Branching conditions

In our former studies in which the energy of incident energy is well higher than that of the avoided crossings, the path-branching condition was set to 

Chemical Theory Beyond the Born-Oppenheimer Paradigm 

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Another possible explanation for this contradiction between references (61, 62) and (63) consists in supposing [concerning this, see reference (1) ] that the former authors worked with the acceptor branch of the go = gfo( s-) curve [condition (81a)], while the latter dealt with the donor branch [condition (81b)]. 

More recently a free electron version (PMO-F) of the first-order PMO method has been introduced [32, 33]. According to the branching conditions [34] of the FEMO model three types of resonance integral p are used ... 

However, under quadratic branching conditions the steady state concentration of chain centres is given by... 

However, these are not additional parameters because the numerical multipliers are a required consequence of the appropriate branching conditions for FEMOs. 

Operations in each branch can be scheduled before (and/or while) branching conditional is resolved. The ACV enables such scheduling. 

In the VT, all flow-of-control statements are translated into SELECT nodes. The Workbench maps each branch onto a distinct set of states in the controller and thus is referred to as a control select. Any multiplexors created to steer data values as part of this implementation will have their select lines connected to the state machine. The alternative implementation is a data select. In our data select implementation, the entire control construct is replaced by combinational logic. Any multiplexors required as part of this implementation would have their select lines connected to data values rather than control values. One way of interpreting this transformation is that all branches of the SELECT are precomputed in parallel, and then a multiplexing structure is added at the bottom to select the appropriate output values, depending on the branch condition. 

To search information of hazards in the database is repeated. It is retrieved in the same way about branch condition. A search with some conditions perform on all equipment in the fault propagation scenario. By using the fault propagation scenarios, it is cleared that there are multiple causes for one consequence event. To visualize the position of the equipment that causes the fault propagation in chemical plant is very important. Since effect of fault propagation involved in the equipment becomes clear, it is possible to determine where to add new safety equipment by this technique. The safety equipment that located in a higher place from a branch point in the scenario tree can reduces the probability of hazard to two or more scenarios. 

For well-structured code the control dependencies are found directly from the syntax. For our model language, the control dependencies are exactly from a branch condition to the statements in the branches of a conditional statement, and from a loop condition to the statements in its loop body. This information is retained in the code blocks thus, no further control dependence analysis is necessary. 

When a branch condition is satisfied in the architecture CASEI, one of the input signals A, B, C or D is assigned directly to Y. In the architectures of Figure 4.6, two alternative method of assigning the output are demonstrated. In CASE2, a variable, TEMP, of type BIT has been declared. A private (non-shared) variable, declared within the process declarative part, is always local to the process. The value stored in TEMP after the Case statement has been evaluated must be assigned to Y inside die process. TEMP cannot be passed out of the process or accessed by any odier concurrent statement, such as another process. If the variable was shared (Qiapter 3)... 

The branch conditions in the architecture DATAFLOWS are evaluated by the first and second logic stages in the circuit. The next four levels provide the signal inhibition or selection logic. Only one of the four input signals is passed to the four-input Or gate, which finally generates Y, Hence, this... 

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