening of aramid systems containing polyamide-benzimidazole fragments by Shablygin, M. V, Slugin, I. V, Mamonova, T. S, Novikova, L. A

“…An IR-spectroscopic study was conducted in aramid systems containing benzamide and benzimidazole fragments which allowed evaluating the character and magnitude…”
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Method of spectral analysis of multicomponent monomeric systems and chemical fibres using internal standardization of instrumental errors taken into account by Shablygin, M. M, Shablygin, M. V, Ivanov, A. P

“…A general scheme for conducting automated spectral analysis of multicomponent systems based on a method for internal standardization allows solving problems of…”
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Structural and orientation events in aramid systems containing single-wall carbon nanotubules by Bokova, S. N, Mamonova, T. S, Obraztsova, E. D, Sklyarova, G. B, Shablygin, M. V

“…The IR spectra of an aramid polymer system containing benzamidazole and benzodiimidoquinoid imidol fragments in the chains of the macromolecules show that the…”
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quantitative description of the viscoelasticity of Fenilon fibre by Ter-Mikaelyan, P. Yu, Shablygin, M. V, Sarkisov, V. Sh

“…The possibility of quantitatively describing the viscoelastic properties of semirigid-chain polymers with creep curves using a mathematical description of a…”
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Calculation of the deformation properties of materials made of chemical fibres by Belyaev, O. F, Zavaruev, V. A, Kudryavin, L. A, Shablygin, M. V

“…A comparatively simple repeating element whose relative deformation corresponds to the deformation of the entire sample can be distinguished in many materials…”
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Description of creep of complex fibres made from rigid-chain polymers by Ter-Mikaelyan, P. Yu, Shablygin, M. V, Tiranov, V. G, Sarkisov, V. Sh

“…The possibility of applying the temperature—time analogy principle for quantitatively describing creep of SVM fibre was demonstrated. An increase in the…”
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Method for Assessing Aramide Fiber Microstructure Features by Malysheva, G. V., Shablygin, M. V., Guzeva, T. A.

“…Results from microstructural, spectral, and thermogravimetric analyses of two-component fibers of SVM-7.5 homopolymer and Rusar-5 copolymer were presented. IR…”
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Application of the Quasi-Regular Cooling Regime Method to Experimental Determination of the Thermophysical Parameters of Textile Materials by Sokolovskii, R. I., Shablygin, M. V.

“…We have experimentally established that the surface temperature of vertically positioned flat samples, made from textile materials and previously uniformly…”
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Features of Hydrogen Bonds in Aromatic Polyamides Containing Benzimidazole Groups According to Ab Initio Quantum Chemical Calculations by Abronin, I. A., Bandurkin, A. V., Volkova, L. V., Shablygin, M. V.

“…Results of the analysis of the influence of hydrogen bonds in aromatic polyamides on technological processing methods for the production of heavy-duty aramid…”
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Calculation of the Area That the Enveloping Component of a Combination Fiber Occupies on the Surface of the Rod-Shaped Component by Blagushina, E. V., Rodionov, V. A., Sidorov, A. B., Denisov, B. Yu, Shablygin, M. V.

“…A study is made of the effect that the initial geometric parameters of the raw materials has on the manner in which the enveloping component of a combination…”
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Predicting the Properties of Lace-Woven Products for Technical Applications by Bazunov, D. A., Rodionov, V. A., Shablygin, M. V.

“…The elongation of lace-woven products made of a certain material and having a certain structure is calculated and predicted. Knowing the elongation of…”
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