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The combination measured depends on the geometry of the optical spot relative to the beams, which we determine from the linear experiments using a variety of drive combinations.
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The combination measured depends on the geometry of the optical spot relative to the beams, which we determine from the linear experiments using a variety of drive combinations.
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Ph.D. dissertation, Caltech
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Karabalin, R.B.1
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The structure of the dynamical system depends on the ratio αI / αII which is close to unity for our nearly identical beams. The absolute magnitude of α [approximately 0.0072 (MHz/nm) 2] determines an overall proportionality constant in the driving strengths and calibrates the amplitude of the response in nanometer.
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The structure of the dynamical system depends on the ratio αI / αII which is close to unity for our nearly identical beams. The absolute magnitude of α [approximately 0.0072 (MHz/nm) 2] determines an overall proportionality constant in the driving strengths and calibrates the amplitude of the response in nanometer.
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The theoretical points, which are the end values of a long numerical simulation, depend on the phase of the amplitude modulation at the end of each run, whereas this modulation simply leads to a drop in the experimentally measured amplitude since RF power is transferred outside the measurement bandwidth of the network analyzer.
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The theoretical points, which are the end values of a long numerical simulation, depend on the phase of the amplitude modulation at the end of each run, whereas this modulation simply leads to a drop in the experimentally measured amplitude since RF power is transferred outside the measurement bandwidth of the network analyzer.
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