Add to ORKGA methodology for the simultaneous detection of several heavy metals in water samples is described in detail. Targets were chemically prepared by preconcentration of the metals. Characteristics of the proton beam and X-ray detection are summarized. The concentration was obtained by using an internal standard in the range ppb-ppm. The method was tested by calibration with samples of known concentration. The subtraction of background and the data processing are discussed. The error in each concentration is evaluated
Trace metals in water samples, such as tap water, river water, and sea water, were determined by ind...
International audienceHigh concentration of added hydrogen fluoride converted the seawater chloride ...
A column, solid-phase extraction (SPE), preconcentration method was developed for determination of B...
The paper describes the experimental calibration (with measurement errors) of a PIXE set up, for the...
The paper describes a preconcentration technique suitable for PIXE analysis of heavy metals in wate...
A TARGET PREPARATION PROCEDURE IS PERFORMED FOR PIXE ANALYSIS OF HEAVY METALS IN WATER SAMPLE
Heavy metal concentration, mesured by means of PIXE technique in sea water samples, are used as a "...
PIXE MEASUREMENTS OF HEAVY METALS IN SOLUTIONS AT ULTRATRACE CONCENTRATIONS ARE USED TO CALIBRATE TH...
PIXE technique is applied to detect heavy elements at trace concentration in natural water samples f...
We report a methodology used to analyze suspended marine particulates by particle induced X-ray emis...
PIXE--Proton Induced X-ray Emission is a novel and powerful tool for non-destructive multi-element a...
Coprecipitation of trace elements on aluminium hydroxide was combined with energy-dispersive x-ray f...
In this study, a simple, sensitive and accurate column preconcentration method was developed for th...
The toxicity of “heavy metals” has been well recognized for a long time. Often the non-specific term...
A review of PIXE technique application in the study of marine environment is presented : sample trea...
Trace metals in water samples, such as tap water, river water, and sea water, were determined by ind...
International audienceHigh concentration of added hydrogen fluoride converted the seawater chloride ...
A column, solid-phase extraction (SPE), preconcentration method was developed for determination of B...
The paper describes the experimental calibration (with measurement errors) of a PIXE set up, for the...
The paper describes a preconcentration technique suitable for PIXE analysis of heavy metals in wate...
A TARGET PREPARATION PROCEDURE IS PERFORMED FOR PIXE ANALYSIS OF HEAVY METALS IN WATER SAMPLE
Heavy metal concentration, mesured by means of PIXE technique in sea water samples, are used as a "...
PIXE MEASUREMENTS OF HEAVY METALS IN SOLUTIONS AT ULTRATRACE CONCENTRATIONS ARE USED TO CALIBRATE TH...
PIXE technique is applied to detect heavy elements at trace concentration in natural water samples f...
We report a methodology used to analyze suspended marine particulates by particle induced X-ray emis...
PIXE--Proton Induced X-ray Emission is a novel and powerful tool for non-destructive multi-element a...
Coprecipitation of trace elements on aluminium hydroxide was combined with energy-dispersive x-ray f...
In this study, a simple, sensitive and accurate column preconcentration method was developed for th...
The toxicity of “heavy metals” has been well recognized for a long time. Often the non-specific term...
A review of PIXE technique application in the study of marine environment is presented : sample trea...
Trace metals in water samples, such as tap water, river water, and sea water, were determined by ind...
International audienceHigh concentration of added hydrogen fluoride converted the seawater chloride ...
A column, solid-phase extraction (SPE), preconcentration method was developed for determination of B...