Suprasil substrate

Fig. 2. Unpolarized Raman spectra of purified films of C o and C70 on suprasil substrates with a and b corresponding to mass spectra a and b shown in fig. 1. The labelled lines in spectra a and b are assigned to Cjo and C o, respectively. In both spectra the intensity of the line at 1469 cm is normalized to 100.

Fig. 19 Top Growth of defects in the irradiation of PMMA and PS films (Mw= 1,900) on a Suprasil substrate at 193 nm as a function of successive laser pulses (Flaser 1 J/cm2). Bottom Spatial distribution of the defects following UV ablation of nonannealed PMMA films at 193 nm (FLASer 1 J/cm2, 200 pulses). The lines serve only as a guide to the eye. The ordinate values represent the average distance of the center of the defects, independently of their size, from the irradiation spot...

Figure 21. Spectral transmission of a 100-nm layer of hydrogenated amorphous Si deposited by plasma CVD of a silanethelium mixture on a Suprasil quartz substrate. (Reproduced with permission from Ref. 53.)...

Thienylpentadecanoic acid forms Langmuir—Blodgett films on various substrates like Suprasil glass, Si02 on Si(l 11), and Ag layers on Si(l 11). This was tested by UV-Vis-, FTIR-, and SPR measurements (Figure 13.15) [96-99]. The molecules form densely packed films with the carbon chains oriented 10.6° against the... 

Fig. 7. Field-effect data for three a-Si H samples deposited simultaneously on different types of quartz Commercial optical (CO), Suprasil 2 (SI), and Suprasil W (OH free). These substrates had been cleaned, etched, and annealed prior to deposition. Plotted is the conductance G versus the interface surface charge density. [From Goodman (1982).]...

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