Reference standard for the development of acoustic emission pipeline leak detection techniques
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作者:
Miller, R.K.
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机构:
Physical Acoustics Corp (PAC), Princeton, United StatesPhysical Acoustics Corp (PAC), Princeton, United States
Miller, R.K.
[1
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Pollock, A.A.
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Physical Acoustics Corp (PAC), Princeton, United StatesPhysical Acoustics Corp (PAC), Princeton, United States
Pollock, A.A.
[1
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Watts, D.J.
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Physical Acoustics Corp (PAC), Princeton, United StatesPhysical Acoustics Corp (PAC), Princeton, United States
Watts, D.J.
[1
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Carlyle, J.M.
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Physical Acoustics Corp (PAC), Princeton, United StatesPhysical Acoustics Corp (PAC), Princeton, United States
Carlyle, J.M.
[1
]
Tafuri, A.N.
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机构:
Physical Acoustics Corp (PAC), Princeton, United StatesPhysical Acoustics Corp (PAC), Princeton, United States
Tafuri, A.N.
[1
]
Yezzi, J.J.
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机构:
Physical Acoustics Corp (PAC), Princeton, United StatesPhysical Acoustics Corp (PAC), Princeton, United States
Yezzi, J.J.
[1
]
机构:
[1] Physical Acoustics Corp (PAC), Princeton, United States
来源:
NDT and E International
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1999年
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32卷
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01期
关键词:
The work described in this paper was funded under a contract from the Emission Reduction Research Center at the New Jersey Institute of Technology as part of Grant Number EEC-9523383 from the National Science Foundation. The grant was supported by the Strategic Environmental Research and Development Program (SERDP) as part of Compliance Project 249. Sponsors of the SERDP project included the U.S. Army Construction Engineering Research Laboratory;
the U.S. Navy Facilities Engineering Service Center;
the U.S. Department of Energy Oak Ridge National Laboratory;
and the U.S. Environmental Protection Agency National Risk Management Laboratory;