Works of prof. Melnikov Boris Nikolaevich,
published in the journal« Izvestiya vuzov. Technology of the textile industry»
, Dyes chemically interacting with cellulose materials (translation of Vickerstuff article, JSDC, 73, No.6, 237-245, 1957) // Izv. universities. Technology of the textile industry, 1958, No. 2. pp.181-192.
, Physical and chemical properties of alkaline solutions of azotols and their interaction with cellulose fibers. Izv. universities. Technology of the textile industry, 1958, No. 4. pp.151-156.
, Kinetics of dyeing processes // Izv. universities. Technology of the textile industry, 1958, No. 5. pp.96-108.
, On the relationship between the structure of a number of direct dyes, their particle size in solution, and the diffusion rate in cellulose fibers, Izv. universities. Technology of the textile industry, 1960, No. 1. pp.111-120.
, Indelible sizing on cotton fabrics obtained using colloidal solutions of melamide-formaldehyde resins // Izv. universities. Technology of the textile industry, 1960, No. 2. S.91-97.
, On the relationship between the structure of azo dyes - derivatives of oxa - and thiodiazotols - and the rate of their diffusion in a copper-ammonium fiber. Izv. universities. Technology of the textile industry, 1960, No. 6. pp.120-124.
, Nitron dyeing with acid dyes // Izv. universities. Technology of the textile industry, 1961, No. 1. pp.106-112.
, On the possibility of intensifying the process of dyeing capron with the formation of insoluble oxy-azo dyes on the fiber. Izv. universities. Technology of the textile industry, 1961, No. 3. pp.107-110.
, Nitron dyeing with basic dyes // Izv. universities. Technology of the textile industry, 1961, No. 5. S.99-104.
, Study of the influence of hydrophilic organic solvents on the kinetics of dyeing cellulose fibers with direct dyes // Izv. universities. Technology of the textile industry, 1962, No. 1. pp.106-114.
, On the possibility of intensifying the process of dyeing capron with the formation of insoluble oxyazo dyes on the fiber. Izv. universities. Technology of the textile industry, 1962, No. 3. pp.107-114.
, Interaction of direct dyes with organic solvents // Izv. universities. Technology of the textile industry, 1962, No. 4. S.89-94.
, On the question of the mechanism of interaction of cationic dyes with nitron, Izv. universities. Technology of the textile industry, 1962, No. 5. pp.114-117.
, Influence of some organic solvents on the swelling of viscose fiber during its dyeing // Izv. universities. Technology of the textile industry, 1963, No. 4. pp.103-107.
, Microphotometric method for studying the diffusion of dyes in cellulose film. Izv. universities. Technology of the textile industry, 1963, No. 6. pp.118-123.
, Investigation of the sorption of azoamines by kapron fiber // Izv. universities. Technology of the textile industry, 1964, No. 5. S.88-94.
, Experience in the use of organic solvents in the dyeing of cotton fabrics with sulfur dyes // Izv. universities. Technology of the textile industry, 1965, No. 1. pp.152-157.
, Research in the field of creating a technology for a continuous-flow method of dyeing nitron with cationic dyes. Izv. universities. Technology of the textile industry, 1965, No. 2. pp.114-120.
, Study of the reaction mechanism for the formation of insoluble oxyazo dyes in polyamide fibers. Izv. universities. Technology of the textile industry. 1965, No. 6. S.81-85.
, Study of the kinetics of desorption of direct dyes from cellulose fibers. Izv. universities. Technology of the textile industry, 1966, No. 1. pp.104-109.
, Study of the diffusion of direct dyes in cellulose fibers at temperatures above 100 °C. Izv. universities. Technology of the textile industry, 1966, No. 2. pp.108-114.
, Influence of hydrophilic organic solvents on the magnitude of the charge of direct dyes // Izv. universities. Technology of the textile industry, 1966, No. 3. pp.107-112.
, The use of N, N' - methylolacrylamide to impart wrinkle-resistant properties to cotton fabrics // Izv. universities. Technology of the textile industry, 1966, No. 6. pp.108-113.
, Development of a continuous method for dyeing nitron with cationic dyes. Izv. universities. Technology of the textile industry. 1967, No. 3. S.94-99.
, Dyeing of cellulose materials with direct dyes at temperatures above 100 o // Izv. universities. Technology of the textile industry, 1967, No. 5. pp.97-108.
, Dyeing of polypropylene with dispersed azo dyes // Izv. universities. Technology of the textile industry. 1967, No. 6. P.95-100.
, Dyeing by synthesizing pigments on fiber // Izv. universities. Technology of the textile industry. 1968, no.1. pp.108-112.
, To the question of the state of direct dyes on cellulose fiber // Izv. universities. Technology of the textile industry, 1968, No. 2. S.99-103.
, Study of the relationship between sorption and diffusion phenomena in dyeing processes. Izv. universities. Technology of the textile industry. 1968, No. 6. pp.97-100.
, The mechanism of action of intensifiers in the process of dyeing nitron with cationic dyes. Izv. universities Technology of the textile industry, 1969, No. 1. S.93-97.
, Study of the interaction of acrylamide with cellulose // Izv. universities Technology of the textile industry, 1969, No. 3. S.22-24.
, The role of higher education in the development of the science of finishing textile materials // Izv. universities. Technology of the textile industry. 1970, No. 2. S.83-92.
, On the question of the mechanism of reactions occurring during the finishing of fabrics with acrylamide. Izv. universities. Technology of the textile industry, 1970, No. 3. S.98-102.
, Investigation of temperatures above 100 °C on the fixation of dispersed dyes with lavsan fiber. Izv. universities. Technology of the textile industry, 1970, No. 4. pp.79-82.
, Investigation of the dyeing process under non-isothermal conditions. Izv. universities. Technology of the textile industry. 1970, no.6. S.96-100.
, Determination of diffusion coefficients in dyeing processes not brought to equilibrium. Izv. universities. Technology of the textile industry, 1971, No. 1. S.90-93.
, Dyeing of polyacrylonitrile fiber nitron with cationic dyes // Izv. universities. Technology of the textile industry, 1971, No. 2. pp.102-106.
, Investigation of the thermal method of dyeing cellulose fibers with active dyes // Izv. universities. Technology of the textile industry, 1971, No. 3. S.93-96.
, The role of methylene chloride in the dyeing of lavsan with disperse dyes. Izv. universities Technology of the textile industry, 1971, No. 5. S.92-95.
, Evaluation of the results of dyeing preheated fabrics. Izv. universities. Technology of the textile industry, 1971, No. 6. S.83-87.
, Mathematical analysis of the results of experimental studies of the process of dyeing polyacrylonitrile fiber with cationic dyes. Izv. universities. Technology of the textile industry. 1972, no.1. S.80-83.
, Action of aliphatic alcohols in the process of dyeing kapron fiber with acid dyes // Izv. universities Technology of the textile industry, 1972, No. 2. pp.76-80.
, Influence of the fiber structure on the thermodynamics of the process of dyeing with vat dyes // Izv. universities. Technology of the textile industry. 1972, no.4. pp.88-93.
, Determination of the diffusion coefficient of the dye by the time of half-painting in baths with a variable concentration of the dye. Izv. universities. Technology of the textile industry. 1972, no.5. pp.87-90.
, Adsorption and diffusion of a dye in a fiber at the stage of formation of a surface adsorption layer. Izv. universities. Technology of the textile industry, 1972, No. 6. pp.101-104.
, Diffusion of a dye in a fiber until equilibrium is established, Izv. universities. Technology of the textile industry, 1973, No. 1. pp.75-78.
, Investigation of the process of fixing disperse dyes on synthetic fibers in water vapor and organic solvents volatile with water vapor // Izv. universities Technology of the textile industry, 1973, No. 2. S.80-83.
, Calculation of diffusion coefficients of dyes in fiber for dyeing processes at an adsorption rate commensurate with the diffusion rate. Izv. universities. Technology of the textile industry, 1973, No. 3. S.80-83.
, The mechanism of the formation of copper phthalocyanine on fiber during dyeing of cellulose fabrics. Izv. universities Technology of the textile industry, 1973, No. 4. S.83-87.
, Influence of the structure of cellulose fibers on the kinetics of the process of dyeing them with vat dyes. Izv. universities. Technology of the textile industry, 1973, No. 5. S.86-90.
, Influence of the state of cationic dyes in solution on the dyeability of the nitron fiber. Izv. universities. Technology of the textile industry, 1973, No. 6. S.83-87.
, Investigation of the effect of the initial moisture content of fabrics and catalysts on the fixation of vat dyes. Izv. universities Technology of the textile industry, 1974, No. 1. S.80-84.
, Study of the effectiveness of the action of amides in the thermofixation method of dyeing. Izv. universities Technology of the textile industry, 1974, No. 2. S.83-87.
, Application of acrylamide and thermosetting resins for finishing cotton fabrics. Izv. universities. Technology of the textile industry, 1974, No. 3. S.86-90.
, Bazhbeuk-, Interaction of dimethylolethylene urea with cellulose during low-crease finishing of linen fabric. Izv. universities. Technology of the textile industry, 1974, No. 4. pp.71-75.
, Influence of changes in the supramolecular structure of viscose fiber on the color efficiency of printing staple fabrics with vat dyes. Izv. universities. Technology of the textile industry, 1974, No. 5. pp.69-73.
, Kinetics of non-isothermal dyeing // Izv. universities. Technology of the textile industry, 1975, No. 1. S.81-85.
, Mathematical model of the kinetics of the process of dyeing wool fiber with acid dyes // Izv. universities. Technology of the textile industry, 1975. No. 2. S.84-87.
, Intensification of the process of dyeing nitron with cationic dyes // Izv. universities. Technology of the textile industry, 1975, No. 3. pp.70-74.
, Comparison of different methods of fixing disperse dyes on fabrics from triacetate and polyester fibers. Izv. universities. Technology of the textile industry, 1975, No. 4. pp.70-74.
, To the question of the stability of suspensions of vat dyes in the high-temperature method of dyeing flax-lavsan fabrics. Izv. universities. Technology of the textile industry, 1975, No. 5. S.92-95.
, General model of dyeing kinetics taking into account the resistance of the boundary layer [beginning] // Izv. universities. Technology of the textile industry, 1975, No. 6. pp.76-80.
, General model of dyeing kinetics taking into account the resistance of the boundary layer [continued] // Izv. universities. Technology of the textile industry, 1976, No. 1. pp.88-92.
, Influence of heat treatment temperature on the process of interaction of acrylamide and its methylol derivative. Izv. universities. Technology of the textile industry, 1976, No. 2. S.81-84.
, Modification of cotton fabrics in order to reduce the loss of their strength with a crease-resistant finish. Izv. universities. Technology of the textile industry, 1976, No. 3. pp.79-82.
, Spectrophotometric study of leucosolutions of vat dyes of the indanthrene series under conditions of high-temperature dyeing. Izv. universities. Technology of the textile industry, 1976, No. 4. pp.70-73.
Shilova B. N. Discontinuous mathematical model of the dyeing process [beginning] // Izv. universities. Technology of the textile industry, 1976, No. 5. pp.73-77.
, Discontinuous kinetic model of the dyeing process // Izv. universities. Technology of the textile industry, 1976, No. 5. S.73-77; No. 6. pp.75-78.
, Investigation of the process of fixing disperse dyes on fabrics from chemical fibers in vapors in vapors of azeotropic mixtures of organic solvents and water. Izv. universities. Technology of the textile industry, 1977, No. 1. pp.60-64.
, Permeability of cellophane film by cationic preparations and dyes // Izv. universities. Technology of the textile industry, 1977, No. 3. pp.65-67.
, Investigation of changes in the physicochemical properties of cotton fiber under the action of liquid ammonia. Izv. universities. Technology of the textile industry, 1977, No. 4. pp.56-58.
Development of science and technology in the field of dyeing and finishing production // Izv. universities. Technology of the textile industry, 1977, No. 5. pp.65-68.
, Study of the interaction of organic solvents with lavsan fiber // Izv. universities. Technology of the textile industry, 1977, No. 5. pp.79-83.
, Experimental study of the kinetics of non-isothermal dyeing of nylon fiber with acid dyes // Izv. universities Technology of the textile industry, 1977, No. 6. pp.61-63.
, Peculiarities of dyeing fabric from physically modified shelon threads // Izv. universities Technology of the textile industry, 1978, No. 1. pp.62-66.
, Generalization of the Langmuir sorption isotherm as applied to dyeing processes. Izv. universities. Technology of the textile industry, 1978, No. 2. pp.68-71.
, On the composition of the products of the transformation of a mixture of metazine with acrylamide during radiation-chemical modification of tissues from cellulose fibers. Izv. universities. Technology of the textile industry, 1978, No. 3. pp.61-64.
, Study of the interaction of phosphoric acid triamide with cellulose fiber by infrared spectroscopy // Izv. universities. Technology of the textile industry, 1978, No. 4. S.93-96.
, Comparison of the process of dye fixation in unsaturated vapors of organic solvents and in vapors of their azeotropic mixture with water. Izv. universities. Technology of the textile industry, 1978, No. 5. pp.85-89.
, Evaluation of the effectiveness of activation of cellulose materials with liquid ammonia // Izv. universities. Technology of the textile industry, 1978, No. 6. pp.77-80.
, Intensification of impregnation of non-capillary tissues // Izv. universities. Technology of the textile industry, 1979, No. 1. S.52-56.
, Kinetics of dyeing of a substrate in the form of a film with a limited number of active sites from a bath with a variable dye concentration. Izv. universities. Technology of the textile industry, 1979, No. 2. pp.39-42.
, Kinetics of dyeing of a substrate in the form of a fiber with a limited number of active sites from a bath with a variable dye concentration. Izv. universities. Technology of the textile industry, 1979, No. 3. pp.48-50.
, Investigation of the chemical transformations of mixtures of metazine and acrylamide during fabric finishing using ionizing radiation// Izv. universities Technology of the textile industry, 1979, No. 4. pp.54-57.
, Changes in the fine structure of cotton cellulose during various mercerization methods. Izv. universities. Technology of the textile industry, 1980, No. 1. pp.55-57.
, Choice of optimal conditions for conducting the process of tissue mercerization with liquid ammonia and hot solutions of caustic soda. Izv. universities. Technology of the textile industry. 1980, No. 2. pp. 58-60.
, Investigation of the process of vapor-phase dyeing of polyester fiber fabric with dispersed dyes // Izv. universities. Technology of the textile industry, 1980, No. 3. pp.49-53.
, The use of superheated steam in the bleaching of cotton fabrics with hydrogen peroxide // Izv. universities. Technology of the textile industry, 1980, No. 4. pp.45-48.
, Influence of steaming conditions in the processes of high-speed peroxide bleaching on the degree of cleaning of cotton fabrics. Izv. universities. Technology of the textile industry, 1980, No. 5. pp.59-62.
, Influence of the type of the reaction medium on the process of modification of cellulose with dimethylolethyleneurea // Izv. universities. Technology of the textile industry, 1980, No. 6. pp.49-52.
, Improving the efficiency of the use of potassium dichromate when dyeing wool with acid-mordant dyes. Izv. universities. Technology of the textile industry, 1981, No. 1. S.51-54.
, The use of liquid ammonia in the process of imparting crease-resistant properties to cotton fabrics. Izv. universities. Technology of the textile industry. 1981, No. 2. pp. 60-62.
, Method for dyeing fabrics from a mixture of wool with lavsan // Izv. universities. Technology of the textile industry, 1981. No. 3. S.50-53.
, Kinetics of fixation and destruction of the active dye during heat-fixation dyeing. Izv. universities. Technology of the textile industry, 1981, No. 4. S.50-53.
, Lavsan dyeing with disperse dyes under the influence of an electric field in the presence of organic solvents. Izv. universities Technology of the textile industry, 1981, No. 5. pp.46-49.
, Activation of cellulose fibers with water // Izv. universities. Technology of the textile industry, 1981, No. 5. pp.54-56.
, Intensification of the process of dyeing wool with chromium dyes // Izv. universities Technology of the textile industry, 1981, No. 6. pp.49-52.
, Dyeing of harsh fabrics of the clothing range with active dyes // Izv. universities. Technology of the textile industry, 1982, No. 1. pp.55-58.
, Effect of liquid ammonia on chemical composition harsh cotton fiber and physical and chemical properties of yarn made from it. Izv. universities. Technology of the textile industry, 1982, No. 2. pp.61-63.
, Properties of cotton yarn treated with liquid ammonia with the addition of anionic preparations. Izv. universities. Technology of the textile industry, 1982, No. 3. pp.59-62.
, Investigation of the kinetics of fixing active dyes with wool fiber in a continuous dyeing process. Izv. universities. Technology of the textile industry, 1982, No. 4. pp.56-59.
, Comparison of the effectiveness of high-temperature methods for fixing dyes. Izv. universities. Technology of the textile industry, 1982, No. 6. pp.49-53.
, Modification of polyester fabrics by gas-phase plasma graft copolymerization // Izv. universities Technology of the textile industry, 1983, No. 1. pp.44-47.
, The main results of research in the development of science and technology for finishing textile materials. Izv. universities. Technology of the textile industry, 1983, No. 2. S.51-55.
, Investigation of the applicability of the method of gas-phase plasma-initiated postpolymerization for modifying the surface properties of polyester fabrics. Izv. universities. Technology of the textile industry, 1983, No. 2. pp.56-59.
, Fixation of resin precondensates on cellulose fiber in a superheated steam medium during non-creasing finishing using solutions of finishing preparations in liquid ammonia. Izv. universities Technology of the textile industry, 1983, No. 3. pp.59-63.
, The use of liquid ammonia in the indelible finishing of fabrics with thermosetting resins. Izv. universities Technology of the textile industry, 1983, No. 4. pp.59-61.
, Influence of ionizing radiation on the processes of transformation of finishing preparations and active dyes // Izv. universities. Technology of the textile industry, 1983, No. 5. S.50-53.
, The use of anthraquinone to intensify the process of preparing cotton fabrics // Izv. universities. Technology of the textile industry, 1983, No. 6. pp.61-64.
, One-color dyeing of cotton-lavsan fabrics from liquid ammonia // Izv. universities. Technology of the textile industry. 1984, No. 1. pp.56-59.
, XIV International Congress of Colorists // Izv. universities. Technology of the textile industry, 1984. No. 1. pp.113-116.
, A new method of processing tissue with a vapor-liquid jet. Izv. universities. Technology of the textile industry, 1984, No. 2. pp.70-74.
, Peculiarities of stretching cotton fabrics during treatment with liquid ammonia and aqueous sodium hydroxide solution. Izv. universities Technology of the textile industry, 1984, No. 4. S.50-53.
, Efficiency of tissue treatment with a vapor-liquid jet. Izv. universities. Technology of the textile industry, 1984, No. 4. pp.48-52.
, Intensification of the process of impregnation of textile materials with alkaline solutions. Izv. universities. Technology of the textile industry, 1984, No. 5. pp.47-50.
, Influence of complexones and reducing agents on the efficiency of decoction and bleaching of cotton fabrics. Izv. universities. Technology of the textile industry, 1984, No. 6. S.52-55.
, Spectrophotometric study of lignin changes in the preparation of cotton fabrics. Izv. universities. Technology of the textile industry, 1985, No. 1. pp.62-65.
, Resistance to the hydrolysis of bonds of the dye and amino-formaldehyde resin with cellulose during radiation-chemical dyeing and finishing of textile materials. Izv. universities. Technology of the textile industry, 1985, No. 2. pp.64-67.
, Influence of the degree of drawing of yarn treated with liquid ammonia on its main physical and mechanical characteristics. Izv. universities. Technology of the textile industry, 1985, No. 3. pp.56-59.
, Preparation of cotton yarn for weaving using liquid ammonia and nonionic surfactants. Izv. universities Technology of the textile industry, 1985, No. 5. pp.44-46.
, Mathematical description of the process of processing fibrous materials in a steam environment. Izv. universities. Technology of the textile industry, 1985, No. 6. S.50-52.
, Investigation of rarely cross-linked acrylates as thickeners for printing // Izv. universities. Technology of the textile industry, 1986, No. 1. pp.58-61.
, Comparison of combined methods of dyeing and finishing cotton-lavsan fabrics. Izv. universities Technology of the textile industry, 1986, No. 2. pp.67-70.
, The use of magnetic fields in the dyeing of fabrics from cellulose and polyester fibers. Izv. universities Technology of the textile industry, 1986, No. 3. pp.64-67.
, Investigation of the process of azeotropic fixation of dispersed dyes with polyester materials. Izv. universities. Technology of the textile industry. 1986, No. 4. pp.57-60.
, Influence of various plasticizing media on the structure and relaxation processes in polyester fiber // Izv. universities. Technology of the textile industry, 1986. No. 6. S.52-55.
Boris Nikolayevich Melnikov (on the occasion of his 60th birthday)// Izv. universities. Technology of the textile industry, 1986. No. 6. pp.115-116.
, Influence of sulfo derivatives of anthraquinone on the process of removing lignin-containing impurities from cotton fabrics. Izv. universities. Technology of the textile industry. 1987, No. 1. pp.70-73.
, Choice of optimal regimes for stabilizing the size of cotton fabrics during their treatment with liquid ammonia. Izv. universities. Technology of the textile industry, 1987, No. 3. pp.59-62.
, The use of compositions based on glyoxal to impart low wrinkle properties to cotton fabrics. Izv. universities. Technology of the textile industry, 1987, No. 4. pp.59-62.
, Mathematical description of the process of wetting a textile material in a saturated steam environment. Izv. universities. Technology of the textile industry, 1987, No. 5. pp.65-68.
, Changing the shade of color in the processes of washing fabrics // Izv. universities. Technology of the textile industry, 1987. No. 6. pp.71-74.
, Fixation of disperse dyes on acetylcellulose-polyester fabrics. Izv. universities. Technology of the textile industry. 1988, No. 1. pp.49-51.
, Fixation of vat dyes on cotton-lavsan fabric under conditions of a one-stage dyeing method. Izv. universities. Technology of the textile industry, 1988, No. 2. pp.54-56.
, Investigation of the reactivity of anthraquinone sulfo derivatives under conditions of alkaline treatment of textile materials. Izv. universities. Technology of the textile industry, 1988, No. 3. pp.54-57.
, Relationship between the state of active dyes in solution and their sorption by cellulose. Izv. universities. Technology of the textile industry, 1988, No. 4. pp.56-59.
, The use of inorganic salts and film-forming preparations to reduce shrinkage in the processes of wet-heat treatment of worsted suit fabrics. Izv. universities. Technology of the textile industry, 1988, No. 5. pp.54-56.
, Influence of the tension of cotton fabrics on the speed regimes of the process of mercerization of them with aqueous solutions of sodium hydroxide // Izv. universities. Technology of the textile industry. 1988, No. 6. pp.67-70.
# , Moryganov A. P. The current state and prospects for the development of technology for finishing fabrics // Izv. universities. Technology of the textile industry, 1989. No. 1. pp.61-65.
, Changes in the operational properties of viscose staple fabrics under the action of liquid ammonia. Izv. universities. Technology of the textile industry, 1989, No. 1. pp.65-68.
#, The role of capillary phenomena in the process of dyeing textile materials using liquid ammonia. Izv. universities. Technology of the textile industry, 1989. No. 1. S.69-72.
#, One-stage technology for dyeing and finishing cotton-lavsan fabrics. Izv. universities. Technology of the textile industry, 1989. No. 2. pp.67-70.
#, Smrnova A. P., Intensification of the process of dyeing cotton-lavsan fabric with vat dyes // Izv. universities. Technology of the textile industry, 1989. No. 2. pp.64-67.
, Kinetic regularities of the dyeing process of packages of textile materials // Izv. universities. Technology of the textile industry, 1989. No. 2. pp.56-60.
, Influence of the structure of cotton fabrics on the process of their mercerization with sodium hydroxide solutions. Izv. universities. Technology of the textile industry. 1989, No. 3. pp.58-62.
, Suspension dyeing with vat dyes in liquid ammonia. Izv. universities. Technology of the textile industry. 1989, No. 4. pp.67-70.
, Application of glyoxal-glycol adducts as formaldehyde-free precondensates for low-crease finishing of viscose staple fabrics. Izv. universities. Technology of the textile industry, 1989, No. 5. pp.61-64.
, The use of peroxidase enzyme in the preparation of textile materials // Izv. universities. Technology of the textile industry. 1989, No. 5. pp.65-69.
, Influence of the structure of cotton fabrics on the process of structural modification of cellulose during treatment with sodium hydroxide solutions under tension. Izv. universities. Technology of the textile industry. 1989, No. 6. pp.63-65.
, Influence of microwave currents on the physical and mechanical properties of cotton fabrics and the supramolecular structure of cellulose // Izv. universities. Technology of the textile industry, 1990, No. 1. pp.57-60.
, One-stage high-temperature method for dyeing cotton-lavsan fabrics with cubosols. Izv. universities. Technology of the textile industry, 1990, No. 2. pp.55-57.
, Bleaching of textile materials with urea monoperoxyhydrate in liquid ammonia. Izv. universities. Technology of the textile industry, 1990, No. 3. pp.54-57.
, Intensification of the process of peroxide bleaching of textile materials. Izv. universities. Technology of the textile industry, 1990, No. 4. pp.45-47.
, Evaluation of the possibility of using aqueous ammonia for dyeing cotton fabrics with active dyes // Izv. universities. Technology of the textile industry, 1990. No. 5. pp.58-61.
, Study of the kinetics of high-temperature nitrite manifestation of cubosols. Izv. universities. Technology of the textile industry, 1990. No. 6. pp.58-60.
, Physico-mechanical characteristics of polyester fiber dyed in a water-ammonia environment // Izv. universities. Technology of the textile industry, 1991, No. 1. pp.68-71.
, Formaldehyde-free final finishing of shirt cotton fabrics // Izv. universities. Technology of the textile industry, 1991. No. 2. pp.54-57.
, Analysis of the regularities of the process of stretching cotton fabrics during treatment with sodium hydroxide solutions. Izv. universities. Technology of the textile industry, 1991, No. 3. pp.53-55.
, New approaches to the creation of liquid-phase compositions for the textile industry // Izv. universities. Technology of the textile industry, 1991, No. 4. pp.57-63.
, Convective-microwave fixation of active dyes with cotton cloth // Izv. universities. Technology of the textile industry, 1991, No. 5. S.51-54.
, The use of emulsions of aliphatic alcohols in the process of mercerization of harsh cotton fabrics. Izv. universities. Technology of the textile industry, 1991, No. 6. S.50-53.
, Reduction of fiber strength loss during wool carbonization. Izv. universities. Technology of the textile industry, 1992, No. 1. pp.54-56.
, Optimization of the formaldehyde-free composition for the final finishing of cotton shirt fabrics. Izv. universities. Technology of the textile industry, 1992, No. 2. S.51-54.
, Influence of a magnetic field on the state of hydrosols of vat dyes // Izv. universities. Technology of the textile industry, 1992, No. 3. pp.54-56.
, Features of the process of low-crease finishing of cotton fabrics in a water-organic steam environment. Izv. universities. Technology of the textile industry, 1992, No. 4. pp.49-51.
, Enzymatic preparation of cotton fabrics // Izv. universities. Technology of the textile industry, 1993, No. 2. S.51-54.
, Application of a composite biopreparation for the preparation of cotton fabrics. Izv. universities. Technology of the textile industry, 1993, No. 3. pp.49-53.
, The method of thermal stabilization of worsted fabrics at low temperatures // Izv. universities. Technology of the textile industry, 1993, No. 4. pp.53-57.
, Patterns of the kinetics of mercerization of cotton fabrics with sodium hydroxide solutions. Izv. universities. Technology of the textile industry, 1993, No. 5. pp.49-53.
, Influence of structural characteristics of cotton fabrics on the efficiency of fixation of active dyes in the field of high-frequency currents. Izv. universities. Technology of the textile industry, 1993, No. 6. pp.47-50.
, Sedimentation stability of vat dye suspensions. Izv. universities. Technology of the textile industry, 1994, No. 2. pp.48-50.
, Intensification of high-temperature nitrite manifestation of cubosols // Izv. universities. Technology of the textile industry, 1994, No. 3. pp.33-35.
, Method for calculating the optimal concentration of alkaline solutions during mercerization of cotton fabrics of various structures. Izv. universities. Technology of the textile industry, 1994, No. 4. pp.33-36.
, Investigation of the process of diffusion of active dyes into cellulose material under the influence of a high-frequency field. Izv. universities. Technology of the textile industry, 1994, No. 5. pp.43-46.
, Heating simulation polymer materials in the field of high-frequency currents // Izv. universities. Technology of the textile industry, 1994, No. 6. pp.43-46.
, Chemical transformations of a mixture of metazine and acrylamide during the finishing of cotton fabrics by the PX method. Izv. universities. Technology of the textile industry, 1995, No. 2. pp.43-47.
, Study of the oxidative capacity of peroxide solutions in the presence of various stabilizing systems. Izv. universities. Technology of the textile industry, 1995, No. 3. pp.45-48.
, The use of enzyme-peroxide solutions for bleaching fabrics // Izv. universities. Technology of the textile industry, 1995, No. 5. pp.48-51.
, Peculiarities of the effect of surfactant compositions on the quality of finishing of worsted fabrics. Izv. universities. Technology of the textile industry, 1995, No. 6. pp.41-44.
, Influence of the level of structural modification of cellulose on the increase in the strength of cotton fabrics as a result of mercerization // Izv. universities. Technology of the textile industry, 1996, No. 1. pp.45-48.
, A method for modifying the properties of thickeners used in the textile industry. Izv. universities. Technology of the textile industry, 1996, No. 2. pp.60-63.
, The use of organic stabilizers in one-stage processes of peroxide bleaching of mixed fabrics. Izv. universities. Technology of the textile industry, 1996, No. 3. pp.40-43.
, Efficiency analysis and optimization of a one-stage method for mercerization and bleaching of hydrated cellulose textile materials from a liquid ammonia medium. Izv. universities. Technology of the textile industry, 1996, No. 4. pp.45-47.
, The use of AC stabilizer in one-stage peroxide bleaching of cotton fabrics // Izv. universities. Technology of the textile industry, 1997, No. 3. S.53-56.
, The mechanism of the protective action of lignosulfonates in the process of carbonization of wool fiber // Izv. universities. Technology of the textile industry, 1997, No. 4. pp.55-59.
, Lebedeva V, I., Biocompositions based on surfactants for the preparation of textile materials. Izv. universities. Technology of the textile industry, 1997, No. 5. S.50-54.
Forty years of textile chemistry on the pages of the journal // Izv. universities. Technology of the textile industry, 1997, No. 6. pp.62-68.
, Influence of the level of structural modification of cellulose on the increase in the gloss of cotton fabrics as a result of mercerization // Izv. universities. Technology of the textile industry, 1997, No. 6. pp.68-72.
, Development of new catalytic systems for low-formaldehyde low-crease finishing // Izv. universities. Technology of the textile industry, 1998, No. 1. pp.45-47.
, Complex thickener for printing on cellulose-containing textile materials. Izv. universities. Technology of the textile industry, 1998, No. 2. S.50-52.
, Study of the kinetics of manifestation of cubosols in the field of high-frequency currents. Izv. universities. Technology of the textile industry, 1998, No. 3. pp.54-57.
, Influence chemical nature thickeners on the quality of local bleaching of gray flax // Izv. universities. Technology of the textile industry, 1998, No. 4. S.50-53.
, Modern methods of preparation of linen textile materials // Izv. universities. Technology of the textile industry, 1998, No. 5. pp.49-57.
, Compositions based on biologically active substances for washing fabrics after printing // Izv. universities. Technology of the textile industry, 1998, No. 6. C54-57.
, Dyeing of carbonized wool fiber // Izv. universities. Technology of the textile industry, 1999, No. 1. pp.61-64.
, The use of high-frequency currents for fixing active dyes when printing cotton fabrics. Izv. universities. Technology of the textile industry, 1999, No. 3. pp.56-59.
, Creation of composite preparations for modification of starch // Izv. universities. Technology of the textile industry, 1999, No. 5. pp.46-50.
, Development of a high-frequency method for fixing pigments on cotton fabrics during printing. Izv. universities. Technology of the textile industry, 1999, No. 6. pp.53-57.
, New finishing compositions for low-creasing finishing of flax-containing fabrics // Izv. universities. Technology of the textile industry, 2000, No. 1. pp.61-63.
, Development of technology for the use of forlens for low-crease finishing of flax-containing materials. Izv. universities. Technology of the textile industry, 2000, No. 2. pp.61-64.
, Ledneva S. V. Study of the effect of TVV on the state in solution of acid and metal-containing dyes and dyeing of wool fiber by them. Izv. universities. Technology of the textile industry, 2000, No. 4. pp.60-64.
, Study of the kinetics of the process of enzymatic washing of printed fabrics // Izv. universities. Technology of the textile industry, 2000, No. 5. pp.60-63.
, Influence of various surfactants on the technological properties of wool-containing fibrous materials. Izv. universities. Technology of the textile industry, 2001, No. 2. pp.69-73.
, Influence of surfactants on the process of dyeing cotton fabrics with sulfur dyes // Izv. universities. Technology of the textile industry, 2001, No. 3. pp.48-51.
, Efficient technology of mercerization of cotton fabrics // Izv. universities. Technology of the textile industry, 2001, No. 4. pp.33-36.
, The use of high-frequency heating to intensify the processes of low-crease finishing of cotton fabrics. Izv. universities. Technology of the textile industry, 2001, No. 6. pp.41-43.
, Melnikov B. N. The role of the solvation-extraction factor in the decoction of textile material. Izv. universities. Technology of the textile industry, 2002, No. 1. pp.55-58.
, ., Intensification of the process of dyeing cotton fabrics with sulfur dyes // Izv. universities. Technology of the textile industry, 2002, No. 1. pp.61-65.
, Improving the technology of strengthening the coloring of textile materials // Izv. universities. Technology of the textile industry, 2002, No. 3. S.52-55.
, The use of liposomal preparations in the processes of peroxide bleaching of textile materials. Izv. universities. Technology of the textile industry, 2002, No. 3. pp.60-64.
, Evaluation of detergent and wetting properties of nonionic surfactants under conditions of textile material decoction. Izv. universities. Technology of the textile industry, 2002, No. 6. pp.54-57.
, New technology of low-creasing finishing of textile materials // Izv. universities. Technology of the textile industry, 2003, No. 1. pp.73-76.
, Improving the resistance of colors to wet treatments when dyeing with water-soluble dyes // Izv. universities. Technology of the textile industry, 2003, No. 2. pp.49-51.
, Nitron dyeing with cationic dyes under the influence of electric current. Izv. universities. Technology of the textile industry, 2003, No. 3. pp.61-63.
, Evaluation of the effectiveness of the use of flame retardants of a new generation for finishing decorative textile materials. Izv. universities. Technology of the textile industry, 2003, No. 5. pp.47-50.
Textile chemistry at the turn of the 20th and 21st centuries // Izv. universities. Technology of the textile industry, 2004, Special issue "175 years of textile education in Russia" (bound in part No. 1). S. XVI-XXVI.
, Technological methods of artistic and coloristic design of cotton-polyester fabrics // Izv. universities. Technology of the textile industry, 2004, No. 6. pp.52-59.
, The use of new surfactants to strengthen the color of fabrics tinted with direct dyes // Izv. universities. Technology of the textile industry, 2005, No. 1. pp.54-58.
, Application of new TVV in the processes of printing textile materials with active dyes // Izv. universities. Technology of the textile industry, 2005, No. 3. pp.55-57.
, Fire protection of cellulose materials by compositions of phosphorus- and nitrogen-containing compounds. Izv. universities. Technology of the textile industry, 2005, No. 5. pp.37-42.
, Tsirkina O.G. The mechanism of the activating effect of electromagnetic oscillations on the system fiber-forming polymer - technological composition Izv. universities. Technology of the textile industry, 2005, No. 6. pp.47-51.
, Design features of high-frequency applicators for continuous processing of straightened textile materials and the possibility of optimizing their operating modes. Izv. universities. Technology of the textile industry, 2006, No. 2. pp.58-61.
, Study of the influence of cationic polyelectrolytes on the state of anionic dyes in solution. Izv. universities. Technology of the textile industry, 2006, No. 3. pp.58-61.
, Enzymatic technologies for the preparation and modification of flax materials. Izv. universities. Technology of the textile industry, 2006, No. 6s. pp.53-57.
, The use of alkylamine derivatives in the processes of fixing the coloring of textile materials tinted with active dyes // Izv. universities. Technology of the textile industry, 2006, No. 6s. pp.68-70.
, Combined technologies of mechanical and biochemical finishing of flax-containing textile materials. Izv. universities. Technology of the textile industry, 2007, No. 1s. S.87-92.
, Features of the energetics of technological processes for the improvement of cellulose-containing tissues in high-frequency/microwave fields. Izv. universities. Technology of the textile industry, 2007, No. 2. pp.57-60.
Progress of textile chemistry for 50 years // Izv. universities. Technology of the textile industry, 2007, No. 6. pp.33-47.
, Finishing cellulose textile materials using Otexid NF // Izv. universities. Technology of the textile industry, 2008, No. 5. pp.62-65.
, Problems of choice of textile excipients for the processes of preparation and washing of textile materials // Izv. universities. Technology of the textile industry, 2009, No. 2.
In 1957, the Government of the USSR decided to organize two types of scientific periodicals: Reports of the Academy of Sciences and Izvestia of Higher Educational Institutions. The publication of the journal "Technology of the textile industry" was entrusted to the Ivanovo Textile Institute. M.V. Frunze (now IGTA) and is still successfully carried out by him. The founder of the journal is the Ministry of Education Russian Federation. The editorial board of the journal included and includes representatives of the largest textile universities in Russia and some CIS countries: Moscow State Textile University, Ivanovo State Textile Academy, Kostroma State Technological University, St. state university technology and design, Tashkent Institute of Textile and light industry, Russian Correspondence Institute of Textile and Light Industry. Journal "Technology of the textile industry" - a periodical. It comes out of print 6 times a year. For more than 40 years of existence of the journal, more than 260 issues containing more than 10 thousand scientific articles have been published. The journal publishes articles and reviews, highlights the results of scientific research; talks about the advanced domestic and foreign experience that determines the development of textile technology and technology; reports on scientific conferences and meetings; places materials of a critical and debatable nature, brief messages, materials of dissertations; organizes the exchange of scientific information between universities, industrial enterprises, research institutions; discusses issues of research methodology and teaching; publishes advertisements. The magazine consists of 14 sections: "Economics and organization of production", "Textile materials science", "Primary processing. Raw materials", "Spinning", "Weaving", "Finishing", "Technology of nonwoven materials", "Knitwear production", "Sewing production", "Textile machines and devices", "Automation of technological processes", "Ecology and industrial heat and power engineering", "Information technologies", "Exchange of experience, criticism and bibliography, brief communications". For all the years of its existence, the journal "Technology of the Textile Industry" has practically become the main scientific periodical on the problems of textile technology and technology, economics and organization of production, mechanization and automation of technological processes. Scientific research was developing - the scientific level of the journal was developing and growing. In addition to issues of textile production technology, problems of organization of production and economics of the textile industry, textile engineering, automation of technological processes, energy, and ecology have won strong positions in the journal. The appearance of the journal more than 40 years ago played an important role in a significant increase in the qualifications of scientific personnel. Applicants for scientific degrees have always widely used and use the pages of the journal to publish materials of their dissertations. Distinctive feature these works is high level theoretical research, which allows us to speak about the authority of the journal not only in Russia, but also abroad. For many years, the magazine has been completely translated into English in the UK, distributed and is being distributed in many countries of the world: the USA, France, Germany, China, Mongolia and others. For more than 40 years of publication, both the appearance of the journal and the technology of its publication have changed. The current editorial board and editorial staff preserve and develop the traditions established by previous generations of prominent scientists, and do everything to ensure that the journal "Tekhnologiya tekstilnoi promyshlennosti" remains a publication of a high and modern scientific level.
The main topics of the magazine:
Economics and organization of production
- Textile materials science
- Primary processing. Raw material
- spinning
- Weaving
- Finishing
- Technology of nonwovens
- Knitwear production
- Clothing industry
- Textile machines and devices
- Automation of technological processes
- Ecology and industrial thermal power engineering
- Exchange of experience, criticism and bibliography, brief communications
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First Vice-Rector, Vice-Rector for Academic Affairs, Scientific Director of the Optimization Laboratory textile technologies, Professor of the Department of Engineering Materials Science and Metrology, Member of the Academic Council, Doctor of Technical Sciences, Professor.
Titles and awards
- Awarded with the badge "Honored Worker of Higher Professional Education". He is a member of the European Society for Engineering Pedagogy.
- Member of the International Society for Engineering Pedagogy.
- Member of the editorial board of the journal Izvestiya vuzov. light technology industry".
- Honorary Worker of the VPO.
Functions
- Manages the planning, organization and conduct of educational and methodological work at all educational levels of all areas of training and specialties of the university;
- Leads the development and implementation of the education quality system at the university;
- Supervises the work on the transition to federal state educational standards.
- Coordinates the activities of all departments of the university for licensing and accreditation of individual educational programs and the university as a whole;
- Participates in problem solving international cooperation university related to the educational process;
- Interacts with state and municipal authorities, enterprises, institutions and organizations on education issues.
Education
- 1974 - Leningrad Institute of Textile and Light Industry. CM. Kirov.
- 1982 - PhD thesis defense. Topic: "Modeling the process of forming a combing product in order to improve its quality."
- 1996 - defense of a doctoral dissertation. Topic: "Theoretical and practical aspects of the technology for the production of yarn from mixtures of fibers of various origins and properties."
Professional experience
- Currently - First Vice-Rector, Vice-Rector for Academic Affairs; Professor of the Department of Engineering Materials Science and Metrology; scientific director of the laboratory for optimizing textile technologies.
Area of scientific interests:
- Planning and organization of the experiment
- Study of the structure and properties of textile materials and products based on them.
