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C shows that it has only one hydro-phobic region, indicating the presence of just one a-helix. Thus the presence of eleven transmembrane helices in the L-, M- and H-subunits as predicted by hydropathy plots is in accord with conclusions drawn from previous studies by circular dichroism and polarized infrared spectroscopy and later confirmed by X-ray diffraction studies.

C shows that the average ethanol concentrations for the periodic attractors are higher than those corresponding to the unstable steady states. Figures 7.27 show the bifurcation diagrams for the ethanol yield Yp and the ethanol production rate Pp and the average yield and production rate for the periodic branch are depicted by diamonds

C shows that the heat source promoting the drying process changes during the course of the batch combustion. At times to and ti there is an artificial heat source located in the over-bed section. At time t2 the flaming combustion has started. The flames feed back heat to the bed by means of radiation. At time t3 the basic heat flow comes from the char combustion and the ignition front, by means of conduction and radiation.

C shows the auxiliary manifold used for application of this sensor to the determination of hydrogen peroxide. The sample is injected into an appropriate buffer that is merged with a stream of substrate. The mixture then reaches the biosensor, where the enzymatic reaction and retention of the product formed take place. On switching the valve, the eluting stream flushes the reaction product retained in the biosensor, which is thus made ready for the next sample. In this way, H2O2 can be determined at the parts-per-billion level over a wide linear concentration range with excellent reproducibility.

C shows the characteristic peak due to addition of PANI layer to the modified ZMP nanoparticles which are at 1230 cm-1 is due to stretching mode of the amine group and the peak at 1433 cm-1 reflects C C stretching mode of the quinoid rings and C C stretching of benzenoid rings respectively . Secondary N-H bending showed by the characteristics peak at 1526 cm-1. Above mentioned peaks reflects the formation of polyaniline layer on the modified ZMP nanoparticles.

C shows the gamma scintillation camera, gamma camera, originally developed by Anger. It consists of a two-dimensional array of 40 - 100 PMTs crystal of 400 mm diameter and 5-10 mm thick, which is located behind a lead collimator containing numerous holes. Typical hole size is 2 - 3 mm diameter and 40 mm l gth. Collimator dimensions

C shows the ionic 82 Charge Transfer state. It is worth examining the striking features of the molecular partitions in each case. In the 1 molecular partition, the disynaptic basin V saddle point, or.

C shows the ionic 82 Charge Transfer state. It is worth examining the striking features of the molecular partitions in each case. In the A1 molecular partition, the disynaptic basin V saddle point, or.

C shows the ionic 82 Charge Transfer state. It is worth examining the striking features of the molecular partitions in each case. In the j molecular partition, the disynaptic basin V saddle point, or.

C shows the NBMOs of m-xylylene, another prototype high-spin system. This structure also has two more than non- atoms. As such, its NBMO are non-disjoint, and a triplet state for the biradical is preferred. In our discussion of organic magnetic materials in Section 17.3 we will see that this non- approach to predicting spin states can be extended to a remarkable degree, allowing the rational design of very high-spin organic molecules.

C shows the redox titration curve consisting of data points from triplet signals produced in samples poised at various potentials at pH 11. Again, the solid curve is a fit for the Nernst equation based on a one-electron change. The empty-circled data points are taken from the reductive titrations, and several data points are shown for the reverse oxidative titration. All points coincide reasonably well with the theoretical curve, confirming that the redox reaction is reversible.The redox potential of estimated from the titration curve is -604 mV, very close to the value derived from the attenuated absorbance-change measurements by Klimov etal..

C shows the region we purified by HPLC containing the organoarsonic acids, which were derivatized, and the expanded sections of this chromotogram containing the organoarsenic catecholates with the important ions, m j5 197, 212 and 274, clearly evident for the 3-methylcatecholates of methyl-

C shows the tracking of container ships exceeding 5,000 TEU. 15 ships were confirmed from this analysis. These ships have an overall length of 300m or more, and their draft is more than 15m. Therefore, they can pier docking and undocking only to a particular pier of Kobe and Osaka, when these ships sail towards China and Korea, or dock from China and Korea, they passed in and out of the Tomogashima Strait, sailing in the open sea without sailing in the Kanmon Strait.

C shows the transient EPR kinetics for the three PS-I complexes atg 2.0040, corresponding to the field marked by an upward arrow in the ESP spectra in panel . The parameter t indicated for the first and second transient signals represents the time for the transition from the early to late spectrum estimated t values for the first two complexes were estimated to be 190 and 210

C shows thermal regeneration of the solvent, a method that is widely practiced with physical solvents to achieve pipeline quality gas.

C shows two types of uptake curves with a maximum. Such uptake curves are observed for cations in the presence of carbonates , which form stable complexes with a metal cation of interest. At low pH these ligands are fully protonated, and they do not compete with the surface for metal

C shows two XPS peaks of Bi 4f7 2. Values of the binding energies are Ebi 158.5eV and Eb2 159.1eV, respectively. They correspond to valence states of Bi as Bi and Bi . The amount of Bi is larger than that of Bi in the Bi ions of the 2223 phase. The experiment results showed that the Cu exists as 2 and 1 valences in the 2223 phase. There are no Cu ions with a 3 valence. The Bi is presents in 3 and 4 valences. Doping of Sn-Cl or Co ions has been found to obviously reduce the induction period of the 2223 phase appearance at the sintering temperature.

C shows water content of lean, sweet natural gas. It can be used also for gases that have as much as 10 CO2 and or H2S if the pressure is below SOOpsia. Above SOOpsia, acid gases must be accounted for by rigorous three-phase flash calculations or approximation methods.

C shows when the R- is removed from the Cyt-Ag complex in the reaction mixture that still contains the PS-1 reaction centers, PQH2 and plastocyanin, Cyt becomes rapidly oxidized to the full extent without the appearance of a transient, and photoreduction of Cyt- 6 is completely abolished. These results support an active role for R- in the oxidant-induced reduction of Cyt be-

C shows yet another option in which a flue gas is used to provide the process hot utility. This flue gas could in principle be either that from a furnace or the exhaust from a gas turbine. The fourth option, in

C Si ratios of plasma polymer films of TMS prepared in a flow system reactor

C Si ratios of plasma polymer films of TMS prepared in a flow system reactor , as generated by XPS depth profiling.

C Si vs. O Si for gel samples obtained from TREOS and MDBS .

C SiC component for HERMES thermal protection system

C SiC outer flaps, In-flight tested on a SNECMA-MS3.2 jet engine and a Dassault Mirage 2000 fighter aircraft. The flaps were fabricated by CVI and represent a 50 weight savings



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