Product regions possible

The steady increase in (3 with fragment speed could possibly be explained if many different regions of the same potential surface were sampled by the dissociating molecules. The obvious manner for this sampling to occur would be along the crossing seam between the initially excited B Tio surface and the repulsive R state correlating to the triplet products. A possible explanation which qualitatively accounts for the main features of... 

Unfortunately, till now measurements were unavailable from drug production regions as well as from sites suspected of drug refinery or trafficking. By consequence, the possibility of identifying point-tyqre sources like refineries and drug shops is still unexplored. Due to the variety of factors determining the concentration... 

In enclosed combustors, external air is not readily available at the flame base and the gases entrained at this region are t3rpically burned, air-depleted reaction products. The possibility to recover the control authority by the secondary air injection at the flame base is important for... 

Botrytized wines have been made for a very long time in Europe, and also are produced in increasing amounts in Australia, New Zealand and South Africa. Although only a few types of botrytized wines are regularly produced, their occasional production is possible in many regions, depending on the weather conditions. 

Let us examine in some detail what Fig. 3 tell us about the different possible motions. Since H, Eq. (15) is a 1-DOF H, each energy (except E = Q) is represented by only two trajectories. Let pj < 0 be called the reactant region and let > 0 be called the product region. 

Equations (22) and (23), similarly to Eq. (9), are applicable to the electron transfer reactions in the normal Marcus region. In the inverted Marcus region, possible vibrational excitation of the reaction products should again be taken into account. Depending on the values of S and V12, some of the accessible reaction channels may be affected by the solvent molecular dynamics. This problem has been discussed in [89], with the main conclusion that the overall reaction rate may be expressed as follows ... 

The highest boiling point in the system is that of acetic add, while the lowest boiling point is displayed by the MeOH-MeAc azeotrope (Fig. 2.4). The RD line diagram makes it possible to determine the product regions of RD for infinite reflux. Analogously to conventional distillation, the top and bottom products have to lie on an RD line and on the balance line. It can be seen that the desired products, namely MeAc and water, do not lie in the product region. 

Let s examine a set of product points at F = 00 and its subset at F = 00 and N = 00 for a four-component ideal mixture (Fig. 3.4). Some point of the bottom product belonging to the possible bottom product region at set feed composition (dark shaded region to the right of point F) corresponds to the top product point... 

What minimum information is necessary to define the contour of possible product region Reg, or Regg in face 1-3-4 of concentration tetrahedron 1-2-3-4 ... 

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