PUBLICACIÓN

Determination and analysis of ionization/excitation distributions for alpha particles in silicon detectors

ACCEDER A LA PUBLICACIÓN: Scopus

2020 Nuclear Instruments and Methods in Physics Research, Section A: Accelerators, Spectrometers, Detectors and Associated Equipment

Instrumentation (Q1), Nuclear and High Energy Physics (Q2)

JCR: 1.455

SJR: 0.747

CITAS

3

DOI

10.1016/j.nima.2020.164134

EID

2-s2.0-85084520070

ISSN

0168-9002

AUTORES DE LA UEX

Miguel Jurado Vargas

OTRAS PUBLICACIONES DE INTERÉS

An Observed Correlation Between Alpha-Particle Peak-Fitting Parameters
Meandering Periods And Asymmetries In Light Curves Of Miras: Observational Evidence For Low Mass-Loss Rates
Α-Spectrim: A New Application Designed For Reproducing Alpha-Particle Spectra
Meandering Periods And Asymmetries In Light Curves Of Miras: Observational Evidence For Low Mass-Loss Rates
Α-Spectrim: A New Application Designed For Reproducing Alpha-Particle Spectra
Gamma-Ray Measurements Of The Activated Target Components In A Cyclotron Used For Positron Emission Tomography
Α-Spectrim: A New Application Designed For Reproducing Alpha-Particle Spectra
Gamma-Ray Measurements Of The Activated Target Components In A Cyclotron Used For Positron Emission Tomography
Determination And Analysis Of Ionization/excitation Distributions For Alpha Particles In Silicon Detectors
Gamma-Ray Measurements Of The Activated Target Components In A Cyclotron Used For Positron Emission Tomography
Determination And Analysis Of Ionization/excitation Distributions For Alpha Particles In Silicon Detectors
Alphacal: A New User-Friendly Tool For The Calibration Of Alpha-Particle Sources
Determination And Analysis Of Ionization/excitation Distributions For Alpha Particles In Silicon Detectors
Alphacal: A New User-Friendly Tool For The Calibration Of Alpha-Particle Sources
Radioactive Characterization Of Charcoal As A Tool In Identifying Fossil Contamination
Alphacal: A New User-Friendly Tool For The Calibration Of Alpha-Particle Sources
Radioactive Characterization Of Charcoal As A Tool In Identifying Fossil Contamination
Study Of The 243am Decay
Radioactive Characterization Of Charcoal As A Tool In Identifying Fossil Contamination
Study Of The 243am Decay
Measurement Of Activation Products Generated In The [18f]fdg Production By A 9.6 Mev Cyclotron
Study Of The 243am Decay
Measurement Of Activation Products Generated In The [18f]fdg Production By A 9.6 Mev Cyclotron
Study Of Backscattering In Alpha-Particle Sources With The New Code Alfamc
Measurement Of Activation Products Generated In The [18f]fdg Production By A 9.6 Mev Cyclotron
Study Of Backscattering In Alpha-Particle Sources With The New Code Alfamc
Characterization Of Coal And Charcoal By Alpha-Particle And Gamma-Ray Spectrometry
Study Of Backscattering In Alpha-Particle Sources With The New Code Alfamc
Characterization Of Coal And Charcoal By Alpha-Particle And Gamma-Ray Spectrometry
Radon In Underground Waters As A Natural Analogue To Study The Escape Of Co2 In Geological Repositories
Characterization Of Coal And Charcoal By Alpha-Particle And Gamma-Ray Spectrometry
Radon In Underground Waters As A Natural Analogue To Study The Escape Of Co2 In Geological Repositories
A Comparison Between The Codes Srim And Alfamc In The Monte Carlo Simulation Of Alpha-Particle Backscattering
Radon In Underground Waters As A Natural Analogue To Study The Escape Of Co2 In Geological Repositories
A Comparison Between The Codes Srim And Alfamc In The Monte Carlo Simulation Of Alpha-Particle Backscattering
Application Of Alpha Particle Transport To The Modelization Of Efficiency Curves In Proportional Counters
A Comparison Between The Codes Srim And Alfamc In The Monte Carlo Simulation Of Alpha-Particle Backscattering
Application Of Alpha Particle Transport To The Modelization Of Efficiency Curves In Proportional Counters
Improvements To Alpha-Particle Spectrometry Techniques
Application Of Alpha Particle Transport To The Modelization Of Efficiency Curves In Proportional Counters
Improvements To Alpha-Particle Spectrometry Techniques
Determination Of Alpha Activity In Solid Samples By Leaching Or Digestion
Improvements To Alpha-Particle Spectrometry Techniques
Determination Of Alpha Activity In Solid Samples By Leaching Or Digestion
Influence Of Source Composition And Particle Energy On The Determination Of Gross Alpha Activity
Determination Of Alpha Activity In Solid Samples By Leaching Or Digestion
Influence Of Source Composition And Particle Energy On The Determination Of Gross Alpha Activity
Measurements Of Alpha-Gamma Coincidences With An Optimized Dual-Parameter Multichannel System
Influence Of Source Composition And Particle Energy On The Determination Of Gross Alpha Activity
Measurements Of Alpha-Gamma Coincidences With An Optimized Dual-Parameter Multichannel System
Alfitex: A Code Introducing Improvements In The Analysis Of Alpha Spectra
Measurements Of Alpha-Gamma Coincidences With An Optimized Dual-Parameter Multichannel System
Alfitex: A Code Introducing Improvements In The Analysis Of Alpha Spectra
Alfitex: A New Code For The Deconvolution Of Complex Alpha-Particle Spectra
Alfitex: A Code Introducing Improvements In The Analysis Of Alpha Spectra
Alfitex: A New Code For The Deconvolution Of Complex Alpha-Particle Spectra
Sample Quality Index To Preselect Suitable Carbonate Samples For Alpha Spectrometry U/th Dating
Alfitex: A New Code For The Deconvolution Of Complex Alpha-Particle Spectra
Sample Quality Index To Preselect Suitable Carbonate Samples For Alpha Spectrometry U/th Dating
Incrustation Of Α-Particle Emitters In The Source Backing: Influence On Activity Measurements
Sample Quality Index To Preselect Suitable Carbonate Samples For Alpha Spectrometry U/th Dating
Incrustation Of Α-Particle Emitters In The Source Backing: Influence On Activity Measurements
Application Of The Monte Carlo Code Deteff To Efficiency Calibrations For In Situ Gamma-Ray Spectrometry
Incrustation Of Α-Particle Emitters In The Source Backing: Influence On Activity Measurements
Application Of The Monte Carlo Code Deteff To Efficiency Calibrations For In Situ Gamma-Ray Spectrometry
Alpha-Particle Energy Distributions From Thin Sources Measured With Small Solid Angles
Application Of The Monte Carlo Code Deteff To Efficiency Calibrations For In Situ Gamma-Ray Spectrometry
Alpha-Particle Energy Distributions From Thin Sources Measured With Small Solid Angles
Improving The Trade-Off Between Simulation Time And Accuracy In Efficiency Calibrations With The Code Deteff
Alpha-Particle Energy Distributions From Thin Sources Measured With Small Solid Angles
Improving The Trade-Off Between Simulation Time And Accuracy In Efficiency Calibrations With The Code Deteff
A Method To Reproduce Alpha-Particle Spectra Measured With Semiconductor Detectors
Improving The Trade-Off Between Simulation Time And Accuracy In Efficiency Calibrations With The Code Deteff
A Method To Reproduce Alpha-Particle Spectra Measured With Semiconductor Detectors
Assessment Of The Suitability Of Different Random Number Generators For Monte Carlo Simulations In Gamma-Ray Spectrometry
A Method To Reproduce Alpha-Particle Spectra Measured With Semiconductor Detectors
Assessment Of The Suitability Of Different Random Number Generators For Monte Carlo Simulations In Gamma-Ray Spectrometry
Testing Efficiency Transfer Codes For Equivalence
Assessment Of The Suitability Of Different Random Number Generators For Monte Carlo Simulations In Gamma-Ray Spectrometry
Testing Efficiency Transfer Codes For Equivalence
The Effect Of Source Chemical Composition On The Self-Attenuation Corrections For Low-Energy Gamma-Rays In Soil Samples
Testing Efficiency Transfer Codes For Equivalence
The Effect Of Source Chemical Composition On The Self-Attenuation Corrections For Low-Energy Gamma-Rays In Soil Samples
Radioactive Content Of Charcoal
The Effect Of Source Chemical Composition On The Self-Attenuation Corrections For Low-Energy Gamma-Rays In Soil Samples
Radioactive Content Of Charcoal
Study Of Self-Absorption For The Determination Of Gross Alpha And Beta Activities In Water And Soil Samples
Radioactive Content Of Charcoal
Study Of Self-Absorption For The Determination Of Gross Alpha And Beta Activities In Water And Soil Samples
An Intercomparison Of Monte Carlo Codes Used In Gamma-Ray Spectrometry
Study Of Self-Absorption For The Determination Of Gross Alpha And Beta Activities In Water And Soil Samples
An Intercomparison Of Monte Carlo Codes Used In Gamma-Ray Spectrometry
Deteff: An Improved Monte Carlo Computer Program For Evaluating The Efficiency In Coaxial Gamma-Ray Detectors
An Intercomparison Of Monte Carlo Codes Used In Gamma-Ray Spectrometry
Deteff: An Improved Monte Carlo Computer Program For Evaluating The Efficiency In Coaxial Gamma-Ray Detectors
Design And Construction Of A New Chamber For Measuring The Thickness Of Alpha-Particle Sources
Deteff: An Improved Monte Carlo Computer Program For Evaluating The Efficiency In Coaxial Gamma-Ray Detectors
Design And Construction Of A New Chamber For Measuring The Thickness Of Alpha-Particle Sources
Dependence Of Α-Particle Backscattering On Energy And Source Backing
Design And Construction Of A New Chamber For Measuring The Thickness Of Alpha-Particle Sources
Dependence Of Α-Particle Backscattering On Energy And Source Backing
Application Of Penelope Code To The Efficiency Calibration Of Coaxial Germanium Detectors
Dependence Of Α-Particle Backscattering On Energy And Source Backing
Application Of Penelope Code To The Efficiency Calibration Of Coaxial Germanium Detectors
Dependence Of Self-Absorption On Thickness For Thin And Thick Alpha-Particle Sources Of Uo2
Application Of Penelope Code To The Efficiency Calibration Of Coaxial Germanium Detectors
Dependence Of Self-Absorption On Thickness For Thin And Thick Alpha-Particle Sources Of Uo2
Scattering And Self-Absorption Corrections In The Measurement Of Α-Particle Emitters In 2π Geometry
Dependence Of Self-Absorption On Thickness For Thin And Thick Alpha-Particle Sources Of Uo2
Scattering And Self-Absorption Corrections In The Measurement Of Α-Particle Emitters In 2π Geometry
Application Of Ion Transport Simulation To The Backscattering In Α-Particle Sources
Scattering And Self-Absorption Corrections In The Measurement Of Α-Particle Emitters In 2π Geometry
Application Of Ion Transport Simulation To The Backscattering In Α-Particle Sources
Photometric Study Of The W Uma-Type Eclipsing Binary System Gsc 4832.400
Application Of Ion Transport Simulation To The Backscattering In Α-Particle Sources
Photometric Study Of The W Uma-Type Eclipsing Binary System Gsc 4832.400
Efficiency Transfer In The Calibration Of A Coaxial P-Type Hpge Detector Using The Monte Carlo Method
Photometric Study Of The W Uma-Type Eclipsing Binary System Gsc 4832.400
Efficiency Transfer In The Calibration Of A Coaxial P-Type Hpge Detector Using The Monte Carlo Method
Measurements Of Atmospheric Extinction At A Ground Level Observatory
Efficiency Transfer In The Calibration Of A Coaxial P-Type Hpge Detector Using The Monte Carlo Method
Measurements Of Atmospheric Extinction At A Ground Level Observatory
Monte Carlo Simulation Of The Self-Absorption Corrections For Natural Samples In Gamma-Ray Spectrometry
Measurements Of Atmospheric Extinction At A Ground Level Observatory
Monte Carlo Simulation Of The Self-Absorption Corrections For Natural Samples In Gamma-Ray Spectrometry
Influence Of The Geometrical Characteristics Of An Hpge Detector On Its Efficiency
Monte Carlo Simulation Of The Self-Absorption Corrections For Natural Samples In Gamma-Ray Spectrometry
Influence Of The Geometrical Characteristics Of An Hpge Detector On Its Efficiency
S Orionis: A Mira-Type Variable With A Marked Period Decrease
Influence Of The Geometrical Characteristics Of An Hpge Detector On Its Efficiency
S Orionis: A Mira-Type Variable With A Marked Period Decrease
Application Of Atomic And Nuclear Techniques To The Study Of Inhomogeneities In Electrodeposited Α-Particle Sources
S Orionis: A Mira-Type Variable With A Marked Period Decrease
Application Of Atomic And Nuclear Techniques To The Study Of Inhomogeneities In Electrodeposited Α-Particle Sources
Study Of The Energy Resolution In Alpha-Particle Spectra From Electrodeposited Radium Sources
Application Of Atomic And Nuclear Techniques To The Study Of Inhomogeneities In Electrodeposited Α-Particle Sources
Study Of The Energy Resolution In Alpha-Particle Spectra From Electrodeposited Radium Sources
Model To Explain Simultaneously The 222rn And 220rn Emanation From Thin Electrodeposited Sources
Study Of The Energy Resolution In Alpha-Particle Spectra From Electrodeposited Radium Sources
Model To Explain Simultaneously The 222rn And 220rn Emanation From Thin Electrodeposited Sources
Atmospheric Extinction Of Stellar Radiation In The Optical Domain
Model To Explain Simultaneously The 222rn And 220rn Emanation From Thin Electrodeposited Sources
Atmospheric Extinction Of Stellar Radiation In The Optical Domain
Strong Period Decrease In The Mira Star S Sex: A Possible Helium-Shell Flash
Atmospheric Extinction Of Stellar Radiation In The Optical Domain
Strong Period Decrease In The Mira Star S Sex: A Possible Helium-Shell Flash
Radioactivity In Bottled Mineral Waters
Strong Period Decrease In The Mira Star S Sex: A Possible Helium-Shell Flash
Radioactivity In Bottled Mineral Waters
Ion Exchange Of Radium And Barium In Zeolites
Radioactivity In Bottled Mineral Waters
Ion Exchange Of Radium And Barium In Zeolites
Distribution Of Uranium And Thorium In Sediments And Plants From A Granitic Fluvial Area
Ion Exchange Of Radium And Barium In Zeolites
Distribution Of Uranium And Thorium In Sediments And Plants From A Granitic Fluvial Area
A Study Of 222rn Emanation In Electrodeposited Sources Of 226ra With Barium
Distribution Of Uranium And Thorium In Sediments And Plants From A Granitic Fluvial Area
A Study Of 222rn Emanation In Electrodeposited Sources Of 226ra With Barium
On The Determination Of 223ra And 224ra From Their Daughter Products In Electrodeposited Sources Of Radium
A Study Of 222rn Emanation In Electrodeposited Sources Of 226ra With Barium
On The Determination Of 223ra And 224ra From Their Daughter Products In Electrodeposited Sources Of Radium
Behaviour Of Uranium, Thorium And 226ra In Surface Waters From A River Passing Through A Granitic Region In The Southwest Of Spain
On The Determination Of 223ra And 224ra From Their Daughter Products In Electrodeposited Sources Of Radium
Behaviour Of Uranium, Thorium And 226ra In Surface Waters From A River Passing Through A Granitic Region In The Southwest Of Spain
Influence Of Ba On The Electrodeposition Of226ra
Behaviour Of Uranium, Thorium And 226ra In Surface Waters From A River Passing Through A Granitic Region In The Southwest Of Spain
Influence Of Ba On The Electrodeposition Of226ra
Optimizing The Results In Alpha-Spectrometry Of Very Low-Level Activity Samples When The Spike Used Is Present In The Sample
Influence Of Ba On The Electrodeposition Of226ra
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)
Simplex Method For Optimization Of Experiments Application To Electrodeposition In Alpha Spectrometry
Gamma And Alpha Spectrometry For Natural Radioactive Nuclides In The Spa Waters Of Extremadura (Spain)
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
Some Educational Applications Of Alpha Spectrometry
Yields And Losses At Each Step In Preparing Uranium And Thorium Samples For Alpha Spectrometry
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
Meandering Periods And Asymmetries In Light Curves Of Miras: Observational Evidence For Low Mass-Loss Rates
WEB ACCESIBLE