V. A. Zamureenko

Abstract Beim Erhitzen des Säurechlorids (I) mit Triethylamin bildet sich das Dimerisierungsprodukt (II) des durch HCl‐Abspaltung entstandenen Ketens.

10.1002/chin.198338194

Cite

Citations (0)

ChemInform Abstract: AENDERUNG DER SELEKTIVEN WIRKUNG VON KATALYSATOREN BEI DER HYDRIERUNG DES DIENSYST. 7. MITT. MODIFIZIERUNG VON NICKEL‐KATALYSATOREN DURCH BLEI

Chemischer Informationsdienst (1972)

N. V. Borunova L. Kh. Freidlin L. I. Gvinter T. Atabekov V. A. Zamureenko

Abstract 3,5 ‐Heptadien‐2‐on (I) wurde an einem bleihaltigen Nickel‐Katalysator hydriert, der durch Tränken von Aluminium‐ oder Zinkoxid mit Lösungen von Nickel‐ und Bleinitrat, anschließendes Erhitzen auf 420°C und Reduzieren mit Wasserstoff bei 350°C hergestellt worden war.

10.1002/chin.197241130

Cite

Citations (0)

ChemInform Abstract: STRUCTURE OF PRODUCTS OF THE EPOXIDATION AND OZONOLYSIS OF UBIQUINONE 9

Chemischer Informationsdienst (1982)

A. B. Veselovskii A. I. Kozhukhova E. A. Obol'nikova V. A. Zamureenko A. R. Bekker

Abstract Die Titelverbindung (I) wird nach den Methoden A) und B) mit Persäuren epoxidiert.

10.1002/chin.198222345

Cite

Citations (0)

Physiologically active alcohols from great plantain (Plantago major)

Pharmaceutical Chemistry Journal (1983)

В. А. Миронов G. S. Vasil'ev V. S. Matrosov T. M. Filipova V. A. Zamureenko

Plantago

10.1007/bf00765135

Cite

Citations (2)

ChemInform Abstract: REGIOSPECIFIC SYNTHESIS OF ALLYL CHLORIDES OF UBIQUINONES 1, 2, AND 9

Chemischer Informationsdienst (1985)

A. I. Kozhukhova E. A. Obol'nikova Т. М. Филиппова V. A. Zamureenko A. B. Veselovskii

Abstract Die Ubichinone‐1 und ‐2 (Ia) bzw. (Ib) werden durch Reaktion mit Ca(OC1)2 regiose‐ lektiv in die Allylchloride (II) bzw. (I11) übergeführt.

10.1002/chin.198502364

Cite

Citations (0)

Identification of volatile organic compounds polluting the atmosphere

Journal of analytical chemistry of the USSR (1991)

V. A. Zamureenko A. K. Matveev Николай Васильевич Шик M. M. Novikov N. A. Klyuev

For an exact evaluation of the state of man`s environment and to adopt preventive measures to reduce the effect of human influences on it, it is necessary to know the of pollutants entering the atmosphere from various industrial sources. Chromatography methods of analysis are used in most of the analytical methods proposed for the solution of this problem. They enable the identification of the individual substances or a number of compounds within a given class. The chromato-mass spectrometric (CMS) method using high performance capillary separation overcomes this limitation and makes it possible to identify a considerably larger number of organic pollutants of quite different types. At present a standard method is used in the USA for the determination of critical pollutants in the atmosphere of urban areas, which was developed by the Environmental Protection Agency. There are similar methods in operation in other countries.Investigations in this field are limited in character in the Soviet Union. The present work outlines the results of investigations carried out with respect to sampling and structural identification of volatile organic compounds in the atmosphere of urban areas. The methods are based on the principle of sorption of the organic pounds on a solid carrier withmore » subsequent thermal desorption and transfer of the solid components to the chromatograph of a CMS system. Examples of the use of the adsorption concentration on Tenax type sorbents have been described in the literature. 6 refs., 3 figs., 3 tabs.« less

Tenax

Analytical procedures

Thermal desorption

Organic chemicals

Source

Cite

Citations (0)

V. A. Zamureenko

Papers

Citation

H-Index

i-10 index

Papers

Citation

H-Index

i-10 index