Elementary processes INDEX

In Sect. Ill, the photoinduced refractive index variation in organic materials is discussed. The four elementary processes necessary for a PR effect are considered photogeneration, transport, and trapping of charged carriers, as well as the EO effect. 

All two-site elementary processes are realized on the two nearest neighboring sites / and g. So the index r — 1 is omitted in U]g(r a) and below in multipliers KJ (r a). The addends on the right-hand sides of Eq. (41) are the rates of the elementary processes (whose stage numbers a are indicated in parentheses), the particles participating in an elementary process are defined by superscripts, and the site numbers, by subscripts. 

The summands of Eq. (61) correspond to the elementary stages of adsorption, desorption, and the reaction, respectively. The rate constants and the functions S,(ot) contain an additional index a which denotes stage number. This allows to distinguish between the elementary processes where adspecies i can be involved. Thus adspecies A is capable of being desorbed or reacting with molecule B, and the properties of the AC resulting from these elementary processes will be different (i (oc = l F a = 2) and sAA(oc = = 2)). Thus, considering the non-ideality increases the... 

Figure 2.3 represents the elementary process for charge recombination, beginning with a recombination of holes and electrons and ending with light emission. The external and the internal efficiency are connected by the factor rjext, which is approximately evaluated by using the refractive index of the emissive medium47 n ... 

As the adspecies i can participate in various elementary reactions in the given total multistage processes, at common case the parameter sqp(f9lr) should have the additional indexes of the number a for the selected stage. Such an approach allows to apply an unified approach to considering the inhomogeneity of adspecies distribution, caused by their interaction with the different lattice sites and interaction between each other. (As the number of the site / and its type q are unambiguously related so that the parameters notation can be simplified il(r) — p(fg r), 4 (/l ) = 4 , etc). 

The ICI-MOND Fire Explosion and Toxicity Index (ICI 1985) was derived from DOW one and it is yet appreciated in process industry in many countries, including Italy. In ICI-MOND index method there are some ninety elementary questions, nested in a three levels tree. For many issues there is also a forth level of nested questions. About two thirds of the questions are for penalties and one third for credits accounting. For the most of the questions a quantitative answer is required. The questions are organized in chapters for penalties section the subjects are related to materials and quantities, processes and equipment, layout, health for credits section instead the method deals with containment, control, safety culture, fire engineering and emergency preparedness. Every issue weighs differently in overall risk levels accounting. Results are presented in a structured way, discriminat-iug fire, toxic, confined and unconfined explosion. 

A little bit of clumsy elementary reasoning may be useful here if inconsistency is what there is and fidelity is fidelity to inconsistency, does this then mean that Badiouian fidelity to a Truth-Event ultimately is fidelity to what there is Is then a Truth-Event only the intervention of inconsistent multiplicity into a consistent situation, the index of how every totalizing representation of the inconsistent multiplicity fails to capture it fully If this is the case, then we are back in the standard post-Hegelian universe of the productivity of a life-process which is always in excess over its re-presentations, so that re-presentations (situations. Worlds, totaliza-... 

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