PUBLICACIÓN

Assessment of the vertical distribution of natural radionuclides in a mineralized uranium area in south-west Spain

ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Blanco Rodriguez P., Vera Tome F., Lozano J.C.

2014 CHEMOSPHERE

Chemistry (miscellaneous) (Q1), Environmental Chemistry (Q1), Medicine (miscellaneous) (Q1)

JCR: 3.34

SJR: 1.59

CITAS

13

DOI

10.1016/j.chemosphere.2013.09.111

EID

2-s2.0-84887606883

ISSN

0045-6535

EISSN

1879-1298

BIBTEX

@article{Blanco2014,title = {Assessment of the vertical distribution of natural radionuclides in a mineralized uranium area in south-west Spain},journal = {Chemosphere},year = {2014},volume = {95},pages = {527-534},author = {Blanco Rodr{\'i}guez, P. and Vera Tom{\'e}, F. and Lozano, J.C.}}

AUTORES DE LA UEX

María Pilar Blanco Rodríguez
Feliciano Vera Tomé

OTRAS PUBLICACIONES DE INTERÉS

Natural Isotopic Separation Of Uranium In The Guadiana Basin
Influence Of Physicochemical Properties Of The Soil Solution On The 226ra Distribution Coefficient In Soils
A System For Obtaining Soil Solution Extracts And Soil Water Retention Curves Using A Bench Centrifuge With Fixed Angle Rotors
Influence Of Physicochemical Properties Of The Soil Solution On The 226ra Distribution Coefficient In Soils
A System For Obtaining Soil Solution Extracts And Soil Water Retention Curves Using A Bench Centrifuge With Fixed Angle Rotors
How The Distribution Coefficient Of 238u In Natural Soils Is Affected By The Method Used To Obtain The Soil Solution And Its Dependency On Structural Characteristics
A System For Obtaining Soil Solution Extracts And Soil Water Retention Curves Using A Bench Centrifuge With Fixed Angle Rotors
How The Distribution Coefficient Of 238u In Natural Soils Is Affected By The Method Used To Obtain The Soil Solution And Its Dependency On Structural Characteristics
Influence Of Soil Conditions On The Distribution Coefficients Of 226ra In Natural Soils
How The Distribution Coefficient Of 238u In Natural Soils Is Affected By The Method Used To Obtain The Soil Solution And Its Dependency On Structural Characteristics
Influence Of Soil Conditions On The Distribution Coefficients Of 226ra In Natural Soils
Influence Of Soil Structure On The “fvapproach” Applied To238u And226ra
Influence Of Soil Conditions On The Distribution Coefficients Of 226ra In Natural Soils
Influence Of Soil Structure On The “fvapproach” Applied To238u And226ra
Evolution Of Vegetation And Soil Nutrients After Uranium Mining In Los Ratones Mine (Cáceres, Spain)
Influence Of Soil Structure On The “fvapproach” Applied To238u And226ra
Evolution Of Vegetation And Soil Nutrients After Uranium Mining In Los Ratones Mine (Cáceres, Spain)
Assessment Of The Vertical Distribution Of Natural Radionuclides In A Mineralized Uranium Area In South-West Spain
Evolution Of Vegetation And Soil Nutrients After Uranium Mining In Los Ratones Mine (Cáceres, Spain)
Assessment Of The Vertical Distribution Of Natural Radionuclides In A Mineralized Uranium Area In South-West Spain
Enhancing Radium Solubilization In Soils By Citrate, Edta, And Edds Chelating Amendments
Assessment Of The Vertical Distribution Of Natural Radionuclides In A Mineralized Uranium Area In South-West Spain
Enhancing Radium Solubilization In Soils By Citrate, Edta, And Edds Chelating Amendments
Vertical Distribution Of Natural Radionuclides In Soils
Enhancing Radium Solubilization In Soils By Citrate, Edta, And Edds Chelating Amendments
Vertical Distribution Of Natural Radionuclides In Soils
Improvement Of A Method For The Sequential Determination Of 210pb, 226ra, And Uranium Isotopes By Lsc And Alpha-Particle Spectrometry
Vertical Distribution Of Natural Radionuclides In Soils
Improvement Of A Method For The Sequential Determination Of 210pb, 226ra, And Uranium Isotopes By Lsc And Alpha-Particle Spectrometry
Enhancing Uranium Solubilization In Soils By Citrate, Edta, And Edds Chelating Amendments
Improvement Of A Method For The Sequential Determination Of 210pb, 226ra, And Uranium Isotopes By Lsc And Alpha-Particle Spectrometry
Enhancing Uranium Solubilization In Soils By Citrate, Edta, And Edds Chelating Amendments
Transfer Of 238u, 230th, 226ra, And 210pb From Soils To Tree And Shrub Species In A Mediterranean Area
Enhancing Uranium Solubilization In Soils By Citrate, Edta, And Edds Chelating Amendments
Transfer Of 238u, 230th, 226ra, And 210pb From Soils To Tree And Shrub Species In A Mediterranean Area
A Sequential Method For The Determination Of 210pb, 226ra, And Uranium And Thorium Radioisotopes By Lsc And Alpha-Spectrometry
Transfer Of 238u, 230th, 226ra, And 210pb From Soils To Tree And Shrub Species In A Mediterranean Area
A Sequential Method For The Determination Of 210pb, 226ra, And Uranium And Thorium Radioisotopes By Lsc And Alpha-Spectrometry
Enhancing The Transfer Of 238u And 226ra From Soils To Brassica Juncea
A Sequential Method For The Determination Of 210pb, 226ra, And Uranium And Thorium Radioisotopes By Lsc And Alpha-Spectrometry
Enhancing The Transfer Of 238u And 226ra From Soils To Brassica Juncea
The Ability Of Helianthus Annuus L. And Brassica Juncea To Uptake And Translocate Natural Uranium And 226ra Under Different Milieu Conditions
Enhancing The Transfer Of 238u And 226ra From Soils To Brassica Juncea
The Ability Of Helianthus Annuus L. And Brassica Juncea To Uptake And Translocate Natural Uranium And 226ra Under Different Milieu Conditions
Influence Of Soil Texture On The Distribution And Availability Of 238u, 230th, And 226ra In Soils
The Ability Of Helianthus Annuus L. And Brassica Juncea To Uptake And Translocate Natural Uranium And 226ra Under Different Milieu Conditions
Influence Of Soil Texture On The Distribution And Availability Of 238u, 230th, And 226ra In Soils
Elimination Of Natural Uranium And 226ra From Contaminated Waters By Rhizofiltration Using Helianthus Annuus L.
Influence Of Soil Texture On The Distribution And Availability Of 238u, 230th, And 226ra In Soils
Elimination Of Natural Uranium And 226ra From Contaminated Waters By Rhizofiltration Using Helianthus Annuus L.
Linearity Assumption In Soil-To-Plant Transfer Factors Of Natural Uranium And Radium In Helianthus Annuus L.
Elimination Of Natural Uranium And 226ra From Contaminated Waters By Rhizofiltration Using Helianthus Annuus L.
Linearity Assumption In Soil-To-Plant Transfer Factors Of Natural Uranium And Radium In Helianthus Annuus L.
Fractionation Of Natural Radionuclides In Soils From A Uranium Mineralized Area In The South-West Of Spain
Linearity Assumption In Soil-To-Plant Transfer Factors Of Natural Uranium And Radium In Helianthus Annuus L.
Fractionation Of Natural Radionuclides In Soils From A Uranium Mineralized Area In The South-West Of Spain
Sequential Extraction For Radionuclide Fractionation In Soil Samples: A Comparative Study
Fractionation Of Natural Radionuclides In Soils From A Uranium Mineralized Area In The South-West Of Spain
Sequential Extraction For Radionuclide Fractionation In Soil Samples: A Comparative Study
A Simple Method For 210pb Determination In Geological Samples By Liquid Scintillation Counting
Sequential Extraction For Radionuclide Fractionation In Soil Samples: A Comparative Study
A Simple Method For 210pb Determination In Geological Samples By Liquid Scintillation Counting
Soil-To-Plant Transfer Factors For Natural Radionuclides And Stable Elements In A Mediterranean Area
A Simple Method For 210pb Determination In Geological Samples By Liquid Scintillation Counting
Soil-To-Plant Transfer Factors For Natural Radionuclides And Stable Elements In A Mediterranean Area
On The Use Of 225ra As Yield Tracer And Ba(Ra)so4 Microprecipitation In 226ra Determination By Α-Spectrometry
Soil-To-Plant Transfer Factors For Natural Radionuclides And Stable Elements In A Mediterranean Area
On The Use Of 225ra As Yield Tracer And Ba(Ra)so4 Microprecipitation In 226ra Determination By Α-Spectrometry
Distribution Of Long-Lived Radionuclides Of The 238u Series In The Sediments Of A Small River In A Uranium Mineralized Region Of Spain
On The Use Of 225ra As Yield Tracer And Ba(Ra)so4 Microprecipitation In 226ra Determination By Α-Spectrometry
Distribution Of Long-Lived Radionuclides Of The 238u Series In The Sediments Of A Small River In A Uranium Mineralized Region Of Spain
About The Assumption Of Linearity In Soil-To-Plant Transfer Factors For Uranium And Thorium Isotopes And 226ra
Distribution Of Long-Lived Radionuclides Of The 238u Series In The Sediments Of A Small River In A Uranium Mineralized Region Of Spain
About The Assumption Of Linearity In Soil-To-Plant Transfer Factors For Uranium And Thorium Isotopes And 226ra
Study Of The Representativity Of Uranium And Thorium Assays In Soil And Sediment Samples By Alpha Spectrometry
About The Assumption Of Linearity In Soil-To-Plant Transfer Factors For Uranium And Thorium Isotopes And 226ra
Study Of The Representativity Of Uranium And Thorium Assays In Soil And Sediment Samples By Alpha Spectrometry
Distribution And Mobilization Of U, Th And 226ra In The Plant-Soil Compartments Of A Mineralized Uranium Area In South-West Spain
Study Of The Representativity Of Uranium And Thorium Assays In Soil And Sediment Samples By Alpha Spectrometry
Distribution And Mobilization Of U, Th And 226ra In The Plant-Soil Compartments Of A Mineralized Uranium Area In South-West Spain
Study Of The Peak Shape In Alpha Spectra Measured By Liquid Scintillation
Distribution And Mobilization Of U, Th And 226ra In The Plant-Soil Compartments Of A Mineralized Uranium Area In South-West Spain
Study Of The Peak Shape In Alpha Spectra Measured By Liquid Scintillation
A Simple Screening Method For The Determination Of 230th In Soil And Sediment Samples By Gamma-Spectrometry
Study Of The Peak Shape In Alpha Spectra Measured By Liquid Scintillation
A Simple Screening Method For The Determination Of 230th In Soil And Sediment Samples By Gamma-Spectrometry
Concerning The Low Uranium And Thorium Yields In The Electrodeposition Process Of Soil And Sediment Analyses
A Simple Screening Method For The Determination Of 230th In Soil And Sediment Samples By Gamma-Spectrometry
Concerning The Low Uranium And Thorium Yields In The Electrodeposition Process Of Soil And Sediment Analyses
Thorium Isotope Fractionation In The Dissolution Of Inorganic Samples By A Microwave Method
Concerning The Low Uranium And Thorium Yields In The Electrodeposition Process Of Soil And Sediment Analyses
Thorium Isotope Fractionation In The Dissolution Of Inorganic Samples By A Microwave Method
Radiological Characterization Of A Uranium Mine With No Mining Activity
Thorium Isotope Fractionation In The Dissolution Of Inorganic Samples By A Microwave Method
Radiological Characterization Of A Uranium Mine With No Mining Activity
Sequential Method For The Determination Of Uranium, Thorium And 226ra By Liquid Scintillation Alpha Spectrometry
Radiological Characterization Of A Uranium Mine With No Mining Activity
Sequential Method For The Determination Of Uranium, Thorium And 226ra By Liquid Scintillation Alpha Spectrometry
A New Device For Dynamic Sampling Of Radon In Air
Sequential Method For The Determination Of Uranium, Thorium And 226ra By Liquid Scintillation Alpha Spectrometry
A New Device For Dynamic Sampling Of Radon In Air
Extractive Scintillators For Alpha Liquid Scintillation Counting: Anomalies In Quenching Evaluation
A New Device For Dynamic Sampling Of Radon In Air
Extractive Scintillators For Alpha Liquid Scintillation Counting: Anomalies In Quenching Evaluation
Determination Of 222rn In Air By Alpha Liquid Scintillation Using Solvent Extraction
Extractive Scintillators For Alpha Liquid Scintillation Counting: Anomalies In Quenching Evaluation
Determination Of 222rn In Air By Alpha Liquid Scintillation Using Solvent Extraction
Procedures For The Determination Of 222rn Exhalation And Effective 226ra Activity In Soil Samples
Determination Of 222rn In Air By Alpha Liquid Scintillation Using Solvent Extraction
Procedures For The Determination Of 222rn Exhalation And Effective 226ra Activity In Soil Samples
Semipermeable Membrane To Retain Platinum Atoms In The Electrodeposition Process Of Alpha Spectrometry Sources
Procedures For The Determination Of 222rn Exhalation And Effective 226ra Activity In Soil Samples
Semipermeable Membrane To Retain Platinum Atoms In The Electrodeposition Process Of Alpha Spectrometry Sources
Extractive Procedure For Uranium Determination In Water Samples By Liquid Scintillation Counting
Semipermeable Membrane To Retain Platinum Atoms In The Electrodeposition Process Of Alpha Spectrometry Sources
Extractive Procedure For Uranium Determination In Water Samples By Liquid Scintillation Counting
Ion Beam Analysis And Alpha Spectrometry Of Sources Electrodeposited On Several Backings
Extractive Procedure For Uranium Determination In Water Samples By Liquid Scintillation Counting
Ion Beam Analysis And Alpha Spectrometry Of Sources Electrodeposited On Several Backings
Experimental Studies Of Self-Absorption And Backscattering In Alpha- Particle Sources
Ion Beam Analysis And Alpha Spectrometry Of Sources Electrodeposited On Several Backings
Experimental Studies Of Self-Absorption And Backscattering In Alpha- Particle Sources
Characterization Of Alpha Sources Prepared By Direct Evaporation Using Rutherford Backscattering Spectrometry
Experimental Studies Of Self-Absorption And Backscattering In Alpha- Particle Sources
Characterization Of Alpha Sources Prepared By Direct Evaporation Using Rutherford Backscattering Spectrometry
Distribution Of Uranium And Thorium In Sediments And Plants From A Granitic Fluvial Area
Characterization Of Alpha Sources Prepared By Direct Evaporation Using Rutherford Backscattering Spectrometry
Distribution Of Uranium And Thorium In Sediments And Plants From A Granitic Fluvial Area
Fitting Of Alpha Spectra. Application To Low-Level Measurements
Distribution Of Uranium And Thorium In Sediments And Plants From A Granitic Fluvial Area
Fitting Of Alpha Spectra. Application To Low-Level Measurements
Determination Of 222rn And 226ra In Aqueous Samples Using A Low-Level Liquid Scintillation Counter
Fitting Of Alpha Spectra. Application To Low-Level Measurements
Determination Of 222rn And 226ra In Aqueous Samples Using A Low-Level Liquid Scintillation Counter
Characterization Of Alpha Sources By Rutherford Backscattering Spectrometry
Determination Of 222rn And 226ra In Aqueous Samples Using A Low-Level Liquid Scintillation Counter
Characterization Of Alpha Sources By Rutherford Backscattering Spectrometry
Gross Alpha-And Beta-Activities In Rainwater And Airborne Particulate Samples. Influence Of Rainfall And Radon
Characterization Of Alpha Sources By Rutherford Backscattering Spectrometry
Gross Alpha-And Beta-Activities In Rainwater And Airborne Particulate Samples. Influence Of Rainfall And Radon
Fitbor: A New Program For The Analysis Of Complex Alpha Spectra
Gross Alpha-And Beta-Activities In Rainwater And Airborne Particulate Samples. Influence Of Rainfall And Radon
Fitbor: A New Program For The Analysis Of Complex Alpha Spectra
Behaviour Of Uranium, Thorium And 226ra In Surface Waters From A River Passing Through A Granitic Region In The Southwest Of Spain
Fitbor: A New Program For The Analysis Of Complex Alpha Spectra
Behaviour Of Uranium, Thorium And 226ra In Surface Waters From A River Passing Through A Granitic Region In The Southwest Of Spain
Optimizing The Results In Alpha-Spectrometry Of Very Low-Level Activity Samples When The Spike Used Is Present In The Sample
Behaviour Of Uranium, Thorium And 226ra In Surface Waters From A River Passing Through A Granitic Region In The Southwest Of Spain
Optimizing The Results In Alpha-Spectrometry Of Very Low-Level Activity Samples When The Spike Used Is Present In The Sample
Gamma And Alpha Spectrometry For Natural Radioactive Nuclides In The Spa Waters Of Extremadura (Spain)
Optimizing The Results In Alpha-Spectrometry Of Very Low-Level Activity Samples When The Spike Used Is Present In The Sample
Gamma And Alpha Spectrometry For Natural Radioactive Nuclides In The Spa Waters Of Extremadura (Spain)
A Simple Proof For A Simple Rule
Gamma And Alpha Spectrometry For Natural Radioactive Nuclides In The Spa Waters Of Extremadura (Spain)
A Simple Proof For A Simple Rule
Constraints On Uncertainties And Their Application To The Emission Probabilities Of Alpha-Particles
A Simple Proof For A Simple Rule
Constraints On Uncertainties And Their Application To The Emission Probabilities Of Alpha-Particles
An Experimental Study Of Symmetric And Asymmetric Peak-Fitting Parameters For Alpha-Particle Spectrometry
Constraints On Uncertainties And Their Application To The Emission Probabilities Of Alpha-Particles
An Experimental Study Of Symmetric And Asymmetric Peak-Fitting Parameters For Alpha-Particle Spectrometry
Simplex Method For Optimization Of Experiments Application To Electrodeposition In Alpha Spectrometry
An Experimental Study Of Symmetric And Asymmetric Peak-Fitting Parameters For Alpha-Particle Spectrometry
Simplex Method For Optimization Of Experiments Application To Electrodeposition In Alpha Spectrometry
A Method For Removing The Emissions Of Natural Uranium In The Analysis Of Thorium Alpha Spectra
Simplex Method For Optimization Of Experiments Application To Electrodeposition In Alpha Spectrometry
A Method For Removing The Emissions Of Natural Uranium In The Analysis Of Thorium Alpha Spectra
Yields And Losses At Each Step In Preparing Uranium And Thorium Samples For Alpha Spectrometry
A Method For Removing The Emissions Of Natural Uranium In The Analysis Of Thorium Alpha Spectra
Yields And Losses At Each Step In Preparing Uranium And Thorium Samples For Alpha Spectrometry
Uranium Contamination Due To Nuclear Power Plants
Yields And Losses At Each Step In Preparing Uranium And Thorium Samples For Alpha Spectrometry
Uranium Contamination Due To Nuclear Power Plants
Alpha And Gamma Spectrometry For Natural Radioactive Nuclides Around Uranium Mines And Nuclear Power Plants
Uranium Contamination Due To Nuclear Power Plants
Alpha And Gamma Spectrometry For Natural Radioactive Nuclides Around Uranium Mines And Nuclear Power Plants
Some Educational Applications Of Alpha Spectrometry
Alpha And Gamma Spectrometry For Natural Radioactive Nuclides Around Uranium Mines And Nuclear Power Plants
Some Educational Applications Of Alpha Spectrometry
A Rapid Method For Determination Of The Isotopic Composition Of Uranium Samples By Alpha Spectrometry
Some Educational Applications Of Alpha Spectrometry
A Rapid Method For Determination Of The Isotopic Composition Of Uranium Samples By Alpha Spectrometry
Gasp: A General-Purpose Program For Environmental Alpha Spectra
A Rapid Method For Determination Of The Isotopic Composition Of Uranium Samples By Alpha Spectrometry
Gasp: A General-Purpose Program For Environmental Alpha Spectra
An Observed Correlation Between Alpha-Particle Peak-Fitting Parameters
Gasp: A General-Purpose Program For Environmental Alpha Spectra
An Observed Correlation Between Alpha-Particle Peak-Fitting Parameters
Optimal Parameters For The Electrodeposition Of Uranium
An Observed Correlation Between Alpha-Particle Peak-Fitting Parameters
Optimal Parameters For The Electrodeposition Of Uranium
Optimizing The Parameters Affecting The Yield And Energy Resolution In The Electrodeposition Of Uranium
Optimal Parameters For The Electrodeposition Of Uranium
Optimizing The Parameters Affecting The Yield And Energy Resolution In The Electrodeposition Of Uranium
Improvement Of The Simple Method Of Analysing Alpha Spectra Of Natural Uranium Samples Spiked With 232u
Optimizing The Parameters Affecting The Yield And Energy Resolution In The Electrodeposition Of Uranium
Improvement Of The Simple Method Of Analysing Alpha Spectra Of Natural Uranium Samples Spiked With 232u
Recent Measurements Of 228th Activity By Alpha-Beta Coincidence Counting
Improvement Of The Simple Method Of Analysing Alpha Spectra Of Natural Uranium Samples Spiked With 232u
Recent Measurements Of 228th Activity By Alpha-Beta Coincidence Counting
Using232u As A Yield Monitor In Assaying Natural Uranium By Alpha-Spectrometry
Recent Measurements Of 228th Activity By Alpha-Beta Coincidence Counting
Using232u As A Yield Monitor In Assaying Natural Uranium By Alpha-Spectrometry
Study Of The Energy Resolution And Yield Of Several Methods For Preparing Uranium Samples For Alpha Spectrometry
Using232u As A Yield Monitor In Assaying Natural Uranium By Alpha-Spectrometry
Study Of The Energy Resolution And Yield Of Several Methods For Preparing Uranium Samples For Alpha Spectrometry
Seasonal Variation Of Activity Ratios For Natural Uranium In Surface Waters
Study Of The Energy Resolution And Yield Of Several Methods For Preparing Uranium Samples For Alpha Spectrometry
Seasonal Variation Of Activity Ratios For Natural Uranium In Surface Waters
A Simple Method Of Analysing Alpha Spectra Of Environmental Natural Uranium Samples
Seasonal Variation Of Activity Ratios For Natural Uranium In Surface Waters
A Simple Method Of Analysing Alpha Spectra Of Environmental Natural Uranium Samples
Activity Ratios Of Natural Uranium In Surface Waters
A Simple Method Of Analysing Alpha Spectra Of Environmental Natural Uranium Samples
Activity Ratios Of Natural Uranium In Surface Waters
Contamination In Surface Waters Around Uranium Mines In The Guadiana Basin
Activity Ratios Of Natural Uranium In Surface Waters
Contamination In Surface Waters Around Uranium Mines In The Guadiana Basin
Natural Isotopic Separation Of Uranium In The Guadiana Basin
Contamination In Surface Waters Around Uranium Mines In The Guadiana Basin
Natural Isotopic Separation Of Uranium In The Guadiana Basin
Influence Of Physicochemical Properties Of The Soil Solution On The 226ra Distribution Coefficient In Soils
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