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considering the 1-dB gain variation, the proposed antenna has a gain bandwidth of about 28% (1630 2160 MHz). The radiation patterns measured at 1650 and 2000 MHz are plotted in Figure 9.15; good left-hand CP radiation is seen. 9.3.3 Use of Two Capacitively Coupled Feeds with a Branch-Line Coupler By using two capacitively coupled feeds and a three-section branch-line coupler to provide two equal input powers with a 90 phase difference, a broadband circularly polarized patch antenna with good radiation characteristics has been obtained. Experimental results show that, with the on-axis axial ratio less than 3 dB and gain variation within 1 dBi, the obtained circular polarization (CP) bandwidth is greater than 40%. Figure 9.16 shows the proposed antenna geometry with a circular patch. The two capacitively coupled feeds used in the study are top-loaded with a small disk plate of radius r (r is much smaller than R and is usually selected to be less than 0.2R). The choice between a three-section branch-line coupler instead of a one-section or twosection coupler was decided by experiments in which it was found that the design with a three-section coupler has much improved CP radiation characteristics than the case with a one-section or two-section coupler. This is largely because much better equal powers with a 90 phase difference can be obtained from the two outputs of the threesection branch-line coupler. Note that the characteristic impedance of each branch in the coupler shown in Figure 9.16 is determined by following the design method in Ref. 13, and the length of each branch is selected to be a quarter guided wavelength of the wave propagating in the feed substrate at the designed center operating frequency.

APE was found to degrade much slower at low temperature (eg, 8 C) than at room temperature, whereas LAE degradability was much less temperature dependent [43] In general, laboratory studies have con rmed that APE degrades slowly and that intermediate forms of incompletely degraded APE in some cases reportedly are more toxic than undegraded APE [37] More recently, an industry group comprising of major surfactant suppliers studied the fate of APE in the real-world environment by measuring APE.

3 2-D FT = 0'...180'

and by a bias point such that Id,0 = Imax 2 Vbd Vk Vmax Vds,0 Vk + = Vk + = 2 2 (4.33)

Colorimetric color reproduction is de ned via metameric matches between the original and the reproduction such that they both have the same CIE XYZ tristimulus values. This will result in the reproduction of color appearances in cases for which the original and reproduction of the same size are viewed under illuminants with the same relative spectral power distribution, luminance, and surround. Hunt, however, does not make equality of luminance level a requirement for colorimetric color reproduction.

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form of diagnostic aide. In particular, it was conceivable that pre-windowing could bias against people less familiar with its use, especially emergency physicians. The readers were instructed to record their con dence in detecting AIH on a scale from 1 (absolute absence of AIH) to 10 (absolute presence of AIH). Readers were also instructed to interpret the score of 5 and 6 as indeterminate, with 5 erring on the side of absent AIH and 6 otherwise. Immediately after they had nished all 60 cases and recorded the results, they could re-read the images, now with the CAD output images displayed side by side with the corresponding original images (see Fig. 25.12). Both the original and the CAD output images would scroll together in synchrony. They again recorded their con dence levels in the same way. The readers were informed that during the CAD training and validation tests, the CAD had produced sensitivity of 80 85% on a per lesion basis and a false positive rate of less than 1 in 3 cases in earlier tests, but performance for individual case might depend on size and contrast difference of lesion(s) it contains. They were also reminded that the accuracy of the CAD output in the sample cases during the ROC study that they were going to read might be better or poorer than the quoted gures re ecting difference in case selection. 25.5.2.4 ROC Data Analysis The recorded data were subject to MRMC ROC analyses using the freely available software DBM MRMC developed by the University of Chicago. The program was based on the Dorfman Berhaum Metz method, which allows generalization to the population of readers and cases. The ROC curve was obtained by a maximum likelihood estimation of the binormal distributions that best t the rating data of the readers.

15. Press Ctrl+Alt+Backspace. If you set the source state properly in Step 1, this shortcut reverts the portion of the image inside the arrows to its original appearance. 16. Copy the selection to an independent layer. Press Ctrl+J or choose Layer New Layer via Copy. 17. Fill the layered arrow with a color. Change the foreground color to anything you like and press Shift+Alt+Backspace to fill the arrow (and only the arrow). 18. Choose Multiply from the pop-up menu in the Layers palette. This burns the colored arrow into the image. Then set the Opacity value to the desired level. I set the Opacity to 40 percent. After that, I simply kept adding more and more arrows by repeating the process to create the effect shown in Figure 9-19. I saved occasional snapshot states so that I could create arrows on top of arrows. Most notably, I made a snapshot of the image before adding the last, big arrow that shoots up from the bottom. Then I filled the arrow with the snapshot to bring back bits and pieces of a few of the other arrows. (Had I not filled back in time via the History palette, the arrow fragments behind the big arrow would have disappeared.)