Phase difference amplitude-weighted

Figure 10 shows the amplitude-weighted phase difference (AWPD) and phase structure (AWPS) functions 1.37 measured using PALS for the aqueous CdS particles (144] discussed in Fig. 9. The conditions are identical (24 C and u = 24 ) with the experiment employing a moving real fringe setup [1.37] and a. 30 Hz, 1.37 V/mm sine wave electric field. The autotrack results utilize a feature of the experimental analysis software [140] that corrects for other convective effects such as sedimentation. The mobility of the particles can be determined by analyzing the data in Fig. 10 with appropriate models for AWPD and AWPS functions (137], Analysis of the data in Fig. 10 yielded AWPD and AWPS...

FIG. 10 Amplitude-weighted phase difference (AWPD) and phase structure (AWPS) functions measured using PALS with autotrack on and off for aqueous CdS particles 1144] at 24 C and 0 = 24 subject to 30 Hz, 1.37 V/mm sine wave electric field. 

Fig. III.8. Frequency distribution of the polyoxymethytaie chain weighted with squared amplitudes of hydrogen nuclei Solid line is for the IcHigitudinal (K, c) and broken line for the transverse (K,Xc) orientatim. Chain vibrations were treated for the phase-difference interval of A =0.1° and histogram was made, by Sugeta (1969), for the frequency interval of Av= 10cm" ...

Figure 6.29. AWPD and amplitude-weighted square phase difference (A WPS) of a PSL sample in distilled water. Circle, experimental data point solid lines, the best fit according to the theory (by permission of Academic Press) [55].

AWPS Amplitude-weighted square phase difference... 

---