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NA= n x sin Where n is the refractive index of the imaging medium and is half of the angular aperture of the objective. ... d= /2 NA. Where is the wavelength of light used to image a specimen. ... d= 2 /NA2 ... R= 1.22 /Naomi+Second.
Lateral resolution is approximated by the 6 dB full-width half-maximum beam profile, given by LR = 0.4 × A F/L, where LR is the lateral resolution, is the ultrasound wavelength, F is the focal depth, and L is the active aperture length [20]. So, the greater the aperture, the better the LR.
By way of contrast, lateral resolution is defined as the ability of the system to distinguish two points in the direction perpendicular to the direction of the ultrasound beam. It is also known as azimuth resolution. Lateral resolution is affected by the width of the beam and the depth of imaging.
Lateral resolution is affected by the width of the beam and the depth of imaging. Wider beams typically diverge further in the far field and any ultrasound beam diverges at greater depth, decreasing lateral resolution. Therefore, lateral resolution is best at shallow depths and worse with deeper imaging.
Thus, a narrow, focused beam, and hence high lateral resolution, is obtained by: In addition, it is possible to improve lateral resolution by focusing at more than one depth within tissue. This process requires repetition of pulses of ultrasound along the same scan line for each focal point.
Elevation resolution is determined by the height of the ultrasound beam. It is the ability to distinguish two objects close together along the y-axis (vertical = elevation). The shorter = thinner the beam the better the elevation resolution.
Thus, a narrow, focused beam, and hence high lateral resolution, is obtained by: In addition, it is possible to improve lateral resolution by focusing at more than one depth within tissue. This process requires repetition of pulses of ultrasound along the same scan line for each focal point.
For increased axial resolution, you can increase the pulse rate which will decrease the frame rate. If the frame resolution is improved by increasing the line density, the frame rate will decrease. Increasing the depth of the scan will decrease the frame rate.
Axial resolution is defined by the equation: axial resolution = ½ spatial pulse length. The spatial pulse length is determined by the wavelength of the beam and the number of pulses. Therefore, to achieve a higher axial resolution using the shortest spatial pulse length possible and fewer number of pulses is advised.
Axial resolution, also known as longitudinal, depth or linear resolution is resolution in the direction parallel to the ultrasound beam. The resolution at any point along the beam is the same; therefore axial resolution is not affected by depth of imaging.
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