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Sensors for Ultrasonic NDT in Harsh Environments
Anthony N Sinclair and Robert E. Malkin
2020
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In this Special Issue of Sensors, seven peer-reviewed manuscripts appear on the topic of ultrasonic transducer design and operation in harsh environments: elevated temperature, high gamma and neutron radiation fields, or the presence of aggressive chemicals. Motivations for these research and development projects are strongly focused on nuclear power plant inspections (particularly liquid-sodium cooled reactors), and nondestructive testing of high-temperature piping installations. It is anticipated that extensive use of permanently mounted robust transducers for in-service monitoring of petrochemical plants and power generations stations; quality control in manufacturing plants; and primary and secondary process monitoring in the fabrication of engineering materials will soon be made.
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Keywords
- dry coupling
- elevated temperature
- EMAT sensor
- FBR
- field-deployable sensor
- gallium phosphate
- guided wave
- guided-wave send–receive
- harsh environment
- high temperature
- high-temperature monitoring
- high-temperature ultrasonic testing
- imaging
- in-service inspection
- inspection
- ISI&
- L-waves
- liquid sodium
- lithium niobate
- NDE
- NDE (Non Destructive Evaluation)
- NDT
- NDT (Non Destructive Testing)
- neutron irradiation
- non-destructive evaluation
- Nondestructive testing
- Nuclear power plants
- Phased Array
- piezocomposites
- piezoelectric
- piezoelectric wafer active sensor
- PMN-PT
- pressurized water reactor fuel rods
- R
- radiation
- radiation resistance
- reactor
- SFR
- sodium
- spray-on transducers
- Structural health monitoring
- thickness shear
- TUCSS
- ultrasonic
- ultrasonic transducer
- ultrasound
Links
DOI: 10.3390/books978-3-03928-423-8Editions
