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Evolution of the bypass ratio for a 10 increase in the production rate, in the presence of unmeasured disturbances in the feed temperature.

Evolution of the bypass ratio for a 10 increase in the production rate.

Evolution of the C 0 peak at various distances from the interface after the peel test.

Evolution of the C S in CjS over time for three w c ratios.

Evolution of the C, F, and Si depth profiles for the surface layer grown by 100-eV CF bombardment, at fluences of

Evolution of the C20-C1-C17-H18 torsion angle value of the iminium Z s-trcms endo during the ReaxFF MD simulation performed at 100 K , encountered during the simulation are illustrated below, labels correspond to the ones given in

Evolution of the CaAs wafer diameter.

Evolution of the calorimeter s response in case stationary conditions have been reached

Evolution of the calorimeter s response to the action of an adsorbed gas

Evolution of the capacitance of a 350 F cell as a function of the frequency

Evolution of the carotenoid absorption band of R. rubram cells. Continuous line, cells from midexponential cultures broken line, carbon starved cells

Evolution of the catalyst reported in

Evolution of the CdSe deposited mass against reaction time at a sampling frequency of 0.25 Hz for R 2.2 Rc at two deposition temperatures . The inset shows the occurence of mass steps when zooming over a short period of reaction time.

Evolution of the CdSe deposited mass over a short period of reaction time at a sampling frequency of lOHz for R 2.2 Re in the presence of 10 M STA. The presence of steps is illustrated in the inset by the quasi-periodic behavior of the time derivative.

Evolution of the cell potential U with time for NaOH

Evolution of the cellular response as a function of the ligand and the receptor-effector complex. Quiescent systems.

Evolution of the center-line temperature for a cooling semi-crystalline plate with variable CP.

Evolution of the central film thickness Iv with the speed Ue for w 53 N . Values of he

Evolution of the central Netherlands co ist .

Evolution of the central temperature and density in stars of 15M and 25M from birth as hydrogen burning stars until iron core collapse .

Evolution of the centre-centre distances of the 42nd-58th and 42nd-62nd phenyl rings at 127 C

Evolution of the centroids of charge in two typical 1,3-dipolar cycloadditions involving a linear and a bent dipole, respectively.

Evolution of the characteristic temperatures measured on the DTA curves of the non doped glasses 50GeO2

Evolution of the cluster-mass distribution for different time moments corresponding to the aggregation parameter 0.2-0.8

Evolution of the coalescence frequency with time deduced from Eq.



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