AbstractThe use of atmospheric compositional data for the identification and apportionment of sources has been ongoing for more than 40 years. Beginning in the 1960s, it was recognized that data analysis techniques could be applied to data and resolve combination of constituents that represent sources. In the late 1970s, these data analysis tools came to be called Receptor Models. This paper traces the early history of receptor models through those early papers and provides a historical introduction to the paper in this special issue showing the state of the art in the field and the application of these modern tools to a variety of atmospheric data
In the framework of the Dutch Priority Program on acidification, the DAS model (Dutch Acidification ...
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Ambient PM10 data collected in one of the largest industrialized ceramic areas of Europe were used t...
[出版社版]Source apportionment of particulate matter in urban atmosphere is becoming important in air po...
In pollution source apportionment studies, multivariate receptor models heavily rely on statistical ...
Receptor models infer contributions from particulate matter (PM) source types using multivariate mea...
Atmospheric aerosol is known to have adverse effects on visibility, population health, and climate. ...
Receptor Models identify pollution sources by solving a mass balance equation using measured chemica...
The identification of sources is one of the prerequisites for the implementation of the Air Quality ...
Two new receptor models, three-mode factor analysis (TMFA) and direct trilinear decomposition (DTD),...
This book covers comprehensive text and reference work on atmospheric models for methods of numerica...
Air quality models are often used to simulate how emission scenarios influence the concentration of ...
Receptor modelling techniques are used to identify and quantify the contributions from emission sour...
Receptor-based source apportionment studies of speciated atmospheric mercury are not only concerned ...
Two frequently used factor analysis (FA) methods, Absolute Principal Components Scores (APCS) and Ta...
In the framework of the Dutch Priority Program on acidification, the DAS model (Dutch Acidification ...
This content has been downloaded from IOPscience. Please scroll down to see the full text. Download ...
Ambient PM10 data collected in one of the largest industrialized ceramic areas of Europe were used t...
[出版社版]Source apportionment of particulate matter in urban atmosphere is becoming important in air po...
In pollution source apportionment studies, multivariate receptor models heavily rely on statistical ...
Receptor models infer contributions from particulate matter (PM) source types using multivariate mea...
Atmospheric aerosol is known to have adverse effects on visibility, population health, and climate. ...
Receptor Models identify pollution sources by solving a mass balance equation using measured chemica...
The identification of sources is one of the prerequisites for the implementation of the Air Quality ...
Two new receptor models, three-mode factor analysis (TMFA) and direct trilinear decomposition (DTD),...
This book covers comprehensive text and reference work on atmospheric models for methods of numerica...
Air quality models are often used to simulate how emission scenarios influence the concentration of ...
Receptor modelling techniques are used to identify and quantify the contributions from emission sour...
Receptor-based source apportionment studies of speciated atmospheric mercury are not only concerned ...
Two frequently used factor analysis (FA) methods, Absolute Principal Components Scores (APCS) and Ta...
In the framework of the Dutch Priority Program on acidification, the DAS model (Dutch Acidification ...
This content has been downloaded from IOPscience. Please scroll down to see the full text. Download ...
Ambient PM10 data collected in one of the largest industrialized ceramic areas of Europe were used t...