Э.С. Филатов

Labelling biomolecules by the action of atomic tritium

Gennadii A. Badun, Е.Ф. Симонов, Э.С. Филатов

Deamination and decarboxylation of amino acid under the action of tritium atoms

Е.Ф. Симонов, Rubik Asatryan, Э.С. Филатов

The reactions of deamination and decarboxylation of amino acids were investigated experimentally and quantum chemically on the basis of ..cap alpha..,..gamma..-diaminobutyric and aspartic acids under the action of tritium ions. These processes occur most efficiently through the addition of a tritium atom …

Radical formation in ethanol and heptane following the nuclear transformation of /sup 57/Co

V.B. Torshin, Э.С. Филатов, Yu. D. Perfil’ev

A radiochromatographic method was used to determine the relative yields of alkyl iodides formed as a result of electron capture by /sup 57/Co in ethanol and n-heptane containing radioactive iodine at room temperature. In both systems the usual radiolysis due to Auger …

Физико-химические и ядерно-химические способы получения меченых органических соединений и их идентификация

Э.С. Филатов, Е.Ф. Симонов

Дезаминирование и декарбоксилирование аминокислот под действием атомов трития

R. S. Asatrian, Э.С. Филатов, Е.Ф. Симонов

Изучение радикалообразования в этиловом спирте и гептане после ядерного превращения 57Со

В.Б. Торшин, Э.С. Филатов, Ю.Д. Перфильев

Reaction of tritium atoms with polyethylene in the temperature range 290-55/sup 0/K

Gennadii A. Badun, Э.С. Филатов, A.I. Kostin

The interaction is studied of tritium atoms produced at 2000/sup 0/K with polyethylene film (Z = 50 cm), at a considerably lower temperature (290-55/sup 0/K). It is shown that with p = 3.33 Pa (/sup 3/H/sub 2/), the tritium atoms are thermalized …

Use of atomic tritium for preparatiop of labelled compounds

A. N. Nesmeyanov, Е.Ф. Симонов, Э.С. Филатов, Alexander V. Shishkov

The Reactivity of Hydrogen Atoms

Э.С. Филатов, Е.Ф. Симонов, M A Orlova

Theoretical ideas about the reactions of thermal and hot hydrogen atoms are examined and experimental data, characterising the mode of reactions involving hydrogen atoms with different energies, are presented. The bibliography includes 212 references.

Реакционная способность атомов водорода

Э.С. Филатов, Е.Ф. Симонов, M A Orlova

ChemInform Abstract: PREPARATION OF HYDROGEN‐3‐LABELED α‐ALANINE BY THE ACTION OF ATOMIC TRITIUM, HEATED TO 2000 K, ON A SOLID ALANINE TARGET AT 77 K

Э.С. Филатов, Е.Ф. Симонов, Alexander V. Shishkov, V. P. Mogil'nikov

Abstract Auf die Innenseite eines gekühlten Vakuumkolbens aufgebrachtes α‐Alanin läßt sich in einer durch eine zentrale W‐Spirale erhitzten 3H2‐Atmosphäre (Anfangsdruck 0.006‐0.008 Torr) bei geeigneter Technik (Mehrfachexposition) bis zu einer spezifischen Aktivität von 280 mCurie/mmol tritiieren.

Исследование реакций атомарного трития с аминокислотами. 3.Низкотемпературные реакции атомов трития с фенилаланином и тирозином

М.А. Орлова, Э.С. Филатов, Е.Ф. Симонов