PUBLICACIÓN

Application of XRF spectrometry to the study of pigments in glazed ceramic pots

ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Nuevo M.J., Martin Sanchez A.

2011 APPLIED RADIATION AND ISOTOPES

Radiation (Q2)

JCR: 1.172

SJR: 0.644

CITAS

20

DOI

10.1016/j.apradiso.2010.11.025

EID

2-s2.0-78751704541

ISSN

0969-8043

BIBTEX

@article { nuevosnchez2011,title = {Application of XRF spectrometry to the study of pigments in glazed ceramic pots},journal = {Applied Radiation and Isotopes},year = {2011},volume = {69},number = {3},pages = {574-579},author = {Nuevo, M.J. and Martín Sánchez, A.}}

AUTORES DE LA UEX

Alejandro Martín Sánchez

OTRAS PUBLICACIONES DE INTERÉS

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Study About The Radionuclides Implanted On Glass Surfaces For The Estimation Of Retrospective Indoor Radon Concentrations
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Determination Of Alpha Activity In Solid Samples By Leaching Or Digestion
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Influence Of Source Composition And Particle Energy On The Determination Of Gross Alpha Activity
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Gross Alpha And Beta Indices In Water Samples Revisited
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Some Geometrical Considerations About The Influence Of Topography On The Adhesion Force As Measured By Afm On Curved Surfaces
Isotopic Uranium And Plutonium Analysis By Alpha-Particle Spectrometry
Some Geometrical Considerations About The Influence Of Topography On The Adhesion Force As Measured By Afm On Curved Surfaces
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210pb And 210po Determination In Environmental Samples Using Liquid Scintillation Counting And Alpha Spectrometry
Isotopic Uranium And Plutonium Analysis By Alpha-Particle Spectrometry
210pb And 210po Determination In Environmental Samples Using Liquid Scintillation Counting And Alpha Spectrometry
Radioanalytical Method For The Determination Of 90sr In Soil Samples By Yttrium Solvent Extraction And Cerenkov Counting
210pb And 210po Determination In Environmental Samples Using Liquid Scintillation Counting And Alpha Spectrometry
Radioanalytical Method For The Determination Of 90sr In Soil Samples By Yttrium Solvent Extraction And Cerenkov Counting
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Quantitative Surface Roughness Determination Of Materials By Afm: Some Limitations
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Quantitative Surface Roughness Determination Of Materials By Afm: Some Limitations
On The Use Of Rms Roughness For Surface Roughness Characterization
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On The Use Of Rms Roughness For Surface Roughness Characterization
Study Of The Peak Shape In Alpha Spectra Measured By Liquid Scintillation
On The Use Of Rms Roughness For Surface Roughness Characterization
Study Of The Peak Shape In Alpha Spectra Measured By Liquid Scintillation
Application Of Friction And Adhesion Force Imaging To Physico-Chemical Characterization Of Saccharomyces Cerevisiae
Study Of The Peak Shape In Alpha Spectra Measured By Liquid Scintillation
Application Of Friction And Adhesion Force Imaging To Physico-Chemical Characterization Of Saccharomyces Cerevisiae
Scanning Probe Analysis Of The Ultrastructure Of Electrodeposited Layers Of Uranium
Application Of Friction And Adhesion Force Imaging To Physico-Chemical Characterization Of Saccharomyces Cerevisiae
Scanning Probe Analysis Of The Ultrastructure Of Electrodeposited Layers Of Uranium
Experimental Analysis Of The Influence Of Surface Topography On The Adhesion Force As Measured By An Afm
Scanning Probe Analysis Of The Ultrastructure Of Electrodeposited Layers Of Uranium
Experimental Analysis Of The Influence Of Surface Topography On The Adhesion Force As Measured By An Afm
Study Of Inhomogeneities In Sources Prepared For Α-Particle Spectrometry Using Scanning Probe Microscopy
Experimental Analysis Of The Influence Of Surface Topography On The Adhesion Force As Measured By An Afm
Study Of Inhomogeneities In Sources Prepared For Α-Particle Spectrometry Using Scanning Probe Microscopy
The Effect Of Energy Losses In Α-Particle Sources On The Shape Of Peaks In Spectra Obtained With Wide-Angle Geometry
Study Of Inhomogeneities In Sources Prepared For Α-Particle Spectrometry Using Scanning Probe Microscopy
The Effect Of Energy Losses In Α-Particle Sources On The Shape Of Peaks In Spectra Obtained With Wide-Angle Geometry
Optical Interference Artifacts In Contact Atomic Force Microscopy Images
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Application Of Atomic And Nuclear Techniques To The Study Of Inhomogeneities In Electrodeposited Α-Particle Sources
Surface Morphological Characterization Of Yeast Cells By Scanning Force Microscopy
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Surface Morphological Characterization Of Yeast Cells By Scanning Force Microscopy
Monte Carlo Simulation As An Aid To Alpha-Particle Spectrometry
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Activity Of 239+240pu And 238pu In Atmospheric Deposits
Computer Simulation Of Backscattered Alpha Particles
Activity Of 239+240pu And 238pu In Atmospheric Deposits
Computer Simulation Of Backscattered Alpha Particles
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Computer Simulation Of Backscattered Alpha Particles
Uranium Isotopic Data In Uraninite Spent Fuel From The Bangombe Natural Nuclear Reactor (Gabon) And Its Surroundings
Analysis Of Plutonium In Soil Samples
Uranium Isotopic Data In Uraninite Spent Fuel From The Bangombe Natural Nuclear Reactor (Gabon) And Its Surroundings
Analysis Of Plutonium In Soil Samples
Simplifying Data Fitting Using Branching Ratios As Constraints In Alpha Spectrometry
Analysis Of Plutonium In Soil Samples
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Simplifying Data Fitting Using Branching Ratios As Constraints In Alpha Spectrometry
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Radiactividad
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Radiactividad
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Radiactividad
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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
Experimental Study Of The Curve-Shape Variations In Alpha-Particle Spectrometry
Extractive Procedure For Uranium Determination In Water Samples By Liquid Scintillation Counting
Experimental Study Of The Curve-Shape Variations In Alpha-Particle Spectrometry
Ion Beam Analysis And Alpha Spectrometry Of Sources Electrodeposited On Several Backings
Experimental Study Of The Curve-Shape Variations In Alpha-Particle Spectrometry
Ion Beam Analysis And Alpha Spectrometry Of Sources Electrodeposited On Several Backings
Translational And Rotational Diffusion Of Dilute Solid Amorphous Spherical Nanocolloids By Molecular Dynamics Simulation
Ion Beam Analysis And Alpha Spectrometry Of Sources Electrodeposited On Several Backings
Translational And Rotational Diffusion Of Dilute Solid Amorphous Spherical Nanocolloids By Molecular Dynamics Simulation
Translational And Rotational Diffusion Of Model Nanocolloidal Dispersions Studied By Molecular Dynamics Simulations
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Translational And Rotational Diffusion Of Model Nanocolloidal Dispersions By Molecular Dynamics Simulations
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Translational And Rotational Diffusion Of Model Nanocolloidal Dispersions By Molecular Dynamics Simulations
Translational And Rotational Diffusion Of Dilute Solid Amorphous Spherical Nanocolloids By Molecular Dynamics Simulation
Self-Diffusion Coefficients And Shear Viscosity Of Model Nanocolloidal Dispersions By Molecular Dynamics Simulation
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Self-Diffusion Coefficients And Shear Viscosity Of Model Nanocolloidal Dispersions By Molecular Dynamics Simulation
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
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
Hydrodynamic Behaviour Of A Solute Particle By Molecular Dynamics
Distribution Of Uranium And Thorium In Sediments And Plants From A Granitic Fluvial Area
Hydrodynamic Behaviour Of A Solute Particle By Molecular Dynamics
Temperature And Density Dependence Of The Self-Diffusion Coefficient And Mori Coefficients Of Lennard-Jones Fluids By Molecular Dynamics Simulation
Hydrodynamic Behaviour Of A Solute Particle By Molecular Dynamics
Temperature And Density Dependence Of The Self-Diffusion Coefficient And Mori Coefficients Of Lennard-Jones Fluids By Molecular Dynamics Simulation
Fitting Of Alpha Spectra. Application To Low-Level Measurements
Temperature And Density Dependence Of The Self-Diffusion Coefficient And Mori Coefficients Of Lennard-Jones Fluids By Molecular Dynamics Simulation
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
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Self-Diffusion Of Large Solid Clusters In A Liquid By Molecular Dynamics Simulation
Fitbor: A New Program For The Analysis Of Complex Alpha Spectra
Self-Diffusion Of Large Solid Clusters In A Liquid By Molecular Dynamics Simulation
An Alternative Method For Calculating The Structure Factor In Two-Dimensional Melting
Self-Diffusion Of Large Solid Clusters In A Liquid By Molecular Dynamics Simulation
An Alternative Method For Calculating The Structure Factor In Two-Dimensional Melting
Behaviour Of Uranium, Thorium And 226ra In Surface Waters From A River Passing Through A Granitic Region In The Southwest Of Spain
An Alternative Method For Calculating The Structure Factor In Two-Dimensional Melting
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
Energy Resolution, Yield And Radon Diffusion In The Electrodeposition Of Radium
Optimizing The Results In Alpha-Spectrometry Of Very Low-Level Activity Samples When The Spike Used Is Present In The Sample
Energy Resolution, Yield And Radon Diffusion In The Electrodeposition Of Radium
Gamma And Alpha Spectrometry For Natural Radioactive Nuclides In The Spa Waters Of Extremadura (Spain)
Energy Resolution, Yield And Radon Diffusion In The Electrodeposition Of Radium
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
Path Integral Molecular Dynamics Methods: Application To Neon
A Simple Proof For A Simple Rule
Path Integral Molecular Dynamics Methods: Application To Neon
Mass Dependence Of Isotope Self-Diffusion By Molecular Dynamics
Path Integral Molecular Dynamics Methods: Application To Neon
Mass Dependence Of Isotope Self-Diffusion By Molecular Dynamics
Constraints On Uncertainties And Their Application To The Emission Probabilities Of Alpha-Particles
Mass Dependence Of Isotope Self-Diffusion By Molecular Dynamics
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
Physical Meaning Of The Time-Correlation Length Obtained In A Computer Simulation
Yields And Losses At Each Step In Preparing Uranium And Thorium Samples For Alpha Spectrometry
Physical Meaning Of The Time-Correlation Length Obtained In A Computer Simulation
Solution Of The Anharmonic Quartic Potential Oscillator Problem
Physical Meaning Of The Time-Correlation Length Obtained In A Computer Simulation
Solution Of The Anharmonic Quartic Potential Oscillator Problem
The Influence Of The Relative Density Of A Solute Particle On The Memory Function
Solution Of The Anharmonic Quartic Potential Oscillator Problem
The Influence Of The Relative Density Of A Solute Particle On The Memory Function
Molecular-Dynamics Ensembles: Fluctuations And Correlations Near The Phase Transitions
The Influence Of The Relative Density Of A Solute Particle On The Memory Function
Molecular-Dynamics Ensembles: Fluctuations And Correlations Near The Phase Transitions
Energy Levels Of The Quartic Double Well Using A Phase-Integral Method
Molecular-Dynamics Ensembles: Fluctuations And Correlations Near The Phase Transitions
Energy Levels Of The Quartic Double Well Using A Phase-Integral Method
Uranium Contamination Due To Nuclear Power Plants
Energy Levels Of The Quartic Double Well Using A Phase-Integral Method
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
Friction Coefficient Of A Brownian Particle: Dependence On Size And Mass
Alpha And Gamma Spectrometry For Natural Radioactive Nuclides Around Uranium Mines And Nuclear Power Plants
Friction Coefficient Of A Brownian Particle: Dependence On Size And Mass
General Expression For The Density Dependence Of The Mori Coefficients
Friction Coefficient Of A Brownian Particle: Dependence On Size And Mass
General Expression For The Density Dependence Of The Mori Coefficients
Some Educational Applications Of Alpha Spectrometry
General Expression For The Density Dependence Of The Mori Coefficients
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
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Gasp: A General-Purpose Program For Environmental Alpha Spectra
Comparison Of Link-Cell And Neighbourhood Tables On A Range Of Computers
Gasp: A General-Purpose Program For Environmental Alpha Spectra
Comparison Of Link-Cell And Neighbourhood Tables On A Range Of Computers
An Observed Correlation Between Alpha-Particle Peak-Fitting Parameters
Comparison Of Link-Cell And Neighbourhood Tables On A Range Of Computers
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
Temperature And Pressure Constraints Near The Freezing Point
Optimal Parameters For The Electrodeposition Of Uranium
Temperature And Pressure Constraints Near The Freezing Point
Optimizing The Parameters Affecting The Yield And Energy Resolution In The Electrodeposition Of Uranium
Temperature And Pressure Constraints Near The Freezing Point
Optimizing The Parameters Affecting The Yield And Energy Resolution In The Electrodeposition Of Uranium
The Effect Of Dimensionality On Brownian Motion
Optimizing The Parameters Affecting The Yield And Energy Resolution In The Electrodeposition Of Uranium
The Effect Of Dimensionality On Brownian Motion
A Technique For Improving The Link-Cell Method
The Effect Of Dimensionality On Brownian Motion
A Technique For Improving The Link-Cell Method
Statistical Error Methods In Computer Simulations
A Technique For Improving The Link-Cell Method
Statistical Error Methods In Computer Simulations
Improvement Of The Simple Method Of Analysing Alpha Spectra Of Natural Uranium Samples Spiked With 232u
Statistical Error Methods In Computer Simulations
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
A Direct Measurement Of 228th Activity By Alpha-Beta Coincidence Counting
Study Of The Energy Resolution And Yield Of Several Methods For Preparing Uranium Samples For Alpha Spectrometry
A Direct Measurement Of 228th Activity By Alpha-Beta Coincidence Counting
Brownian Motion In An Isothermal-Isobaric Bath: Mass And Size Dependence
A Direct Measurement Of 228th Activity By Alpha-Beta Coincidence Counting
Brownian Motion In An Isothermal-Isobaric Bath: Mass And Size Dependence
Comment On General Relativistic Perihelia Precession And The Anharmonic Oscillator
Brownian Motion In An Isothermal-Isobaric Bath: Mass And Size Dependence
Comment On General Relativistic Perihelia Precession And The Anharmonic Oscillator
A Weighted Mean-Square Method Of Cubication For Non-Linear Oscillators
Comment On General Relativistic Perihelia Precession And The Anharmonic Oscillator
A Weighted Mean-Square Method Of Cubication For Non-Linear Oscillators
Seasonal Variation Of Activity Ratios For Natural Uranium In Surface Waters
A Weighted Mean-Square Method Of Cubication For Non-Linear Oscillators
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
Generalized Fourier Series For Non-Linear Systems
A Simple Method Of Analysing Alpha Spectra Of Environmental Natural Uranium Samples
Generalized Fourier Series For Non-Linear Systems
Generalized Fourier Transforms For Nonlinear Systems
Generalized Fourier Series For Non-Linear Systems
Generalized Fourier Transforms For Nonlinear Systems
Structure And Melting Of Lead Overlayers On Cu(100) Studied With Thermal-Energy Atom Scattering
Generalized Fourier Transforms For Nonlinear Systems
Structure And Melting Of Lead Overlayers On Cu(100) Studied With Thermal-Energy Atom Scattering
Activity Ratios Of Natural Uranium In Surface Waters
Structure And Melting Of Lead Overlayers On Cu(100) Studied With Thermal-Energy Atom Scattering
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
Generalized Exponential, Circular, And Hyperbolic Functions For Nonlinear Wave Equations
Contamination In Surface Waters Around Uranium Mines In The Guadiana Basin
Generalized Exponential, Circular, And Hyperbolic Functions For Nonlinear Wave Equations
Natural Isotopic Separation Of Uranium In The Guadiana Basin
Generalized Exponential, Circular, And Hyperbolic Functions For Nonlinear Wave Equations
Natural Isotopic Separation Of Uranium In The Guadiana Basin
Transmission Coefficients In Anharmonic Symmetrical Potentials
Natural Isotopic Separation Of Uranium In The Guadiana Basin
Transmission Coefficients In Anharmonic Symmetrical Potentials
Anharmonic Asymmetric Oscillator: A Classical And Quantum Treatment
Transmission Coefficients In Anharmonic Symmetrical Potentials
Anharmonic Asymmetric Oscillator: A Classical And Quantum Treatment
Quantum Anharmonic Symmetrical Oscillators Using Elliptic Functions
Anharmonic Asymmetric Oscillator: A Classical And Quantum Treatment
Quantum Anharmonic Symmetrical Oscillators Using Elliptic Functions
Measurement Of The Intensities Of The Long-Range Alpha Particles From 212po
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