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Manifold mechanism

Fig. 11 A. Spin-orbit coupling with vibronic interaction in the singlet manifold. Mechanism III Fig. 11 B. Spin-orbit coupling with vibronic interaction in the triplet manifold. Mechanism IV... Fig. 11 A. Spin-orbit coupling with vibronic interaction in the singlet manifold. Mechanism III Fig. 11 B. Spin-orbit coupling with vibronic interaction in the triplet manifold. Mechanism IV...
Scheme 2. Barton s dual manifold mechanism of Gif chemistry. Scheme 2. Barton s dual manifold mechanism of Gif chemistry.
With the aim of gathering detailed mechanical and thermal input data for micro- to mesoscopic modelling of frictional brake systems, characterisation of a brake pad with a strongly simplified formulation was performed by means of SFM. The study encompasses a thermal and various mechanical contrasts [215]. The manifold mechanical contrasts obtained with one experimental set-up allow some cross-checks and correlations to be performed among the available images, thus facilitating data interpretation. [Pg.145]

Wehrli, R., Bellus, D., Hansen, H. J., Schmid, H. The Cope rearrangement - a reaction with a manifold mechanism Chimia 1976, 30, 416-... [Pg.564]

Mechanical recycling of the plastics obtained the lowest cost and lowest environmental burden than energy recovery and landfill options. The LCA work determined that in the cases with minimum disassembly time of plastic parts and 1 1 substitution with virgin plastics (PP bumper, HDPE fluid container, and glass-filled nylon air-intake manifold) mechanical recycUng of the plastics obtained the lowest cost and lowest environmental burden than energy recovery and landfill options. [Pg.139]

The spin in quantum mechanics was introduced because experiments indicated that individual particles are not completely identified in terms of their three spatial coordinates [87]. Here we encounter, to some extent, a similar situation A system of items (i.e., distributions of electrons) in a given point in configuration space is usually described in terms of its set of eigenfunctions. This description is incomplete because the existence of conical intersections causes the electronic manifold to be multivalued. For example, in case of two (isolated) conical intersections we may encounter at a given point m configuration space four different sets of eigenfunctions (see Section Vni). [Pg.667]

Alternatively, reactant and product gases can be distributed to and removed from individual cells through internal pipes in a design analogous to that of filter presses, (iare must be exercised to assure an even flow distribution between the entiv and exit cells. The seals in internally manifolded stacks are generally not subject to electrical, thermal, and mechanical stresses, but are more numerous than in externally manifolded stacks. [Pg.2411]

Szenasi, F. R. and Wachel, J. C., Analytical Techniques of Evaluation of Compressor-Manifold Response, ASME 69-PET-31, New York, NY American Society of Mechanical Engineers, 1969. [Pg.91]

The shuttle shifter moves the plates back one by one towards the fixed header. When each plate parks the cloth is washed at 100 bar with a mechanism that lowers and lifts a pair of symmetrical manifolds with high impact nozzles. [Pg.191]

In the previous section we saw on an example the main steps of a standard statistical mechanical description of an interface. First, we introduce a Hamiltonian describing the interaction between particles. In principle this Hamiltonian is known from the model introduced at a microscopic level. Then we calculate the free energy and the interfacial structure via some approximations. In principle, this approach requires us to explore the overall phase space which is a manifold of dimension 6N equal to the number of degrees of freedom for the total number of particles, N, in the system. [Pg.806]


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See also in sourсe #XX -- [ Pg.211 ]




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Manifolding

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