Results 281 to 290 of about 5,871,149 (318)
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The Quarterly Journal of Mechanics and Applied Mathematics, 1993
The normal frequencies of oscillation of a fluid inside certain containers are calculated by expressing the velocity potential as a linear combination of harmonic functions each of which satisfies the free-surface boundary condition. The unknown coefficients are then determined by the application of the bottom boundary condition. This is done for three
Evans, DV, Linton, CM
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The normal frequencies of oscillation of a fluid inside certain containers are calculated by expressing the velocity potential as a linear combination of harmonic functions each of which satisfies the free-surface boundary condition. The unknown coefficients are then determined by the application of the bottom boundary condition. This is done for three
Evans, DV, Linton, CM
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Frequency Discrimination as a Function of Frequency
The Journal of the Acoustical Society of America, 1967The frequency resolution of the human auditory system at high frequencies has been difficult to measure because of the nonlinear response of earphones on real ears at frequencies above approximately 4000 cps. Variation of this response with frequency is sufficiently great that amplitude rather than frequency differences may govern discrimination.
G. Bruce Henning, S. M. Forbes
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Forensic Science International, 1982
Abstract The frequency of azoospermia was found to be 1.9% in seminal stains on swabs examined in sexual assault cases.
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Abstract The frequency of azoospermia was found to be 1.9% in seminal stains on swabs examined in sexual assault cases.
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Life Sciences, 1976
Abstract The brain is an information handling device. The information is coded as the frequency of nerve action potentials. Mechanisms of the encoding and manipulation of information are discussed. A general discussion of the cortex as a frequency generating and frequency sensitive device is given.
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Abstract The brain is an information handling device. The information is coded as the frequency of nerve action potentials. Mechanisms of the encoding and manipulation of information are discussed. A general discussion of the cortex as a frequency generating and frequency sensitive device is given.
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Folia Phoniatrica et Logopaedica, 2009
The centerpiece of determinacy grammar (DG) is determinacy form (DF). According to DF, a binder (z) binds an argument (x) to a predicate (y) with certain amounts of accuracy (I) and completeness (C), where I and C are defined in terms of frequencies (N): I = N(xy)/N(x) and C = N(xy)/N(y).
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The centerpiece of determinacy grammar (DG) is determinacy form (DF). According to DF, a binder (z) binds an argument (x) to a predicate (y) with certain amounts of accuracy (I) and completeness (C), where I and C are defined in terms of frequencies (N): I = N(xy)/N(x) and C = N(xy)/N(y).
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Abstract of WO2006016312 A frequency divider comprising, a first latch circuit (10) and a second latch circuit (10'), the second latch circuit (10') being crossed-coupled to the first latch circuit (10). Each latch (10; 10') comprises a respective sense amplifier coupled to a respective latch (11).
Acar, M., Leenaerts, D.M.W., Nauta, Bram
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Acar, M., Leenaerts, D.M.W., Nauta, Bram
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A low power frequency synthesiser circuit (30) for a radio transceiver, the synthesiser circuit comprising: a digital controlled oscillator configured to generate an output signal having a frequency controlled by an input digital control word (DCW); a feedback loop connected between an output and an input of the digital controlled oscillator, the ...
Drago, Salvatore +4 more
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Drago, Salvatore +4 more
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