PUBLICACIÓN

A simple screening method for the determination of 230Th in soil and sediment samples by gamma-spectrometry

ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Lozano, J.C., Blanco Rodríguez, P., Vera Tomé, F.

2001 Journal of Radioanalytical and Nuclear Chemistry

CITAS

3

DOI

10.1023/a:1006767131763

EID

2-s2.0-0035118025

ISSN

0236-5731

BIBTEX

@article{Blanco Rodríguez2001,title = {A simple screening method for the determination of 230Th in soil and sediment samples by gamma-spectrometry},journal = {Journal of Radioanalytical and Nuclear Chemistry},year = {2001},volume = {247},number = {1},pages = {101-105},author = {Lozano, J.C. and Blanco Rodr{\'i}guez, P. and Vera Tom{\'e}, F.}}

AUTORES DE LA UEX

María Pilar Blanco Rodríguez
Feliciano Vera Tomé

OTRAS PUBLICACIONES DE INTERÉS

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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
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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
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Transfer Of 238u, 230th, 226ra, And 210pb From Soils To Tree And Shrub Species In A Mediterranean Area
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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.
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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.
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Fractionation Of Natural Radionuclides In Soils From A Uranium Mineralized Area In The South-West Of Spain
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Fractionation Of Natural Radionuclides In Soils From A Uranium Mineralized Area In The South-West Of Spain
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Sequential Method For The Determination Of Uranium, Thorium And 226ra By Liquid Scintillation Alpha Spectrometry
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Procedures For The Determination Of 222rn Exhalation And Effective 226ra Activity In Soil Samples
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Semipermeable Membrane To Retain Platinum Atoms In The Electrodeposition Process Of Alpha Spectrometry Sources
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Extractive Procedure For Uranium Determination In Water Samples By Liquid Scintillation Counting
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Ion Beam Analysis And Alpha Spectrometry Of Sources Electrodeposited On Several Backings
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Experimental Studies Of Self-Absorption And Backscattering In Alpha- Particle Sources
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Experimental Studies Of Self-Absorption And Backscattering In Alpha- Particle Sources
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Distribution Of Uranium And Thorium In Sediments And Plants From A Granitic Fluvial Area
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Distribution Of Uranium And Thorium In Sediments And Plants From A Granitic Fluvial Area
Fitting Of Alpha Spectra. Application To Low-Level Measurements
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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
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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
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Behaviour Of Uranium, Thorium And 226ra In Surface Waters From A River Passing Through A Granitic Region In The Southwest Of Spain
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Optimizing The Results In Alpha-Spectrometry Of Very Low-Level Activity Samples When The Spike Used Is Present In The Sample
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Constraints On Uncertainties And Their Application To The Emission Probabilities Of Alpha-Particles
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Influence Of Physicochemical Properties Of The Soil Solution On The 226ra Distribution Coefficient In Soils
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