| 31. | Root mean square ( RMS ) contrast does not depend on the angular frequency content or the spatial distribution of contrast in the image.
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| 32. | Once the frequency relation is formulated in terms of ?, the angular frequency, the problem can be solved with 3 distinct solutions.
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| 33. | It is also referred to as "'temporal frequency "', which emphasizes the contrast to spatial frequency and angular frequency.
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| 34. | Where " ? " is the angular frequency and "'k "'is the wavevector describing plane wave solutions.
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| 35. | Physically, this corresponds to the Bloch vector precessing around \ mathbf { \ hat { n } } with angular frequency 2 \ omega.
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| 36. | The width of the bars and their distance apart represent angular frequency, measured in cycles per degree ( cpd or cyc / deg ).
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| 37. | So we have included both frequency ? and angular frequency ? to serve an educational purpose, not because we're undecided or careless.
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| 38. | For convenience, take " ? " 0 = 1 because the leading order of the solution's angular frequency is 1.
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| 39. | A small radial deviation from a circular orbit of radius " r " outer will oscillate in a stable manner with an angular frequency
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| 40. | The superscript m is called the "'angular frequency "'and denotes the number of times the Wavefront pattern repeats itself.
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