Spatial flexibility

The dissociation of Fe2Cl6 and the presence of ionic species account for the almost ionic conductivity of the FeCls melt. The strong coulombic forces between the two ions involved and the spatial flexibility of the corner-connected tetrahedrons of Fe2Cly will... 

Mobile air-sampling stations and analysis of a filta sample Proportional counter for gross beta measuremaits Gamma spectrometer Spatially flexible Do not run continuously ... 

Gesture differentiation. Here we borrow the ink/gesture approach of PapierCraft [18], a gesture-based command system for paper interfaces. In this approach, ink strokes are used to add notes or annotations at any location, and gestures strokes to issue commands like selecting ink strokes for submission. This method provides good spatial flexibility and avoids the a priori decision problem. 

MAPPscan is a manual ultrasonic testing system connected to an acoustic positioning system.. The system is developed as a consequence of the increased radiation doses in nuclear plants The system has the same flexibility as manual scanning with the same accuracy and the possibilties to collect, store and evaluate the UT data as with mechanised Ultrasonic systems The positioning system is based on spatial acoustic triangulation and have an accuracy of better than 1.0 mm within its recommended range. 

Covalent immobilization of proteins on nricrostmctured gold surfaces was studied in [226]. On Arese substrates, which were prepared by pCP aird etching. Are immobilization sites of proteins could be spatially controlled using air amino-reactive SAM. The whole process, i.e. production of Are micropattemed substrate including SAM exchairge aird protein immobilization, took a reasonably small amount of time ( 24 h), providing some flexibility in the experimental work. 

It is particularly interesting to consider the influence of the substituents R and Rj in diphenylol alkanes of the type shown in Figure 20.12. Such variations will influence properties because they affect the flexibility of the molecule about the central C-atom, the spatial symmetry of the molecule and also the interchain attraction, the three principal factors determining the physical nature of a high polymer. 

Relationships between stereocenters vary between two extremes. On the one hand, stereocenters may interact strongly in a spatial sense if they are directly joined, proximate to one another, or part of a compact rigid-ring structure. On the other hand, two stereocenters which are remote from one another and/or flexibly connected may be so independent that one cannot be used to provide substrate spatial control for the other. Nonetheless, this latter type of stereorelationship may still be clearable if the target molecule can be disconnected to divide the two stereocenters between two precursors or if an appropriate enantioselective transform is available. 

Nonpolar side chains Glycine is the smallest anino acid because it has no side chain. The main service it offers is to the polypeptide chain itself. It can add length and flexibility to a polypeptide without sacrificing strength or making spatial demands of its own. 

Fig. 21 a-c. Schematic representation supramolecular structure of a crystalline rigid-chain polymer (a), an idealized ECC of a flexible-chain polymer (b) and an orientationally crystallized sample with a spatial ECC framework (c)... 

By comparing equations 1-4 and 9-11, one can see a one-to-one correspondence between terms in the mathematical description and the numerical program. The flexibility of TOPAZ derives from the fact that the parameters of equations 9-11 (p, Cp, kx, ky, qg, P, y) can be linear or non-linear functions of spatial coordinates, time, and temperature. 

Let us stress that the integro-interpolational method is a rather flexible and general tool in designing difference schemes relating to stationary and nonstationary problems with one or several spatial variables. 

K. Kose, T. Haishi 1998, (Development of a flexible pulse programmer for MR] using a commercial digital signal processor board), in Spatially Resolved Magnetic Resonance, eds. P. Blunder, B. Blu-mich, R. Botto, E. Fukushima, Wiley-VCH. 

Comparison (Tables 7-9) shows that 47 and 48 are similar in their host properties, but they are not equivalent in hehavior. Thus, host compound 48 is more qualified to select according to spatial aspects (see benzene derivatives) and, as a rule, it also forms the thermally more stable inclusions. This may be attributed to the rigid molecular geometry of the spirane 48, whereas the biaryl 47 allows sterical adaptation to different guests via the flexible hinge to a certain degree. 

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