T. A. Vysokikh | AMiner学者主页

1Сборник задач спецпрактикума по физической химии лаборатории катализа и газовой электрохимии

е п чиненникова,е а тверитинова,ю н житнев,с а качевский,е в голубина,е с локтева,е м бенько,п а чернавский,г в панкина,л е горленко,г и емельянова,т в ягодовская,

2009引用：23

引用

AI阅读

2Сборник Задач Спецпрактикума По Физической Химии Лаборатории Катализа И Газовой Электрохимии

Е.П. Чиненникова,Е.А. Тверитинова,Ю.Н. Житнев,С.А. Качевский,Е.В. Голубина,Е.С. Локтева,Е.М. Бенько,П.А. Чернавский,Г.В. Панкина,Л.Е. Горленко,Г.И. Емельянова,Т.В. Ягодовская,

2009

引用

AI阅读

3Experimental Modeling of the Processes of Ozone Hydrate Clathrate Formation

T. A. Vysokikh,T. V. Yagodovskaya,S. V. Savilov, V. V. Lunin

The possible formation of ozone hydrates and their interaction with hydrogen chloride under nearstratospheric conditions were investigated. The low-temperature IR spectroscopic technique was used to demonstrate the in situ formation of ozone hydrates that were stable in the temperature range 77–220 K. It was found that HCl reacted with ozone hydrate to destruct clathrate at temperatures above 220 K. This process resulted in compositionally different chlorine oxides.

2008Russian Journal of Physical Chemistry A（2008）引用：9

引用

AI阅读

4The Interaction of Ozone with Chlorobenzene

T. A. Vysokikh,T. V. Yagodovskaya,S. V. Savilov,V. V. Lunin

The reaction of ozone with chlorobenzene was studied over the temperature range 77–305 K. Ozone was found to oxidize chlorobenzene starting with 77 K to produce a complex mixture of ozonides and peroxides of various compositions. The products of the reaction between chlorobenzene and ozone formed over the temperature range 77–305 K were analyzed by IR Fourier transform spectroscopy.

2007Russian Journal of Physical Chemistry A（2007）引用：4

引用

AI阅读

5The Interaction of Ch3cl, Ch2cl2, Chcl3, and Ccl4 with Ozone on the Surface of Ice under Stratospheric Conditions

T. A. Vysokikh,D. F. Mukhamedzyanova,T. V. Yagodovskaya,S. V. Savilov,V. V. Lunin

The interaction of ozone with chlorinated methanes adsorbed on a thin ice film was studied over the temperature range 77–292 K. Ozone was shown to oxidize chlorinated methanes starting with 210 K to produce chlorine oxides of various compositions. The products formed in the oxidation of chlorinated methanes with ozone over the temperature range 77–292 K were analyzed by IR Fourier transform spectroscopy. Along with carbon dioxide and water, chlorine oxides in high oxidation states were predominantly formed.

2007Russian Journal of Physical Chemistry A（2007）引用：6

引用

AI阅读

6Application of Ftir-Spectroscopy for Laboratory Simulation of Stratospheric Ozone Reaction with Chlorinated Methanes

T. A. Vysokikh,T. V. Yagodovskaya,S. V. Savilov S,V. V. Lunin

Reactions of ozone with CH3Cl, CH2Cl3, CHCl3, CCl4, adsorbed on ice surface, have been investigated under temperatures 77 - 292 K. Ozonation reaction takes place only when temperature is above 210 K with formation of different chlorine oxides. The products of reaction have been identified by low temperature FTIR-spectroscopy.

200615TH SYMPOSIUM ON HIGH-RESOLUTION MOLECULAR SPECTROSCOPY（2006）引用：1

引用

AI阅读

研究兴趣

作者统计

相似学者

研究兴趣

作者统计

相似学者