THE USE OF INSULATING MATERIALS IN SETS OF OUTERWEAR AND THEIR SPECIAL PROPERTIES

Aleynikova, O. (2006). Optimizatsiya konstruktsiy teplozashchitnykh paketov odezhdy s ob”yemnymi materialami [Optimization of Designs of Heat Protection Clothing Packages with Volumetric Materials] . Moscow: Shakhty.

Besshaposhnikova, V., Klimova, N., & Kovaleva, N. (2018). Issledovaniye vliyaniya struktury na svoystva ob”yemnykh netkanykh utepliteley odezhdy [Study of the influence of structure on the properties of volumetric nonwoven clothing insulators]. Materials and Technologies(2), p. 28.

Bessonova, N. (2005). Razrabotka metodov i issledovaniye teplofizicheskikh svoystv tekstil’nykh materialov i paketov pri deystvii vlagi i davleniya [Development of methods and research of thermalphysical properties of textile materials and bags under the action of moisture an. Moscow: Standards Publishing House.

Goryachev, M. (2002). Razrabotka metoda otsenki i rascheta vozdukhopronitsayemosti tkaney, vyrabotannykh iz mononitey [Development of a method for assessing and calculating the air permeability of fabrics made of monofilament]. Moscow: Standards Publishing House.

Kartashova, M., & Klesnik, S. (2021). Razrabotka predlozheniy po formirovaniyu paketov detskoy teplozashchitnoy odezhdy na osnove izucheniya assortimenta novykh tekstil’nykh materialov [Development of proposals for the formation of children’s thermal protective clothing packages based…]. Proceedings of the student forum. Sochi: South Russian State University of Economics and Service.

Klimova, N. (2019). Innovatsionnyye materialy dlya teplozashchitnoy odezhdy [Innovative materials for thermal protective clothing]. Proceedings of the International Scientific and Technical Symposium. 2, p. 34. International Journal of Applied and Basic Research. Technical Sciences.

Klimova, N. (2021). Prognozirovaniye svoystv termoreguliruyushchikh materialov i proyektirovaniye paketov teplozashchitnykh izdeliy [Predicting the properties of thermal-regulating materials and designing packages of thermal protection products]. Moscow: Standards Publishing House.

Kulichenko, A. (2005). Razrabotka modeley i eksperimental’nykh metodov izucheniya vozdukhopronitsayemosti tekstil’nykh materialov [Development of models and experimental methods for studying the air permeability of textile materials]. Moscow: Standards Publishing House.

Kulichenko, A. (2005). Razrabotka modeley i eksperimental’nykh metodov izucheniya vozdukhopronitsayemosti tekstil’nykh materialov [Development of models and experimental methods for studying the air permeability of textile materials]. Moscow: Standards Publishing House.

Mestnikov, A. (1999). Teploizolyatsionnyye materialy dlya sloistykh ograzhdayushchikh konstruktsiy, rabotayushchikh v surovykh usloviyakh ekspluatatsii [Thermal insulation materials for laminated building envelopes operating in harsh environments]. Moscow: Standards Publishing House.

Murashova, V. (2008). Razrabotka resursosberegayushchey tekhnologii igloprobivnogo netkanogo materiala iz termostoykikh volokon [Development of resource-saving technology of needle-punched nonwoven material of heat-resistant fibers]. Moscow: Standards Publishing House.

Nazarenko, Y. (2006). Issledovaniye i razrabotka teplozashchitnoy odezhdy s pero-pukhovym uteplitelem s vertikal’nym prostegivaniyem [Research and development of thermal protective clothing with feather and down insulation with vertical quilting]. PhD thesis, Moscow.

Nazarova, M., & Romanov, V. (2016). Razrabotka optimal’nykh tekhnologicheskikh parametrov vyrabotki petel’noy tkani s maksimal’noy vozdukhopronitsayemost’yu [Development of optimal technological parameters of production of looped fabric with maximum air permeability]. International Journal of Applied and Fundamental Research Technical Sciences, 12(3), pp. 422-425.

Rapatsevich, T., Kovchur, S., & Shaydorov, M. (2007). Issledovaniye vliyaniya uteplyayushchikh materialov i vozdushnykh prosloyek na gigiyenicheskiye svoystva paketov materialov dlya verkhney odezhdy [Study of the effect of insulating materials and air interlayers on the hygienic properties of packages...]. Vestnik of Vitebsk State Technological University, p. 64.

Shapochka, N. (2010). Razrabotka metodov otsenki i issledovaniye svoystv ovchinnogo polufabrikata razlichnykh sposobov obrabotki [Development of methods to assess and study the properties of sheepskin semi-finished products of different processing methods]. Moscow: Standards Publishing House.

Shaydorov, M., & Garskaya, N. (2007). Issledovaniye fizicheskikh svoystv vetrozashchitnykh prokladochnykh materialov «sumpoteks» [Study of physical properties of windproof cushioning materials Sumpotex]. Vestnik of Vitebsk State Technological University, p. 43.

Vershinina, A. (2019). Razrabotka metoda i issledovaniye komfortnosti pododezhnogo prostranstva paketov materialov detskoy odezhdy [Development of a method and study of the comfort of under-wear space packages of materials for children’s clothing]. Moscow: Standards Publishing House.

Ves uteplitelya na m2 dlya zimney kurtki [Insulation weight per m2 for a winter jacket] . (2021, October 19). Retrieved from Internet resource Stroy Master : https://www.7kub.ru/ves-uteplitelya-nam2-dlya-zimney-kurtki

Zhernitsyn, Y. (2007). Metodicheskoye ukazaniye po vypolneniyu nauchno-issledovatel’skikh i laboratornykh rabot po ispytaniyu produktsii tekstil’nogo naznacheniya [Guidelines for scientific research and laboratory work on testing of textile products]. Tashkent.