ULTRASONOGRAPHY LECTURE II

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Key Wave Properties

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24 Terms

1

Key Wave Properties

Important characteristics of waves that influence sonography.

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2

Ultrasound

Sound waves with frequencies above the human hearing range, used in medical imaging.

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3

Physics of Ultrasound

The study of the physical principles governing ultrasound behavior and propagation.

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4

Acoustics

A branch of physics that deals with sound and sound waves.

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5

Experiential Definition of Sound

What we hear through the human auditory system.

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6

Physical Definition of Sound

Propagation of pressure variations through a medium from a sound source to a listener.

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7

Mechanical Wave

A form of energy causing mechanical disturbance through vibration of molecules in a medium.

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8

Longitudinal Wave

A type of mechanical wave where molecules move in the same direction as the wave.

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9

Medium

A substance through which sound travels, requiring molecules for transmission.

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10

Acoustic Variables

Characteristics of sound that include pressure, density, and particle motion.

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11

Ultrasound Wave

A sound wave that travels in a sinusoidal form.

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12

Longitudinal Wave

A type of ultrasound wave characterized by compression and rarefaction.

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13

Transverse Wave

A type of ultrasound wave where particle motion is perpendicular to wave direction.

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14

Compression

Regions of high pressure in a sound wave.

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15

Rarefaction

Regions of low pressure in a sound wave.

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16

Frequency

The number of cycles per second in a sound wave, measured in Hertz (Hz).

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17

Ultrasound Imaging Frequency Range

The frequency range for ultrasound imaging, typically 2-20 MHz.

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18

Period (T)

The time it takes for a sound wave to complete one cycle, measured in seconds or microseconds.

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19

Wavelength

The distance over which one cycle of a wave occurs.

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20

Propagation Velocity

The speed at which a sound wave travels through a medium, influenced by density and stiffness.

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21

Amplitude

The strength or intensity of a sound wave, affecting image brightness in ultrasound.

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22

Power

The rate at which energy is transmitted into the body, measured in watts (W).

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23

Intensity

The amount of energy per second passing through a specified area, measured in decibels (dB).

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24

Pressure

The amount of force applied over a specific area, measured in Pascals (Pa).

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