By Mi Wang
Industrial Tomography: structures and purposes thoroughly explores the $64000 tomographic ideas of commercial tomography, additionally discussing photo reconstruction, structures, and functions.
The textual content offers complicated approaches, together with the way in which 3-dimensional imaging is used to create a number of cross-sections, and the way software program is helping video display flows, filtering, blending, drying approaches, and chemical reactions within vessels and pipelines.
Readers will discover a accomplished dialogue at the methods tomography structures can be utilized to optimize the functionality of a large choice of commercial processes.
- Provides a accomplished dialogue at the diverse codecs of tomography
- Includes a superb evaluate of photo reconstruction utilizing a variety of applications
- Presents a finished dialogue of tomography platforms and their program in a large choice of business processes
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Extra info for Industrial Tomography: Systems and Applications
2014). Electrical capacitance volume tomography: a comparison between 12- and 24-channels sensor systems, submitted for publication. -S. (2007). Electrical capacitance volume tomography. IEEE Sensors Journal, 7(4), 527e528. Weber, J. , Layﬁeld, K. , Essendelft, Van, D. , & Mei, J. S. (2013). Fluid bed characterization using electrical capacitance volume tomography (ECVT), compared to CPFD software’s barracuda. Powder Technology, 250, 138e146. Xie, C. , Huang, S. , Hoyle, B. , & Snowden, D. (1992).
The major drawback of analogue PSD is its time cost due to the low-pass ﬁlter. It would also cause the complex circuitry and associated cost for demodulation of the signal from a multifrequency excitation. , 1992) and it has a potential to be further implemented for demodulation of the multifrequency signal in various waveforms. , 2005; Wilson, Milnes, Waterworth, Smallwood, & Brown, 2001). A typical EIT DAS is made up of six functional parts: voltage generator, current or voltage generator, electrode controller, voltmeter, operation controller and power supply.
1993). A single-chip microprocessor, the Intel i8052AH, was employed to manage the operation of the system, which controlled the sine wave generator, the electrode (channel) operation and analogue-to-digital conversion (ADC). Current or voltage was applied to electrodes in the EIT sensor via a multiplexer in a speciﬁc scheme. Signals from the EIT sensor were ﬁrstly isolated with voltage buffers and then provided to an instrument ampliﬁer. Then, the output of the instrument ampliﬁer was demodulated by either an analogue or digital PSD.