Determination of Phase Shift by Digital Holography
p.43
p.43
Noise Filter for Surface Shape Measurement in Digital Holography
p.47
p.47
High-Frequency Low-Distortion One-Tone and Two-Tone Signal Generation Using Arbitrary Waveform Generator
p.52
p.52
Multi-Valued PAM-N Data Transmission Using Double-Rate Tomlinson-Harashima Precoding
p.59
p.59
A Torque-Sensorless Viscometer for Food Processing Applications
p.66
p.66
Effect of Mass Added to a Force Transducer on the Dynamic-Force Correction Method
p.72
p.72
Another Implementation of Efficient Recoding Circuit for Signed Digit to Residue Canonical Signed Digit on Modulo 2n-1
p.78
p.78
Electron Density Measurement Using Multi-Energy X-Rays from a Conventional Laboratory X-Ray Source
p.83
p.83
A Study on Physically Based Maximum Electric Field Modeling Used for HCI Induced Degradation Characteristic of LDMOS
p.89
p.89
Electron Density Measurement Using Multi-Energy X-Rays from a Conventional Laboratory X-Ray Source
Abstract:
We have proposed a method to obtain the electron density and effective atomic number from the attenuation coefficients of multi-energy X-rays. The simulations were performed using NIST’s database and demonstrate that our approach can facilitate electron density measurements within accuracy of 1% in a human body. The proposed method exhibited an improvement in the accuracy of electron density measurements, which were obtained from experimental linear attenuation coefficients using a conventional laboratory X-ray source with energy spectrum.
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Info:
Periodical:
Applied Mechanics and Materials (Volume 888)
Pages:
83-88
Citation:
Online since:
February 2019
Price:
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