A comparison of different radiochemical separation procedures and measurement techniques used to determine the activity concentration of 226Ra and 228Ra in water is made with respect to accuracy, detection limits and turn-around time. Radium-226 activity concentration was determined by the radon emanation technique, alpha-particle and gamma-ray spectrometry. To determine the 228Ra activity concentration, four different techniques were used: low-level liquid scintillation counting, low-level proportional counting, alpha-particle and low-level gamma-ray spectrometry.JRC.D.4-Nuclear physic
Femtogram quantities of 226Ra (~ 3 x 106) atoms, or 4 x 10-5 Bq) have been determined in environment...
Radium-226 (226Ra, T1/2: ca. 1600 y) is a naturally occurring radioisotope belonging to the 238U dec...
A radiochemical procedure for determination of radium-226 (Ra-226) in drinking water was developed. ...
ABSTRACT. The activity concentration of 228Ra in mineral waters was determined in order to establish...
An evaluation of various radiometric methods to analyze 226Ra in water has been employed on a set of...
The activity concentration of Ra-228 in mineral waters was determined in order to establish referenc...
In anticipation of new European requirements for monitoring radioactivity concentration in drinking ...
These detailed work instructions (DWIs) are tailored for the analysis of radium-226 and radium-228 i...
ABSTRACT. 226Ra activities in water are often determined after its separation via sulfate precipitat...
Copyright © 2013 Hanan M. Diab, Waleed M. Abdellah. This is an open access article distributed under...
Mineral and therapeutic waters widely occurring in the Polish Carpathians contain a vast amount of b...
ABSTRACT. This project results from studies of radium isotopes in natural water samples carried out ...
In this work, the activity concentrations of 210Po, 234U, 238U and 228Ra radioisotopes are determine...
The determination of gross alpha, gross beta and 226Ra activity in natural waters is useful in a wid...
Radium and radon isotopes within the water column can indicate the origin and the movement of water ...
Femtogram quantities of 226Ra (~ 3 x 106) atoms, or 4 x 10-5 Bq) have been determined in environment...
Radium-226 (226Ra, T1/2: ca. 1600 y) is a naturally occurring radioisotope belonging to the 238U dec...
A radiochemical procedure for determination of radium-226 (Ra-226) in drinking water was developed. ...
ABSTRACT. The activity concentration of 228Ra in mineral waters was determined in order to establish...
An evaluation of various radiometric methods to analyze 226Ra in water has been employed on a set of...
The activity concentration of Ra-228 in mineral waters was determined in order to establish referenc...
In anticipation of new European requirements for monitoring radioactivity concentration in drinking ...
These detailed work instructions (DWIs) are tailored for the analysis of radium-226 and radium-228 i...
ABSTRACT. 226Ra activities in water are often determined after its separation via sulfate precipitat...
Copyright © 2013 Hanan M. Diab, Waleed M. Abdellah. This is an open access article distributed under...
Mineral and therapeutic waters widely occurring in the Polish Carpathians contain a vast amount of b...
ABSTRACT. This project results from studies of radium isotopes in natural water samples carried out ...
In this work, the activity concentrations of 210Po, 234U, 238U and 228Ra radioisotopes are determine...
The determination of gross alpha, gross beta and 226Ra activity in natural waters is useful in a wid...
Radium and radon isotopes within the water column can indicate the origin and the movement of water ...
Femtogram quantities of 226Ra (~ 3 x 106) atoms, or 4 x 10-5 Bq) have been determined in environment...
Radium-226 (226Ra, T1/2: ca. 1600 y) is a naturally occurring radioisotope belonging to the 238U dec...
A radiochemical procedure for determination of radium-226 (Ra-226) in drinking water was developed. ...