A new automatic analytical system was proposed for air pollutants. At present, various kinds of continuous recorders for individual components, such as carbon monoxide, oxidants, nitrogen oxides etc., are practically used in observation of air pollution. But, these methods are not suitable for measurement of complex components and for lower conccntration than ppm. Our method may be applicable to such difficult cases. Its process is based upon the automatic combination of sampling, concentration, GC or GC-MS analysis and data treatment by computer. The object of this report is to display a fundamental technique and some application
A combined integration analysis and real time monitoring (Peak Capture System) system was developed ...
Atmospheric pollutants come from a series of anthropic activities and natural processes. When feedin...
The hydrocarbons in the air are the most important substances which cause the photochemical smog. Ne...
From some years ahead, the automatic analyzing system with GC-FID and GC-ECD has been studied and ma...
An automatic analyzing system of C₂〜C₅ hydrocarbons in the air is developed. This system is composed...
The monitoring of basic pollutants (sulphur oxides, nitrogen oxides, carbon monoxide, oxidants, hydr...
As a step of developing the automatic analyzing system for the air pollutants, that for halogenated ...
The automatic analysis system of a portable gas chromatograph was designed to measure the organic po...
Air quality monitoring involves a series of quantitative and qualitative observation and measurement...
For the first time a fully automated system for the analysis of pollen concentration in ambient air ...
Volatile organic compounds (VOC) play a central part in the photochemical pollution of the atmospher...
The contamination of air and especially air particulate matterby inorganic as well as organic contam...
AbstractAn automated environmental air monitor has been developed to measure selected organic compou...
It is well known that the N2O contents in the air is generated by bacteria activity in soil and sea-...
The measurement of atmospheric pollutants allows to determine their impacts on human and animal heal...
A combined integration analysis and real time monitoring (Peak Capture System) system was developed ...
Atmospheric pollutants come from a series of anthropic activities and natural processes. When feedin...
The hydrocarbons in the air are the most important substances which cause the photochemical smog. Ne...
From some years ahead, the automatic analyzing system with GC-FID and GC-ECD has been studied and ma...
An automatic analyzing system of C₂〜C₅ hydrocarbons in the air is developed. This system is composed...
The monitoring of basic pollutants (sulphur oxides, nitrogen oxides, carbon monoxide, oxidants, hydr...
As a step of developing the automatic analyzing system for the air pollutants, that for halogenated ...
The automatic analysis system of a portable gas chromatograph was designed to measure the organic po...
Air quality monitoring involves a series of quantitative and qualitative observation and measurement...
For the first time a fully automated system for the analysis of pollen concentration in ambient air ...
Volatile organic compounds (VOC) play a central part in the photochemical pollution of the atmospher...
The contamination of air and especially air particulate matterby inorganic as well as organic contam...
AbstractAn automated environmental air monitor has been developed to measure selected organic compou...
It is well known that the N2O contents in the air is generated by bacteria activity in soil and sea-...
The measurement of atmospheric pollutants allows to determine their impacts on human and animal heal...
A combined integration analysis and real time monitoring (Peak Capture System) system was developed ...
Atmospheric pollutants come from a series of anthropic activities and natural processes. When feedin...
The hydrocarbons in the air are the most important substances which cause the photochemical smog. Ne...