Noise analysis applications made at Rajasthan atomic power station, including primary coolant flow rate measurements using 16N signal and the cepstrum technique of analysis

Joshi, S.S.; Arora, K.K.

doi:10.1016/0149-1970(82)90030-0

Progress in Nuclear Energy

1982

DOI: 10.1016/0149-1970(82)90030-0

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Noise analysis applications made at Rajasthan atomic power station, including primary coolant flow rate measurements using 16N signal and the cepstrum technique of analysis

S.S. Joshi

K.K. Arora

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1984

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Experimental reactor noise—A review on noise-analytic measurements of thermohydraulic parameters in operating BWRs and their interpretations

Lübbesmeyer¹

1984

Progress in Nuclear Energy

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Noise analysis applications made at Rajasthan atomic power station, including primary coolant flow rate measurements using 16N signal and the cepstrum technique of analysis

Cited by 3 publications

References 3 publications

Experimental reactor noise—A review on noise-analytic measurements of thermohydraulic parameters in operating BWRs and their interpretations

Experimental reactor noise—A review on noise-analytic measurements of thermohydraulic parameters in operating BWRs and their interpretations

Comparative study of measurement techniques for coolant transit times in a boiling water reactor using noise signals of LPRMs

Applications of noise analysis made at tarapur atomic power station (BWR) for vibrations, transit time, coolant flow rate in the recirculation loop using 16N signal; and neutron noise measurements at madras atomic power station (PHWR)

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