Explores the use of industrial tomography in a wide variety of industrial processes, bringing to light new advancements made in image reconstruction, systems, and their applications
Part I Tomographic modalities 1 Electrical capacitance tomography
(ECT)
2 Electrical impedance tomography (EIT)
3 Electromagnetic Induction tomography (EMT)
4 Magnetic resonance imaging (MRI)
5 Chemical species tomography
6 X-ray computer tomography
7 Gamma-ray tomography
8 Positron emission tomography (PET)
9 Ultrasound tomography
10 Spectroscopic tomography
11 Tomographic imaging and sensor networks
Part II Tomographic image reconstruction
12 Mathematical concepts for image reconstruction in tomography
13 Hard-field image reconstruction
14 Direct image reconstruction
15 Statistical image reconstruction
Part III Tomography Applications
16 Applications of tomography in mineral transportation
17 Applications of gamma and X-ray tomography of fluidized beds
18 Applications of tomography in reaction engineering (Bubble
column and trickle bed process)
19 Applications of tomography in reaction engineering (mixing
process)
20 Applications of capacitance tomography in gas-solid fluidized
bed systems
21 Process Tomography and Estimation of Velocity Fields
22 Applications of tomography in oil-gas industry
23 Applications of tomography in oil-gas industry – Part 2
24 Application of tomography in micro channel reactors
25 Applications of tomography in food inspection
26 Applications of tomography in nuclear waste management
Mi Wang has been a Professor of Process Tomography and Sensing at the University of Leeds, UK, since 2007. He is also a guest editor of Measurement Science and Technology and Flow Measurement and Instrumentation, and the editor of Petroleum and Hydrodynamics. He has previously been a guest Professor at the Institute of Mechanics of the Chinese Academy of Sciences, China, and a visiting Professor at Nihon University, Japan, where he was awarded the Outstanding Contribution Medal in 2007.
"...an up to date compendium that will be invaluable to those involved in process tomography research and those looking to utilise tomographic methods for process measurement either as a research tool or for industrial application." --Johnson Matthey Technology Review
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