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Migus, Beam-Focus Shaping by Use of Programmable Phase-Only Filters: Application to an Ultra long Focal Line, Opt Lett, 27, 213 215 (2002) Wyant J C, Double Frequency Grating Lateral Shear Interferometer, Appl Opt, 12, 2057 (1973) Xu X, Q Lu, and Z Liu, Optical Phase Retrieval by Lateral Shear Interferometer Based on Wavelet Transform, Proc SPIE, 4929, 532 537 (2002) Xu R, H Liu, Z Luan, and L Liu, A Phase-Shifting Vectorial-Shearing Interferometer with Wedge Plate Phase-Shifter, J Opt A: Pure Appl Opt, 7, 617-23 (2005) Zhu Y, K Sugisaki, C Ouchi, M Hasegawa, M Niibe, A Suzuki, and K Murakami, Lateral Shearing Interferometer for EUVL: Theoretical Analysis and Experiment, Proc SPIE, 5374, 824 832 (2004) Zhu Y, K Sugisaki, M Okada, K Ohtaki, Z Liu, M Ishii, J Kawakami, J Saito, K Murakami, C Ouchi, M Hasegawa, S Kato, T.

3.38 .

Hasegawa, A Suzuki, and M Niibe, Experimental Comparison of Absolute PDI and Lateral Shearing Interferometer, Proc SPIE, 5752, 1192 1199 (2005) Xu R, H Liu, Z Luan, and L Liu, A Phase-Shifting Vectorial-Shearing Interferometer with Wedge Plate Phase-Shifter, J Opt A: Pure Appl Opt 7, 617 23 (2005)..

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31 INTRODUCTION The problem of achieving a wide impedance bandwidth (eg, greater than or about 10% suitable for present-day cellular communication systems) for a compact microstrip antenna is becoming an important topic in microstrip antenna design Recently, for a compact design using a shorted patch with a thick air substrate, the obtained impedance bandwidth (10-dB return loss) has been reported to be 10% or much greater This kind of broadband shorted patch antenna is conventionally fed by using a probe feed [1 4], and is usually referred to as a planar inverted-F antenna (PIFA) Recently, various feed methods such as the use of an aperture-coupled feed [5], a microstrip-line feed [6], or a capacitively coupled [7] or an L-probe [8] feed for exciting shorted patch antennas for broadband operation have been demonstrated Some typical design examples of reported broadband shorted patch antennas are given in this chapter.

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Broadband operation has been achieved with the use of two stacked shorted patches [9 14] It has been reported that, with a total thickness of 4 mm (0024 0 at 1800 MHz), a stacked shorted patch antenna can have a 10-dB return-loss bandwidth of 96%, meeting the requirement for GSM1800 [12] Broadband techniques suitable for applications for compact microstrip antennas with a thin dielectric substrate are available in the open literature One of these compact broadband techniques uses a chip resistor of low resistance (usually on the order of 1 ) connected between the antenna s radiating patch and ground plane [15 21] In this case, with the chip-resistor loading technique, similar antenna size reduction to the compact design using shorting-pin loading can be obtained Moreover, owing to the introduced small ohmic loss of the chip resistor, the quality factor of the microstrip antenna is greatly lowered.

When an inexpensive FR4 substrate of thickness 16 mm and relative permittivity 44 is used, such a chip-resistor-loaded microstrip antenna can have an.

PAC is to supply quantitative and qualitative information about a chemical process for monitoring, control, and optimization: they went on to de ne ve eras of PAC: (1) off line, (2) at line, (3) online (4) inline, and (5) noninvasive, which describe the evolution of sensor technologies In addition, they discussed the importance of issues beyond chemical sensing, such as sampling, extraction of information from data (chemometrics), integration with process controls, as well as the sociological aspects of PAC deployment (eg, gaining the trust of plant operators) The industrial PAC movement has been bolstered by two decades of advances in materials science, electronics, and chemometrics Since the inception of CPAC, the pace of innovation in sensors, instrumentation, and analytics has quickened dramatically.

Chronological Age (year) Height (cm)

The development of more robust, sensitive photodetector materials, microelectromechanical systems (MEMSs), and ber optics and the perpetual advancement of computing power (as predicted by Moore s law) have both increased the performance and reduced the cost of PAC As a result, PAC is now a critical part of routine operations within the realm of industrial chemistry Many general reviews on the subject of PAC (and PAT) have been published [6 10] A series of literature reviews on the subject of PAC have been published regularly in Analytical Chemistry The rst review [11] listed manuscripts published between 1987 and 1992, covering seven speci c topics (general PAC, chromatography, optical spectroscopy, ber optics, mass spectrometry, chemometrics, and ow injection analysis), along with a section on needs for the future of PAC; in all, the rst review included 507 references.

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