Frequency Response Testing in Nuclear Reactors |
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Contents
Preface | 7 |
Properties of Important Test Signals | 52 |
Data Analysis | 83 |
Copyright | |
6 other sections not shown
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Common terms and phrases
amplitude analysis approximation autocorrelation function average binary bits block calculation called chapter characteristics coefficients complex consider Contr data record dependence desired determined developed dynamic effect energy equations error estimation evaluation example experience experimental feedback filtering Fourier analysis Fourier coefficients Fourier transform Frequency Response Testing gain give given harmonic identification important increases input input signal integral Laplace transform linear measurements method neutron noise nonlinear Nucl nuclear reactor obtained operation output parameters performance period periodic signal perturbations plant plot points poles positive possible power reactors power spectrum PRBS problem Proc procedure Program pulse range ratio reactivity relation samples selected sequence shown in Fig shows signal single spectra square stability step TABLE techniques theoretical tion Trans transfer function transition usually zero