Browsing "Кафедра фізики та хімії горіння 1" by Title

Jump to: 0-9 A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
А Б В Г Ґ Д Е Є Ж З И І Ї Й К Л М Н О П Р С Т У Ф Х Ц Ч Ш Щ Ю Я
or enter first few letters:  
Showing results 11 to 30 of 255 < previous   next >
Issue DateTitleAuthor(s)
2015CHROMATOGRAPHIC AND PHOTOCOLORIMETRIC DETERMINATION OF TRICHLORMETAPHOS-3 IN ENVIRONMENTBedzay, Artem; Shcherbina, Olga; Mykhalitchko, Borys; Shcherbina, Inna
2015Chromatographic and photocolorimetric determination of trichlormetaphos-3 in environmentBedzay A., Shcherbina О., Mykhalitchko B., Shcherbina І.
2014COMPLEX COMBINATION OF ANALYTICAL METHODS FOR THE QUANTITATIVE DETERMINATION OF FLUACIZINE IN SOLUTIONS, BIOLOGICAL MATERIAL AND AIRBedzay, Artem; Shcherbina, Olga; Mykhalitchko, Borys
2014COMPLEX COMBINATION OF ANALYTICAL METHODS FOR THE QUANTITATIVE DETERMINATION OF FLUACIZINE IN SOLUTIONS, BIOLOGICAL MATERIAL AND AIRA. Bedzay, О. Scherbіna, B. Мykhalitchko
2016The complexing in copper(II) salt (flame retardant) – polyamine (hardener) system as an effective way to the combustibility decrease of epoxy-amine polymeric materialsH. Lavrenyuk, B. Mykhalichko
2020Cu(II)–(polyamine) chelation as an efficient way of reducing combustibility of epoxy-amine composites modified by copper(II) inorganic saltsH. Lavrenyuk, B. Mykhalichko
2020-04-30Cu(II)–(polyamine) chelation as an efficient way of reducing combustibility of epoxy-amine composites modified by copper(II) inorganic saltsLavrenyuk Helen, Mykhalichko Borys
2021Development and thermal behavior of a new type of polymer materials with reduced combustibility based on epoxy–amine composites modified with copper(II) hexafluorosilicateH. Lavrenyuk, V. Kochubei, O. Mykhalichko, B. Mykhalichko
2022-03-05Development and thermal behavior of a new type of polymer materials with reduced combustibility based on epoxy–amine composites modified with copper(II) hexafluorosilicateLavrenyuk H., Kochubei V., Mykhalichko O., Mykhalichko B.
2015Development of modified self-extinguishing epoxy amine polymersO.I. Lavrenyuk B.M. Mykhalichko
2015Development of modified self-extinquishing epoxy-amine polymersO.I. Lavrenyuk, B.M. Mykhalichko
2019DFT study on thermochemistry of the combustion of self-extinguishing epoxy-amine composites modified by copper(II) sulfateH. Lavrenyuk, B. Mykhalichko
2019DFT study on thermochemistry of the combustion of self-extinguishing epoxy-amine composites modified by copper(II) sulfateH. Lavrenyuk, B. Mykhalichko
2022-06-05The effect of short circuits and flame temperature modes on the change in the microstructure of copper in automotive wiringGudym V., Mykhalichko B., Nazarovets O., Gavryliuk A.
2022-03-10Elaboration, thermogravimetric analysis, and fire testing of a new type of wood-sawdust composite materials based on epoxy–amine polymers modified with copper(II) hexafluorosilicateKochubei V., Mykhalichko B., Lavrenyuk H.
2021-09-05Extinguishment efficiency determination of hydrocarbons combustion with aqueous solutions of d-metal complex saltsM. Karvats'ka, H. Lavrenyuk, · B. Mykhalichko
2021Extinguishment efficiency determination of hydrocarbons combustion with aqueous solutions of d-metal complex saltsM. Karvats'ka, H. Lavrenyuk, B. Mykhalichko
2021-09-05Extinguishment efficiency determination of hydrocarbons combustion with aqueous solutions of d-metal complex saltsM. Karvats'ka, H. Lavrenyuk, · B. Mykhalichko
2022-02-05Flame Protection Technologies for Wood: Developing and Testing for Fire of Timbers with a Flame-retardant Coating Based on the Epoxy-amine Composite Modified by Copper(II) HexafluorosilicateMykhalichko B., Lavrenyuk H.
2021-12A flame retardant-hardener for epoxy resins: Synthesis, structural, and DFT studies of the [Cu(H2NC2H4NH2)2(H2O)Cl]Cl complexMykhalichko B., Lavrenyuk H., Mykhalichko O.