SMART schematic representation

FIGURE 25.3 Schematic representation of ionic motion by (a) a vacancy mechanism and (b) an interstitial mechanism. (From Smart and Moore, 1996, Fig. 5.4, with permission from Routledge/Taylor Francis Group.)... 

Fig. 1. Schematic representation of the modular architecture of selected pharmaceutically relevant SH2 domain-containing targets involved in signal transduction. For further details refer to http //smart.embl-heidelberg.de [9,10]...

FIGURE 12.9 Schematic representation of the smart polyrnCT coating that can repeatedly switch between the antimicrobial function (CB-Ring), which is able to kill bacteria under dry conditions, and defending function (CB-0 ), which is able to release and resist bacteria under wet conditions. CB-Ring can be hydrolyzed to CB-0 in neutral or basic aqueous solutions and can be regenerated by dipping CB-0 in acidic media [140]. 

Figure 6.8 Schematic representation of active catheter system using the tubular IPMC actuator for intravascular neurosurgery (Reprinted with permission from Oguro, K. et al. Proceedings of theSPIESth International Symposium on Smart Structures and Materials, Newport Beach, 3669, 64-71. Copyright (1999) SPIE).

Schematic representation of the permeation mechanism through the channels of magnetic poly(styrene)-latex-pNIPAM smart nanocomposite membranes (a) off state below LOST and (b) on state above LCST. Source Reproduced with permission from Csetneki, I., Filipcsei, G. and Zrinyi, M. (2006). Smart nanocomposite polymer membranes with on/off switching control. Macromolecules, 39, 1939-1942. Copyright (2006) American Chemical Society.) (Csetneki et a ., 2006). 

Figure 19.2 Schematic representation and process control features of a smart blending system.

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