Action conditions

Zhanyuan, L., Jimin, L., Aimin, C. 1997. Adiscussion on the action conditions of CHIM process. Geophysical Geochemical Exploration, 2 (in Chinese). 

If the standard deviation of the process suddenly increased, then the scatter of the results would increase, and the chance of the system violating the action conditions would be greater. In the example above, the mean has been... 

The action over the double well is quantized by a (2n+l)h action condition. In other words, the resonant orbit with (2n+l)h action will give the adiabatic well energy and location of the U-(r) adiabatic potential energy curve. For example, in Fig. 6 we compare the energies and locations of quantized RPO s of the IHl system with the quantal (averaged) adiabatic surfaces. 

Fig. 1 Conceptual framework for assessing environmental changes. (The reference condition is the without-action condition and, because of naturally occurring changes, is not necessarily the present condition. The downward slope of the curves is for illustration only)...

In some regions, the assessor may be able to find cartographic charts of future environmental states, which have been prepared recently for some other purpose. The with-action and without-action conditions can then be readily compared. 

Steady-state models compute a fixed final condition based on a fixed pre-action condition, whereas time-dependent models incorporate the way actions affect processes that may eventually produce impacts. 

Action Condition The controller must be able to affect the state of the system. In engineering, control actions are implemented by actuators. 

The third concept used in STAMP, along with safety constraints and hierarchical safety control structures, is process models. Process models are an important part of control theory. The four conditions required to control a process are described in chapter 3. The first is a goal, which in STAMP is the safety constraints that must be enforced by each controller in the hierarchical safety control structure. The action condition is implemented in the (downward) control channels and the observability condition is embodied in the (upward) feedback or measuring channels. The final condition is the model condition Any controller—human or automated-needs a model of the process being controlled to control it effectively (figure 4.6). 

Safety Guides (green lettering) recommend actions, conditions or procedures for meeting safety requirements. Recommendations in Safety Guides are expressed as should statements, with the imphcation that it is necessary to take the measures recommended or equivalent alternative measures to comply with the requirements. 

However, this approximation clearly breaks down at the classical turning points E = V(x), i.e., at the points were the classical particle (or the manifestation of the wave packet) stops, since p(x) = 0 there, and turns due to the potential equalizes its (eigen-value) energy. This is the WKB approximation holds for the cases where is much smaller than equivalently with the requirement that quantum Hamilton-Jacobi equation to collapse on its classical variant through the action condition ... 

Preventive maintenance maintenance action conditioned by the result of a control. The preventive maintenance action is dependent on the result of a control action. If the component is found to be in... 

For this kind of system mass action conditions are such that all variable ratios between concentrations of all species present (7 depend on only one variable the concentration, [L], of free, that is, uncomplexed ligand 4). The stoichiometric concentrations of metal ion,, and of ligand. Cl, with which the experimentalist begins, can be expressed ... 

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