Synchronized change

The increase in the concentration of the surfactant molecules at the interface corresponds to the growth of the monolayer, which increases the electrical potential of the electronic bilayer. The synchronized change is shown schematically in Figure 23 together with Table 1. 

Sleep, after all, is a state associated with dreaming, but waking is not. Even though the mechanism is likely the same in both cases, a failure to achieve a simultaneous and fully synchronous change in all of the components of consciousness that constitute states, we more easily accept sleep intrusions into waking at the exit portal. 

In a synchronous system, the state following 1110 would be 0101, with a synchronous change of the values of three variables. In addition to being unrealistic, this attitude prevents any choice between two or more possibilities each state cannot have more than one possible next state. We reason rather1 that, usually, either of the orders will be executed, thus leading in the present case to either of three possible next states ... 

Note, however that the concepts about the lipid membrane as the isotropic, structureless medium are oversimplified. It is well known [19, 190] that the rates and character of the molecular motion in the lateral direction and across the membrane are quite different. This is true for both the molecules inserted in the lipid bilayer and the lipid molecules themselves. Thus, for example, while it still seems possible to characterize the lateral movement of the egg lecithin molecule by the diffusion coefficient D its movement across the membrane seems to be better described by the so-called flip-flop mechanism when two lipid molecules from the inner and outer membrane monolayers of the vesicle synchronously change locations with each other [19]. The value of D, = 1.8 x 10 8 cm2 s 1 [191] corresponds to the time of the lateral diffusion jump of lecithin molecule, Le. about 10 7s. The characteristic time of flip-flop under the same conditions is much longer (about 6.5 hours) [19]. The molecules without long hydrocarbon chains migrate much more rapidly. For example for pyrene D, = 1.4x 10 7 cm2 s1 [192]. 

In response to exercise there are significant increases in postheparin and adipose tissue LPL activity concomitant with changes in plasma lipids. These synchronous changes in LPL activity and plasma lipids and lipoproteins are suggestive of a possible relationship between both. 

Chappellaz J., Blunier T., Raynaud D., Barnola J.-M., Schwander ., and Stauffer B. (1993a) Synchronous changes in atmospheric CH4 and Greenland cUmate between 40 and 8 kyr BP. Nature 366, 443 -445. 

During the passage of starting materials to products, three interdependent and synchronous changes take place ... 

In accord with eq. 2.29 the field is the sum of two oscillations one of them synchronously changes with the primary magnetic field, while the other is shifted in phase by 90°. Correspondingly functions In/t and Q/i describe magnitudes of the inphase and quadrature components of the field expressed in units of the primary field. 

Based on similar behavior under different excitations, decay times and synchronous change of intensities in different samples, we detected two groups of lines in... 

The filaments of the flagellar bundle of E. coli all rotate in the same direction. Tumbling requires simultaneous reversal of all the flagellar rotors. Similarly the bundles of Spirillum although at opposite poles of the cell exhibit synchronous changes in rotational direction. These properties suggest the existence of a central co-ordinating system, possibly an electrochemical mechanism, similar to that of the ciliate protozoa. 

Synchronous change of pressure along with mechanical ventilation Presence 0 3 0 0 3 0... 

To that end, the fact that all physical properties fundamentally change during the chemical conversion, as does the volume V of reaction, must be taken into account. This means that the concentration Cj/i, i.e. the mol number of the components j respectively i per unit of volume reaction mixture, changes not only as a result of a decrease respectively increase in the mol number of component j respectively i, but also as a result of the synchronous change in the volume of the mixture due to the reaction. Hence, the total change in the concentratirm per unit of time is composed of the partial change (dcj/i/dt) due to the reactimi and the partial change (dCj/i/df) Q due to expansion dV/dt > 0) or contractirm dVJdt < 0). Hence, it reads... 

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