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Volumn 25, Issue 12, 2010, Pages 1888-1894
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Air-segmented, 5-μL flow injection associated with a 200 °c heated chamber to minimize plasma loading limitations and difference of behaviour between alkanes, aromatic compounds and petroleum products in inductively coupled plasma atomic emission spectrometry
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Author keywords
[No Author keywords available]
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Indexed keywords
AEROSOL VOLUME;
AIR CARRIERS;
ANALYTES;
CHAMBER TEMPERATURE;
CHAMBER WALLS;
CYCLONIC SPRAY CHAMBER;
DODECANE;
DROP SIZE DISTRIBUTION;
FLOW INJECTION;
GASOLINE SAMPLES;
HEATING TEMPERATURES;
HEXADECANE;
HIGH TEMPERATURE;
ICP-AES;
IMPROVEMENT FACTORS;
INDUCTIVELY COUPLED PLASMA-ATOMIC EMISSION SPECTROMETRY;
MATRIX EFFECTS;
ORDER OF MAGNITUDE;
ORGANIC SAMPLES;
PENTADECANE;
PLASMA LOADING;
PRIMARY AEROSOLS;
REAL SAMPLES;
REFERENCE DEVICES;
ROOM TEMPERATURE;
SAMPLE INTRODUCTION;
SAMPLE VOLUME;
SINGLE PASS;
SOLUTION MATRIX;
SOLVENT NATURE;
SOLVENT VOLATILITY;
SPECTRAL INTERFERENCE;
SPRAY CHAMBER;
TETRADECANE;
TETRALINS;
AROMATIC HYDROCARBONS;
ATMOSPHERIC AEROSOLS;
ATOMIC EMISSION SPECTROSCOPY;
BIOMEDICAL EQUIPMENT;
DROPS;
ELECTROMAGNETIC INDUCTION;
GASOLINE;
HEATING;
HEXANE;
HYDRAULIC FLUIDS;
INDUCTIVELY COUPLED PLASMA;
KEROSENE;
PARAFFINS;
SIZE DISTRIBUTION;
SOLVENTS;
SPECTROMETRY;
XYLENE;
BEHAVIORAL RESEARCH;
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EID: 78649263859
PISSN: 02679477
EISSN: 13645544
Source Type: Journal
DOI: 10.1039/c0ja00021c Document Type: Article |
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Times cited : (26)
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References (27)
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