Cover; Half Title; Title Page; Copyright Page; Contents; Preface; Authors; 1. General Introductory Topics; Part 1: Fundamental Mathematics; Dirac Delta Pulse; Kronecker Delta Pulse; Kronecker Comb; sinc Function; Convolution; Cross-Correlation; Autocorrelation; Fourier Transform; Discrete Fourier Transform; Least-Squares Fit; Method of Least-Squares Fit for Multiple Parameters; Nyquist-Shannon Sampling Theorem; Basic Statistics; Student's t-Test; Speckle Contrast; Statistical Distribution Functions; Part 2: Fundamental Biology; Basic Biological Concepts; Cell Structure; Tissue Structure
PhotodetectorsPhotodiodes; Phototransistors; Photomultiplier Tubes; Charge-Coupled Devices; Power Meter; Spectrometers; Electrical Equipment; Data Acquisition System; Amplifiers; Digitizer; Signal Generation; Power Supply; Function Generator; Electrical and Light Safety; Electrical Safety; Light Safety; 3. Fundamental Light-Tissue Interactions: Light Scattering and Absorption; Principles of Light Scattering and Absorption; Refractive Index of Biological Tissue; Basics of Theory of Light Scattering and Absorption; Scattering and Absorption of Light in Tissue by Small Particles; Lab Discussion
Laboratory 1: Absorption: Measurement of Hemoglobin ConcentrationLaboratory Protocol; Instrumentation; LED Sources; Lenses; Detectors; Mechanical Design; Sample Preparation; Experiment; Data Analysis; Laboratory 2: Biomedical Application of Absorption Measurements; Laboratory 3: Scattering: Measurement of Structure; Attenuation and Anisotropy of Scattering; Instrumentation; Sample Preparation; Experiment; Data Analysis; Backscattering Cross-Section Spectra; Instrumentation; Sample Preparation; Experiment; Data Analysis; Laboratory 4: Biomedical Application of Scattering Measurements
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Online resource; title from PDF title page (EBSCO, viewed May 30, 2018)
