Optic picture

Obverse of CMOS silicon micromachined hotplate (a) optical picture (b) diagram. Courtesy of Dr Steve Semancik, NIST, USA. 

Figure 10. Nickel metallization on the laser-treated PTFE film, (a) optical picture, (b) SEM picture (adapted from ref. 19).

Fig. 11.14 Experiment by Frederiks. Homeotropically aligned nematic PAA in a weak (a) and a strong (b) magnetic field and the correspondent optical pictures seen between crossed polarizers above a certain field a distortion occurs that causes the interference pattern, (c) The chemical formula of PAA (p,p -azoxyanisol)...

FIGURE 3.17 Schematic representations of the different orientation of the columns for a unidirectional planar alignment onto a teflon coating and the corresponding optical pictures observed by polarizing microscopy after the insertion of full wave retardation plate into the optical path in the case of pyrene 15 (a) and benzoperylene 18 (b) derivatives, respectively. Reprinted with permission from Reference 125. Copyright 2008 American Physical Society. 

Micrographs of Albatros membrane by W. L Gore and Associates (a) Optical picture showing membrane and support and (b) SEM of nano-porous membrane system. (Source Reprinted based on reference 43.)... 

Fig. 18.3. Optical picture and MALDI Image using microspotting (respectively a and b) or using an automatic sprayer (respectively c and d) for enzymatic digestion and matrix...

The authors wish to thank the University of Wisconsin-Biotechnology Mass Spectrometry Facility and Drs. Amy Harms and Michael Sussman for access to the MALDI-TOF/TOF instrument as well as Dr. Jeffrey Johnson of University of Wisconsin-Madison Pharmaceutical Sciences Division for use of a cryostat. We also thank Dr. Junhua Wang from the Li laboratory for assistance with taking optical pictures of C. brain. This... 

I ing the geometrical optics picture of reflected and re-I fracted light rays, which exert the pressure on the par- tide surface at their points of inddence. The total force i is obtained by the integration of this pressure over the I particle surface [3]. 

Using distances r measnred on optical pictures of wear scar obtained at different contact pressures and with balls of different diameters, results show the same distance of 500 nm whatever the contact pressure (Table 2.5). This height corresponds to the main size of fullerene aggregates. Since the fullerenes of large diameters interact more easily than those of small diameters, IF-WS2 of diameter 140 nm will form aggregates more easily. 

FIGURE18.6 Optical pictures of (a) a linear array of 32 microelectrodes and (b) Pt microelectrodes prepared by photolithography and coated with Parylene coating. (From Momotenko, D. et al 2011, In preparation.)... 

Just as certain special structures perform particular biochemical functions within the cell (cf. Chapt. XIX), so do certain definite organs perform particular functions within the organism. Since this division of labor is very easily observed and need not be determined laboriously from quantitative measurements and from electron optical pictures, it has been known for a much longer time. 

Fig. 63. Schematic representation of myofibrils. The heavy lines represent myosin filaments the light horizontal lines, the aotin filaments. The vertical lines are the Z-lines. At right, a cross section is shown. It reveals the hexagonal symmetry of the arrangement of the filaments. The direction of the cut of the thin section is indicated by the broken lines. Compare with the electron optical picture in Fig. 62.

---