Recommendations for simulating and measuring with biofabricated lung equivalent materials based on atomic composition analysis

Recommendations for simulating and measuring with biofabricated lung equivalent materials based on atomic composition analysis

Monte Carlo simulations of lung equivalent materials often involve the density being artificially lowered rather than a true lung tissue (or equivalent plastic) and air composition being simulated. This study used atomic composition analysis to test the suitability of this method. Atomic composition...

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Bibliographic Details
Main Authors: Charles, P.H (Author), Crowe, S. (Author), Kairn, T. (Author)
Format: Article
Language:English
Published: Springer Science and Business Media Deutschland GmbH 2021
Subjects:
3D printers
3D printing
3-D printing
ABS
Air components
argon
Article
Atomic composition
Atomic composition analysis
Atomic compositions
Atomic numbers
Atoms
Biological organs
biomaterial
carbon
chemical composition
chlorine
dosimetry
Dosimetry
hydrogen
lung
Lung
lung parenchyma
Lung tissue
mathematical computing
Monte Carlo
Monte Carlo method
Monte Carlo Method
Monte Carlo methods
nitrogen
oxygen
Pattern effect
phosphorus
photon
Photons
physical chemistry
physical parameters
PLA
potassium
Printing, Three-Dimensional
radiometry
Radiometry
silicon
sodium
three dimensional bioprinting
three dimensional printing
Tissue
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