MicroComputed Tomography: Methodology and Applications

摘要: Preface Acknowledgments Biography Introduction References Fundamentals X-Radiation Imaging X-Ray Contrast and Reconstruction from Projections Basic Concepts Algebraic Back-Projection Fourier-Based Performance Sinograms MicroCT Systems Their Components Absorption Methods Sources Detectors Positioning Tube-Based Synchrotron Radiation NanoCT (Full-Field, Microscopy-Based with Phase, Fluorescence, or Scattering System Specification in Practice Artifacts Performance: Precision Accuracy Enhancement Data Acquisition Challenges Speculations Experimental Design, Analysis, Visualization Experiment Design Analysis Representation Simple Metrology Microstructure Quantification Distribution of Phases Phylogeny Cellular Trabecular Solids Static Structures Temporally Evolving, Nonbiological Mineralized Tissue Implants Scaffolds Networks Engineered Network Pores Circulatory Respiratory Evolution Materials Processing Environmental Interactions Bone Soft Adaptation Mechanically Induced Damage, Deformation, Cracking Deformation Studies Monolithic Materials: Crack Face Closure Composite Multimode Sea Urchin Teeth Sulfate Ion Attack Portland Cement Fatigue Path Mesotexture Creep Damage Load Redistribution Damaged Monofilament Composites Index