Understanding Ultrasound Physics, 4th Edition by Sidney Edelman, PhD
Sononerds does not own any rights to the book Understanding Ultrasound Physics, 4th Edition, by Sidney K. Edelman. The table of contents below are topics covered in the book that are linked to Sononerds videos that cover the topic. When applicable, some links will take you to a time stamp in a video that may cover more than one concept.
Since the Sononerds content does not match up exactly with any of the current textbooks, I have also included links to videos that I think compliment other topics found in the chapter, but are not discussed by the author(s).
Not all topics will have a directly corelated video.
Chapter 1
Graphs
Relationships
Units
Powers of Ten
Metric System
Other videos not covered in Chapter 1 that might be helpful:
Chapter 2
Sound Waves
Acoustic Variables
Acoustic Parameters
Transverse Waves
Longitudinal Waves
In-phase and Out-of-Phase Waves
Interference
Other videos not covered in Chapter 2 that might be helpful:
Chapter 3
Describing Sound Waves
Period
Frequency
More about Frequency
More about Hertz
Amplitude
Power
Intensity
Wavelength
More about Wavelength
Propagation Speed
More about Propagation Speed
Other videos not covered in Chapter 3 that might be helpful:
Chapter 4
Pulsed Ultrasound
Pulse Duration
More about Pulse Duration
Spatial Pulse Length
More about Spatial Pulse Length
Pulse Repetition Period
More about Pulse Repetition Period
Pulse Repetition Frequency
More about Pulse Repetition Frequency
Relationship Between PRP and PRF
Duty Factor
More about Duty Factor
Other videos not covered in Chapter 4 that might be helpful:
Chapter 5
Intensities
Measuring and Reporting Sound Beam Intensities
Spatial Considerations
Temporal Considerations
Combining Spatial and Temporal Factors
Methods of Measuring Intensity
The Ten Commandments of Intensity
Other videos not covered in Chapter 5 that might be helpful:
Chapter 6
Comparing Signals
Logarithms
Decibels
Attenuation
Reflection
Scattering
Absorption
Attenuation Coefficient
Attenuation in Media Other Than Soft Tissue
Half-Value Layer Thickness
Impedance
Reflection and Transmission
Incidence
Incident, Reflected and Transmitted Sound
Refraction
Other videos not covered in Chapter 6 that might be helpful:
Chapter 7
Time of flight or Go-Return Time
The 13 -Microsecond Rule
PRP and Max Imaging Depth
PRF and Max Imaging Depth
Other videos not covered in Chapter 7 that might be helpful:
Chapter 8
Transducers
Basic Transducer Construction
Matching Layer
Backing Material
More about Piezoelectric Materials
Transducer Frequencies
Other videos not covered in Chapter 8 that might be helpful:
Chapter 9
Sound Beams
Shape of a Sound Beam
Anatomy of a Sound Beam
Determining Focal Depth
Sound Beam Divergence
Spherical Waves
Huygens' Principle
Other videos not covered in Chapter 9 that might be helpful:
Chapter 10
Axial Resolution
More about Axial Resolution
Lateral Resolution
More about Lateral Resolution
Focusing
More about Focusing
Other videos not covered in Chapter 10 that might be helpful:
Chapter 11
A-mode
B-mode
M-mode
Other videos not covered in Chapter 11 that might be helpful:
Chapter 12
2D Imaging
Mechanical Transducers
Transducer Arrays
Linear Phased Arrays
More about Linear Phased Array Transducers
Annular Phased Arrays
Linear Sequential Arrays
More about Linear Sequential Array Transducers
Convex, Curved, or Curvilinear Array Transducers
Vector Arrays
Slice Thickness or Elevational Resolution
3D Imaging
Special Topics
Other videos not covered in Chapter 12 that might be helpful:
Chapter 13
Temporal Resolution
Frame Rate
Imaging Depth
Number of Pulses Per Image
Multi-Focus
Sector Size
Line Density
More about Temporal Resolution
Other videos not covered in Chapter 13 that might be helpful:
Chapter 14
Pulsed Echo Instrumentation
Pulser
Beam Former
Switch
Receiver
Amplification
Compensation
Compression
Demodulation
Reject
Dynamic Frequency Tuning
Output Power vs. Receiver Gain
ALARA
Other videos not covered in Chapter 14 that might be helpful: