• Leitud 25 kirjet
PublikatsioonKlassifikaatorFail
Deineko, I.P.; Khakalo, A.S.; Pranovich, A.V. (2011). Preparation of cation-exchange sorbents by treatment of spruce sawdust with sulfuric acid. Chemistry of plant raw materials, 4, 33−38.1.2.
Deineko, I.P.;Kruglova, I.S.; Deineko, I.V. (2011). The influence of the nature of the acid reagent on acid-catalytic transformation of wood. Proceedings of the St. Petersburg Forest Technical Academy, 195, 172−180.1.3.
Kruglova, I.S.; Deineko, I.V.; Deineko, I.P. (2011). The influence of processing conditions of wood on acid-catalytic transformation of its components. <i>Proceedings of 4th International Conference &quot;Physical Chemistry of Plant Polymers,&quot; .</i> _EditorsAbbr Bogolitcin K.G. Archangelsk: Archangelsk University, 195−198.3.4.
Deineko, I.P.; Khakalo, A.S. (2010). Effect of concentration of sulfuric acid on the properties of the cation exchangers derived from wood. Proceedings of the St. Petersburg Forest Technical Academy, 191, 195−201.1.3.
Deineko, I.P.; Kruglova, I.S.; Deineko, I.V. (2010). The study of the acid-catalytic reactions of wood. Proceedings of the St. Petersburg Forest Technical Academy, 190, 134−141.1.3.
Deineko, I.P. (2010). Wood chemistry. Moskow: Moskow, Great Russian Encyclopedia.6.1.
Deineko, I.P. (2009). The main directions and prospects for the use of lignin. Bulletin of the Arkhangelsk Technical University, 79, 29−32.1.3.
Deineko, I.P.; Deineko, I.V.; Belov, L.P. (2007). The study of the chemical composition of pine bark. Chemistry of plant raw materials, 1, 19−24.1.2.
Deineko, I.P.; Nguyen, M.; Deineko, I.V.; Kornilova, L.I. (2007). The study of the oxidative ammonolysis of pine bark. Chemistry of plant raw materials, 2, 13−20.1.2.
Deineko, I.P. (2005). Chemical processing of carbohydrate-containing raw materials. V.A.Stolyarova. The new handbook chemist and technologist. Raw materials and industrial products of organic and inorganic substances (774−904). St. Petersburg, ANO NPO &quot;Professional&quot;.3.3.
Deineko, I.P. (2005). General view of the structure and properties of plant materials. V.A.Stolyarova. The new handbook chemist and technologist. Raw materials and industrial products of organic and inorganic substances (437−515). St. Petersburg, ANO NPO &quot;Professional&quot;.3.3.
Deineko, I.P.; Filatov, B.N. (2005). Production and processing of fiber-containing materials. V.A.Stolyarova. The new handbook chemist and technologist. Raw materials and industrial products of organic and inorganic substances (515−629). St. Petersburg: St. Petersburg, ANO NPO &quot;Professional&quot;.3.3.
Deineko, I.P.; Rubanova, V.F. (2004). Isolation of lignin from wood by acetic acid in the presence of Lewis acid. <i> Eight European Workshop on Lignocellulosics and Pulp.</i> Riga, Latvia, 169−172.3.4.
Belgacem, M.N.; Evtuguin, D.V.; Deineko, I.P. . (2002). Influence of the base nature on the lignin reactivity and oxidation selectivity during oxygen delignification Picea Excelsa. Cellulose Chemistry and Technology, 36, 327−338.1.1.
Deineko, I.P.; Deineko, I.V.; Balakshin, M.Yu. (2002). Effect of catalyst nature on isolation of resudial lignin with acetic acid. <i>Seventh Europian Workshop on Lignocellulosics and Pulp. .</i> Turku/Abo, Finland, 201−204.3.4.
Deineko, Ivan P.; Faustova, Nataliya M.; Deineko, Inna V. (2001). Chemical composition of the bark of the willow (Salix pentadra L.). <i>III: 11th European Workshop on Lignocellulosics and Pulp.</i> Nice, Franse, 569−571.3.4.
Deineko, Ivan P.; Kolpatchnikov, Roman L.; Deineko, Inna V. (2001). Influence of cupric ions on oxysolvolysis of wood. <i>11th European Workshop on Lignocellulosics and Pulp.</i> Nice, Franse, 309−311.3.4.
Deineko, I.P.; Kolpatchnikov, R.L.; Deineko, I.V. (2000). Influence of metal ions on oxysolvolysis of wood. <i>Sixth European Workshop Lignocellulosics and pulp. .</i> Bordeaux, France, 287−289.3.4.
Evtuguin, D. V.; Deineko, I. P.; Pascoal Neto, C. . (1999). Oxygen delignification in aqueous organic solvents media. Cellulose Chemistry and Technology, 33, 103−123.1.1.
Evtuguin, D. V.; Robert, A.; Zarubin, M. Ya.; Deineko, I. P. (1996). The effect of oxygen-organosolv pulping conditions on pulp properties. Cellulose Chemistry and Technology, 30, 105−115.1.1.
Zarubin, M. Ya.; Deineko, I. P.; Kiryushina, M. F.; Sevchenko, S. M. (1993). Theoretical aspects of new delignification processes. Celuloza si Hartie, 42 (2), 9−13.1.2.
Deineko, I.P.; Makarova, O.V.; Zarubin, M.Ya. (1992). Delignification of wood by oxygen in low-molecular-weight alcoholic media. Tappi Journal, 75 (9), 136−140.1.2.
Deineko, I. P. (1992). Chemistry of oxygen-organosolv pulping. In: Kennedy, J. F.; Phillips, G. O.; Williams, P. A. (_EditorsAbbr). Ligno-Cellul. [Cellucon 90] (239−246). Horwood, Chichester, UK. .3.1.
Makarova O.V., Deineko I.P. (1992). New approach to complex utilisation of woody biomass: the oxidation of wood by oxygen in alcohols. In: Kennedy, J. F.; Phillips, G. O.; Williams, P. A. (_EditorsAbbr). Ligno-Cellul. [Cellucon 90]. (327−330). Horwood, Chichester, UK. .3.1.
Zarubin, M. Ya.; Deineko, I. P.; Evtyugin, D. V.; Robert, A. (1989). Delignification by oxygen in acetone-water media. Tappi Journal, 72 (11), 163−168.1.2.
  • Leitud 11 kirjet
PealkiriJuhendatavKraadJuhendajaKaitsmise staatusKaitsmise aastaAsutus
Влияние ионов металлов переменной валентности на щелочную варку древесиныLe Kuang Dien doktorikraadFirstName_636047 LastName_636047Kaitstud2006Saint-Petersburg State Forest Technical Academy
Делигнификация древесины кислородом в среде низкомолекулярных спиртовMakarova O.V.doktorikraadFirstName_636049 LastName_636049Kaitstud1990Saint-Petersburg State Forest Technical Academy
Изучение окислительного аммонолиза коры сосны обыкновенной Nguen Thiy Minh Nguet doktorikraadFirstName_636051 LastName_636051Kaitstud2004Saint-Petersburg State Forest Technical Academy
Изучение строения и свойств продуктов кислотно-каталитических превращений древесиныmagistrikraad (teaduskraad)FirstName_574532 LastName_574532Kaitstud2011Saint-Petersburg State Forest Technical Academy
Изучение химического состава осиновой коры doktorikraadFirstName_636030 LastName_636030Kaitstud2005Saint-Petersburg State Forest Technical Academy
Основные направления превращения лигнина при окислительном аммонолизе древесиныKolotov S.I.doktorikraadFirstName_636045 LastName_636045Kaitstud1985Saint-Petersburg State Forest Technical Academy
Особенности химического состава корки и луба сосны обыкновеннойdoktorikraadFirstName_636032 LastName_636032Kaitstud1997Saint-Petersburg State Forest Technical Academy
Получение катионообменных сорбентов из лигноцеллюлозного сырьяmagistrikraad (teaduskraad)FirstName_574533 LastName_574533Kaitstud2010Saint-Petersburg State Forest Technical Academy
Превращения структурных единиц лигнина в условиях кислородно-органосольвентной делигнификации doktorikraadFirstName_636033 LastName_636033Kaitstud1993Saint-Petersburg State Forest Technical Academy
Роль отдельных структурных единиц лигнина при делигнификации древесины кислородомdoktorikraadFirstName_636031 LastName_636031Kaitstud1991Saint-Petersburg State Forest Technical Academy
Химические превращения лигнина при делигнификации древесины кислородомIvan DeinekodoktorikraadFirstName_636026 LastName_636026JuhendamiselSaint-Petersburg State Forest Technical Academy