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Ingoing channel

From the analysis presented above it follows that the chemical interconversion step is essentially quantum mechanical. It is not the passage over a barrier the determining factor, but the population and coupling of the ingoing channel with the virtual quantum mechanical interconversion states. The process is being mediated by the quantum states of the intermediate stationary Hamiltonian. [Pg.329]

Table 2 Explosive nucleosynthesis in supemovae. Similar to Table 1, but for the explosion of the star. The (A, B) notation means A is on the ingoing channel and B is on the outgoing channel. An a is same as " He, y denotes a photon, i.e., a photodisintegration reaction when on the ingoing channel, n is a neutron, /3 shows 3-decay, and... Table 2 Explosive nucleosynthesis in supemovae. Similar to Table 1, but for the explosion of the star. The (A, B) notation means A is on the ingoing channel and B is on the outgoing channel. An a is same as " He, y denotes a photon, i.e., a photodisintegration reaction when on the ingoing channel, n is a neutron, /3 shows 3-decay, and...
The phenomenology related to the BO scheme, e.g. conic intersections, fades away. Instead, a physical process involving permutations of hydrogen labeling in the ingoing channel can be figured out. The channels are ... [Pg.125]

Figure 8. Measurements in a heat treatment chamber for hardboard. In a few channels of the carload of 100 single-laid boards, the air velocity and the temperature increase from ingoing air to outgoing air were measured as indicated. Also, measuring points used to determine the total heat balance in the chamber are indicated. (Reproduced with permission from ref. 10. Copyright 1989 De Gruyter.)... Figure 8. Measurements in a heat treatment chamber for hardboard. In a few channels of the carload of 100 single-laid boards, the air velocity and the temperature increase from ingoing air to outgoing air were measured as indicated. Also, measuring points used to determine the total heat balance in the chamber are indicated. (Reproduced with permission from ref. 10. Copyright 1989 De Gruyter.)...
In the second case, reading eq.(26), it is necessary that at least one of the Q-space states has the same parity as the operator p. Then, in (26) there may be a non-zero off-diagonal element connecting the ingoing to the outgoing channels. This state is called here a transition state (TS) and the coordinates of the stationary arrangement of external Coulomb sources a°TS (or otTS) is defined as a transition state structure (TSS). The TSS is a fundamental electronic property, while the quantum states of the TS include translational and rovibrational states with their characteristic density of states. [Pg.38]

The coordinate representation of (6.69) for channel i is an ingoing spherical wave, generalising (4.108). [Pg.150]

Finally, an example in which all three types of coupling (radial, rotational and spin-orbit) are operative is the charge-transfer reaction Ar ( P)-l- H- Ar( S)-l-H. All three have been calculated as a function of intemuclear separation. The entrance channel correlates with B 2, a Il, A II and b Z states, while the outgoing channel possesses only Z symmetry. (The angular coupling involves the term with a maximum around 0.4 a.u. the radial coupling is only about half of this and finally the spin-orbit operator couples the output channel X Z with the upper state of the ingoing partners. [Pg.57]

The states of the system described in this way without taking into account the exchange interaction energy are called the ingoing and the outgoing channels of the reaction. [Pg.115]


See other pages where Ingoing channel is mentioned: [Pg.11]    [Pg.125]    [Pg.11]    [Pg.125]    [Pg.334]    [Pg.333]    [Pg.15]    [Pg.143]    [Pg.123]    [Pg.206]    [Pg.207]    [Pg.190]    [Pg.2155]    [Pg.415]   
See also in sourсe #XX -- [ Pg.115 ]




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