Natalya Kolesnichenko Biography

Under her leadership, 8 candidates of science were prepared. Kolesnichenko was born on March 9 in Moscow. After graduating from high school, she entered the Chemical and Technology Institute. In the city of Kolesnichenko, she worked in the laboratory of chemistry of oil and petrochemical synthesis, in the catalytic synthesis sector and petrochemical processes named after Kolesnichenko defended her doctoral dissertation, in the city for all the time at the Institute of N.

Kolesnichenko, she went from a younger researcher at the GG. The scientific achievements of N. Kolesnichenko were marked by medals “Veteran of Labor” by the G. Article N. Namin, T. Veretyakhin, N. Kolesnichenko, M. Kurashev, G. Alkylization of phenol by the Olefins in the presence of sulfur polyhydrochinon. Kolesnichenko, T. Veretyakhin, M. Mamedaliev, A. Zhokh, T. Kurashev, N.

Kolesnichenko, B. Arilaculation of phenol with stirol on amphin and zeolic -containing aluminosilicates. Kurashev, B. Romanovsky, B. A1-form of zeolite and zeolic-containing aluminosilicates in the reaction of phenol arilac stout. Romanovsky, M. The impact of pre -processing conditions on the catalytic properties of zeolite catalysts in the reaction of phenol arilaculation with styrene.

Kurashev, A. The influence of ammonia on the catalytic properties of the zeolic-containing catalyst Ashnz-3 in the reaction of the phenol alkylating with styrene. Trukhmanova, O. Malchugov, T. Popova, V. Oligomerization of unsaturated hydrocarbons, M. Loktev S. Promising methods for the synthesis of oxygen -containing compounds - semi -products of the chemical and pharmaceutical industry - based on carbonony reactions.

XIV Mendeleevsky Congress on General and Applied Chemistry. Science,, T. Slivinsky, N. Markova, A. Telev, A. Shishin, N. Kolesnichenko, O. Budkov, G. Korneeva, S. Features of the modification of carbonrodium catalysts of hydraulic formulation of Butenov-2 triphenylphosphite. Teleshev, N. Kolesnichenko, N. Markova, E. Slivinsky, E. Demina, V. Kurkin, G. Loktev, E. Hydroforthy Butenov-2 in the presence of rodelbonic catalysts modified with organic ligands.

Kolesnichenko, A. Teleshev, E. Markova, L. Vasyanina, E. Nifantiev, S. Study of the hydrolytic activity of ethriolfosphite and triphenylphosfit in a two -phase system by the method of JAMR 31 rub. Voitsakhovsky, N. On the mechanism of synthesis of hydrocarbons from CO, H2 on cobalt catalysts. Dan, T. Kolesnichenko, E. Slivinsky, E. Murzabekova, N. Markova, S.

Loktev, D. A New Approach to the Regulation of Catalytic Properties of Water-Soluc RHODIUM-CARBONYL COMPLEXES in the OLEFIN HYDROFORMYLATION Reactions. Shishkin, T. Malakhova, N. Kolesnichenko, E. Interaction 4-ETIL-2,6,7-thioxyaposfabicipro [2. Murzabekova, N. Markova, M. Sharikova, E. Demina, E. Vasilieva, D. New water-soluble rodeling catalysts of hydraulic hydrochemistry hydrochistry, T.

Sharikov, T. Blijan, the composition of the water phase for the catalytic properties of the RHSL3, modified by polycetio in the hydroxen-1, piches. RAS, ser. Kurkin, A. Teleshev, G. Korneeva, N. Kolesnichenko, E. Slivinsky, R. Murzabekov, N. The selectivity of the catalytic systems RHCL3-Polication in the hydraulic formulation of Huxen-1 in a two-phase catalysis, Izv. Sharikova, N. Markova, N.

Slivinsky, L. Features of the modification of phosphorus III with organic ligands of the catalytic system based on Rhsl3-polyelectrilite in the hydropolitan hydropathic hydraulic conditions, Neftekhimiy, Comrade Terekhov, N. Aliyev, N. Trukhmanov, E. Hydrformhylation of Olefinovs in the presence Polymer Pyrrolidinopyridins, Izv.